CN104460736B - Mine anti-explosion device interior humidity conditioner - Google Patents

Mine anti-explosion device interior humidity conditioner Download PDF

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Publication number
CN104460736B
CN104460736B CN201410844550.1A CN201410844550A CN104460736B CN 104460736 B CN104460736 B CN 104460736B CN 201410844550 A CN201410844550 A CN 201410844550A CN 104460736 B CN104460736 B CN 104460736B
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China
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plate
connecting plate
fan
dehumidizer
humidity
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CN104460736A (en
Inventor
许明瑶
周雪峰
荣相
朱永平
封锦
史小军
杨生元
史晗
李堂辉
于方洋
严树勋
宋红卫
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Tiandi Changzhou Automation Co Ltd
Changzhou Research Institute of China Coal Technology and Engineering Group Corp
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Tiandi Changzhou Automation Co Ltd
Changzhou Research Institute of China Coal Technology and Engineering Group Corp
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Abstract

The present invention provides a kind of mine anti-explosion device interior humidity conditioner, including main casing, upper shell, inner housing, dehumidizer container, dehumidizer, fan and circuit arrangement;The main body of inner housing is socketed in main casing;Upper shell is arranged on the top of main casing;Dehumidizer container is fixedly installed in inner housing;Dehumidizer is arranged in dehumidizer container;Fan is fixedly installed in main casing and blowing is towards dehumidizer container;Circuit arrangement is arranged in upper shell, and circuit arrangement includes Temperature Humidity Sensor and circuit board;Circuit board is provided with moisture signal conditioning module, single chip processing module, fan on off control module, humidity alarm module, humidity lock modules and power module.Present configuration is compact, cost is relatively low, effective without heater, dehumidification rate height, the suitability strong and be capable of to mine anti-explosion device latchup with prevent mine anti-explosion equipment because of humidity excessive in the case of run and cause fault and accident.

Description

Mine anti-explosion device interior humidity conditioner
Technical field
The present invention relates to mine anti-explosion apparatus casing interior humidity and control technical field, be specifically related to one and be mainly used in the mine anti-explosion device interior humidity conditioners such as mine-used frequency-converter, mining high-low pressure soft starter, mining High-low voltage switch cabinet.
Background technology
Underground coal mine is mostly hot humid environment, and mine anti-explosion equipment is applied in this environment its explosion-proof casing internal electric equipment surface and easily produces dew condensation phenomenon, causes insulating properties to reduce and causes the risks of disturbance such as electric short circuit.It is thus desirable to antiknock device interior humidity is controlled, prevent condensation from occurring.
At present, mine anti-explosion device interior humidity conditioner has been shown in research, such as the Chinese patent literature that Authorization Notice No. is CN 203480333U, it discloses a kind of temperature control equipment for mine-used frequency-converter, it mainly uses heating and dehumidification technology, reduces its relative humidity by being internally heated explosion-proof shell;Explosion-proof shell inner air relative humidity or condensation situation are detected and are read by controller by Temperature Humidity Sensor or condensation sensor by such device, when controller detects that explosion-proof shell internal relative humidity starts heating devices heat, to reduce explosion-proof shell internal relative humidity and to remove condensation when exceeding setting limit value or condensation.The deficiency of such technology is: heater energy consumption is high, runs counter to energy-saving and emission-reduction, relatively costly;Heating and dehumidification technology only changes relative humidity, and its absolute humidity is constant, the most fundamentally dehumidifies;The heating and dehumidification technology dehumidifying cycle is long, and internal relative humidity declines slowly;Mine anti-explosion equipment is relative close type equipment, and equipment component such as mine-used frequency-converter itself exists heat dissipation problem, and heating and dehumidification increases equipment heat load;After equipment is stopped power supply, explosion-proof shell internal temperature declines, and relative humidity rises, and exists and repeats the risk that condenses.
Summary of the invention
It is an object of the invention to: overcome the deficiencies in the prior art, it is provided that a kind of compact conformation, cost are relatively low, dehumidifying speed is fast, without heating and can effectively protect the mine anti-explosion device interior humidity conditioner of mine anti-explosion equipment.
