阅读说明：本技术 一种用于铜箔的表面烘干设备 (A kind of skin drying equipment for copper foil ) 是由 周冠群 于 2019-09-16 设计创作，主要内容包括：本发明公开了一种用于铜箔的表面烘干设备,包括机架,所述机架的上端面通过一级固定座固定安装有烘干机构,所述烘干机构的左端固定安装有吹风机构,所述烘干机构的右端固定安装有吸风机构,所述机架上端面的左侧固定安装有一级展平机构。该用于铜箔的表面烘干设备,通过设置的一级展平机构对铜箔进行初步展平,通过二级展平机构对烘干后的铜箔进行最终展平,有效的防止了铜箔出现褶皱的现象；通过设置的吹风机构对初步展平待烘干的铜箔进行吹动,将铜箔A表面的水分吹除；通过设置的烘干机构对铜箔进行烘干处理,通过控制面板对每个加热灯管进行单独控制调温,提高烘干效果；通过设置的吸风机构将烘干产生的蒸汽吸收,便于使用。(The invention discloses a kind of skin drying equipment for copper foil, including rack, the upper surface of the rack is fixedly installed with drying mechanism by level-one fixing seat, the left end of the drying mechanism is fixedly installed with blower mechanism, the right end of the drying mechanism is fixedly installed with air suction mechanism, is fixedly installed with level-one flattening mechanism on the left of the frame upper end face.This is used for the skin drying equipment of copper foil, is tentatively flattened by the level-one flattening mechanism of setting to copper foil, is finally flattened by second level flattening mechanism to the copper foil after drying, effectively prevent copper foil and the phenomenon that fold occur；It is blown by the blower mechanism of setting to copper foil to be dried is tentatively flattened, the moisture on the surface copper foil A is blown down；Drying and processing is carried out to copper foil by the drying mechanism of setting, individually control temperature adjustment is carried out to each heating fluorescent tube by control panel, improves drying effect；The vapor absorption for being generated drying by the air suction mechanism of setting, is easy to use.)

1. a kind of skin drying equipment for copper foil, including rack, it is characterised in that: the upper surface of the rack passes through level-one Fixing seat is fixedly installed with drying mechanism, and the left end of the drying mechanism is fixedly installed with blower mechanism, the drying mechanism Right end is fixedly installed with air suction mechanism, is fixedly installed with level-one flattening mechanism on the left of the frame upper end face, in the rack The right side of end face is fixedly installed with second level flattening mechanism by second level fixing seat, and the upper surface of the rack is fixedly installed with control Panel, the bottom of the rack are fixedly installed with forced draft fans, and the forced draft fans pass through level-one ventilation shaft and air suction mechanism Fixation is connected, and the bottom of the rack is fixedly installed with blowing blower, the blowing blower by second level ventilation shaft and Blower mechanism fixation is connected.

2. a kind of skin drying equipment for copper foil according to claim 1, it is characterised in that: the drying mechanism, Blower mechanism, air suction mechanism are obliquely installed, and drying mechanism, blower mechanism, air suction mechanism tilt angle are identical.

3. a kind of skin drying equipment for copper foil according to claim 1, it is characterised in that: the drying mechanism packet Drying box is included, the inside of the drying box is fixedly installed with lamp holder, and there are two the lamp holder settings symmetrical above and below, and two lamps There are a fixed spacing between seat, the lamp holder is fixedly installed with heating fluorescent tube, and the upper surface and lower end surface of the drying box are solid Dingan County is equipped with temperature sensor, and the detection position of the temperature sensor extends to inside drying box, the left and right of the drying box Two sides are fixedly installed with visual windows.

4. a kind of skin drying equipment for copper foil according to claim 1, it is characterised in that: the blower mechanism packet Blow box has been included, upper air inlet is offered at the top of the blow box, the top inside the blow box, which is fixedly installed with, leads Aerofoil, the bottom of the blow box offer lower air inlet, and the bottom end inside the blow box is fixedly installed with lower wind deflector, institute It states upper air inlet and lower air inlet and is connect by second level ventilation shaft with blowing blower.

