CN104859295B - A kind of air flow type energy-saving drying baker - Google Patents
A kind of air flow type energy-saving drying baker Download PDFInfo
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- CN104859295B CN104859295B CN201510343328.8A CN201510343328A CN104859295B CN 104859295 B CN104859295 B CN 104859295B CN 201510343328 A CN201510343328 A CN 201510343328A CN 104859295 B CN104859295 B CN 104859295B
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- drying baker
- baker body
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- infrared lamp
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Abstract
The present invention relates to printing equipment technical field, more particularly to a kind of air flow type energy-saving drying baker, the present invention to adopt the following technical scheme that：Including hollow drying baker body, drying baker body has top surface and the bottom surface of rectangle, base area is more than top surface area, the top face of drying baker body is equipped with power bellows, wind turbine is equipped with power bellows, fan outlet is set relative to drying baker body bottom surface, heating silk screen is being equipped with close at fan outlet, heat top surface of the silk screen parallel to drying baker body, at least six groups of infrared lamps are additionally provided with the bottom surface of drying baker body, infrared lamp is equidistantly horizontally set on drying baker body bottom surface, the advantage of the invention is that：With reference to infrared lamp fever and wind turbine blowing, make to form hot-air flow in drying baker, when printing paper is by the drying baker, the surface of moistening is bakeed by infrared lamp, evaporates moisture content；There is hot air circulation again, reach the rapid draing of paper using air-flow, then rapid evaporation, paper brightness also get a promotion surface moisture.
Description
Technical field
The present invention relates to printing equipment technical field, more particularly to a kind of air flow type energy-saving drying baker.
Background technology
Drying baker is indispensable equipment in printing process, before being widely used in print, India and China, in the equipment after print, such as
Monochrome press, offset press, polisher, UV machines, false proof ink jet numbering machine etc..The main application of the drying baker：Be mounted in it is complete from
It is main to dry the gloss oil on printing paper to reach the brightness on printing paper surface, but at present on the drying tunnel of dynamic high speed polisher
Major applications are still the mode of heating wire net's heating, drying, and which drying efficiency is poor, and energy consumption is high, is not suitable for energy saving subtract
The needs of row.
The content of the invention
It is an object of the invention to provide a kind of air flow type energy-saving drying baker, and in particular to a kind of drying rate is fast, energy consumption
Low air flow type energy-saving drying baker.
To reach above-mentioned purpose, the present invention adopts the following technical scheme that：A kind of air flow type energy-saving drying baker, including it is hollow
There is the top surface of rectangle and bottom surface, base area to be more than top surface area, the top of drying baker body for drying baker body, drying baker body
Power bellows are equipped with above face, wind turbine is equipped with power bellows, fan outlet sets relative to drying baker body bottom surface, connecing
Heating silk screen is equipped with nearly fan outlet, top surface of the silk screen parallel to drying baker body is heated, positioned at the bottom of drying baker body
At least six groups of infrared lamps are additionally provided with face, infrared lamp is equidistantly horizontally set on drying baker body bottom surface.
Further, close at the top of infrared lamp place be equipped with half arc lampshade, the nock of half arc lampshade is to dividing into
Put.
Further, there is air inlet hole, air inlet hole is through power bellows to close at the crown center of the power bellows
At wind turbine.
Further, temperature sensor is equipped with the drying baker body, temperature sensor is located at drying baker body
At madial wall, the air inlet of air inlet hole is equipped with temperature control air valve, and temperature sensor is anti-by the intrinsic temperature of the drying baker of detection
It is fed to temperature control air valve, whether the temperature that temperature control air valve is detected according to temperature sensor more than threshold values is turned on and off temperature control air valve.
Further, infrared lamp pipe support is additionally provided with, above-mentioned infrared lamp and half arc lampshade equalization spacing are horizontally arranged at red
On outside line tube rack, infrared lamp pipe support is detachably arranged at drying baker body bottom surface.