The technical scheme is that the mine anti-explosion device interior humidity conditioner of the present invention, it is structurally characterized in that: include main casing, upper shell, inner housing, dehumidizer container, dehumidizer, fan and circuit arrangement;
Above-mentioned main casing includes that the first upper plate, the first lower plate, the first left plate, the first right panel, the first left connecting plate, the first right connecting plate, fan fixed plate and installation connect seat;First upper plate, the first lower plate, the first left plate and the first right panel integrally connect and compose before and after to through square tube piece;The structure of the first left connecting plate and the first right connecting plate is identical;It is vertically disposed strip plate body part;The bolt hole connected it is equipped with on first left connecting plate and the first right connecting plate;First left connecting plate is connected by its right side is fixing with the left side of the front end of the first left plate;First right connecting plate is connected by its left side is fixing with the right side of the front end of the first right panel;Fan fixed plate the most square plate body part, the centre of fan fixed plate be provided with before and after to through circular air vent, fan fixed plate is vertically and fixedly arranged at the postmedian in the rectangular tube being made up of the first upper plate, the first lower plate, the first left plate and the first right panel;Connection seat is installed be fixedly installed on the lower surface of the first lower plate;
Upper shell includes header board, back plate, the second left plate, the second right panel, upper cover plate, the second left connecting plate and the second right connecting plate;Header board is vertically disposed square plate body part, the middle part of header board be provided with before and after to through passage;The structure of back plate is identical with header board, and is symmetrical arranged before and after header board;Second left plate is vertically disposed square plate body part, and the structure of the second right panel is identical with the structure of the second left plate and is symmetrical set with the second left plate;Header board, back plate, the second left plate and the second right panel integrally connect and compose the tube piece of the hollow of a upward and downward;The structure of the second left connecting plate and the second right connecting plate is identical, to horizontally disposed strip plate body part before and after being;Second left connecting plate and the second right connecting plate are provided with link bolt hole;Second left connecting plate is welded with the left side, upside of the second left plate by its right side;Second right connecting plate is welded with the right side, upside of the second right panel by its left side;Upper cover plate is horizontally disposed square plate body part;Upper cover plate is provided with the bolt hole connected;Upper cover plate is arranged on the second left connecting plate and the top of the second right connecting plate and connecting plate bolt right with the second left connecting plate and second is connected;The header board of upper shell, back plate, the second left plate and the second right panel are welded by the upper surface of its lower surface with the first upper plate of main casing respectively;
Inner housing includes the 3rd upper plate, the 3rd lower plate, the 3rd left plate, the 3rd right panel, adpting flange and the 3rd header board;3rd upper plate and the 3rd lower plate are horizontally disposed square plate body part;3rd left plate and the 3rd right panel are vertically disposed square plate body part;3rd upper plate, the 3rd lower plate, the 3rd left plate and the 3rd right panel integrally connect and compose one front and back to through square tube piece, this tube piece is sheathed on the middle front part in the square tube piece that main casing is integrally connected and composed by the first upper plate, the first lower plate, the first left plate and the first right panel, and is positioned at the front of the fan fixed plate of main casing;Adpting flange is the plate-like piece of square frame-shaped, and adpting flange is provided with bolt hole and the screw hole of some connections;Adpting flange is bolted on the front end face of the first left connecting plate and the first right connecting plate being arranged on main casing;3rd header board is vertically disposed square plate body part, the 3rd header board be provided with before and after to the through mesh for ventilating;The screw hole being formed around connecting of the 3rd header board;3rd header board is fixedly mounted on the front end face of adpting flange by screw;
Dehumidizer container is for setting meshed corrosion resistant plate bending part;It is sequentially connected to connect integrally is formed by 6 pieces of swash plates and 5 pieces of riser;Vent passages is constituted between adjacent 2 pieces of part swash plates;The two ends, left and right of each swash plate correspondence respectively is welded with the 3rd left plate of inner housing and the inner face of the 3rd right panel, and the air outlet of dehumidizer container is forward;
Dehumidizer is located in dehumidizer container;Fan is fixedly installed on the fan fixed plate rear end face of main casing;
Circuit arrangement includes Temperature Humidity Sensor and circuit board;Temperature Humidity Sensor and circuit board are arranged in upper shell;Circuit board is provided with moisture signal conditioning module, single chip processing module, fan on off control module, humidity alarm module, humidity lock modules and power module;Moisture signal conditioning module is provided with signal input part and signal output part;Single chip processing module is provided with moisture signal input, alarm signal output ends, fan control signal outfan and block signal outfan;Fan on off control module, humidity alarm module and humidity lock modules are respectively equipped with signal input part and signal output part;
The signal input part of above-mentioned moisture signal conditioning module electrically connects with Temperature Humidity Sensor signal;The moisture signal input of single chip processing module electrically connects with the signal output part signal of moisture signal conditioning module;The signal input part of fan on off control module electrically connects with the fan control signal output end signal of single chip processing module;The signal input part of humidity alarm module electrically connects with the alarm signal output ends signal of single chip processing module;The signal input part of humidity lock modules electrically connects with the block signal output end signal of single chip processing module;The signal output part of fan on off control module electrically connects with fan control signal;Power module is used for providing working power;During use, the signal output part of humidity alarm module is used for output temperature alarm signal;The signal output part of humidity lock modules is used for exporting block signal.
