CN108560015A

CN108560015A - A kind of novel air inlet and outlet device

Info

Publication number: CN108560015A
Application number: CN201810154380.2A
Authority: CN
Inventors: 姚莉萍
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-02-23
Filing date: 2018-02-23
Publication date: 2018-09-21

Abstract

The invention discloses a kind of novel air inlet and outlet devices, including generating means, first centralised arrangement and the second centralised arrangement, the generating means includes body A, it is provided with cavity in the body A, lead in the cavity lower end wall and is provided with separated pipe, separately pipe or so end face, which is led to, is provided with valve A, the valve A end face outside, which is led to, is provided with pipe fitting A, the cavity lower end wall zygomorphism is installed with monitor, it is installed with the heating chamber in the body A above the cavity, heating pipe is installed with above and below the heating chamber between end wall, the upper surfaces body A protrusion threaded engagement is connected with clamping block A and clamping block B, present device is simple in structure, it is easy to use, it is automatic to concentrate gas needed for chlorine industry, it is automatic to realize air inlet and exhaust, high degree of automation, it is time saving and energy saving.

Description

A kind of novel air inlet and outlet device

Technical field

The present invention relates to industrial circles, and in particular to a kind of novel air inlet and outlet device.

Background technology

Chlorine industry is most basic one of industry；Refer to that the method that industrial electricity consumption solution is saturated NaCl solution carrys out preparing hydrogen Sodium oxide molybdena, chlorine and hydrogen, and produce a series of chemical products using them as raw material.Chlorine industry is produced in active procedure and is made Chlorine and hydrogen need to collect, traditional collection mode the degree of automation is low, needs the link of manual intervention more, efficiency is low Under, it is time-consuming and laborious.

Invention content

The purpose of the present invention is to provide a kind of novel air inlet and outlet devices, can overcome the drawbacks described above of the prior art.