Further, gas gauge is additionally provided with, gas gauge is disposed proximate at the inner wall of drying baker body bottom portion,
Gas gauge is used to detect the gas pressure at drying baker body bottom portion, and the data and power supply interface of gas gauge are set
Put in power bellows.
Further, MCU process circuits are additionally provided with, MCU process circuits are electrically connected the data of gas gauge and power supply connects
The pressure data read is fed back to MCU process circuits by mouth, wind turbine, gas gauge, and MCU process circuits are according to reading gas
The rotating speed size of the atmospheric pressure value control wind turbine of pressure gauge.
Preferably, the bottom surface surrounding surrounding edge of the drying baker body extends downwardly 5-8cm.
Preferably, the power bellows are additionally provided with four air holes, and additional-air inlet valve is equipped with air hole.
Preferably, above-mentioned infrared lamp tube power is 1.5kW, and heating silk screen size is 10 cun.
The advantage of the invention is that：With reference to infrared lamp fever and wind turbine blowing, make to form hot-air flow in drying baker,
When printing paper is after the excessively complete gloss oil of the head of polisher, during into the drying baker, the surface of moistening by infrared lamp into
Row bakees, evaporation moisture content；There is hot air circulation again, reach the rapid draing of paper using air-flow, and gone up the printing paper of gloss oil
Open under the influence of these two aspects, then rapid evaporation, paper brightness also greatly promote surface moisture.
Brief description of the drawings：
Attached drawing 1 is a kind of three-dimensional structure diagram of air flow type energy-saving drying baker；
Attached drawing 2 is a kind of isometric side structure figure of air flow type energy-saving drying baker；
Attached drawing 3 is a kind of air flow type energy-saving drying baker bottom view；
A kind of bottom view of the attached drawing 4 for air flow type energy-saving drying baker without infrared lamp；
Attached drawing 5 is a kind of air flow type energy-saving drying baker top view；
A kind of three-dimensional structure diagram of the attached drawing 6 for air flow type energy-saving drying baker without infrared lamp；
Attached drawing 7 is a kind of circuit connection diagram of air flow type energy-saving drying baker；
Attached drawing 8 is a kind of heating silk screen installation diagram of air flow type energy-saving drying baker；
Embodiment：
Embodiment 1：With reference to Fig. 1-6, a kind of air flow type energy-saving drying baker, including hollow drying baker body 1, drying baker sheet
There is body 1 top surface of rectangle and bottom surface, base area to be more than top surface area, and the top face of drying baker body 1 is equipped with power wind
Case 2, is equipped with wind turbine 21 in power bellows 2, and 21 air outlet of wind turbine is relative to the setting of 1 bottom surface of drying baker body, close to wind turbine 21
Heating silk screen 4 is equipped with air outlet, top surface of the silk screen 4 parallel to drying baker body 1 is heated, positioned at the bottom surface of drying baker body 1
Place is additionally provided with six groups to ten groups infrared lamps 111, and infrared lamp 111 is equidistantly horizontally set on 1 bottom surface of drying baker body.
In the present embodiment, wind turbine 21 continues to the 1 inner side air blast of drying baker body, due to being set close at 21 air outlet of wind turbine
There is heating silk screen 4, air-flow can carry out preliminary heating so as to form hot-air flow by heating silk screen 4, and infrared lamp
111 heats produced further provide the heat of baking, the heating effect of hot-air flow is further lifted.
Dry combining the fever of multigroup infrared lamp 111 and wind turbine 21 toward heating silk screen 4, make shape in drying baker body 1
Into hot-air flow, when printing paper is after the excessively complete gloss oil of the head of polisher, during by drying baker 1 bottom of body, moistening
Surface is bakeed by infrared lamp 111, evaporates moisture content；There is hot air circulation again, reach the fast rapid-curing cutback of paper using air-flow
It is dry, and under the influence of having gone up the printing paper of gloss oil under the conditions described above, surface moisture then rapid evaporation, paper brightness
Greatly promote.