Further scheme is: also include handle;Above-mentioned handle is welded and fixed on the front end face of the 3rd header board being arranged on inner housing.
Further scheme is: the angle that adjacent 2 pieces of swash plates of above-mentioned dehumidizer container open forward or backward is 10 degree of angles.
Further scheme is: above-mentioned dehumidizer is variable color silica gel.
Further scheme also has: the material of above-mentioned main casing, upper shell, inner housing and dehumidizer container is rustless steel.
The present invention has a positive effect: the mine anti-explosion device interior humidity conditioner of (1) present invention, compact conformation, cost be relatively low, without heater thus itself is energy-conservation.(2) the mine anti-explosion device interior humidity conditioner of the present invention, by using preferred variable color silica gel to design as the structure of dehumidifying material and wet gas current ventilating duct, it is possible to realizing realizing mine anti-explosion device interior rapid moisture removal, dehumidification rate is high, effective.(3) the mine anti-explosion device interior humidity conditioner of the present invention, is designed by the structure of inner housing, main casing and upper shell so that overhaul, to change dehumidizer convenient and swift, thus improves convenience and the suitability that device uses.(4) the mine anti-explosion device interior humidity conditioner of the present invention, it is in use, when mine anti-explosion device interior humidity excessive (setting value is more than 85%), be capable of mine anti-explosion device latchup, thus can effectively prevent mine anti-explosion equipment because of humidity excessive in the case of run cause fault and accident.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention;
Fig. 2 is the top view of Fig. 1;
Fig. 3 is the left view of Fig. 1;
Fig. 4 is that the A-A of Fig. 1 is to sectional view;
Fig. 5 is that the B-B of Fig. 1 is to sectional view;
Fig. 6 is the structural representation of fan fixed plate in Fig. 4;
Fig. 7 is the structure sectional view of dehumidizer container in Fig. 4;
Fig. 8 is the C direction view of Fig. 7;
Fig. 9 is the electrical block diagram of the present invention.
Reference in above-mentioned accompanying drawing is as follows:
Main casing 1, the first upper plate 11, the first lower plate 12, the first left plate 13, the first right panel 14, the first left connecting plate 15, the first right connecting plate 16, fan fixed plate 17, air vent 17-1, installs and connects seat 18;
Upper shell 2, header board 21, passage 21-1, the second left plate 22, upper cover plate 23, the second left connecting plate 24, the second right connecting plate 25;
Inner housing 3, the 3rd upper plate 31, the 3rd lower plate 32, adpting flange 33, the 3rd header board 34;
Handle 4,
Dehumidizer container 5, swash plate 51, riser 52;
Dehumidizer 6;
Fan 7;
Circuit arrangement 8, Temperature Humidity Sensor 81, mounting post 82, circuit board 83, moisture signal conditioning module 83-1, single chip processing module 83-2, fan on off control module 83-3, humidity alarm module 83-4, humidity lock modules 83-5, power module 83-6.
Detailed description of the invention
The present invention is further detailed explanation with detailed description of the invention below in conjunction with the accompanying drawings.
(embodiment 1)
See Fig. 1 to Fig. 6, the mine anti-explosion device interior humidity conditioner of the present embodiment, mainly it is made up of main casing 1, upper shell 2, inner housing 3, handle 4, dehumidizer container 5, dehumidizer 6, fan 7 and circuit arrangement 8.
The material of main casing 1 is rustless steel.Main casing 1 is mainly by first upper plate the 11, first lower plate the 12, first left plate the 13, first right panel the 14, first left connecting plate 15, and the first right connecting plate 16, fan fixed plate 17 and installation connect seat 18 and form.
