CN110743297A

CN110743297A - Vertical waste gas environmental protection treater

Info

Publication number: CN110743297A
Application number: CN201910856501.2A
Authority: CN
Inventors: 黄细香
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-09-11
Filing date: 2019-09-11
Publication date: 2020-02-04

Abstract

The invention discloses a vertical waste gas environmental protection processor, which structurally comprises a transfer filter cylinder, an outer gas guide pipe, a biological filter plate, a rotary cylinder, a wiring platform and a gas transmission cylinder, wherein the rotary cylinder is vertically attached to the ground, a waste gas environmental protection processing device is matched with a thread wall discharge mechanism through connecting a push head, can extend into a gap between the thread rotary cylinder and a gas inlet pipe through a serpentine strip, and enables a first punch head and a second punch head to impact towards the outer side to flush out dust in the gap between the thread rotary cylinder and the gas inlet pipe and then enter the push head, an arc push arm can push a moving piece out at the same time to enable the moving piece to suck out particles between arch frames, and push the push head and the particles inside the push head into an outer through shaft to be guided out through the outer through pipe when the waste gas environmental protection processor is recovered, so that the cleaning effect inside the thread rotary cylinder is kept, the service life of the thread rotary cylinder is prolonged, and the connection position is cleaner when the waste, no particulate matter is discharged into the air to pollute the air.

Description

Vertical waste gas environmental protection treater

Technical Field

The invention relates to an environment-friendly device, in particular to a vertical waste gas environment-friendly processor.

Background

Along with the gradual and bigger loophole of the ozone layer, people pay more and more attention to environmental protection, and various environmental protection devices come out endlessly, wherein most of the environmental protection devices evolve waste water and waste gas, and when the waste gas is purified, particulate matters doped in the waste gas need to be filtered or adsorbed so as to reduce the pollution to the air when the waste gas is discharged into the air, but the current technical consideration is not perfect enough, and the environmental protection devices have the following defects: generally can get into a treatment chamber through the intake pipe and handle the back reentrant gas-supply pipe, can carry out threaded connection with the treatment chamber for the convenience intake pipe, but have the junction that partial granule or dust thing got into the screw thread easily when handling, not only cause the corruption to screw thread department easily to a large amount of particulate matters can be gushed out when overhauing inside the intake pipe of taking apart, cause destruction many times to the environment.

Disclosure of Invention

In order to solve the problems, the invention provides a vertical waste gas environment-friendly processor.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a vertical waste gas environmental protection treater, its structure includes that the transfer is strained a section of thick bamboo, outer air duct, biological filter plate, rotatory barrel, wiring platform, gas transmission cylinder, rotatory barrel is hugged closely subaerial perpendicularly, the left side at rotatory barrel is connected to the wiring platform electricity, biological filter plate passes through the top of fix with rivet at rotatory barrel, gas transmission cylinder welds in the top of biological filter plate perpendicularly, the top at the gas transmission cylinder is encircleed to the transfer section of thick bamboo, outer air duct threaded connection is strained the left side of a section of thick bamboo in the transfer and is parallel to each other with gas transmission cylinder, the transfer is strained a section of thick bamboo and is constituteed by first absorption plate, a circular section of thick bamboo, stirring frame, screw rotary drum, the arc piece of ventilating, second absorption plate, the circular section of thick bamboo encircles the top at gas transmission cylinder, the inside right side at a circular section of thick bamboo, the air vent arc piece is arranged at the bottom inside the round barrel, the first absorption plate is connected to the left side of the upper stirring frame in an adhesive mode, and the second absorption plate is connected to the left side of the lower stirring frame in an adhesive mode and is symmetrical to the first absorption plate.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the two stirring frames are arranged, the lower stirring frame consists of a connecting push head, a threaded wall discharging mechanism, an impact arm, an outer through pipe, a self-adjusting wheel and a turning sheet, the self-adjusting wheel is rotatably connected to the left side of the threaded rotary cylinder, the impact arm is hinged to the upper left corner of the adjusting wheel, the turning sheet nail is connected to the right side of the impact arm, the outer through pipe is in threaded connection with the lower part of the impact arm, the threaded wall discharging mechanism is mechanically connected to the left side inside the impact arm and penetrates through the turning sheet, and the connecting push head is movably connected to the upper part inside the impact arm.