Embodiment 2：With reference to Fig. 1-7, on the basis of above-described embodiment, have at the crown center of above-mentioned power bellows 2
There is air inlet hole 22, air inlet hole 22 is equipped with temperature sensor 11 through power bellows 2 to close at wind turbine 21 in drying baker body 1,
Temperature sensor 11 is located at the madial wall of drying baker body 1, and the air inlet of air inlet hole 22 is equipped with temperature control air valve 23, and temperature passes
Sensor 11 is by the temperature feedback in the drying baker body 1 of detection to temperature control air valve 23, and temperature control air valve 23 is according to temperature sensor 11
Whether the temperature of detection more than threshold values is turned on and off temperature control air valve 23.
Air inlet hole 22 sets it one of to act on for can be by the guide duct of the outside coordinated with air inlet hole 22 toward inlet air
Hole 22 connects, and air is blasted toward air inlet hole 22 by external blower, can further improve gas and be passed through drying baker body 1
The gas circulation degree of hollow bulb, the two of its effect can also be passed through a constant temperature as desired by exterior guide duct toward air inlet hole 22
Spend hot-air or the higher gas of gas temperature, hot-air are supplemented into drying baker body 1, hot-air is passing through heating
The preliminary heating of silk screen 4, then further heated by infrared lamp 111, the air themperature in drying baker body 1 is increased again
One level, can also be specifically that the mechanism output hot-air of temperature adjustment or other gases are passed into air inlet hole 22, realize and dry
Gas temperature adjustable control in dry case body 1.
Temperature control air valve 23 is equipped with the air inlet of above-mentioned air inlet hole 22, is being passed through hot-air or other temperature are higher
When gas, when the air of 1 hollow bulb of drying baker body is higher than setting value, the heat sky that temperature control air valve 23 blocks outside is closed
Gas is entered in 1 hollow bulb of drying baker body, can cause to dry to avoid the uncontrollable temperature heating of 1 hollow bulb of drying baker body
When the problems such as damaging printing paper, then opening temperature control gas when the air of 1 hollow bulb of drying baker body is less than setting value
Valve 23, the gas higher toward 1 hollow bulb supplement hot-air of drying baker body or other temperature.
Embodiment 3：With reference to Fig. 1-6, on the basis of embodiment 1 or 2, it is equipped with close at 111 top of infrared lamp
Half arc lampshade 112, the nock of half arc lampshade 112 is down-set, is additionally provided with infrared lamp pipe support 11, above-mentioned infrared lamp
111 and half arc lampshade 112 of pipe is equidistantly horizontally arranged on infrared lamp pipe support 11, and infrared lamp pipe support 11 is dismountable
At 1 bottom surface of drying baker body.
Dismountable infrared lamp pipe support 11, which designs, to be not required infrared lamp 111 to be heated, can will be red
Outside line tube rack 11 is removed, then can be realized individually since wind turbine 21 and the hot wind for the cooperation generation for heating silk screen 4 are to print
Brush product are dried, can flexible Application as needed.
The effect of half above-mentioned arc lampshade 112 can be to avoid infrared lamp 111 in the hot wind produced positioned at wind turbine 21
When contact, the situation of uneven heating occur causes infrared lamp 111 to damage, and can effectively improve infrared lamp 111
Service life.
Embodiment 4：With reference to Fig. 1-7, on the basis of embodiment 1 or 2 or 3, gas gauge 31, gas pressure are additionally provided with
Meter 31 is disposed proximate at the inner wall of 1 bottom of drying baker body, and gas gauge 31, which is used to detect, is located at 1 bottom of drying baker body
The gas pressure at place, the data and power supply interface of gas gauge 31 are arranged in power bellows 2, are additionally provided with MCU process circuits
6, MCU process circuits 6 are electrically connected the data and power supply interface, wind turbine of gas gauge 31, and gas gauge 31 will be read
Pressure data feeds back to MCU process circuits 6, and MCU process circuits 6 control wind turbine 21 according to the atmospheric pressure value for reading gas gauge 31
Rotating speed size.