5. a kind of skin drying equipment for copper foil according to claim 1, it is characterised in that: the air suction mechanism packet Air-suction trunk is included, the inside of the air-suction trunk is symmetrical above and below to be fixedly installed with ipper air chamber and lower air chamber, inside the air-suction trunk Side is fixedly installed with main air compartment, and ventilation opening is offered between the main air compartment and ipper air chamber and lower air chamber, the main air compartment Bottom is fixedly installed with one end of blast pipe, and the other end of the blast pipe is connect by level-one ventilation shaft with forced draft fans, The opposite one side of the ipper air chamber and lower air chamber offers the air inlet of strip.

6. a kind of skin drying equipment for copper foil according to claim 1, it is characterised in that: the level-one flattening machine Structure includes level-one attachment base, and feed inlet is offered on the left of the level-one attachment base, is opened up on the right side of the level-one attachment base There is discharge port, level-one mounting base that there are two the symmetrical fixed installations in intermediate front and back of level-one attachment base upper surface, and two one Level-one nip rolls is equipped with by level-one bearing block between grade mounting base.

7. a kind of skin drying equipment for copper foil according to claim 1, it is characterised in that: the second level flattening machine Structure includes second level attachment base, and there are two second levels to install for the symmetrical fixed installation in intermediate front and back of second level attachment base upper surface Seat, and second level nip rolls is equipped with by secondary bearing seat between two second level mounting bases, the second level flattening mechanism is in second level The upper surface of fixing seat is symmetrically set with two groups.

8. a kind of skin drying equipment for copper foil according to claim 3, it is characterised in that: the control panel with Forced draft fans, blowing blower, heating fluorescent tube and temperature sensor are electrically connected.

9. a kind of skin drying equipment for copper foil according to claim 4, it is characterised in that: the upper wind deflector and Lower wind deflector structure is identical, and upper wind deflector and lower wind deflector setting symmetrical above and below, the upper wind deflector and lower wind deflector are affixed Close one end is convex structure.

Technical field

The present invention relates to drying equipment technology, specially a kind of skin drying equipment for copper foil.

Background technique

Copper foil adds a certain proportion of other metals to make by copper, and copper foil generally has two kinds of 90 foils and 88 foils, as contains Amount of copper is 90% and 88%, is the widest ornament materials of purposes.Such as: hotel, the monastery figure of buddha, gold-lettered signboard, ceramic tile Marseille Gram, craftwork etc., copper foil has low surface oxygen characteristic, can adhere to various different substrate materials, such as metal, insulating materials etc., Possess wider temperature use scope.

The copper foil being just disposed from liquid bath, surface have moisture, need the moisture solution on surface it is clean after just easily Storage can make copper foil wrinkle and damage, dry so needing drying equipment that the moisture of copper foil surface is dried if oven temperature is too high Box temperature degree is too low just to dry not dry copper foil, and present copper foil surface drying equipment can not carry out the temperature of internal each position Accurately regulate and control, causes copper foil that cannot access optimal drying effect, while can not flatten to copper foil, reduce copper The quality of foil, is not convenient to use.

Summary of the invention

The purpose of the present invention is to provide a kind of skin drying equipment for copper foil, to solve to mention in above-mentioned background technique Present copper foil surface drying equipment can not accurately regulate and control the temperature of internal each position out, lead to copper foil not Optimal drying effect can be obtained, while copper foil can not be flattened, the quality of copper foil is reduced, is not convenient to use Problem.