As a further improvement of the invention, the thread wall separating mechanism comprises an outer through shaft, an impact sheet, a pushing head, a serpentine strip and an expansion ball, wherein the outer through shaft is fixed at the left end inside the impact arm through a screw and is in threaded connection with the outer through pipe, the impact sheet is movably connected at the middle section inside the outer through shaft, the pushing head is connected to the right side of the outer through shaft through glue, the expansion ball is mechanically connected to the right side of the impact sheet, and the serpentine strip is mechanically connected to the pushing head and the right side of the expansion ball.

As a further improvement of the invention, the meandering strip comprises a tail end sealing head, a first punch, a self-expansion strip and a second punch, wherein the tail end sealing head is connected to the right side of the self-expansion strip in an adhesive manner, the first punch is provided with more than two punches and is connected above the self-expansion strip in a nailing manner, the second punch is provided with more than two punches and is connected below the self-expansion strip in a nailing manner, and the self-expansion strip is mechanically connected to the right sides of the push head and the expansion ball.

As a further improvement of the invention, the connecting pushing head comprises arc pushing arms, moving pieces and an arch frame, wherein the arch frame is movably connected at the upper left corner inside the impact arm, the three arc pushing arms are slidably connected inside the arch frame, and the three moving pieces are connected above the arc pushing arms in a gluing manner.

In a further improvement of the present invention, the first absorption plate, the cylinder and the second absorption plate form an equilateral trapezoid structure, and contact areas gradually increase from right to right, so that the exhaust gas can be sufficiently contacted with the first absorption plate and the second absorption plate, and the absorption and purification effects can be optimized.

As a further improvement of the invention, the maximum included angle between the turning-over sheet and the thread rotary drum is 150 degrees, which can prevent a large amount of waste gas from flowing in at one time and exceed the purification saturation degree of equipment, and the turning-over sheet has a certain particle separation effect and can intercept a large amount of solid particles.

As a further improvement of the invention, the biological filter plate is buckled between the rotary cylinder and the gas transmission cylinder.

As a further improvement of the present invention, the punch mouths of the first punch and the second punch are both open to the outside.

Advantageous effects

The invention has the beneficial effects that: waste gas environmental protection processing apparatus leaves the mechanism through connecting the cutting somebody's hair and screw thread wall and cooperatees, can extend to get into the screw thread through winding the strip and revolve in the gap of a section of thick bamboo and intake pipe, and make first drift second drift towards the outside impact, dust in the gap with screw thread revolves a section of thick bamboo and intake pipe is washed out, get into in the cutting somebody's hair after washing out, the arc pushing arm can push the piece that moves simultaneously, make the piece that moves the particulate matter suction between with the bow member, can push the cutting somebody's hair and its inside particulate matter when withdrawing again and export through outer siphunculus in pushing the expert axle, keep the inside clean effect of screw thread revolves, the life-span of screw thread revolves is improved, and the junction is comparatively clean when overhauing and disassembling, there is the particulate matter to discharge the air.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural diagram of a vertical waste gas environmental protection processor according to the present invention.

Fig. 2 is a schematic view showing the detailed operation of the rotary filter cartridge according to the present invention.

Fig. 3 is a schematic structural view of the rotary filter cartridge of the present invention at rest.

Fig. 4 is a detailed structural schematic diagram of the stirring frame of the present invention.

FIG. 5 is a schematic view of the extended configuration of the threaded wall displacement mechanism of the present invention.

FIG. 6 is a detailed structural schematic of a serpentine strip of the present invention.

FIG. 7 is a schematic view of the structure of the present invention when the pushing head is connected.