In the present embodiment, gas gauge 31 can be to close to the stream pressure at 1 bottom of drying baker body into traveling
Row measuring and calculating, due to the data equipped with gas gauge 31 and power supply interface can with production automation system access, by gas pressure
Power meter 31 feeds back to the gas pressure data of 1 bottom of drying baker body monitored in production automation system, connects and by giving birth to
Production automated system is electrically connected with wind turbine 21, then is adjusted by production automation system according to the rotating speed of set value calculation wind turbine 21
Blast pressure of the wind turbine to drying baker body 1.
Its main purpose is to carry out automated control, tool to the gas pressure size that drying baker body 1 exports to realize
Body can select the embodiment accordingly when some precise controlling that carried out to printed matter.
It can also be controlled by localization, specifically the gas pressure of gas gauge 31 is read by MCU process circuits 6
Take, then the rotating speed size by MCU process circuits 6 according to the atmospheric pressure value control wind turbine 21 for reading gas gauge, and realize to drying
The gas pressure size that dry case body 1 exports carries out automated control.
Preferably, MCU process circuits 6 are also connected with display screen 7, temperature sensor 11, the action connection point of temperature control air valve 23, wind
The action connection point of machine 21, MCU process circuits 6 read temperature data, the gas pressure of gas gauge 31 of temperature sensor 11
Data feedback shown to display screen 7, then and show the opening and closed mode of temperature control air valve 23, the opening of wind turbine 21 and pass
Closed state, the sidepiece of power bellows 2 can be arranged on by being particularly shown screen 7.
In the above embodiments, power circuit 5 and display screen 7, temperature sensor 11, temperature control air valve 23, wind turbine 21, heating
Silk screen 4, gas gauge 31 are electrically connected and can be arranged on drying baker for its power supply, power circuit 5 and integrate and external can also supply
The mode of electricity.
Preferably, the bottom surface surrounding surrounding edge of drying baker body 1 extends downwardly 5-8cm in above-described embodiment, specifically can be with
Effective limitation hot-air flow is discharged downwards, and above-mentioned thermal current air-flow after by the heating heating of silk screen 4 pass through it is red
Further heated after outside line fluorescent tube 111, improve time of contact and the area of air-flow and infrared lamp 111, further
Raising thermal current heating effect, so as to improve drying efficiency and the time of printed matter, drying energy consumption is reduced than further,
Meet the needs of national energy-saving emission reduction, enterprise can also reduce the production cost of the part accordingly；
Preferably, power bellows 2 are additionally provided with four air holes 24 in above-described embodiment, be equipped with air hole 24 aid in into
Air valve 25, air hole 24 can be used for addition as needed and the material needed to be adhered on printed matter added when printed matter is dried
Material, and additional-air inlet valve 25 is then used to opening and closing the air hole 24.
Preferably, above-mentioned wind turbine 21 can be air blower, and power bellows 2 are cuboid, the length and width of power bellows 2 with it is upper
The top surface length and width for the drying baker body 1 stated are consistent.
Preferably, with reference to Fig. 8, in order to further facilitate the temperature for adjusting 1 interior air-flow of drying baker body, above-mentioned implementation
In example, the cuboid moving up and down extended downwardly by 1 top surface of drying baker body of silk screen 4 is heated, heats the edge of silk screen 4
Equipped with guide rail 42, the center both ends of cuboid are respectively equipped with 2 vertical slides 43, and guide rail 42 can drive 4 edge of heating silk screen
Slide 43 slides up and down, and slide 43 has hollow bulb, has guide rod 44,44 one end of guide rod connection guide rail 42, guide rod in hollow bulb
44 other ends are upward through 1 top surface of drying baker body to 2 inner cavity of power bellows, the movable connection bolt of guide rod 44, by bolt band
The activity downwards upwards of dynamic guide rod 44, the opposite drive guide rail 42 of guide rod 44 connect upwards to moving down and drive heating silk screen 4 parallel
Moved down upwards in 1 top surface of drying baker body, it is therefore seen that, heating silk screen 4, which can be adjusted, to be connect and adjusts close to distance with wind turbine 21
The temperature of solar term stream.