To achieve the above object, the invention provides the following technical scheme: a kind of skin drying equipment for copper foil, including The upper surface of rack, the rack is fixedly installed with drying mechanism by level-one fixing seat, and the left end of the drying mechanism is fixed Blower mechanism is installed, the right end of the drying mechanism is fixedly installed with air suction mechanism, and the left side in the frame upper end face is fixed Level-one flattening mechanism is installed, the right side in the frame upper end face is fixedly installed with second level flattening mechanism by second level fixing seat, The upper surface of the rack is fixedly installed with control panel, and the bottom of the rack is fixedly installed with forced draft fans, the air draught Blower is connected by level-one ventilation shaft and air suction mechanism fixation, and the bottom of the rack is fixedly installed with blowing blower, The blowing blower is connected by second level ventilation shaft and blower mechanism fixation.

Preferably, the drying mechanism, blower mechanism, air suction mechanism are obliquely installed, and drying mechanism, blower mechanism, suction Blower structure tilt angle is identical.

Preferably, the drying mechanism includes drying box, and the inside of the drying box is fixedly installed with lamp holder, the lamp There are two seat settings symmetrical above and below, and there are a fixed spacing between two lamp holders, the lamp holder is fixedly installed with heating fluorescent tube, institute The upper surface and lower end surface for stating drying box are fixedly installed with temperature sensor, and the detection position of the temperature sensor extends to Inside drying box, visual windows are fixedly installed at left and right sides of the drying box.

Preferably, the blower mechanism includes blow box, and upper air inlet is offered at the top of the blow box, described to blow The top of inner bellows is fixedly installed with wind deflector, and the bottom of the blow box offers lower air inlet, in the blow box The bottom end in portion is fixedly installed with lower wind deflector, the upper air inlet and lower air inlet and is connected by second level ventilation shaft and blowing blower It connects.

Preferably, the air suction mechanism includes air-suction trunk, and the inside of the air-suction trunk is symmetrical above and below to be fixedly installed with Air compartment and lower air chamber, the side inside the air-suction trunk are fixedly installed with main air compartment, the main air compartment and ipper air chamber and lower air chamber Between offer ventilation opening, the bottom of the main air compartment is fixedly installed with one end of blast pipe, and the other end of the blast pipe is logical It crosses level-one ventilation shaft to connect with forced draft fans, the opposite one side of the ipper air chamber and lower air chamber offers the air draught of strip Mouthful.

Preferably, the level-one flattening mechanism includes level-one attachment base, offered on the left of the level-one attachment base into Material mouth, the right side opening of the level-one attachment base are equipped with discharge port, and the intermediate front and back of level-one attachment base upper surface is symmetrical fixed There are two level-one mounting bases for installation, and are equipped with level-one nip rolls by level-one bearing block between two level-one mounting bases.

Preferably, the second level flattening mechanism includes second level attachment base, before the centre of second level attachment base upper surface There are two second level mounting bases for symmetrical fixed installation afterwards, and are equipped with second level exhibition by secondary bearing seat between two second level mounting bases Plain-barreled roll, the second level flattening mechanism are symmetrically set with two groups in the upper surface of second level fixing seat.

Preferably, the control panel and forced draft fans, blowing blower, heating fluorescent tube and temperature sensor are electrically connected.

Preferably, the upper wind deflector is identical with lower wind deflector structure, and upper wind deflector and lower wind deflector is symmetrical above and below sets Set, the upper wind deflector and lower wind deflector mutually close to one end be convex structure.

Compared with prior art, the beneficial effects of the present invention are: the skin drying equipment for being used for copper foil, passes through setting Level-one flattening mechanism tentatively flattens copper foil, is finally flattened, is had to the copper foil after drying by second level flattening mechanism Effect prevents copper foil the phenomenon that fold occur；

It is blown by the blower mechanism of setting to copper foil to be dried is tentatively flattened, accelerates the air stream inside drying box It is dynamic, while the moisture on the surface copper foil A can be blown down, accelerate drying rate；

Drying and processing is carried out to copper foil by the drying mechanism of setting, wherein the heating fluorescent tube in drying mechanism is between drying box etc. It is multiple away from being distributed with, and each heating fluorescent tube is individually electrically connected with control panel, by control panel to each heating fluorescent tube Carry out individually control temperature adjustment, at the same temperature sensor be also equidistantly distributed in drying box it is multiple, convenient for drying box inside The temperature of each position is detected, thus according to the temperature conditions of position each inside drying box, to each heating fluorescent tube Heating temperature carries out control accurate, improves drying effect, and to avoid copper foil A from being heated in different location excessively high or too low, Improve quality；

The flowing of the air inside drying box, while the steam that drying can be generated are further speeded up by the air suction mechanism of setting It absorbs, improves drying rate, be easy to use.

