CN109722494A - A kind of cooling device and its taste removal assembly line - Google Patents
A kind of cooling device and its taste removal assembly line Download PDFInfo
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- CN109722494A CN109722494A CN201910013214.5A CN201910013214A CN109722494A CN 109722494 A CN109722494 A CN 109722494A CN 201910013214 A CN201910013214 A CN 201910013214A CN 109722494 A CN109722494 A CN 109722494A
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Abstract
The invention discloses a kind of cooling device and its taste removal assembly lines, its cooling device includes, cooling shell, cooling interior of shell is cooling chamber, cooling blowing block, cooling air-breathing block are installed in cooling chamber, cooling rolling is installed between cooling blowing block, cooling air-breathing block, cooling rolling is sleeved on cooling shaft, cooling shaft both ends are fixed with cooling shell two sides assembly respectively, and cooling rolling opposite with cooling shaft can circumferentially rotate；Cooling outer side of shell is also respectively fixed with cold air blast pipe, cold air aspiration channel, and cold air blast pipe is connected to cold air blower respectively；Cold air aspiration channel is connected to cold air air intake duct, and cold air air intake duct is fixed on the spongy layer face on the cooling convex block on cooling air-breathing block and with automotive composite material.Cooling device of the invention can in time cool down automotive composite material, but also can siphon away the smell ensconced in spongy layer, to greatly improve taste removal effect.
Description
Technical field
The present invention relates to a kind of automotive composite material process equipments, more particularly to a kind of cooling device and its taste removal flowing water
Line.
Background technique
Current each automobile vendor and user are increasingly stringenter the odor requirements of automotive composite material, and current automobile is multiple
Condensation material (leather), it is main using the smell of automotive composite material is ejected and then siphoned away after heating, to reach taste removal
Effect.
But this equipment is generally directly heated using heating tube, be easy to cause automotive composite material peeling, bake it is bad, and
And heating is uneven, taste effect of dispelling is poor.In addition the automotive composite material that equipment can be handled simultaneously is short, causes inefficiency.
Summary of the invention
In view of the above drawbacks of the prior art, technical problem to be solved by the invention is to provide a kind of cooling device and
Its taste removal assembly line can handle longer automotive composite material simultaneously, and taste effect of dispelling is good, will not bake bad automobile composite wood
Material.
To achieve the above object, the present invention provides a kind of cooling devices, including, shell is cooled down, cooling interior of shell is
Cooling chamber is equipped with cooling blowing block, cooling air-breathing block, the cooling blowing block, cooling air-breathing block in the cooling chamber
Between cooling rolling is installed, cooling rolling is sleeved on cooling shaft, and cooling shaft both ends are solid with cooling shell two sides assembly respectively
Fixed, cooling rolling opposite with cooling shaft can circumferentially rotate；
The cooling outer side of shell is also respectively fixed with cold air blast pipe, cold air aspiration channel, the cold air blast pipe difference
It is connected to cold air blower；
Cold air aspiration channel is connected to cold air air intake duct, and cold air air intake duct is fixed on the cooling convex block on cooling air-breathing block and and vapour
The spongy layer face of vehicle composite material.
The invention also discloses a kind of taste removal assembly line, application has above-mentioned cooling device, including, deodorizing device unreels
Mechanism, dressing mechanism, inspection body, rolling-up mechanism；The unreeling structure is for releasing coiled automotive composite material
It puts, the automotive composite material after release, which passes through to arrange, carries out heating taste removal into deodorizing device after structure arranges, and then passes through inspection
It is wound after looking into mechanism by rolling-up mechanism, becomes finished product, whether inspection body is qualified for detecting automotive composite material；
The deodorizing device, including, shell, interior of shell is taste removal room, and the taste removal indoor location has several conveying axis；
The taste removal chamber interior two sides are connected to heating air inlet, heated getter mouth respectively, the heating air inlet, heated getter
Mouth is separately positioned on air inlet pipe, on air intake duct, and described air inlet pipe one end is connected to exhaust pipe and is provided with air draught on this end
Mouthful, and suction ventilator, heater are in series in air inlet pipe, suction ventilator sucks the exhaust gas section in exhaust pipe in air inlet pipe, and logical
Air inlet inspiration part clean gas is crossed, heating air inlet blowout is sent to after then heating by heater；
Described air intake duct one end is connected to exhaust pipe, and exhaust pipe is connected to exhaust blower；The conveying axis is vertical in taste removal room
It is distributed as two layers up and down on direction；
Cylinder, which is moved, with the axis of auxiliary drive shaft assembly fixes the first helical teeth on the part between taste removal liner plate, the second mounting plate
Wheel, when original state, the first helical gear and the second helical gear engaged transmission, second helical gear is fixed on auxiliary output shaft
On one end, the auxiliary output shaft other end is assembled after passing through the 5th mounting plate with stand-by motor.