Preferably, the corner of the cuboid moving up and down extended downwardly by 1 top surface of drying baker body of silk screen 4 is heated also
Equipped with ventilative skirt 41, ventilative 41 one end of skirt connects air hole 24 respectively, and another end opening of skirt 41 of breathing freely is towards drying
1 bottom surface of case body, can effectively prevent addition from needing to be adhered to the material on printed matter and being added when by heating silk screen 4
The directly contact of heated filament net 4 caused the effect that heat affecting adheres to.
It is above-mentioned drive the up and down mechanism of guide rod 44 include other can the up and down mechanism of connection guide 44, it is unlimited
In above-mentioned bolt arrangement.
Preferably, 111 power of infrared lamp is 1.5kW in above-described embodiment, and 4 size of heating silk screen is 10 cun, certainly,
Corresponding type selecting can also be carried out according to the water content of printed matter.
Certainly, it these are only better embodiment of the present invention, the use scope of the present invention not limited with this, therefore, it is every
Equivalent change is made in the principle of the invention to should be included within the scope of the present invention.
Claims (3)
1. a kind of air flow type energy-saving drying baker, including hollow drying baker body (1), drying baker body (1) has the top of rectangle
Face and bottom surface, drying baker body (1) base area are more than top surface area, it is characterised in that：The top face of drying baker body (1)
Equipped with power bellows (2), wind turbine (21) is equipped with power bellows (2), wind turbine (21) air outlet is relative to drying baker body (1) bottom
Face is set, and heating silk screen (4) is being equipped with close at wind turbine (21) air outlet, heating silk screen (4) is parallel to drying baker body (1)
Top surface, is additionally provided with least six groups of infrared lamps (111), infrared lamp (111) etc. at the bottom surface of drying baker body (1)
Spacing is horizontally set on drying baker body (1) bottom surface, has air inlet hole (22) at the crown center of the power bellows (2), into
Air holes (22) is passed through power bellows (2) to close to wind turbine (21) place, the interior temperature that is equipped with of the drying baker body (1)
Sensor (11), temperature sensor (11) are located at the madial wall of drying baker body (1), and the air inlet of air inlet hole (22) is equipped with temperature
Air control valve (23), temperature sensor (11) is by the temperature feedback in the drying baker body (1) of detection to temperature control air valve (23), temperature
Whether the temperature that air control valve (23) is detected according to temperature sensor (11) more than threshold values is turned on and off temperature control air valve (23),
The bottom surface surrounding surrounding edge of the drying baker body (1) extends downwardly 5-8cm, further includes downward by drying baker body (1) top surface
The cuboid of extension, the edge of heating silk screen (4) are equipped with guide rail (42), and the center both ends of cuboid are respectively equipped with 2 and erect
To slide (43), guide rail (42) can drive heating silk screen (4) slided up and down along slide (43), slide (43) has hollow bulb,
There is guide rod (44), guide rod (44) one end connection guide rail (42), guide rod (44) other end is upward through drying baker sheet in hollow bulb
For body (1) top surface to power bellows (2) inner cavity, the movable connection bolt of guide rod (44), drives guide rod (44) downward upwards by bolt
Activity, the opposite drive guide rail (42) of guide rod (44) connect upwards to moving down and drive heating silk screen (4) parallel in drying baker
Body (1) top surface moves down upwards, and the power bellows (2) are additionally provided with four air holes (24), and air hole is equipped with (24)
Additional-air inlet valve (25), above-mentioned infrared lamp (111) power are 1.5kW, and heating silk screen (4) size is 10 cun, heater strip
The corner of net (4) cuboid moving up and down extended downwardly by drying baker body (1) top surface is additionally provided with ventilative skirt (41),
Ventilative skirt (41) one end connects air hole (24) respectively, and another end opening of skirt (41) of breathing freely is towards drying baker body (1)
Bottom surface.