According to the present invention, a kind of novel air inlet and outlet device of present device, including generating means, the first centralised arrangement and Second centralised arrangement, the generating means include body A, and cavity is provided in the body A, is led in the cavity lower end wall It is provided with separated pipe, separately pipe or so end face, which is led to, is provided with valve A, and the valve A end face outside, which is led to, is provided with pipe Part A, the cavity lower end wall zygomorphism are installed with monitor, the liter in the body A are installed with above the cavity Warm chamber, the heating chamber are installed with heating pipe between end wall up and down, and the upper surfaces body A protrusion threaded engagement is connected with Clamping block A and the upper surfaces clamping block B, clamping block A screw fit are connected with the upper surfaces cover board B, the clamping block B Screw fit is connected with to be installed in cover board C, the clamping block A and puts in the cavity and extend external connect upwards Electric column A, the fixed rubber sleeve A in position that the outer surfaces the power connecting column A are touched with the clamping block A and cover board B, it is described to connect electricity The upper surfaces column A are installed with to be installed in circuit A, the clamping block A and put in the cavity and extend external power connecting column upwards A, the fixed rubber sleeve A in position, the power connecting column A that the outer surfaces the power connecting column A are touched with the clamping block A and cover board B Upper surface is installed with to be installed in circuit A, the clamping block B and puts in the cavity and extend external power connecting column B, institute upwards State the fixed rubber sleeve in position that the outer surfaces power connecting column B are touched with the clamping block B and cover board C, the upper surfaces the power connecting column B It is installed with circuit B, leads to be provided with the left sides pipe fitting F, the pipe fitting F and lead in the cavity left end wall and is provided with valve body D, The valve body D, which leads to left side, is provided with delivery pipe, is provided on the left of the delivery pipe positioned at external drawing, the drawing Dewatering cavity is provided in son, the pipe fitting D penetrates through drawing and puts in the dewatering cavity, described dewatering cavity or so side Cover board D is hingedly installed between wall, the pipe fitting E, the pipe fitting E for being provided with and extending to the left are led in the dewatering cavity left end wall Left side, which is led to, is provided with valve B, and the valve B left side, which is led to, is provided with pipe fitting D, and second centralised arrangement includes fixed In being provided with vallecular cavity in the transmission box of frame body, the transmission box, vallecular cavity, the vallecular cavity upper end are provided in the vallecular cavity right end wall Hydraulic cylinder is installed in wall, the pushing ram lower face of the hydraulic cylinder is installed with solid block, and the solid block front end face is installed with to the left The curved tube of elongation, the pipe fitting D for being provided with and penetrating through the vallecular cavity and leading to the valve B is led in the curved tube right side, described Curved tube lower left is provided with frame body, and the frame body right side is installed with magnetoelectricity slide guide rail, and the magnetoelectricity slide guide rail right side can be slided Capable being provided in magnetoelectricity sliding block A, the fixed organism B in the right sides magnetoelectricity sliding block A, the body B is provided with concentration Chamber, leads in the concentration chamber lower end wall to be provided with the lower faces pipe fitting B, the pipe fitting B and lead to and is provided with valve body C, the valve body C Lower face lead to be provided with the outer surfaces pipe fitting C, the pipe fitting C socket be provided with concentration airbag, the upper surfaces the body B are provided with Closing valve A that is opposite with the curved tube and leading to the concentration chamber, leads to be provided in the cavity right end wall and extends to the right Connecting tube, the connecting tube right side, which leads to be provided with the right sides valve body E, the valve body E and lead to, is provided with pipe fitting G, described First centralised arrangement includes being provided with splendid attire chamber, the body C in the body C, the body C being set to below the pipe fitting G Upper surface is installed with the closing valve B led to the splendid attire chamber, is installed with positioned at the interior accommodating chamber below the splendid attire chamber, The splendid attire chamber lower end wall leads to the channel for being provided with and putting in the accommodating chamber, and the channel lower face, which is led to, is provided with valve body F, The valve body F, which leads to lower face, is provided with pipe fitting H, and the accommodating chamber lower end wall, which leads to, is provided with conduit, the conduit lower face Lead to and be provided with stopping valve, the lower faces the body C are installed with support leg, are provided with below the support leg fixed with ground Chest is provided with chamber in the chest, and the lower face of the support leg offsets with the chamber lower end wall, the chest bottom Surrounding is fixedly installed socle, and the socle bottom is provided with walking roller, noise elimination cushioning device is provided on the hydraulic cylinder.

Further technical solution, the monitor include the pedestal being connect with the cavity lower end wall screw fit, institute It states and is provided with thermal conductive cavity in pedestal, closed plate is installed between the thermal conductive cavity left hand end wall, two are provided in the thermal conductive cavity Pole pipe, described diode or so end face be installed with drawing lines A in the pedestal and drawing lines B, the drawing lines A and drawing lines B with External control device leads to, to realize temperature sensing control.

Further technical solution has filled with dehydrating agent in the dewatering cavity, to improve dehydrating effect.

Further technical solution, the circuit A are communicated with the cathode of alternating current, and the circuit B is communicated with the anode of alternating current, To realize the electrolysis of water.

Further technical solution, the chamber contain in chamber and accommodating chamber and fill water, to improve the reliable of equipment Property.

Further technical solution, the noise elimination cushioning device include being fixed at the hydraulic cylinder left and right sides Silencer pad and the bradyseism plate for being fixed at hydraulic cylinder front and rear sides face, the silencer pad are connected with the bradyseism plate.

The beneficial effects of the invention are as follows：

In the initial state due to present device, the hydraulic cylinder is in stop working state, the valve A, valve B, valve Body C, valve body D, valve body E, valve body F, stop valve and closing valve B is closed, missed electric in the circuit A and circuit B, from And above structure is made to be located at initial position in the initial state, it can be adjusted in follow-up work, effectively improve equipment Working regularity.