The beneficial effects of the present invention are:
1, deodorizing device of the invention from it is different in the market, it is most of to equal away equipment (first conveyer belt in this case in the market
Mode), storing is seldom, and baking time is very short, is unable to reach effect, some will be dried repeatedly, and efficiency is lower.And horizontal feeding type drying chamber
It is heating tube in room, will cause product orange peel effect, and the present invention uses Hot-blast Heating it is possible to prevente effectively from the above problem.
2, cooling device of the invention can in time cool down automotive composite material, but also can siphon away plant sea
Smell in continuous layer, to greatly improve taste removal effect.In addition with directly also can be in leather to harder leather layer air blowing
The temperature difference is caused between layer and spongy layer, so that smell remaining in spongy layer be ejected.
3, taste removal room of the invention is a relatively closed heat preservation room, and external heater (tube electric heater) is added
The hot gas of heat is sent in taste removal room by pressure fan, and the mode stored above and below product utilization is run in room, reaches one
By air handling device outside the gas discharge chamber toasted out after fixed high temperature, and the supplement fresh air that can continue, such mode shell
It avoids heating tube from directly heating and injury is generated to the surface of leather.And this design can rationally utilize space, entire drying room
It is interior to store 500 meters or so materials, drive material to pass in and out using several driving motors, stand-by motor, single driving motor speed
Degree is adjustable to avoid product doors amplitude variation, and can increase deviation correcting device prevents material sideslip from scrapping.By test, the present invention can
To significantly reduce product odour to 0.5 grade.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention.
Fig. 2 is structural schematic diagram of the invention.
Fig. 3 is unreeling structure structural schematic diagram of the invention.
Fig. 4 is inspection body structural schematic diagram of the invention.
Fig. 5 is deodorizing device and cooling device structural schematic diagram of the invention.
Fig. 6 is deodorizing device and cooling device structural schematic diagram of the invention.
Fig. 7-Figure 18 is cooling device structural schematic diagram of the invention, and wherein Figure 11 is enlarged drawing at F1 in Figure 10.Figure 15
It is enlarged drawing at F2 in Figure 14.
Figure 16-Figure 18 is deodorizing device structural schematic diagram of the invention.
Figure 19-Figure 20 is delivery roll component structure diagram of the invention.
Figure 21-Figure 24 is switching component structure schematic diagram of the invention.
Figure 25 is first conveyer belt partial structural diagram of the invention.
Specific embodiment
Present invention will be further explained below with reference to the attached drawings and examples:
Referring to Fig. 1-Fig. 2, a kind of taste removal assembly line, including, deodorizing device A, unreeling structure 100, dressing mechanism 200, check machine
Structure 300, rolling-up mechanism 400, the unreeling structure 100 is for discharging coiled automotive composite material 510, after release
Automotive composite material 510 pass through arrange structure 200 arrange after enter deodorizing device A carry out heating taste removal, then pass through inspection
It is wound after mechanism 300 by rolling-up mechanism 400, becomes finished product 520, inspection body 300 is for detecting automotive composite material 510
Existing check device can be directly used in no qualification；
The deodorizing device A, including, it is taste removal room A101 inside shell A100, shell A100, in the taste removal room A101
Several conveying axis A310 are installed, deviation correction mechanism A01 are installed, deviation correction mechanism A01 is for correcting automobile between conveying axis A310
The direction of composite material 510 prevents 510 sideslip of automotive composite material from causing to scrap, and existing conveyer belt liquid can be directly used
Press Deviation rectifier.
Two sides are connected to heating air inlet A211, heated getter mouth A221 respectively inside the taste removal room A101, described
Heating air inlet A211, heated getter mouth A221 be separately positioned on air inlet pipe A210, air intake duct A220, the air inlet pipe
The one end A210 is connected to exhaust pipe A260 and is provided on this end air inlet A212, and is in series with suction ventilator on air inlet pipe A210
A250, heater A240, suction ventilator sucks the exhaust gas section in exhaust pipe A260 in air inlet pipe A210, and passes through air inlet
A212 inspiration part clean gas is sent to heating air inlet A211 blowout, preferably after then heating by heater A240
Blow to 510 both side surface of automotive composite material.
Described one end air intake duct A220 is connected to exhaust pipe A260, and exhaust pipe A260 is connected to exhaust blower A270, is used
When, exhaust blower generates negative pressure to air intake duct A220 by exhaust pipe A260, to the gas in the A101 of taste removal room be sucked, then
Emission-control equipment is transferred to be purified.
The conveying axis A310 is distributed as two layers up and down on the A101 vertical direction of taste removal room, in use, automobile is compound
About 510 material bypasses each conveying axis A310, to greatly increase the length that automotive composite material 510 is located in the A101 of taste removal room
Degree also increases the treated length in the unit time to automotive composite material 510, to improve efficiency.It can certainly be every
A line conveying axis A310 individually conveys automotive composite material 510, is not different at this time with traditional horizontal feeding type drying chamber.