Description of reference numerals: a transfer filter cylinder-0, an outer air duct-1, a biological filter plate-2, a rotary cylinder-3, a wire connection platform-4, an air conveying cylinder-5, a first absorption plate-1 a, a round cylinder-1 b, a stirring frame-1 c, a threaded rotary cylinder-1 d, a ventilating arc-sheet-1 e, a second absorption plate-1 f, a connecting push head-c 1c, a threaded wall discharging mechanism-c 2c, an impact arm-c 3c, an outer through pipe-c 4c, a self-adjusting wheel-c 5c, a layer turning sheet-c 6c, an outer through shaft-2 c1, an impact sheet-2 c2, a push head-2 c3, a winding strip-2 c4, an expansion ball-2 c5, a tail end sealing head-c 41, a first punch-c 42, a self-expansion strip-c 43, a second-c 44, an arc push arm-1 c1, a moving sheet-1 c2, Arch-1 c 3.

Detailed Description

In order to make the technical means, the creation features, the achievement objects and the effects of the present invention easy to understand, fig. 1 to 7 schematically show the structure of a refrigeration compressor according to an embodiment of the present invention, and the present invention will be further described with reference to the following embodiments.

Examples

Referring to fig. 1 to 3, the present invention provides a vertical waste gas environmental protection processor: the structure of the device comprises a transfer filter cylinder 0, an outer air duct 1, a biological filter plate 2, a rotary cylinder 3, a wiring platform 4 and an air conveying cylinder 5, wherein the rotary cylinder 3 is vertically attached to the ground, the wiring platform 4 is electrically connected to the left side of the rotary cylinder 3, the biological filter plate 2 is fixed above the rotary cylinder 3 through rivets, the air conveying cylinder 5 is vertically welded above the biological filter plate 2, the transfer filter cylinder 0 is embedded above the air conveying cylinder 5 in a surrounding manner, the outer air duct 1 is in threaded connection with the left side of the transfer filter cylinder 0 and is parallel to the air conveying cylinder 5, the transfer filter cylinder 0 is composed of a first absorption plate 1a, a circular cylinder 1b, a stirring frame 1c, a threaded rotary cylinder 1d, an air ventilation arc sheet 1e and a second absorption plate 1f, the circular cylinder 1b is embedded above the air conveying cylinder 5 in a surrounding manner, the threaded rotary cylinder 1d is welded on the right, the stirring frame 1c is provided with two and is pinned at the upper and lower ends of a screw cylinder 1d, the ventilating arc piece 1e is opened at the bottom inside a circular cylinder 1b, the first absorbing plate 1a is glued at the left side of the upper stirring frame 1c, the second absorbing plate 1f is glued at the left side of the lower stirring frame 1c and is symmetrical with the first absorbing plate 1a, the stirring frame 1c is provided with two, the lower stirring frame 1c is composed of a connecting push head c1c, a screw wall discharge mechanism c2c, an impact arm c3c, an outer through pipe c4c, a self-adjusting wheel c5c, and an overturning piece c6c 7, the self-adjusting wheel c5c is rotatably connected at the left side of the screw cylinder 1d, the impact arm c3c is hinged at the upper left corner of an adjusting wheel c5c, the overturning piece c6c c is pinned at the right side of the impact arm c3c, the outer through arm c is rotatably connected at the left side of the screw cylinder 1d, the lower impact arm 856 c3c is connected through a mechanical discharge mechanism 8236 c, the connecting push head c1c is movably connected above the inside of the impact arm c3c, the biological filter plate 2 is buckled between the rotary machine barrel 3 and the gas transmission barrel 5, the last step of microbial filtration can be carried out before gas outlet, the microorganisms in the waste gas can not be reproduced and regenerated, the waste gas is still clean after being eliminated and discharged once, the first absorption plate 1a, the cylinder 1b and the second absorption plate 1f form an equilateral trapezoid structure, the contact area gradually expands from right to left, the waste gas can fully contact with the first absorption plate 1a and the second absorption plate 1f, the absorption and purification effect is optimal, the maximum included angle between the turning sheet c6c and the thread rotary cylinder 1d is 150 degrees, which can prevent a large amount of waste gas from flowing in at one time and exceeding the purification saturation of the equipment, and the turnover sheet c6c has a certain particle separating effect and can trap a large amount of solid particles.