Detailed description of the invention

Fig. 1 is positive structure diagram of the present invention；

Fig. 2 is drying mechanism structural schematic diagram of the present invention；

Fig. 3 is blower mechanism structural schematic diagram of the present invention；

Fig. 4 is blower mechanism schematic cross-sectional view of the present invention；

Fig. 5 is air suction mechanism structural schematic diagram of the present invention；

Fig. 6 is air suction mechanism schematic cross-sectional view of the present invention；

Fig. 7 is level-one flattening mechanism structural schematic diagram of the present invention；

Fig. 8 is second level flattening mechanism structural schematic diagram of the present invention.

In figure: 1, rack；2, level-one fixing seat；3, drying mechanism；4, blower mechanism；5, air suction mechanism；6, level-one flattens Mechanism；7, second level fixing seat；8, second level flattening mechanism；9, control panel；10, forced draft fans；11, level-one ventilation shaft；12, it blows Wind blower；13, second level ventilation shaft；301, drying box；302, lamp holder；303, fluorescent tube is heated；304, temperature sensor；305, may be used Viewing window；401, blow box；402, upper air inlet；403, upper wind deflector；404, lower air inlet；405, lower wind deflector；501, it inhales Bellows；502, ipper air chamber；503, lower air chamber；504, main air compartment；505, ventilation opening；506, blast pipe；507, air inlet；601, one Grade attachment base；602, feed inlet；603, discharge port；604, level-one mounting base；605, level-one bearing block；606, level-one nip rolls； 801, second level attachment base；802, second level mounting base；803, secondary bearing seat；804, second level nip rolls；A, copper foil.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Fig. 1-8 is please referred to, the present invention provides a kind of technical solution: a kind of skin drying equipment for copper foil, including machine Frame 1, level-one fixing seat 2, drying mechanism 3, blower mechanism 4, air suction mechanism 5, level-one flattening mechanism 6, second level fixing seat 7, second level Flattening mechanism 8, control panel 9, forced draft fans 10, level-one ventilation shaft 11, blowing blower 12, second level ventilation shaft 13, drying Case 301, lamp holder 302, heating fluorescent tube 303, temperature sensor 304, blow box 401, upper air inlet 402, upper wind deflector 403, under Air inlet 404, lower wind deflector 405, air-suction trunk 501, ipper air chamber 502, lower air chamber 503, main air compartment 504, ventilation opening 505, air inlet Pipe 506, air inlet 507, level-one attachment base 601, feed inlet 602, discharge port 603, level-one mounting base 604, level-one bearing block 605, level-one nip rolls 606, second level attachment base 801, second level mounting base 802, secondary bearing seat 803, second level nip rolls 804 and copper The upper surface of foil A, rack 1 are fixedly installed with drying mechanism 3 by level-one fixing seat 2, and the left end of drying mechanism 3 is fixedly installed with Blower mechanism 4, the right end of drying mechanism 3 are fixedly installed with air suction mechanism 5, and rack is fixedly installed with level-one on the left of 1 upper surface The right side of flattening mechanism 6,1 upper surface of rack is fixedly installed with second level flattening mechanism 8, the upper end of rack 1 by second level fixing seat 7 Face is fixedly installed with control panel 9, and the bottom of rack 1 is fixedly installed with forced draft fans 10, and forced draft fans 10 are divulged information by level-one Pipeline 11 is connected with the fixation of air suction mechanism 5, and the bottom of rack 1 is fixedly installed with blowing blower 12, and blowing blower 12 passes through Second level ventilation shaft 13 is connected with the fixation of blower mechanism 4.