Preferably, heating plate A140 is installed at the top of the taste removal room A101, heating plate A140 passes through Electric heating
Taste removal room A101 is heated, to improve the heating effect to automotive composite material 510.
In use, by the heating of the heating air inlet A211 hot wind, heating plate A140 blown out so that automotive composite material
510 are uniformly heated, thus excite the peculiar smell of its inside, then by heated getter mouth A221 suction, it is most of to be inhaled
Gas out is discharged by exhaust blower A270, and small part enters in air inlet pipe A210, and the fresh air for being mixed into tracheae A210 sucking is sent
Enter after heater A240 is heated again and is recycled.This design can increase efficiency first, reduction can, because of recycling
The heat of exhaust gas, and due to constantly there is the fresh air air-flow of sucking (air inlet A212) to fill into, it can prevent secondary exhaust gas from polluting,
Increase taste removal effect.
Referring to Fig. 3, the unwinding device 100,400 structure of wrap-up are identical.Unwinding device 100 includes unreeling support
Plate 110, unreeling support plate 110 has two pieces and top rotatably to assemble with unreeling shaft 140 respectively, and unreeling shaft 140 is unreeled with first
The assembly of belt wheel 151 is fixed, and first, which unreels belt wheel 151, unreels belt wheel 152 with second by unreeling belt 150 and connect, to be formed
Tape handler, second, which unreels belt wheel 152, is fixed on the output shaft of unwinding motor 120, and unwinding motor 120 can drive after being powered
Dynamic second, which unreels belt wheel 152, circumferentially rotates, to drive unreeling shaft rotation by unreeling belt 150；
140 outer sheath of unreeling shaft is equipped with coiled automotive composite material 510, and when unreeling shaft rotates, automotive composite material 510 also turns
It is dynamic to unreel, so that coiled automotive composite material 510 be opened, discharged.
Referring to fig. 4, the inspection body 300, including, check support plate 310, check support plate 310 have two pieces and its
Top and the first collection plate 331, the assembly of the second collection plate 332 are fixed, between two pieces of inspections support plates 310 respectively with inspection shaft
340 assembly are fixed, and the first inspection roller 321, second is set in the inspection shaft 340 and checks roller 322, first inspection
It looks into roller 321, second and checks about 322 branch of roller, so that the automotive composite material 510 for needing to check checks roller from first
321, pass through between the second inspection roller 322；First collection plate, 331 bottom is corresponding with detection slot 301.First collection plate
331, the second collection plate 332 is made of transparent material.
In use, by observing 510 surface of automotive composite material at the first collection plate 331, the second collection plate 332, thus
Detected whether peeling, it is burned the problems such as.
Referring to Fig. 5-Fig. 9, Figure 25, due to needing to cool down it after automotive composite material 510 is heated taste removal, otherwise
The detection, coiled in later period may be will affect, therefore applicant increases cooling device between deodorizing device A and testing agency 300
600, the cooling device 600, including, shell 610 is cooled down, is cooling chamber 601, the cooling inside cooling shell 610
Cooling blowing block 630, cooling air-breathing block 620 be installed in chamber 601, the cooling blowing block 630, cooling air-breathing block 620 it
Between cooling rolling 641 is installed, cooling rolling 641 is sleeved on cooling shaft 642,642 both ends of cooling shaft respectively with cooling shell
The assembly of 610 two sides is fixed, and cooling rolling 641 opposite with cooling shaft 642 can circumferentially rotate；
610 outside of the cooling shell is also respectively fixed with cold air blast pipe 661, cold air aspiration channel 662, the cold air into
Air hose 661 is connected to cold air blower 671 respectively, so that external gas after cooling is inducted into cold air blast pipe 661, is then blown
To the leather layer 511 of automotive composite material, so that leather layer 511 is quickly cooled down；
Cold air aspiration channel 662 is connected to cold air air intake duct 672, and cold air air intake duct 672 is fixed on the cooling on cooling air-breathing block 620
512 face of spongy layer on convex block 621 and with automotive composite material.Cold air aspiration channel 662 is connected to suction ventilator air inlet, cold air
Blast pipe 661 is connected to cooling pressure fan exhaust outlet, and cooling, air discharging machine air inlet is connected to gas source after cooling, to will cool down
Gas afterwards is delivered to cold air blast pipe 661.
In use, negative pressure is generated at cold air air intake duct 672, to the remaining smell in spongy layer 512 is sucked out, to mention
High taste removal effect.
The cooling convex block 621 is packed between two cooling rollings 641, and its top surface is not higher than cooling rolling 641 most
High point, this design enable to the port of cold air air intake duct 672 as close as possible to spongy layer 512, but it is multiple not influence automobile again
The normal pass of condensation material 510.