First upper plate 11 and the first lower plate 12 are horizontally disposed square plate body part;First left plate 13 and the first right panel 14 are vertically disposed square plate body part;First upper plate the 11, first lower plate the 12, first left plate 13 and the first right panel 14 integrally connect and compose before and after to through square tube piece.First left connecting plate 15 is identical with the structure of the first right connecting plate 16, is vertically disposed strip plate body part;The bolt hole connected it is equipped with on first left connecting plate 15 and the first right connecting plate 16;First left connecting plate 15 is welded and fixed by the left side of its right side with the front end of the first left plate 13 and is connected;First right connecting plate 16 is welded and fixed by the right side of its left side with the front end of the first right panel 14 and is connected;Fan fixed plate 17 the most square plate body part, the centre of fan fixed plate 17 be provided with before and after to through circular air vent 17-1, fan fixed plate 17 is vertically and fixedly arranged at the postmedian in the rectangular tube being made up of first upper plate the 11, first lower plate the 12, first left plate 13 and the first right panel 14.Connect that seat 18 is provided with that structure is identical 4 are installed, install for these 4 and connect seat 18 and be separately positioned on the corner, four, lower section of the first lower plate 12 and fixing with the lower surface of the first lower plate 12 be connected.
The material of upper shell 2 is rustless steel.Upper shell 2 is mainly made up of header board 21, back plate, second left plate the 22, second right panel, upper cover plate the 23, second left connecting plate 24 and the second right connecting plate 25.Header board 21 is vertically disposed square plate body part, the middle part of header board 21 be provided with before and after to through passage 21-1, for ventilate and routing electric wires;The structure of back plate is identical with header board 21, and back plate is symmetrical arranged before and after header board 21;Second left plate 22 is vertically disposed square plate body part, and the structure of the second right panel is identical with the structure of the second left plate 22, and the second left plate 22 is symmetrical set with the second right panel;Header board 21, back plate, the second left plate 22 and the second right panel integrally connect and compose the tube piece of the hollow of a upward and downward;Second left connecting plate 24 is identical with the structure of the second right connecting plate 25, to horizontally disposed strip plate body part before and after being;Second left connecting plate 24 and the second right connecting plate 25 are provided with link bolt hole;Second left connecting plate 24 is welded by the left side, upside of its right side with the second left plate 22;Second right connecting plate 25 is welded with the right side, upside of the second right panel by its left side;Upper cover plate 23 is horizontally disposed square plate body part;Upper cover plate 23 is provided with the bolt hole connected;Upper cover plate 23 is arranged on the second left connecting plate 24 and the top of the second right connecting plate 25 and is connected with the second left connecting plate 24 and the second right connecting plate 25 bolt.So that upper cover plate 23 can mount and dismount easily.
The header board 21 of upper shell 2, back plate, the second left plate 22 and the second right panel are welded by the upper surface of its lower surface with the first upper plate 11 of main casing 1 respectively;And upper shell 2 is positioned at the middle front part of the first upper plate 11 of main casing 1.
The material of inner housing 3 is rustless steel.Inner housing 3 is mainly made up of the 3rd upper plate the 31, the 3rd lower plate the 32, the 3rd left plate, the 3rd right panel, adpting flange 33 and the 3rd header board 34.3rd upper plate 31 and the 3rd lower plate 32 are horizontally disposed square plate body part;3rd left plate and the 3rd right panel are vertically disposed square plate body part, 3rd upper plate the 31, the 3rd lower plate the 32, the 3rd left plate and the 3rd right panel integrally connect and compose one front and back to through square tube piece, this tube piece is sheathed on the middle front part in the square tube piece that main casing 1 is integrally connected and composed by first upper plate the 11, first lower plate the 12, first left plate 13 and the first right panel 14, and is positioned at the front of the fan fixed plate 17 of main casing 1.Adpting flange 33 is the plate-like piece of square frame-shaped, and adpting flange 33 is provided with bolt hole and the screw hole of some connections;Adpting flange 33 is fixed and is connected by bolt connecting plate left with the first of main casing 1 15 and the first right connecting plate 16 and is positioned at the first left connecting plate 15 and front of the first right connecting plate 16;3rd header board 34 is vertically disposed square plate body part, the 3rd header board 34 be provided with before and after to the through mesh for ventilating;The screw hole being formed around connecting of the 3rd header board 34;3rd header board 34 is matched with the screw hole on adpting flange 33 by screw hole thereon, is screwed on the front end face being arranged on adpting flange 33.