When equipment is run, the valve A is opened, and saline solution is passed through by the pipe that separates in the cavity, and by institute It states cavity to close full of the rear valve A, so that the circuit A and circuit B is connected with power supply, electrolysis water, makes in the cavity The outer surfaces the power connecting column A generate hydrogen, and the outer surfaces the power connecting column B is made to generate chlorine, and the valve body D is opened, and hydrogen is by institute It states pipe fitting F, valve body D and delivery pipe to enter in the dewatering cavity, be dehydrated by the dehydrating agent in the dewatering cavity, the magnetoelectricity is slided Row block A drives the body B to move to and curved tube underface, the closing valve A and the curved tube face, the hydraulic cylinder The solid block is driven to move down, the closing valve A is opened, and so that the curved tube is put in the concentration chamber, the closing valve A is adopted With dynamic seal closed type structure, it can still ensure to close after making the curved tube enter the closing valve A, the valve B is opened, will The hydrogen of dehydration is passed through by the curved tube on the upside of the concentration chamber, and the air of the concentration chamber is pressed down against, the valve body C It opens, surplus air is discharged into the concentration airbag, the valve body C, valve B and envelope when being full of air in the concentration chamber Valve closing A is closed, and the magnetoelectricity sliding block A drives the body B to run to loading place again, the chlorine that the power connecting column B is generated into Enter in the connecting tube, the valve body E is opened with closing valve B, and chlorine enters the splendid attire intracavitary, the valve body F and stopping valve It opens, saline solution is squeezed by the splendid attire chamber and accommodating chamber in the chamber, filled when in the splendid attire chamber and accommodating chamber by chlorine The valve body F is closed with valve is stopped after having expired chlorine, then chlorine will be filled in the splendid attire chamber and accommodating chamber, to realize Efficient chlorine is prepared with hydrogen.

When react carry out when, the closed plate conducts the temperature of the cavity to the diode, the diode according to Temperature change makes the electric current in the drawing lines A and drawing lines B change, and signal is sent out to executor, and the heating pipe is made to work The aqueous to heat up in the cavity makes the temperature of reaction be in and is suitble to state, to improve the reaction high efficiency of equipment.

When only needing to concentrate the chlorine of certain component, when chlorine just enters the accommodating chamber from the pipe fitting H, the valve Body F can be closed, and so that the splendid attire intracavitary is full of chlorine, to improve the practicability of equipment.

Present device is simple in structure, easy to use, automatic to concentrate gas needed for chlorine industry, realizes air inlet automatically And exhaust, high degree of automation are time saving and energy saving.

The above, the specific implementation mode only invented, but invent protection domain be not limited thereto, it is any without The change or replacement that creative work is expected are crossed, should all be covered within the protection domain of invention.Therefore, the protection domain of invention It should be determined by the scope of protection defined in the claims.

Description of the drawings

It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing is briefly described needed in technology description, it should be apparent that, the accompanying drawings in the following description is only to invent Some embodiments for those of ordinary skill in the art without creative efforts, can also basis These attached drawings obtain other attached drawings.

Fig. 1 is a kind of overall structure diagram of novel air inlet and outlet device of the present invention；

Fig. 2 is the enlarged internal structural schematic diagram of monitor 143 in Fig. 1；

Fig. 3 is partial structural diagram in the present invention；

Fig. 4 is hydraulic cylinder structure schematic diagram in the present invention.

Specific implementation mode

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive Feature and/or step other than, can combine in any way.

This specification（Including any accessory claim, abstract and attached drawing）Disclosed in any feature, except non-specifically chatting It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only It is an example in a series of equivalent or similar characteristics.

