CN208313088U - A kind of machining waste gas residual heat processing unit - Google Patents
A kind of machining waste gas residual heat processing unit Download PDFInfo
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- CN208313088U CN208313088U CN201820366843.7U CN201820366843U CN208313088U CN 208313088 U CN208313088 U CN 208313088U CN 201820366843 U CN201820366843 U CN 201820366843U CN 208313088 U CN208313088 U CN 208313088U
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- side wall
- heat exchanger
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Abstract
The utility model relates to the technical fields of associated workpiece coating auxiliary device, more particularly to a kind of machining waste gas residual heat processing unit；Operating mode multiplicity, can the objectionable impurities effectively to the heat exhaust gas generated in the coating process of associated workpiece handle, practicability is higher；Also, its heat exchanger effectiveness is higher, and treatment effect is stronger, to improve its use reliability；Including body, suction ventilator, communicating pipe and heat exchanger tube, working chamber is provided in body；Communicating pipe includes left connection pipe and right communicating pipe, it further include two groups of fixed frames, two groups of transfer rollers, transmission belt, belt and motor, two groups of fixed frames are separately mounted to the upper side and lower side of working chamber right side wall, two groups of transfer rollers are mounted on two groups of fixed frames, transmission belt is set on two groups of transfer rollers, and multiple groups paddle board is provided on the side wall of transmission belt, and motor is mounted on the side wall of working chamber, the front side output end of motor is provided with transmission shaft, and belt is set on transmission shaft and one group of transfer roller.
Description
Technical field
The utility model relates to the technical fields of associated mechanical auxiliary processing device, useless more particularly to a kind of machining
Gas Heat Treatment device.
Background technique
It is well known that machining waste gas residual heat processing unit is that a kind of pair of associated workpiece generates in mechanical processing process
Heat exhaust gas be recycled and handle with reach environmental protection, energy conservation the purpose of device, in the machining of associated workpiece
Field is widely used；Existing machining waste gas residual heat processing unit includes body, suction ventilator, communicating pipe and heat exchange
It manages, is provided with working chamber in the body, the heat exchanger tube is located in working chamber, and the top input terminal of heat exchanger tube passes through body top
The upside of wall is simultaneously extend out on the outside of working chamber, and the bottom output end of heat exchanger tube passes through the downside of right side of machine body wall and extend out to work
On the outside of chamber, the bottom output of heat exchanger tube is provided with heat exchange valve, the upper side and lower side of right side of machine body wall is respectively arranged with
Water inlet pipe and drainpipe, and the first valve and the second valve are respectively arranged on water inlet pipe and drainpipe, communicating pipe and heat exchange
The top input terminal of pipe is connected to, and suction ventilator was mounted in communicating pipe；This machining waste gas residual heat processing unit when in use,
Suction ventilator is electrically connected with alternating current, communicating pipe is connected to associated machines, opens the air stream in suction ventilator acceleration communicating pipe
Dynamic speed, the heat exhaust gas transmission that associated machines are generated in mechanical processing process open the first valve into heat exchanger tube
Door, solution to be heated is put into from water inlet pipe into working chamber, and the outside diffusion couple of the heat of heat exchanger tube solvent to be heated carries out
Heating, to complete the UTILIZATION OF VESIDUAL HEAT IN of associated machines；However, this machining waste gas residual heat processing unit makes
With middle discovery, operating mode is single, can not be to the harmful miscellaneous of the heat exhaust gas generated in the mechanical processing process of associated workpiece
Matter is handled, and practicability is lower；Also, its heat exchanger effectiveness is lower, and treatment effect is poor, cause its use reliability compared with
It is low.
Utility model content
In order to solve the above technical problems, the utility model provides a kind of operating mode multiplicity, it can be effectively to associated workpiece
The objectionable impurities of the heat exhaust gas generated in mechanical processing process is handled, and practicability is higher；Also, its heat exchanger effectiveness compared with
Height, treatment effect is stronger, to improve the machining waste gas residual heat processing unit of its use reliability.