Referring to fig. 4-6, the screw wall discharging mechanism c2c is composed of an outer through shaft 2c1, a striking plate 2c2, a pushing head 2c3, a serpentine strip 2c4, and an expansion ball 2c5, the outer through shaft 2c1 is fixed at the left end inside a striking arm c3c by screws and is screwed with an outer through pipe c4c, the striking plate 2c2 is movably connected at the middle section inside the outer through shaft 2c1, the pushing head 2c3 is connected at the right side of the outer through shaft 2c1 by glue, the expansion ball 2c5 is mechanically connected at the right side of the striking plate 2c2, the serpentine strip 2c4 is mechanically connected at the middle section inside the pushing head 2c3 and at the right side of the expansion ball 2c5, the serpentine strip 2c4 is composed of an end 4c 4, a first end 4, a self-telescoping strip 4c 4 connected at the right side of the self-telescoping strip 4, two self-telescoping heads 4c 4 are provided with two telescoping heads 4c and two telescoping heads 4c 4 are provided above the head 4, the second punch c44 is provided with more than two punches and is nailed below a self-expansion bar c43, the self-expansion bar c43 is mechanically connected to the right side of a pushing head 2c3 and an expansion ball 2c5, the connecting pushing head c1c is composed of an arc pushing arm 1c1, a moving plate 1c2 and an arch 1c3, the arch 1c3 is movably connected to the upper left corner inside an impact arm c3c, the arc pushing arm 1c1 is provided with three punches and is connected inside the arch 1c3 in a sliding mode, the moving plate 1c2 is provided with three punches and is connected above the arc pushing arm 1c1 in a gluing mode, punch mouths of the first punch c42 and the second punch c44 are opened towards the outer side, granular dirt in the thread rotary cylinder 1d can be flushed towards the outer side, the granular dirt cannot retract into the inside of the thread rotary cylinder 1d after being flushed out, the mark of the inner gap of the thread rotary cylinder 1d cannot be left, and the self-expansion bar c43 has larger flexibility and larger extension, can be squeezed into a smaller gap between the thread rotary cylinders 1d, and the flexibility is higher.

Referring to fig. 7, the connecting pushing head c1c is composed of an arc pushing arm 1c1, a moving plate 1c2 and an arch 1c3, the arch 1c3 is movably connected to the upper left corner inside the impact arm c3c, the arc pushing arm 1c1 is provided with three pieces and is slidably connected inside the arch 1c3, the moving plate 1c2 is provided with three pieces and is glued above the arc pushing arm 1c1, and the moving plate 1c2 can push out the particles between the upper and lower arch 1c3 and push the particles flushed by the first punch c42 and the second punch c44 to the direction of the outer pipe c4c, so that the particles can be stably discharged without being stagnated inside the device and prevented from being sucked back and forth.

When the device is used, the outer air duct 1 is connected to the right side of the threaded rotary cylinder 1d through threads, a gap of a thread channel is formed in the middle, waste gas enters the circular cylinder 1b through the outer air duct 1, the upper impact arm c3c and the lower impact arm c6c can be flushed, part of solid particles can be adsorbed by the layer turning plate c6c, part of solid particles can remain in the gap of the thread channel, the rest waste gas enters the absorption cylinder formed by the first absorption plate 1a, the circular cylinder 1b and the second absorption plate 1f, and enters the ventilation arc plate 1e through large-range filtration, enters the gas conveying cylinder 5, enters the biological filter plate 2 for final microbial treatment, and is discharged through the rotary machine cylinder 3 under pressure;