As shown in Figs 1-4, a kind of novel air inlet and outlet device of the invention, including generating means, the first centralised arrangement and Two centralised arrangements, the generating means include body A104, are provided with cavity 103 in the body A104, under the cavity 103 Lead in end wall and be provided with separated pipe 100, separately 100 or so the end face of pipe, which is led to, is provided with valve A 101, the valve body A101 end face outsides, which are led to, is provided with pipe fitting A102, and 103 lower end wall zygomorphism of the cavity is installed with monitor 143, described The top of cavity 103 is installed with the heating chamber 127 in the body A104, fixed between about 127 end wall of heating chamber There are heating pipe 128, the upper surfaces body A104 protrusion threaded engagement to be connected with clamping block A126 and clamping block B130, institute It states the upper surfaces clamping block A126 screw fit and is connected with the upper surfaces cover board B125, clamping block B130 screw fit company It connects to be provided with to be installed in cover board C131, the clamping block A126 and puts in the cavity 103 and extend external connect upwards Electric column A124, the outer surfaces the power connecting column A124 are installed with rubber with the position that the clamping block A126 and cover board B125 are touched A123 is covered, the upper surfaces the power connecting column A124, which are installed with to be installed in circuit A122, the clamping block A126, puts in the cavity 103 and extend external power connecting column A124, the outer surfaces the power connecting column A124 and the clamping block A126 and cover board upwards The fixed rubber sleeve A123 in position that B125 is touched, the upper surfaces the power connecting column A124 are installed with circuit A122, the clamping block It is installed in B130 and puts in the cavity 103 and extend the external outer surfaces power connecting column B132, the power connecting column B132 upwards The fixed rubber sleeve 133 in position touched with the clamping block B130 and cover board C1315, the upper surfaces the power connecting column B132 are solid Equipped with circuit B134, leads to be provided with the left sides pipe fitting F121, the pipe fitting F121 and lead in 103 left end wall of the cavity and set It is equipped with the left sides valve body D120, the valve body D120 and leads to and be provided with delivery pipe 119,119 left side of the delivery pipe is provided with position In being provided with dewatering cavity 108 in external drawing 109, drawing 109, the pipe fitting D116 penetrates through drawing It 109 and puts in the dewatering cavity 108, cover board D118 is hingedly installed between 108 left and right sides end wall of the dewatering cavity, it is described Lead to the left sides pipe fitting E117, the pipe fitting E117 for being provided with and extending to the left in 108 left end wall of dewatering cavity and lead to and is provided with valve Body B110,110 left side of the valve B, which is led to, is provided with pipe fitting D116, and second centralised arrangement includes being fixedly arranged on frame body Transmission box 150 is provided with vallecular cavity 166 in the transmission box 150, vallecular cavity 151 is provided in 166 right end wall of the vallecular cavity, described Hydraulic cylinder 152 is installed in 166 upper end wall of vallecular cavity, the pushing ram lower face of the hydraulic cylinder 152 is installed with solid block 153, described Gu 153 front end face of block is installed with the curved tube 154 extended to the left, 154 right side of the curved tube, which is led to, is provided with the perforation vallecular cavity The 151 and pipe fitting D116 that leads to the valve B 110,154 lower left of the curved tube is provided with frame body 158, the frame body 158 Right side is installed with magnetoelectricity slide guide rail 159, and what 159 right side of magnetoelectricity slide guide rail can slide is provided with magnetoelectricity sliding block It is provided with concentration chamber 114, institute in A157, the fixed organism B115 in the right sides magnetoelectricity sliding block A157, the body B115 It states to lead to be provided with the lower faces pipe fitting B111, the pipe fitting B111 and lead in 114 lower end wall of concentration chamber and is provided with valve body C113, institute State the lower faces valve body C113 lead to be provided with the outer surfaces pipe fitting C112, the pipe fitting C112 socket be provided with concentrate airbag 161, institute It states the upper surfaces body B115 and is provided with closing valve A155 that is opposite with the curved tube 154 and leading to the concentration chamber 114, it is described Lead to the connecting tube 146 for being provided with and extending to the right in 103 right end wall of cavity, 146 right side of the connecting tube, which is led to, is provided with valve Body E135, the valve body E135, which leads to right side, is provided with pipe fitting G136, and first centralised arrangement includes being set to the pipe Be provided in body C137, the body C137 below part G136 contain chamber 138, the upper surfaces the body C137 be installed with The closing valve B170 for containing chamber 138 and leading to, 138 lower section of the splendid attire chamber are installed with the accommodating chamber in described 139 165, splendid attire 138 lower end wall of chamber, which leads to, is provided with the channel 146 for putting in the accommodating chamber 165,146 lower face of the channel Lead to be provided with the lower faces valve body F141, the valve body F141 and lead to and be provided with pipe fitting H140,165 lower end wall of the accommodating chamber is logical It is connected with and is equipped with conduit 163,163 lower face of the conduit, which leads to be provided with, stops valve 162, and the lower faces the body C137 are installed with Support leg 164, the lower section of the support leg 164 be provided with the fixed chest 171 in ground, be provided with chamber in the chest 171 172, the lower face of the support leg 164 offsets with 172 lower end wall of the chamber, 171 bottom surrounding fixed setting of the chest There are socle 301,301 bottom of the socle to be provided with walking roller 302, noise elimination cushioning device is provided on the hydraulic cylinder 152.