Handle 4 is welded and fixed on the front end face of the 3rd header board 34 being arranged on inner housing 3.Inner housing 3 entirety is pulled out when being used for overhauling, check or changing dehumidizer from main casing 1 in by handle 4, thus facilitate dehumidizer check or replacing etc. operates.
Seeing Fig. 7 and Fig. 8, the material of dehumidizer container 5 is for setting meshed corrosion resistant plate, and dehumidizer container 5 is integrated bending part;It is sequentially connected to connect integrally is formed by 6 pieces of swash plates 51 and 5 pieces of riser 52;Angle the present embodiment between the angle that adjacent 2 pieces of swash plates 51 open forward or backward, namely adjacent 2 pieces of swash plates 51 preferably employs 10 degree of angles.Constituting vent passages between adjacent 2 pieces of swash plates 51,10 degree of angles of the most adjacent 2 pieces of swash plates 51 can make ventilation drying best results.The two ends, left and right of each swash plate 51 correspondence respectively is welded with the 3rd left plate of inner housing 3 and the inner face of the 3rd right panel, and the air outlet of dehumidizer container 5 is forward;Thus dehumidizer container 5 is fixedly installed on the inside of inner housing 3.
Dehumidizer 6 the present embodiment preferably employs variable color silica gel.Dehumidizer 6 is completely located in dehumidizer container 5.
Fan 7 is fixedly installed in the fan fixed plate 17 of main casing 1, and is positioned at the rear of fan fixed plate 17;The pathogenic wind of blowing when fan 7 works is towards front.
Seeing Fig. 9, circuit arrangement 8 is mainly made up of Temperature Humidity Sensor 81, mounting post 82 and circuit board 83.Temperature Humidity Sensor 81 is arranged on the lower surface of upper cover plate 23 of upper shell 2;Mounting post 82 is fixedly installed on the upper surface of the first upper plate 11 of main casing 1, and is positioned at upper shell 2;Circuit board 83 is fixedly installed on the upper surface of mounting post 82.
Circuit board 83 is provided with moisture signal conditioning module 83-1, single chip processing module 83-2, fan on off control module 83-3, humidity alarm module 83-4, humidity lock modules 83-5 and power module 83-6.Moisture signal conditioning module 83-1 is provided with signal input part and signal output part;Single chip processing module 83-2 is provided with moisture signal input, alarm signal output ends, fan control signal outfan and block signal outfan;Fan on off control module 83-3, humidity alarm module 83-4 and humidity lock modules 83-5 are respectively equipped with signal input part and signal output part.
The signal input part of moisture signal conditioning module 83-1 electrically connects with Temperature Humidity Sensor 81 signal;The moisture signal input of single chip processing module 83-2 electrically connects with the signal output part signal of moisture signal conditioning module 83-1;The signal input part of fan on off control module 83-3 electrically connects with the fan control signal output end signal of single chip processing module 83-2;The signal input part of humidity alarm module 83-4 electrically connects with the alarm signal output ends signal of single chip processing module 83-2;The signal input part of humidity lock modules 83-5 electrically connects with the block signal output end signal of single chip processing module 83-2;The signal output part of fan on off control module 83-3 electrically connects with fan 7 control signal;Power module 83-6 is used for providing working power;During use, the signal output part of humidity alarm module 83-4 is used for output temperature alarm signal;The signal output part of humidity lock modules 83-5 is for the mine anti-explosion equipment output block signal using assembly of the invention.
The mine anti-explosion device interior humidity conditioner of the present embodiment, during use, connects seat 18 by the installation of main casing 1 and is fixedly mounted in mine anti-explosion equipment.Its operation principle and work process are summarized as follows:
The Temperature Humidity Sensor 81 of circuit arrangement 8 is uploaded to single chip processing module 83-2 after detecting the relative humidity of mine anti-explosion device interior in real time and by moisture signal conditioning module 83-1, the moisture signal detected in real time being converted into digital signal;The moisture signal received is processed by single chip processing module 83-2 in real time, is provided with 4 criterions of relative humidity, respectively 60%, 65%, 80% and 85% in single chip processing module 83-2.