A kind of machining waste gas residual heat processing unit of the utility model, including body, suction ventilator, communicating pipe and heat exchange
It manages, is provided with working chamber in the body, the heat exchanger tube is located in working chamber, and the top input terminal of heat exchanger tube passes through body top
The upside of wall is simultaneously extend out on the outside of working chamber, and the bottom output end of heat exchanger tube passes through the downside of right side of machine body wall and extend out to work
On the outside of chamber, the bottom output of heat exchanger tube is provided with heat exchange valve, the upper side and lower side of right side of machine body wall is respectively arranged with
Water inlet pipe and drainpipe, and the first valve and the second valve are respectively arranged on water inlet pipe and drainpipe；The communicating pipe packet
Left connection pipe and right communicating pipe are included, further includes trash extraction box, two groups of sliding rails, active carbon adsorber, water tank, connection hose, high pressure water
Pump and sprayer are provided with removal of impurities chamber in the trash extraction box, and the left connection pipe is connected to trash extraction box, and suction ventilator setting is in left company
On siphunculus inner roof wall, the water tank is mounted on the top of trash extraction box, is provided with water storage cavity in water tank, the top of water tank be provided with into
The mouth of a river, water inlet are provided with case lid, and the top input terminal of the connection hose passes through the bottom wall of water tank and stretches to water storage cavity
In, the bottom output end for being connected to hose passes through the roof of trash extraction box and stretches in removal of impurities chamber and connect with the input terminal of sprayer
Logical, on connection hose, the bottom end of active carbon adsorber is connect with the bottom wall of removal of impurities chamber for the high-pressure hydraulic pump setting, is cleaned intracavitary
Bottom wall and roof be respectively arranged with ultraviolet radiator and photocatalytic plate, the right side wall connection of the left end of right communicating pipe and trash extraction box is simultaneously
It communicates, two groups of sliding rails are separately mounted on the front side wall and rear wall of removal of impurities chamber, and active carbon adsorber is located between two groups of sliding rails；
It further include two groups of fixed frames, two groups of transfer rollers, transmission belt, belt and motor, two groups of fixed frames are separately mounted to the working chamber right side
The upper side and lower side of side wall, two groups of transfer rollers are separately mounted on two groups of fixed frames, and the transmission belt is set on two groups of transfer rollers, are passed
It is provided with multiple groups paddle board on the side wall of dynamic band, motor is mounted on the side wall of working chamber, and the front side output end of motor is provided with
Transmission shaft, the belt are set on transmission shaft and one group of transfer roller.
A kind of machining waste gas residual heat processing unit of the utility model, further includes fixed plate and cooling device, described
Fixed plate is fixed on the left side wall of body, and the right side output end of right communicating pipe is connected to the top input terminal of cooling device, cold
But the bottom output end of device is connected to the top input terminal of heat exchanger tube.
A kind of machining waste gas residual heat processing unit of the utility model, further includes thermometer, and thermometer is located at work
On the outside of chamber, the bottom temperature-sensitive position of thermometer is wrapped on heat exchanger tube and contacts with heat exchanger tube lateral wall.
A kind of machining waste gas residual heat processing unit of the utility model is provided with observation on the right side wall of the body
Through-hole, and the observation through-hole is communicated with working chamber, and observation through hole is provided with transparent panel.
A kind of machining waste gas residual heat processing unit of the utility model further includes bottom plate, connecting rod, push rod, four groups
Supporting leg and four groups of idler wheels, the treatment box are mounted on above bottom plate, the front side bottom end and rear side bottom end of connecting rod respectively with bottom plate
The forward right side on top is connected with right lateral side, and the push rod is mounted on the right side wall of connecting rod, the top point of four groups of supporting legs
Not with the front left side of bottom plate bottom end, forward right side, left rear side and have rear side connect, four groups of idler wheels are separately mounted to four groups of supporting legs
Bottom end.