Valuably, wherein the monitor 143 includes the pedestal being connect with 103 lower end wall screw fit of the cavity 200, thermal conductive cavity 204 is provided in the pedestal 200, and closed plate 205, institute are installed between 204 left hand end wall of the thermal conductive cavity It states and is provided with diode 202 in thermal conductive cavity 204,202 or so end face of the diode is installed with the line in the pedestal 200 Road A201 and drawing lines B203, the drawing lines A201 and drawing lines B203 lead to external control device, to realize temperature sensing control System.

Valuably, wherein dehydrating agent has been filled in the dewatering cavity 108, to improve dehydrating effect.

Valuably, wherein the circuit A122 is communicated with the cathode of alternating current, the anode phase of the circuit B134 and alternating current It is logical, to realize the electrolysis of water.

Valuably, wherein fill water in the chamber 172, splendid attire chamber 138 and accommodating chamber 165, make chlorine in the splendid attire Liquid is squeezed out after being concentrated in chamber 138, to improve the reliability of equipment.

Valuably, wherein the noise elimination cushioning device includes being fixed at disappearing for 152 left and right sides of the hydraulic cylinder Sound pad 1521 and the bradyseism plate 1522 for being fixed at 152 front and rear sides face of the hydraulic cylinder, the silencer pad 1521 and described Bradyseism plate 1522 is connected, and the noise elimination cushioning device can effectively reduce the noise and shake that the work of the hydraulic cylinder 152 generates It is dynamic.

In the initial state, the hydraulic cylinder 152 is in stop working state, the valve A 101, valve to present device Body B110, valve body C113, valve body D120, valve body E135, valve body F141, stopping valve 162 and closing valve B170 are closed, Missed electric in the circuit A122 and circuit B134.

When equipment is run, the valve A 101 is opened, and saline solution is passed through the cavity 103 by the pipe 100 that separates It is interior, and the cavity 103 is closed full of the rear valve A 101, so that the circuit A122 and circuit B134 is connected with power supply, In 103 Inner electrolysis water of the cavity, the outer surfaces the power connecting column A124 is made to generate hydrogen, the outer surfaces the power connecting column B132 is made to produce Raw chlorine, the valve body D120 are opened, and hydrogen enters the dewatering cavity by the pipe fitting F121, valve body D120 and delivery pipe 119 It in 108, is dehydrated by the dehydrating agent in the dewatering cavity 108, the magnetoelectricity sliding block A157 drives the body B115 movements To with immediately below the curved tube 154, the closing valve A155 and 154 face of the curved tube, the hydraulic cylinder 152 drives described solid Block 153 moves down, and the closing valve A155 is opened, and so that the curved tube 154 is put in the concentration chamber 114, the closing valve A155 uses dynamic seal closed type structure, can still ensure to close after making the curved tube 154 enter the closing valve A155, described Valve B 110 is opened, and the hydrogen of dehydration is passed through the upside of the concentration chamber 114 by the curved tube 154, and by the concentration chamber 114 Air be pressed down against, the valve body C113 is opened, and surplus air is discharged into the concentration airbag 161, when the concentration chamber The valve body C113, valve B 110 and closing valve A155 are closed when being full of air in 114, and the magnetoelectricity sliding block A157 drives again The body B115 runs to loading place, and the chlorine that the power connecting column B132 is generated enters in the connecting tube 146, the valve body E135 and closing valve B170 are opened, and chlorine enters in the splendid attire chamber 138, and the valve body F141 is opened with valve 162 is stopped, chlorine Saline solution is squeezed by the splendid attire chamber 138 and accommodating chamber 165 in the chamber 172, when the splendid attire chamber 138 and accommodating chamber The valve body F141 is closed with valve 162 is stopped after being filled with chlorine in 165, then will be filled in the splendid attire chamber 138 and accommodating chamber 165 Chlorine is expired.