When the relative humidity signal that single chip processing module 83-2 receives is less than 60%, fan 7 is failure to actuate, and is now slowly dehumidified by dehumidizer 6;
When the relative humidity signal that single chip processing module 83-2 receives is more than 65%, single chip processing module 83-2 outwards exports humidity alarm signal by humidity alarm module 83-4;Simultaneously, single chip processing module 83-2 controls fan 7 by fan on off control module 83-3 and opens, the wet wind that fan 7 is blown forward flow through the fan fixed plate 17 of main casing 1 the mesh of the 3rd header board 34 of air vent 17-1, the air channel of dehumidizer container 5 and inner housing 3 blow out forward, dampness is made quickly to circulate through dehumidizer container 5, so that dampness is by the quick moisture absorption of dehumidizer 6 in dehumidizer container 5, to reach the purpose of rapid moisture removal.
When the relative humidity signal that single chip processing module 83-2 receives is between 60% and 65%, single chip processing module 83-2 controls fan 7 by fan on off control module 83-3 and keeps original state.
When the relative humidity signal that single chip processing module 83-2 receives is more than 85%, single chip processing module 83-2 exports block signal by humidity lock modules 83-5, to mine anti-explosion equipment implement locking, with prevent mine anti-explosion equipment because of humidity excessive in the case of run cause fault and accident.Now fan 7 continues to run with and dehumidifies, when the relative humidity signal that single chip processing module 83-2 receives is less than 80%, and single chip processing module 83-2 removing locked signal.
Above example is the explanation of the detailed description of the invention to the present invention; rather than limitation of the present invention; person skilled in the relevant technique is without departing from the spirit and scope of the present invention; can also make various conversion and change and obtain the technical scheme of corresponding equivalent, the technical scheme of the most all equivalents all should be included into the scope of patent protection of the present invention.

Claims (5)

1. a mine anti-explosion device interior humidity conditioner, it is characterised in that: include main casing (1), upper shell (2), inner housing (3), dehumidizer container (5), dehumidizer (6), fan (7) and circuit arrangement (8);
Described main casing (1) includes that the first upper plate (11), the first lower plate (12), the first left plate (13), the first right panel (14), the first left connecting plate (15), the first right connecting plate (16), fan fixed plate (17) and installation connect seat (18);First upper plate (11), the first lower plate (12), the first left plate (13) and the first right panel (14) integrally connect and compose before and after to through square tube piece;First left connecting plate (15) is identical with the structure of the first right connecting plate (16);It is vertically disposed strip plate body part;The bolt hole connected it is equipped with on first left connecting plate (15) and the first right connecting plate (16);First left connecting plate (15) is connected by its right side is fixing with the left side of the front end of the first left plate (13);First right connecting plate (16) is connected by its left side is fixing with the right side of the front end of the first right panel (14);Fan fixed plate (17) the most square plate body part, the centre of fan fixed plate (17) be provided with before and after to through circular air vent (17-1), fan fixed plate (17) is vertically and fixedly arranged at the postmedian in the rectangular tube being made up of the first upper plate (11), the first lower plate (12), the first left plate (13) and the first right panel (14);Connection seat (18) is installed be fixedly installed on the lower surface of the first lower plate (12);
Upper shell (2) includes header board (21), back plate, the second left plate (22), the second right panel, upper cover plate (23), the second left connecting plate (24) and the second right connecting plate (25);Header board (21) is vertically disposed square plate body part, the middle part of header board (21) be provided with before and after to through passage (21-1);The structure of back plate is identical with header board (21), and is symmetrical arranged before and after header board (21);Second left plate (22) is vertically disposed square plate body part, and the structure of the second right panel is identical with the structure of the second left plate (22) and is symmetrical set with the second left plate (22);Header board (21), back plate, the second left plate (22) and the second right panel integrally connect and compose the tube piece of the hollow of a upward and downward;Second left connecting plate (24) is identical with the structure of the second right connecting plate (25), to horizontally disposed strip plate body part before and after being;Second left connecting plate (24) and the second right connecting plate (25) are provided with link bolt hole;Second left connecting plate (24) is welded by the left side, upside of its right side with the second left plate (22);Second right connecting plate (25) is welded with the right side, upside of the second right panel by its left side;Upper cover plate (23) is horizontally disposed square plate body part;Upper cover plate (23) is provided with the bolt hole connected;Upper cover plate (23) is arranged on the second left connecting plate (24) and the top of the second right connecting plate (25) and is connected with the second left connecting plate (24) and the second right connecting plate (25) bolt;The header board (21) of upper shell (2), back plate, the second left plate (22) and the second right panel are welded by the upper surface of its lower surface with first upper plate (11) of main casing (1) respectively;