The cooling chamber 601 is fixed with arrangement brush 650 on the one end deodorizing device A, and arrangement brush 650 uses soft
Fiber is made, and is similar to toothbrush.It contacts, compress with the leather layer 511 of automotive composite material 510 in use, arranging brush 650, this
On the one hand kind design plays the role of smooth automotive composite material 510, on the other hand can inhale cooling blowing block 630, cooling
Gap and taste removal room A101 between air parcel 620 are divided, and prevent the high-temperature gas in the A101 of taste removal room from entering cooling chamber 601, shadow
Ring taste removal, cooling effect.
Referring to Fig. 5-Fig. 6, Figure 10-Figure 24, the deodorizing device A, including, inside shell A100, shell A100 for except
Side is respectively fixed with the first mounting plate A121, the second mounting plate A122, third mounting plate outside taste room A101, shell A100
A123, the 4th mounting plate A124, the 5th mounting plate A125, the 6th mounting plate A126, the outside the shell A100 other side are fixed respectively
There are the first support plate A131, the second support plate A132, third support plate A133, the 4th support plate A134；
The second mounting plate A122, third mounting plate A123 upper and lower ends respectively with the 5th mounting plate A125, the first installation
Plate A121 assembly is fixed, and the 6th mounting plate A126, the 5th mounting plate A125, the first mounting plate A121 are fixed on shell
On A100, the 4th mounting plate A124 is fixed on the third mounting plate A123；
At least one push-rod electric machine A510, the push rod telescopic shaft of push-rod electric machine A510 are installed on the 4th mounting plate A124
A511 is fixed after passing through third mounting plate A123 with the second mounting plate A122 assembly, is equipped on the 6th mounting plate A126
First electromagnet A520, the second electromagnet A540；
The first electromagnet A520 and first electromagnetism one end telescopic shaft A521 are assembled, the first electromagnetism telescopic shaft A521 other end
Engage after the 6th mounting plate A126, the 5th mounting plate A125 with the locking hole A1221 being arranged on the second mounting plate A122
Assembly, so that the second mounting plate A122 of limitation is mobile to shell A100；
The first electromagnetism stop collar A522, the first electromagnetism telescopic shaft are provided on the first electromagnetism telescopic shaft A521
A521 is set with the first locking spring A523 on the part between the first electromagnetism stop collar A522 and the 6th mounting plate A126, the
One locking spring A523 is used to generate the power for hindering the first electromagnetism telescopic shaft A521 to move to the first electromagnet A520, and described the
One electromagnet A520 can drive the first electromagnetism telescopic shaft A521 to move up after being powered, until the first electromagnetism telescopic shaft A521 is de-
From locking hole A1221, the second mounting plate A122 can be mobile to shell A100 at this time；
The second electromagnet A540 and bis- end the second electromagnetism telescopic shaft A541 are assembled, the second electromagnetism telescopic shaft A541 other end
It can be with the locking hole A1221 card that is arranged on the second mounting plate A122 after the 6th mounting plate A126, the 5th mounting plate A125
It attaches together with (there is no snap-fit when original state), so that the second mounting plate A122 of limitation is mobile to shell A100；
The second electromagnetism stop collar A542, the second electromagnetism telescopic shaft are provided on the second electromagnetism telescopic shaft A541
A541 is set with the second locking spring A543 on the part between the second electromagnetism stop collar A542 and the 6th mounting plate A126, the
Two locking spring A543 are used to generate the power for hindering the second electromagnetism telescopic shaft A541 to move to the second electromagnet A540, and described the
Two electromagnet A540 can drive the second electromagnetism telescopic shaft A541 to move up after being powered, until the second bottom electromagnetism telescopic shaft A521
End face is not less than the 5th bottom surface mounting plate A125, and the second mounting plate A122 can be mobile to shell A100 at this time.
The first support plate A131, the second support plate A132, third support plate A133, the 4th support plate A134 difference
It is fixed with assembly on the outside of the taste removal side plate A110 of shell A100, and the switching of the first support plate A131 and changeover module B
Motor B110 assembly is fixed, and cut-flower component B is mounted between the second support plate A132, third support plate A133, and each switching
The corresponding first stroke switch A531 of component B, second stroke switch A532, the first stroke switch A531 are fixed on
On second support plate A132, triggering end downward, towards switching top plate B430；
The second stroke switch A532 is fixed on the 4th support plate A134, and its triggering end upward, towards switching bottom plate
B440。
In use, triggering first stroke switch A531 by switching top plate B430, switching bottom plate B440 triggers second stroke
It switchs to control, perceive the position of changeover module.
The two sides shell A100 are taste removal side plate A110 and shell A100 is set on 200 one end of dressing mechanism
It is equipped with end sealing plate A160, is provided with feed inlet A161 on the sealing plate A160 of end, in use, automotive composite material A510 is from charging
Mouth A161 enters taste removal room A101；It assembles and fixes with taste removal bottom plate A150 respectively in two pieces of bottoms taste removal side plate A110.