Further, drying mechanism 3, blower mechanism 4, air suction mechanism 5 are obliquely installed, and drying mechanism 3, blower mechanism 4, 5 tilt angle of air suction mechanism is identical, is conveyed convenient for copper foil A.

Further, drying mechanism 3 includes drying box 301, and the inside of drying box 301 is fixedly installed with lamp holder 302, lamp There are two 302 settings symmetrical above and below of seat, and there are a fixed spacing between two lamp holders 302, lamp holder 302 is fixedly installed with heating lamp Pipe 303, the upper surface and lower end surface of drying box 301 are fixedly installed with temperature sensor 304, the detection of temperature sensor 304 Position extends to inside drying box 301, and the left and right sides of drying box 301 is fixedly installed with visual windows 305, and copper foil A is from upper and lower Pass through between the heating fluorescent tube 303 of distribution, copper foil A is dried by heating fluorescent tube 303, it is right by temperature sensor 304 Temperature inside drying box 301 is detected, the model CWDZ11 of temperature sensor 304.

Further, blower mechanism 4 includes blow box 401, and the top of blow box 401 offers upper air inlet 402, blows Top inside bellows 401 is fixedly installed with wind deflector 403, and the bottom of blow box 401 offers lower air inlet 404, blowing Bottom end inside case 401 is fixedly installed with lower wind deflector 405, and upper air inlet and 402 lower air inlets 404 pass through second level ventilation shaft 13 connect with blowing blower 12, and wind is blown into the inside of blow box 401 by blowing blower 12 by second level ventilation shaft 13, Wind is oriented to by upper wind deflector 403 and lower wind deflector 405, accelerates the air flowing inside drying box 301, while can The moisture on the surface copper foil A is blown down, drying rate is accelerated.

Further, air suction mechanism 5 includes air-suction trunk 501, and the inside of air-suction trunk 501 is symmetrical above and below to be fixedly installed with Air compartment 502 and lower air chamber 503, the side inside air-suction trunk 501 are fixedly installed with main air compartment 504, main air compartment 504 and ipper air chamber Ventilation opening 505 is offered between 502 and lower air chamber 503, the bottom of main air compartment 504 is fixedly installed with one end of blast pipe 506, into The other end of air hose 506 is connect by level-one ventilation shaft 11 with forced draft fans 10,503 phase of the ipper air chamber 502 and lower air chamber Pair one side offer the air inlet 507 of strip, generate suction by forced draft fans 10, the air inside drying box 301 It is entered inside ipper air chamber 502 and lower air chamber 503 by air inlet 507, then main air compartment 504 is entered by ventilation opening 505, most It is discharged eventually by level-one ventilation shaft 11 by forced draft fans 10, further speeds up the air flowing inside drying box 301, while energy Enough vapor absorptions for generating drying, improve drying rate.

Further, level-one flattening mechanism 6 includes level-one attachment base 601, the left side of level-one attachment base 601 offer into Material mouth 602, the right side opening of level-one attachment base 601 are equipped with discharge port 603, and the intermediate front and back of 601 upper surface of level-one attachment base is symmetrical Level-one mounting base 604 there are two being fixedly mounted, and one is equipped with by level-one bearing block 605 between two level-one mounting bases 604 Grade nip rolls 606, copper foil A enter from feed inlet 602, and by 606 bottom of level-one nip rolls, right by level-one nip rolls 606 Copper foil A is tentatively flattened, and prevents fold.