Inner housing (3) includes the 3rd upper plate (31), the 3rd lower plate (32), the 3rd left plate, the 3rd right panel, adpting flange (33) and the 3rd header board (34);3rd upper plate (31) and the 3rd lower plate (32) are horizontally disposed square plate body part;3rd left plate and the 3rd right panel are vertically disposed square plate body part;3rd upper plate (31), the 3rd lower plate (32), the 3rd left plate and the 3rd right panel integrally connect and compose one front and back to through square tube piece, this tube piece is sheathed on the middle front part in the square tube piece that main casing (1) is integrally connected and composed by the first upper plate (11), the first lower plate (12), the first left plate (13) and the first right panel (14), and is positioned at the front of the fan fixed plate (17) of main casing (1);Adpting flange (33) is the plate-like piece of square frame-shaped, and adpting flange (33) is provided with bolt hole and the screw hole of some connections;Adpting flange (33) is bolted on the front end face of the first left connecting plate (15) and the first right connecting plate (16) being arranged on main casing (1);3rd header board (34) is vertically disposed square plate body part, the 3rd header board (34) be provided with before and after to the through mesh for ventilating;The screw hole being formed around connecting of the 3rd header board (34);3rd header board (34) is fixedly mounted on the front end face of adpting flange (33) by screw;
Dehumidizer container (5) is for setting meshed corrosion resistant plate bending part;It is sequentially connected to connect integrally is formed by 6 pieces of swash plates (51) and 5 pieces of riser (52);Vent passages is constituted between adjacent 2 pieces of swash plates (51);The two ends, left and right of each swash plate (51) correspondence respectively is welded with the 3rd left plate of inner housing (3) and the inner face of the 3rd right panel, and the air outlet of dehumidizer container (5) is forward;
Dehumidizer (6) is located in dehumidizer container (5);Fan (7) is fixedly installed on fan fixed plate (17) rear end face of main casing (1);
Circuit arrangement (8) includes Temperature Humidity Sensor (81) and circuit board (83);Temperature Humidity Sensor (81) and circuit board (83) are arranged in upper shell (2);Circuit board (83) is provided with moisture signal conditioning module (83-1), single chip processing module (83-2), fan on off control module (83-3), humidity alarm module (83-4), humidity lock modules (83-5) and power module (83-6);Moisture signal conditioning module (83-1) is provided with signal input part and signal output part;Single chip processing module (83-2) is provided with moisture signal input, alarm signal output ends, fan control signal outfan and block signal outfan;Fan on off control module (83-3), humidity alarm module (83-4) and humidity lock modules (83-5) are respectively equipped with signal input part and signal output part;
The signal input part of described moisture signal conditioning module (83-1) electrically connects with Temperature Humidity Sensor (81) signal;The moisture signal input of single chip processing module (83-2) electrically connects with the signal output part signal of moisture signal conditioning module (83-1);The signal input part of fan on off control module (83-3) electrically connects with the fan control signal output end signal of single chip processing module (83-2);The signal input part of humidity alarm module (83-4) electrically connects with the alarm signal output ends signal of single chip processing module (83-2);The signal input part of humidity lock modules (83-5) electrically connects with the block signal output end signal of single chip processing module (83-2);The signal output part of fan on off control module (83-3) electrically connects with fan (7) control signal;Power module (83-6) is used for providing working power;During use, the signal output part of humidity alarm module (83-4) is used for output temperature alarm signal;The signal output part of humidity lock modules (83-5) is used for exporting block signal.
Mine anti-explosion device interior humidity conditioner the most according to claim 1, it is characterised in that: also include shaking hands (4);Described handle (4) is welded and fixed on the front end face of the 3rd header board (34) being arranged on inner housing (3).
Mine anti-explosion device interior humidity conditioner the most according to claim 1, it is characterised in that: the angle of adjacent 2 pieces of swash plates (51) of described dehumidizer container (5) is 10 degree of angles.
Mine anti-explosion device interior humidity conditioner the most according to claim 1, it is characterised in that: described dehumidizer (6) is variable color silica gel.
Mine anti-explosion device interior humidity conditioner the most according to claim 1, it is characterised in that: the material of described main casing (1), upper shell (2), inner housing (3) and dehumidizer container (5) is rustless steel.
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