The conveying axis A310 has two layers, and one end conveying axis A310 of one layer of top passes through one block of taste removal side plate
It is rotatably assembled after A110, the second mounting plate A122 with third mounting plate A123, after the other end passes through another taste removal side plate A110
It assembles and fixes with second gear A612；And the conveying axis A310 of one layer of top is auxiliary drive shaft near cooling device 600
A360；
After following one layer of one piece of one end conveying axis A310 taste removal side plate A110, the second mounting plate A122 with third mounting plate A123
Rotatably assembly, the other end are rotatably assembled with another taste removal side plate A110；
The conveying axis A310 is located on one end of the second mounting plate A122, taste removal side plate A110 and the second mounting plate A122 it
Between part on be set with axis and move component A700, this end the conveying axis A310 at this end is also solid on the inboard portion taste removal side plate A110
Surely there are the second transport tube A340, the first transport tube A320, the conveying axis A310 of the other end is solid in the taste removal inboard portion side plate A110
Surely there are another second transport tube A340, the first transport tube A320.Certainly, it can not be installed on next layer of conveying axis A310
First transport tube A320.
The first trough of belt A321, the second trough of belt are respectively arranged on second transport tube A340, the first transport tube A320
341, the first trough of belt A321, the second trough of belt 341 are assembled with first conveyer belt A410, the second conveyer belt A420 respectively, the first conveying
Near 200 one end of dressing mechanism, upper one layer of the first trough of belt A321, auxiliary drive shaft are set in the both ends A410
On the first trough of belt A321 on A360, to constitute tape handler, each first is each passed through on the inside of first conveyer belt A410
Trough of belt A321, to constitute the structure for conveying similar with traditional horizontal feeding type drying chamber.
Preferably, first conveyer belt A410, the second conveyer belt A420 thickness be respectively greater than the first trough of belt A321, the second band
The depth of slot 341, this design is so that first conveyer belt A410, the second outer surface conveyer belt A420 protrude the first trough of belt respectively
A321, the second trough of belt 341.
The second conveyer belt A420 successively bypasses each second trough of belt 341 up and down, finally respectively around installation
The guiding axis A311 at both ends on the inside of taste removal side plate A110, to form tape handler, can with drive all second
Transport tube A340 is circumferentially rotated；First conveyer belt A410, the second conveyer belt A420 has two respectively.
The first blow-down panel A431, the second blow-down panel are respectively fixed on the inside of the taste removal side plate A110 of push-rod electric machine side
A432 is respectively fixed with the first airdraft plate A441, the second airdraft plate on the inside of the taste removal side plate A110 of the side changeover module B
A442, the first blow-down panel A431, the second blow-down panel A432, the first airdraft plate A441, the second airdraft plate A442 respectively with
First point of hot air pipe A281, the second hot wind are in charge of A282, A291 is in charge of in the first air draught, the connection of the one end A292 is in charge of in the second air draught,
First point of hot air pipe A281, the second hot wind are in charge of A282 and are connected to respectively with two exhaust outlets of the first reversing air valve, and
One reversing air valve is connected to heating air inlet A211, so that the air-flow for heating air inlet A211 is introduced first point of hot air pipe A281
Or second hot wind be in charge of A282, that is, introduce the first airdraft plate A441 or the second airdraft plate A442；
Several blowholes are provided on first airdraft plate A441, the second airdraft plate A442, in use, passing through first point of heat
The air-flow that air hose A281 or the second hot wind are in charge of A282 into the first airdraft plate A441 or the second airdraft plate A442 passes through respectively to be blown
Air holes blowout, to blow to automotive composite material, and heats automotive composite material；
First reversing air valve is connected for controlling heating air inlet A211 and the first airdraft plate A441 or the second airdraft plate A442；
Several wind inlets are respectively arranged on first airdraft plate A441, the second airdraft plate A442, the first air draught is in charge of
A291, the second air draught are in charge of the A292 other end and are connected to respectively with two air inlets of the second reversing air valve, the second reversing air valve
Exhaust outlet is connected to heated getter mouth A221 respectively.
In use, heated getter mouth A221 generates negative pressure to the first airdraft plate A441 or the second airdraft plate A442, so that removing
Gas in the A101 of taste room enters that wind inlet is in charge of A291 finally by the first air draught or the second air draught is in charge of A292 and enters heating
Air entry A221 discharge.
Second reversing air valve connects for controlling heated getter mouth A221 and the first airdraft plate A441 or the second airdraft plate A442
It is logical.
Referring to fig. 25, the automotive composite material 510 includes two layers, respectively leather layer 511, spongy layer 512.
Compact heap A810, compact heap A810 are respectively fixed on first conveyer belt A410, the second conveyer belt A420
On be provided with to be formed between pressure plate A811, pressure plate A811 and first conveyer belt A410 or the second outer surface conveyer belt A420 and lead
To card slot A812, and the pressure plate A811 and hold-down bolt A820 is assembled by threaded engagement, and hold-down bolt A820 is located at
Pressure plate A811 exterior portion and knob A821 assembly are fixed.