Compared with prior art the utility model has the following beneficial effects: by above-mentioned setting, can will be stored up by high-pressure hydraulic pump
Water in water cavity is transmitted in sprayer by being connected to hose, to spray water mist to removal of impurities chamber, by the impurity in heat exhaust gas
Grain cohesion, is adsorbed, the effect of ultraviolet radiator and photocatalytic plate can be eliminated effectively and is largely harmful to the human body by active carbon adsorber
Waste organic solvent gas, operating mode multiplicity, can be effectively to the heat exhaust gas generated in the mechanical processing process of associated workpiece
Objectionable impurities is handled, and practicability is higher；Also, motor can drive transmission shaft while belt being driven to rotate, to drive two groups
Transfer roller and transmission belt rotation, can increase the contact area of work intracavity liquid and heat exchanger tube, and heat exchanger effectiveness is higher, processing effect
Fruit is stronger, to improve its use reliability.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
It is attached marked in the figure: 1, body；2, suction ventilator；3, heat exchanger tube；4, exchange heat valve；5, the first valve；6, the second valve；
7, left connection pipe；8, right communicating pipe；9, trash extraction box；10, active carbon adsorber；11, water tank；12, it is connected to hose；13, high pressure water
Pump；14, sprayer；15, ultraviolet radiator；16, photocatalytic plate；17, fixed frame；18, transfer roller；19, transmission belt；20, belt；
21, motor；22, fixed plate；23, cooling device；24, thermometer；25, transparent panel；26, bottom plate；27, push rod；28, idler wheel.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
As shown in Figure 1, the machining waste gas residual heat processing unit of the utility model, including body 1, suction ventilator 2, connection
Pipe and heat exchanger tube 3 are provided with working chamber in body, and heat exchanger tube is located in working chamber, and the top input terminal of heat exchanger tube is across body
The upside of roof is simultaneously extend out on the outside of working chamber, and the bottom output end of heat exchanger tube passes through the downside of right side of machine body wall and extend out to work
Make on the outside of chamber, the bottom output of heat exchanger tube is provided with heat exchange valve 4, the upper side and lower side of right side of machine body wall is respectively set
There are water inlet pipe and drainpipe, and is respectively arranged with the first valve 5 and the second valve 6 on water inlet pipe and drainpipe；Communicating pipe wraps
Left connection pipe 7 and right communicating pipe 8 are included, further includes trash extraction box 9, active carbon adsorber 10, water tank 11, connection hose 12, high pressure water
13 and sprayer 14 are pumped, is provided with removal of impurities chamber in trash extraction box, left connection pipe is connected to trash extraction box, and suction ventilator is arranged in left connection pipe
On inner roof wall, water tank is mounted on the top of trash extraction box, and water storage cavity is provided in water tank, and the top of water tank is provided with water inlet, enters
The mouth of a river communicates with water storage cavity and water inlet is provided with case lid, and the top input terminal for being connected to hose passes through the bottom wall of water tank and stretches
Enter into water storage cavity, be connected to hose bottom output end pass through trash extraction box roof and stretch to removal of impurities chamber in and with sprayer
Input terminal connection, on connection hose, the bottom end of active carbon adsorber is connect with the bottom wall of removal of impurities chamber for high-pressure hydraulic pump setting, is cleaned
Intracavitary bottom wall and roof is respectively arranged with ultraviolet radiator 15 and photocatalytic plate 16, the left end of right communicating pipe and the right side of trash extraction box
Wall is connected and is communicated, and two groups of sliding rails are separately mounted on the front side wall and rear wall of removal of impurities chamber, and active carbon adsorber is located at two groups
Between sliding rail；It further include two groups of fixed frames, 17, two groups of transfer rollers 18, transmission belt 19, belt 20 and motor 21, two groups of fixed frame difference
It is mounted on the upper side and lower side of working chamber right side wall, two groups of transfer rollers are separately mounted on two groups of fixed frames, and transmission belt is set in two
On group transfer roller, multiple groups paddle board is provided on the side wall of transmission belt, motor is mounted on the side wall of working chamber, and the front side of motor is defeated
Outlet is provided with transmission shaft, and belt is set on transmission shaft and one group of transfer roller；By above-mentioned setting, can will be stored up by high-pressure hydraulic pump
Water in water cavity is transmitted in sprayer by being connected to hose, to spray water mist to removal of impurities chamber, by the impurity in heat exhaust gas
Grain cohesion, is adsorbed, the effect of ultraviolet radiator and photocatalytic plate can be eliminated effectively and is largely harmful to the human body by active carbon adsorber
Waste organic solvent gas, operating mode multiplicity, can be effectively to the heat exhaust gas generated in the mechanical processing process of associated workpiece
Objectionable impurities is handled, and practicability is higher；Also, motor can drive transmission shaft while belt being driven to rotate, to drive two groups
Transfer roller and transmission belt rotation, can increase the contact area of work intracavity liquid and heat exchanger tube, and heat exchanger effectiveness is higher, processing effect
Fruit is stronger, to improve its use reliability.