when the impact arm c3c and the turning piece c6c do not receive the impact of the exhaust gas, that is, the exhaust gas is filled completely, the impact arm c3c and the turning piece c6c are attached to the thread rotating cylinder 1d vertically, the impact piece 2c2 blows air to the expansion ball 2c5 to eject the meandering strip 2c4, the meandering strip is continuously extruded into the gap of the thread channel, after the extrusion is performed to the end sealing head c41, the end sealing head c41 can be straightened, the first punch c42 and the second punch c44 generate impact force, particles and dust in the gap of the thread channel are moved to the outside, the impact force is applied to the pushing head 2c3, the pushing head enters the outer through shaft 2c1 and is discharged through the outer through pipes c4c at the upper end and the lower end, the contact position of the thread rotating cylinder 1d with the outer through pipe 1 becomes cleaner, and secondary pollution is not caused to the air after the disassembly.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. The utility model provides a vertical waste gas environmental protection treater, its structure includes that transfer section of thick bamboo (0), outer air duct (1), biological filter plate (2), rotatory barrel (3), wiring platform (4), gas transmission cylinder (5), its characterized in that:

rotatory barrel (3) are hugged closely subaerial perpendicularly, the left side at rotatory barrel (3) is connected to terminal board (4) electricity, biological filter plate (2) are passed through the fix with rivet in the top of rotatory barrel (3), the perpendicular welding in the top of biological filter plate (2) of gas transmission cylinder (5), the top of nestification in gas transmission cylinder (5) is encircleed in transfer filter cylinder (0), outer air duct (1) threaded connection is in the left side of transfer filter cylinder (0) and be parallel to each other with gas transmission cylinder (5).

2. The vertical waste gas environmental protection treater according to claim 1, characterized in that: the transfer filter cylinder (0) consists of a first absorption plate (1a), a round cylinder (1b), a stirring frame (1c), a threaded rotary cylinder (1d), two ventilating arc sheets (1e) and a second absorption plate (1f), wherein the round cylinder (1b) is embedded above the gas transmission cylinder (5) in a surrounding manner, the threaded rotary cylinder (1d) is welded on the right side in the round cylinder (1b), the stirring frame (1c) is provided with two ventilating arc sheets (1e) which are connected with the upper end and the lower end of the threaded rotary cylinder (1d) in a nailing manner, the ventilating arc sheets (1e) are arranged at the bottom in the round cylinder (1b), the first absorption plate (1a) is connected with the left side of the stirring frame (1c) above in an adhesive manner, the second absorption plate (1f) is connected with the left side of the stirring frame (1c) below in an adhesive manner and is symmetrical to the first absorption plate (1a), and the stirring frame (1c) is provided with two ventilating arc sheets, the lower stirring frame (1c) is composed of a connecting pushing head (c1c), a threaded wall discharging mechanism (c2c), a shock arm (c3c), an outer through pipe (c4c), a self-adjusting wheel (c5c) and a turnover sheet (c6c), wherein the self-adjusting wheel (c5c) is rotatably connected to the left side of the threaded rotary drum (1d), the shock arm (c3c) is hinged to the upper left corner of the adjusting wheel (c5c), the turnover sheet (c6c) is nailed to the right side of the shock arm (c3c), the outer through pipe (c4c) is in threaded connection below the shock arm (c3c), the threaded wall discharging mechanism (c2c) is in mechanical connection to the left side inside the shock arm (c3c) and penetrates through the turnover sheet (c6c), and the connecting pushing head (c1c) is movably connected above the inside the shock arm (c3 c).

3. The vertical waste gas environmental protection treater according to claim 2, characterized in that: the threaded wall separating mechanism (c2c) is composed of an outer through shaft (2c1), a striking plate (2c2), a push head (2c3), a serpentine strip (2c4) and an expansion ball (2c5), wherein the outer through shaft (2c1) is fixed at the left end inside the striking arm (c3c) through screws and is in threaded connection with the outer through pipe (c4c), the striking plate (2c2) is movably connected to the middle section inside the outer through shaft (2c1), the push head (2c3) is connected to the right side of the outer through shaft (2c1) in a gluing mode, the expansion ball (2c5) is mechanically connected to the right side of the striking plate (2c2), and the serpentine strip (2c4) is mechanically connected to the right sides of the push head (2c3) and the expansion ball (2c 5).