In use, automotive composite material 510 is unfolded first, then both side ends be packed into respectively first conveyer belt A410 or
In guiding card slot A812 on second conveyer belt A420, then screws hold-down bolt A820 and be clamped on automotive composite material 510 and lead
Into card slot A812, then start first conveyer belt A410 or the second conveyer belt A420, so that first conveyer belt A410 or second
Conveyer belt A420 drives automotive composite material 510 from close 200 one end of dressing mechanism to close to the movement of 600 one end of cooling device；
It is driven if it is first conveyer belt A410, automotive composite material 510 is parallel with first conveyer belt A410, connects the at this time
One blow-down panel A431, the first airdraft plate A441, so that the first blow-down panel A431 blows out Hot-blast Heating automotive composite material 510, the
One airdraft plate A441 siphons away peculiar smell.This mode is similar with traditional horizontal drying chamber.
It is driven if it is the second conveyer belt A420, about 510 automotive composite material is successively wrapped in each second conveying
On cylinder A340, so that greatly increasing automotive composite material 510 is located at the indoor length of taste removal.The second blow-down panel is connected at this time
A432, the second airdraft plate A442, so that automotive composite material 510 is heated in realization, taste removal.This mode can mention significantly
The taste removal efficiency of automotive composite material 510 in the high unit time, and taste removal better effect.
Referring to Figure 17-Figure 19, the axis moves component A700, including, axis moves cylinder A710, and the axis moves on the outside of cylinder A710
It is fixed with assembly on the inside of the first transport tube A320, and axis moves cylinder A710 close to second one end transport tube A340 and the second transport tube
It is assembled between A340 by bearing, so that axis, which moves between cylinder A710 and the second transport tube A340, opposite to be circumferentially rotated,
But it is independent when its rotation, it does not interfere with each other.Specifically, bearing inner race and the assembly of the second transport tube A340 outer wall are fixed,
Bearing outer ring is fixed with the first transport tube A320 mounted inside；
The axis is moved on the inside of cylinder A710 to be adjacent to the first ball A771 and be contacted, and the first ball A771 is mounted on fixed cylinder A730
On, and the first retainer A720 is fixed on the outside of fixed cylinder A730, first one end ball A771 is pierced by the first retainer A720, and first
Ball A771 does spherical rolling relative to fixed cylinder A730；
It is fixed with the second retainer A740, the second ball A772 on the inside of the fixed cylinder A730, second one end ball A772 is worn
It is assembled after the second retainer A740 with the guiding groove A312 being arranged on conveying axis A310 out, and the second ball A772
Spherical rolling is done relative to fixed cylinder A730；
The guiding raised line with guiding groove A312 snap-fit is provided on the inside of the second transport tube A340, this design makes
Obtaining the second transport tube A340 can move up in conveying axis axis, and when conveying axis A310 rotation, can drive the second transport tube
A340 rotation；
The axis moves the both ends cylinder A710 and passes through first end cover A751, second end cover A752 closing respectively, and described first protects
Frame A720, fixed cylinder A730, the second both ends retainer A740 are held to paste on the inside of first end cover A751, second end cover A752 respectively
Tightly；
Thrust ball bearing A760, thrust ball bearing A760 are installed between the second end cover A752 and the second mounting plate A122
Blowout patche and second end cover A752 assembly is fixed, seat ring and the second mounting plate A122 assembly are fixed, second end cover A752 is across pushing away
It is rotatably assembled after power ball bearing A760, second end cover A752, the second mounting plate A122 with third mounting plate A123.
The conveying axis A310 moves the one end component A700 and end driving cylinder A350 assembly far from axis, and the end is driven
Dynamic cylinder A350 is fixed by assembling with bearing outer ring, and assembly is fixed on the outside of the second transport tube A340 on bearing inner race and this end,
And the second transport tube A340 at this end is fixed on conveying axis A310, end driving cylinder A350 is sleeved on outside conveying axis A310；From
And make between end driving cylinder A350 and the second transport tube A340 can relative to, uninterruptedly rotate；
Second transport tube A340 is fixed after passing through taste removal side plate A110 close therewith with first gear A611 assembly, and second is defeated
An A340 is sent rotatably to assemble with this taste removal side plate A110；
Assembly is fixed on the inside of end the driving cylinder A350 and another first transport tube A320.