When react carry out when, the closed plate 205 conducts the temperature of the cavity 103 to the diode 202, described two Pole pipe 202 makes the electric current in the drawing lines A201 and drawing lines B203 change according to temperature change, and signal is sent out to executor, The aqueous for making heating pipe 128 work heat up in the cavity 103 makes the temperature of reaction be in and is suitble to state.

When only needing to concentrate the chlorine of certain component, when chlorine just enters the accommodating chamber 165 from the pipe fitting H140, The valve body F141 can be closed, and make to be full of chlorine in the splendid attire chamber 138.

The beneficial effects of the invention are as follows：In the initial state due to present device, the hydraulic cylinder is in and is stopped State, the valve A, valve B, valve body C, valve body D, valve body E, valve body F, stopping valve and closing valve B are closed, described Missed electric in circuit A and circuit B can be in follow-up work to make above structure be located at initial position in the initial state It is adjusted, effectively improves the working regularity of equipment.

Claims

1. a kind of novel air inlet and outlet device, including generating means, the first centralised arrangement and the second centralised arrangement, described to fill It sets including body A, is provided with cavity in the body A, leads in the cavity lower end wall and be provided with separated pipe, the separated pipe Left and right end face, which is led to, is provided with valve A, and the valve A end face outside, which is led to, is provided with pipe fitting A, described cavity lower end wall or so phase Title is installed with monitor, is installed with the heating chamber in the body A above the cavity, the upper and lower end wall of the heating chamber it Between be installed with heating pipe, the upper surfaces body A protrusion threaded engagement is connected with clamping block A and clamping block B, the locking The upper surfaces block A screw fit is connected with the upper surfaces cover board B, clamping block B screw fit and is connected with cover board It is installed in C, the clamping block A and puts in the cavity and extend the external outer surfaces power connecting column A, the power connecting column A upwards The fixed rubber sleeve A in position touched with the clamping block A and cover board B, the upper surfaces the power connecting column A are installed with circuit A, institute It states to be installed in clamping block A and puts in the cavity and extend external power connecting column A, the outer surfaces the power connecting column A and institute upwards The fixed rubber sleeve A in position that clamping block A and cover board B are touched is stated, the upper surfaces the power connecting column A are installed with circuit A, the lock Determine to be installed in block B and puts in the cavity and extend external power connecting column B, the outer surfaces the power connecting column B and the lock upwards Determine the fixed rubber sleeve in position that block B and cover board C are touched, the upper surfaces the power connecting column B are installed with circuit B, and the cavity is left Lead to be provided with the left sides pipe fitting F, the pipe fitting F and lead in end wall and is provided with the left sides valve body D, the valve body D and leads to setting There is delivery pipe, is provided on the left of the delivery pipe and is provided with dewatering cavity, the pipe in external drawing, drawing Part D penetrates through drawing and puts in the dewatering cavity, and cover board is hingedly equipped between the dewatering cavity left and right sides end wall D, leads to the left sides pipe fitting E, the pipe fitting E for being provided with and extending to the left in the dewatering cavity left end wall and leads to and be provided with valve B, The valve B left side, which is led to, is provided with pipe fitting D, and second centralised arrangement includes the transmission box for being fixedly arranged on frame body, the biography It is provided with vallecular cavity in defeated case, vallecular cavity is provided in the vallecular cavity right end wall, hydraulic cylinder is installed in the vallecular cavity upper end