Further, second level flattening mechanism 8 includes second level attachment base 801, before the centre of 801 upper surface of second level attachment base There are two second level mounting bases 802 for symmetrical fixed installation afterwards, and are pacified between two second level mounting bases 802 by secondary bearing seat 803 Equipped with second level nip rolls 804, second level flattening mechanism 8 is symmetrically set with two groups, after drying in the upper surface of second level fixing seat 7 Copper foil A pass through from the upper surface of second level nip rolls 804, the copper foil A after passing through 804 pairs of second level nip rolls drying carries out secondary exhibition It is flat, fold is prevented, the quality of copper foil A is improved.

Further, control panel 9 and forced draft fans 10, blowing blower 12, heating fluorescent tube 303 and temperature sensor 304 It is electrically connected, heating fluorescent tube 303 has multiple, and each heating fluorescent tube 303 and control panel 9 in 301 equidistantly distributed of drying box It is individually electrically connected, each heating fluorescent tube 303 is carried out individually controlling temperature adjustment, while temperature sensor 304 by control panel 9 Also it is equidistantly distributed in drying box 301 multiple, is detected convenient for the temperature to each position in the inside of drying box 301, from And according to the temperature conditions of the 301 each position in inside of drying box, the heating temperature of each heating fluorescent tube 303 is precisely adjusted Control improves drying effect, and to avoid copper foil A from being heated in different location excessively high or too low.

Further, upper wind deflector 403 is identical with lower 405 structure of wind deflector, and upper wind deflector 403 and lower wind deflector 405 Setting symmetrical above and below, upper wind deflector 403 and lower 405 phase of wind deflector close to one end be convex structure, convenient for being led to wind To preventing wind inclined.

Working principle: firstly, copper foil A enters from feed inlet 602, and by 606 bottom of level-one nip rolls, pass through level-one exhibition Plain-barreled roll 606 tentatively flattens copper foil A, prevents fold, and the copper foil A after preliminary flattening enters from 4 direction of blower mechanism Into drying mechanism 3, wind is blown into the inside of blow box 401 by blowing blower 12 by second level ventilation shaft 13, is passed through Upper wind deflector 403 and lower wind deflector 405 are oriented to wind, accelerate the air flowing inside drying box 301, while can be by copper The moisture on the surface foil A is blown down, and is accelerated drying rate, is extended in drying box 301 by the detection position of temperature sensor 304 Portion, copper foil A pass through between the heating fluorescent tube 303 being distributed up and down, are dried by heating fluorescent tube 303 to copper foil A, pass through temperature Degree sensor 304 detects the temperature inside drying box 301, wherein heating fluorescent tube 303 equidistantly divides in drying box 301 It is furnished with multiple, and each heating fluorescent tube 303 and control panel 9 are individually electrically connected, by control panel 9 to each heating fluorescent tube 303 carry out individually control temperature adjustment, at the same temperature sensor 304 be also equidistantly distributed in drying box 301 it is multiple, convenient for baking The temperature of the dry 301 each position in inside of case is detected, thus according to the temperature conditions of the 301 each position in inside of drying box, it is right The heating temperature of each heating fluorescent tube 303 carries out control accurate, improves drying effect, and avoid copper foil A in different location It is heated excessively high or too low, the copper foil A after drying is discharged from air suction mechanism 5, generates suction, drying box by forced draft fans 10 Air inside 301 is entered inside ipper air chamber 502 and lower air chamber 503 by air inlet 507, then is entered by ventilation opening 505 To main air compartment 504, it is discharged, is further speeded up inside drying box 301 by forced draft fans 10 eventually by level-one ventilation shaft 11 Air flowing, while the vapor absorption that can generate drying, improve drying rate, dry copper foil A completely, after drying Copper foil A pass through from the upper surface of second level nip rolls 804, the copper foil A after passing through 804 pairs of second level nip rolls drying carries out secondary exhibition It is flat, fold is prevented, the quality of copper foil A is improved, is easy to use.

Finally it should be noted that the above content is merely illustrative of the technical solution of the present invention, rather than the present invention is protected The limitation of range, the simple modification or equivalent replacement that those skilled in the art carry out technical solution of the present invention, All without departing from the spirit and scope of technical solution of the present invention.