Changeover module B, including, the switching output shaft B111 of switch motor B110, the switch motor B110 passes through the
Be connected and fixed after two support plate A132 with the first bottom lead screw B211, passed through at the top of the first lead screw B211 the 4th support plate A134,
It is rotatably assembled after lifting driving plate B411 with third support plate A133, and the first lead screw B211 and lifting driving plate B411 passes through
Threaded engagement assembly is rotatably assembled with the 4th support plate A134, and in addition the first lead screw is fixed in the axial direction；
The lifting driving plate B411 has two pieces, and is separately fixed on two pieces of switching side plate B410, two blocks of switching side plates
B410 upper and lower ends are fixed with switching top plate B430, switching bottom plate B440 assembly respectively；
The lifting driving plate B411 also passes through spiral shell with the second lead screw B212, third lead screw B213, the 4th lead screw B214 respectively
Line screws assembly, and the second lead screw B212, third lead screw B213, the 4th lead screw B214 upper and lower ends pass through bearing and second respectively
Support plate A134, third support plate A133 are rotatably assembled, while axial restraint；
The first lead screw B211, the second lead screw B212, third lead screw B213, the 4th bottom lead screw B214 are separately installed with
Two switching belt wheel B321, the first switching belt wheel B311, third pair switching belt wheel B331, third switch belt wheel B332, and described the
All tape swapping wheel B311 are connect with the first secondary switching belt wheel B312 by the first synchronous belt B310 and form tape handler；
The secondary switching belt wheel B312 of described first is fixed on the first bottom lead screw B211, and the second switching belt wheel B321 passes through
Second synchronous belt B320 connect and constitutes tape handler with the second secondary switching belt wheel B322, and the described second secondary switching belt wheel is solid
It is scheduled on the 4th bottom lead screw B214, it is same by third between the third pair switching belt wheel B331 and third switching belt wheel B332
Step band B330 is connected and is constituted tape handler.
Also it is respectively fixed with the first vertical plate B420, the second vertical plate B450 between two pieces of switching side plate B410, described first
It is fixed with motor support plate B421 on vertical plate B420, driving motor B120, driving motor are fixed on motor support plate B421
The output shaft of B120 is connected and fixed with first one end transmission shaft B510, and driving motor B120 can drive the first transmission shaft B510
It circumferentially rotates；
The first transmission shaft B510 other end is fixed after passing through the first vertical plate B420 with driving gear B630 assembly, driving tooth
Take turns B630 respectively with the first driven gear B621, the second driven gear B622 engaged transmission, the first driven gear B621
It is fixed on the one end second driving shaft B520, the second driving shaft B520 other end is after the second vertical plate B450, after upper supporting plate B460
It is fixed with the first driving gear B611 assembly；The upper supporting plate B460 is fixed on switching top plate B430；
The second driven gear B622 is fixed on the one end third transmission shaft B530, and the third transmission shaft B530 other end passes through the
It is fixed after two vertical plate B450, lower carrier plate B470 with the second driving gear B612 assembly；Branch is provided on the lower carrier plate B470
Support short slot B471.
When original state, the driving gear B611 engaged transmission of first gear A611 and first switches bottom plate B440 and second
Travel switch A532 keeps triggering state, that is, first conveyer belt operating status.
It is rotated forward in use, switch motor B110 is powered, respectively drives the first lead screw B211, the second lead screw B212, third silk
Thick stick B213, the 4th lead screw B214 are circumferentially rotated, to drive lifting driving plate B411 to move up, until switching top plate triggers the first row
After Cheng Kaiguan A531, switch motor is out of service, and first gear A611 is separated with the first driving gear B611 at this time, second gear
The driving gear B612 engaged transmission of A612 and second, so that the second driving gear B612 driving conveying axis A310 circumferentially turns
It is dynamic, that is, the second conveyer belt is driven to run.At this point, support short slot is rotatably assembled with the end conveying axis B310.
Referring to fig. 24, in actual use, due to there is the first conveyer belt of side that can not be driven operation by driving motor, because
This, applicant is designed as follows:
Cylinder A710, which is moved, in the axis of auxiliary drive shaft A360 assembly is located at the portion between taste removal liner plate A110, the second mounting plate A120
Fix the first helical gear A621 on point, when original state, the first helical gear A621 and the second helical gear A622 engaged transmission, it is described
The second helical gear A622 be fixed on the one end auxiliary output shaft A511, the auxiliary output shaft A511 other end pass through the 5th mounting plate
It is assembled after A125 with stand-by motor A550, stand-by motor A550 can drive auxiliary output shaft A511 to circumferentially rotate, to drive
Axis moves cylinder A710 and circumferentially rotates, and also just driving is transported with axis shifting cylinder A710 by the second conveyer belt of the second transport tube A340 installation
Row.Auxiliary drive shaft A360 and conveying axis A310 be in fact it is the same, this case by its separately mark primarily to convenient for distinguishing.
When first conveyer belt is in running order, the first helical gear A621 and the second helical gear A622 engaged transmission, first
Gear B611 and first gear A611 engaged transmission is driven, push-rod electric machine A510 drives the second mounting plate A122 that axis is moved component
A700 pushes changeover module direction to, so that distance shortens between the first transport tube of two on conveying axis A310 A320, makes
Between two guiding card slot A812 on two first conveyer belt A410 can with 510 snap-fit of automotive composite material, the
The the second electromagnetism telescopic shaft A541 and locking hole A1221 of two electromagnet A540, which is assembled, to be fixed.
At this time, it is only necessary to automotive composite material 510 is installed in guiding card slot A812, then respectively drive stand-by motor
A550, driving motor B120 can be driven automotive composite material 510 and move in the A101 of taste removal room, to be heated, taste removal.