A kind of machining waste gas residual heat processing unit of the utility model, further includes fixed plate 22 and cooling device 23,
Fixed plate is fixed on the left side wall of body, and the right side output end of right communicating pipe is connected to the top input terminal of cooling device, cold
But the bottom output end of device is connected to the top input terminal of heat exchanger tube；It, can be by cooling device to heat by above-mentioned setting
Exhaust gas tentatively cool down, and improves the flexibility of device.
A kind of machining waste gas residual heat processing unit of the utility model, further includes thermometer 24, and thermometer is located at work
Make on the outside of chamber, the bottom temperature-sensitive position of thermometer is wrapped on heat exchanger tube and contacts with heat exchanger tube lateral wall；By above-mentioned setting,
Gas or liquid in exchange heat pipe is facilitated to carry out temperature measurement.
It is logical to be provided with observation on the right side wall of body for a kind of machining waste gas residual heat processing unit of the utility model
Hole, and observe through-hole and communicated with working chamber, observation through hole is provided with transparent panel 25；By above-mentioned setting, can pass through transparent
Plate observes the disposition in working chamber.
A kind of machining waste gas residual heat processing unit of the utility model, further include bottom plate 26, connecting rod, push rod 27,
Four groups of supporting legs and four groups of idler wheels 28, treatment box are mounted on above bottom plate, the front side bottom end and rear side bottom end of connecting rod respectively with bottom
The forward right side on plate top is connected with right lateral side, and push rod is mounted on the right side wall of connecting rod, the top of four groups of supporting legs respectively with bottom
The front left side at board bottom end, forward right side, left rear side and there is rear side to connect, four groups of idler wheels are separately mounted to the bottom end of four groups of supporting legs；It is logical
Above-mentioned setting is crossed, the using flexible of device is improved.
A kind of machining waste gas residual heat processing unit of the utility model pushes push rod to drive connection when in use
Bar drives bottom plate and supporting leg mobile simultaneously, and to drive idler wheel to roll, device is moved integrally to suitable location, by left connection pipe with
The speed air flow in blower acceleration communicating pipe is opened in associated machines connection, by heat exhaust gas transmission into removal of impurities chamber,
It opens case lid and is put into water into water storage cavity from entrance, open high-pressure hydraulic pump for the water in water storage cavity and be transmitted to spray by being connected to hose
In day with fog, to spray water mist to removal of impurities chamber, the impurity particle in heat exhaust gas is agglomerated, is adsorbed by active carbon adsorber, it is ultraviolet
The effect of line lamp and photocatalytic plate can effectively eliminate the waste organic solvent gas being largely harmful to the human body, and open the first valve, by
Water inlet pipe is put into solution to be heated into working chamber, and motor can drive transmission shaft while belt being driven to rotate, to drive two groups
Transfer roller and transmission belt rotation, increase the contact area of work intracavity liquid and heat exchanger tube, the outside diffusion couple of the heat of heat exchanger tube waits for
The solvent of heating is heated, to complete the UTILIZATION OF VESIDUAL HEAT IN of associated machines.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change
It also should be regarded as the protection scope of the utility model into modification.