wall, it is described The pushing ram lower face of hydraulic cylinder is installed with solid block, and the solid block front end face is installed with the curved tube extended to the left, and the curved tube is right The pipe fitting D for being provided with and penetrating through the vallecular cavity and leading to the valve B is led in end face, and the curved tube lower left is provided with frame body, The frame body right side is installed with magnetoelectricity slide guide rail, and what the magnetoelectricity slide guide rail right side can slide is provided with magnetoelectricity sliding block A, It is provided with concentration chamber in the fixed organism B in the right sides magnetoelectricity sliding block A, the body B, leads in the concentration chamber lower end wall It is connected with to be equipped with the lower faces pipe fitting B, the pipe fitting B and lead to be provided with the lower faces valve body C, the valve body C and lead to and is provided with pipe fitting C, The socket of the outer surfaces the pipe fitting C is provided with concentration airbag, the upper surfaces the body B be provided with it is opposite with the curved tube and with it is described The closing valve A that concentration chamber is led to leads to the connecting tube for being provided with and extending to the right, the connecting tube right end in the cavity right end wall Face, which leads to be provided with the right sides valve body E, the valve body E and lead to, is provided with pipe fitting G, and first centralised arrangement includes being set to institute It states in body C, the body C below pipe fitting G and is provided with splendid attire chamber, the upper surfaces the body C are installed with and the splendid attire chamber The closing valve B led to, the splendid attire chamber lower section are installed with positioned at the interior accommodating chamber, and the splendid attire chamber lower end wall leads to setting There is a channel for putting in the accommodating chamber, the channel lower face, which is led to, to be provided with the lower faces valve body F, the valve body F and lead to setting There is pipe fitting H, the accommodating chamber lower end wall, which leads to, is provided with conduit, and the conduit lower face, which is led to, is provided with stopping valve, the machine The lower faces body C are installed with support leg, be provided with below the support leg with the fixed chest in ground, be provided with chamber in the chest Room, the lower face of the support leg offset with the chamber lower end wall, and chest bottom surrounding is fixedly installed socle, described Socle bottom is provided with walking roller, and noise elimination cushioning device is provided on the hydraulic cylinder.

2. a kind of novel air inlet and outlet device as described in claim 1, it is characterised in that：The monitor includes and the cavity The pedestal of lower end wall screw fit connection, is provided with thermal conductive cavity in the pedestal, is installed between the thermal conductive cavity left hand end wall Closed plate is provided with diode in the thermal conductive cavity, and described diode or so end face is installed with the drawing lines A in the pedestal Lead to external control device with drawing lines B, the drawing lines A and drawing lines B.

3. a kind of novel air inlet and outlet device as described in claim 1, it is characterised in that：Dehydration has been filled in the dewatering cavity Agent.

4. a kind of novel air inlet and outlet device as described in claim 1, it is characterised in that：The cathode phase of the circuit A and alternating current Logical, the circuit B is communicated with the anode of alternating current.

5. a kind of novel air inlet and outlet device as described in claim 1, it is characterised in that：The chamber contains chamber and accommodating chamber Inside fill water.

6. a kind of novel air inlet and outlet device as described in claim 1, it is characterised in that：The noise elimination cushioning device includes fixing Silencer pad in the hydraulic cylinder left and right sides and the bradyseism plate for being fixed at hydraulic cylinder front and rear sides face, institute are set Silencer pad is stated with the bradyseism plate to be connected.