A kind of 2. air flow type energy-saving drying baker according to claim 1, it is characterised in that：Close to infrared lamp
(111) half arc lampshade (112) is equipped with top, the nock of half arc lampshade (112) is down-set, is additionally provided with infrared lamp
Pipe support (11), above-mentioned infrared lamp (111) and half arc lampshade (112) are equidistantly horizontally arranged at infrared lamp pipe support
(11) on, infrared lamp pipe support (11) is detachably arranged at drying baker body (1) bottom surface.
A kind of 3. air flow type energy-saving drying baker according to claim 2, it is characterised in that：It is additionally provided with gas gauge
(31), gas gauge (31) is disposed proximate at the inner wall of drying baker body (1) bottom, and gas gauge (31) is used to examine
Gas pressure of the location at drying baker body (1) bottom, the data and power supply interface of gas gauge (31) are arranged on power
In bellows (2), MCU process circuits (6) are additionally provided with, MCU process circuits (6) are electrically connected gas gauge (31)
The pressure data read is fed back to MCU processing electricity by data and power supply interface, wind turbine (21), gas gauge (31)
Road (6), MCU process circuits (6) control the rotating speed of wind turbine (21) according to the atmospheric pressure value for reading gas gauge (31)
Size.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510343328.8A CN104859295B (en) | 2015-06-19 | 2015-06-19 | A kind of air flow type energy-saving drying baker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510343328.8A CN104859295B (en) | 2015-06-19 | 2015-06-19 | A kind of air flow type energy-saving drying baker |
Publications (2)
| Publication Number | Publication Date |
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| CN104859295A CN104859295A (en) | 2015-08-26 |
| CN104859295B true CN104859295B (en) | 2018-05-08 |
Family
ID=53905661
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510343328.8A Active CN104859295B (en) | 2015-06-19 | 2015-06-19 | A kind of air flow type energy-saving drying baker |
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| CN (1) | CN104859295B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112845638B (en) * | 2020-12-30 | 2022-09-27 | 哈尔滨工业大学（威海） | Metal wire drawing equipment |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202448503U (en) * | 2012-02-27 | 2012-09-26 | 上海德拉根印刷机械有限公司 | Open-type hot-air drying device of automatic inkjet printing machine |
| CN202761762U (en) * | 2012-08-24 | 2013-03-06 | 上海东富龙科技股份有限公司 | Flow equalizing device for tunnel type sterilization oven |
| CN203093305U (en) * | 2013-01-14 | 2013-07-31 | 东莞市耀盛机械有限公司 | Infrared drying oven device |
| CN203160050U (en) * | 2013-03-26 | 2013-08-28 | 陕西科技大学 | Drying box for handsheet hot air drying in laboratory |
| CN204278740U (en) * | 2014-11-20 | 2015-04-22 | 厦门达源展精密电子科技有限公司 | A kind of printing drying unit |
| CN204288004U (en) * | 2014-12-02 | 2015-04-22 | 江西中烟工业有限责任公司 | A kind of drying control system of cut-tobacco drier |
| CN204712631U (en) * | 2015-06-19 | 2015-10-21 | 汕头市山河实业有限公司 | A kind of air flow type energy-saving drying baker |
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Address after: 515000 Northeast corner of Chenghai Road and Puning Road intersection, Jinping District, Shantou City, Guangdong Province Patentee after: Guangdong Shanhe Industrial Co., Ltd. Address before: 515000 Northeast corner of Chenghai Road and Puning Road intersection, Jinping District, Shantou City, Guangdong Province Patentee before: SHANHE INDUSTRIAL CO., LTD. |
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