Claims (5)
1. a kind of machining waste gas residual heat processing unit, including body (1), suction ventilator (2), communicating pipe and heat exchanger tube (3), institute
It states in body (1) and is provided with working chamber, the heat exchanger tube (3) is located in working chamber, and the top input terminal of heat exchanger tube (3) passes through machine
The upside of body (1) roof is simultaneously extend out on the outside of working chamber, and the bottom output end of heat exchanger tube (3) passes through under body (1) right side wall
Side is simultaneously extend out on the outside of working chamber, and the bottom output of heat exchanger tube (3) is provided with heat exchange valve (4), body (1) right side wall
The upper side and lower side be respectively arranged with water inlet pipe and drainpipe, and the first valve is respectively arranged on water inlet pipe and drainpipe
(5) and the second valve (6)；It is characterized in that, the communicating pipe includes left connection pipe (7) and right communicating pipe (8), it further include removal of impurities
Case (9), two groups of sliding rails, active carbon adsorber (10), water tank (11), connection hose (12), high-pressure hydraulic pump (13) and sprayer
(14), it is provided with removal of impurities chamber in the trash extraction box (9), the left connection pipe (7) is connected to trash extraction box (9), suction ventilator (2) setting
On left connection pipe (7) inner roof wall, the water tank (11) is mounted on the top of trash extraction box (9), is provided with water storage in water tank (11)
Chamber, the top of water tank (11) are provided with water inlet, and water inlet is provided with case lid, the top input terminal of connection hose (12)
Across water tank (11) bottom wall and stretch in water storage cavity, connection hose (12) bottom output end pass through trash extraction box (9) top
Wall is simultaneously stretched in removal of impurities chamber and is connected to the input terminal of sprayer (14), and high-pressure hydraulic pump (13) setting is in connection hose
(12) on, the bottom end of active carbon adsorber (10) is connect with the bottom wall of removal of impurities chamber, and the bottom wall and roof for cleaning intracavitary are respectively set
There are ultraviolet radiator (15) and photocatalytic plate (16), the left end of right communicating pipe (8) connect and communicates with the right side wall of trash extraction box (9),
Two groups of sliding rails are separately mounted on the front side wall and rear wall of removal of impurities chamber, and active carbon adsorber (10) is located between two groups of sliding rails；
It further include two groups of fixed frames (17), two groups of transfer rollers (18), transmission belt (19), belt (20) and motor (21), described two groups are fixed
Frame (17) is separately mounted to the upper side and lower side of working chamber right side wall, and two groups of transfer rollers (18) are separately mounted to two groups of fixed frames (17)
On, the transmission belt (19) is set on two groups of transfer rollers (18), is provided with multiple groups paddle board, motor on the side wall of transmission belt (19)
(21) it is mounted on the side wall of working chamber, the front side output end of motor (21) is provided with transmission shaft, and the belt (20) is set in
On transmission shaft and one group of transfer roller (18).
2. a kind of machining waste gas residual heat processing unit as described in claim 1, which is characterized in that further include fixed plate
(22) it is fixed on the left side wall of body (1) with cooling device (23), the fixed plate (22), the right side of right communicating pipe (8) is defeated
Outlet is connected to the top input terminal of cooling device (23), the bottom output end of cooling device (23) and the top of heat exchanger tube (3)
Input terminal connection.
3. a kind of machining waste gas residual heat processing unit as claimed in claim 2, which is characterized in that further include thermometer
(24), thermometer (24) is located on the outside of working chamber, the bottom temperature-sensitive position of thermometer (24) be wrapped on heat exchanger tube (3) and with change
The contact of heat pipe (3) lateral wall.
4. a kind of machining waste gas residual heat processing unit as claimed in claim 3, which is characterized in that the body (1)
Observation through-hole is provided on right side wall, and the observation through-hole is communicated with working chamber, observation through hole is provided with transparent panel
(25)。
5. a kind of machining waste gas residual heat processing unit as claimed in claim 4, which is characterized in that further include bottom plate
(26), connecting rod, push rod (27), four groups of supporting legs and four groups of idler wheels (28), the treatment box are mounted on above bottom plate (26), connection
The front side bottom end and rear side bottom end of bar are connect with the forward right side on bottom plate (26) top and right lateral side respectively, push rod (27) installation
On the right side wall of connecting rod, the top of four groups of supporting legs front left side, forward right side, the left rear side with bottom plate (26) bottom end respectively
With there is rear side to connect, four groups of idler wheels (28) are separately mounted to the bottom end of four groups of supporting legs.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820366843.7U CN208313088U (en) | 2018-03-16 | 2018-03-16 | A kind of machining waste gas residual heat processing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820366843.7U CN208313088U (en) | 2018-03-16 | 2018-03-16 | A kind of machining waste gas residual heat processing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208313088U true CN208313088U (en) | 2019-01-01 |
Family
ID=64720836
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820366843.7U Expired - Fee Related CN208313088U (en) | 2018-03-16 | 2018-03-16 | A kind of machining waste gas residual heat processing unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208313088U (en) |
-
2018
- 2018-03-16 CN CN201820366843.7U patent/CN208313088U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190101 Termination date: 20200316 |