When needing to switch to the second conveyer belt A420 work, that is, about 510 automotive composite material is needed successively to bypass
Conveying axis A310 be distributed when, the second electromagnet obtain it is electric second electromagnetism telescopic shaft is pulled out from locking hole A1221, the first electromagnet
A520 obtain it is electric first electromagnetism telescopic shaft A521 is pulled up, until its bottom surface be not less than the 5th bottom surface mounting plate A125；Then it pushes away
Bar motor obtain it is electric, by the second mounting plate A122 to far from the direction conveying axis A310 pull, on same conveying axis A310 two
Guiding card slot A812 between a second transport tube A340 can respectively with 510 two sides snap-fit of automotive composite material.Push rod
Motor can use stepper motor, to accurately control its stroke.At this point, the first electromagnet power loss, the first electromagnetism telescopic shaft
A521 and locking hole A1221 snap-fit are to fix the second mounting plate A122；And at this point, the first helical gear and the second helical gear
Separation；
In the second mounting plate moving process, axis moves component A700 as the second mounting plate A122 is mobile.During this, pass through
Second ball A772 rolls to reduce the frictional force that axis moves in component A700 and conveying axis A310 axial direction in guiding groove A312,
And when conveying axis rotation, the frictional force on the inside of fixed cylinder A730 and axis shifting cylinder A710 is reduced by the first ball A771, is made simultaneously
It obtains conveying axis and axis moves cylinder A710 and independently rotates.
Then switch motor B110 is rotated forward, and drives the first lead screw B211, the second lead screw B212, third lead screw B213, the 4th
Lead screw B214 is circumferentially rotated, so that changeover module (switching bottom plate B440 to the part between switching top plate B430) is driven to move up,
Until first stroke switch A531 is triggered, at this point, the second driving gear B612 and second gear A612 engaged transmission；
Then 510 end two sides of automotive composite material are respectively charged into the guiding card slot A812 on the second conveyer belt, are being passed through
Hold-down bolt A820 is compressed；Then driving motor starts, and driving output shaft A310 rotation, output shaft A310 drives the second transport tube
A340 is circumferentially rotated, so that the second conveyer belt is run, so that the second conveyer belt A420 drives automotive composite material 510
It is successively wound between bilevel second transport tube A340, until automotive composite material 510 reaches auxiliary drive shaft A360
Place, then unclamps hold-down bolt, and automotive composite material 510 is introduced in cooling device 600.
Stepper motor can be used in all motors of this case.
Place is not described in detail by the present invention, is the well-known technique of those skilled in the art.
The preferred embodiment of the present invention has been described in detail above.It should be appreciated that those skilled in the art without
It needs creative work according to the present invention can conceive and makes many modifications and variations.Therefore, all technologies in the art
Personnel are available by logical analysis, reasoning, or a limited experiment on the basis of existing technology under this invention's idea
Technical solution, all should be within the scope of protection determined by the claims.
Claims (10)
1. a kind of cooling device, including, cooling shell, cooling interior of shell is cooling chamber, it is characterized in that: in the cooling chamber
Cooling blowing block, cooling air-breathing block are installed, cooling rolling is installed between the cooling blowing block, cooling air-breathing block, it is cold
But rolling is sleeved on cooling shaft, and cooling shaft both ends are fixed with cooling shell two sides assembly respectively, and cooling rolling can be with cooling shaft
It is opposite to circumferentially rotate；
The cooling outer side of shell is also respectively fixed with cold air blast pipe, cold air aspiration channel, the cold air blast pipe difference
It is connected to cold air blower；
Cold air aspiration channel is connected to cold air air intake duct, and cold air air intake duct is fixed on the cooling convex block on cooling air-breathing block and and vapour
The spongy layer face of vehicle composite material.
2. cooling device as described in claim 1, it is characterized in that: cold air aspiration channel is connected to suction ventilator air inlet, cold air into
Air hose is connected to cooling pressure fan exhaust outlet, and cooling, air discharging machine air inlet is connected to gas source after cooling, thus by after cooling
Gas is delivered to cold air blast pipe.
3. cooling device as described in claim 1, it is characterized in that: the cooling convex block is packed between two cooling rollings.
4. cooling device as claimed in claim 3, it is characterized in that: the cooling convex block top surface is not higher than cooling rolling highest
Point.
5. cooling device as described in claim 1, it is characterized in that: the cooling chamber is fixed on deodorizing device one end
Brush is arranged, brush is arranged and is made of soft fiber, brush is arranged and contacts, compresses with the leather layer of automotive composite material.
6. a kind of taste removal assembly line, it is characterized in that: requiring any cooling device of 1-5 using having the right.
7. taste removal assembly line as claimed in claim 6, it is characterized in that: further include, deodorizing device, unreeling structure, dressing mechanism,
Inspection body, rolling-up mechanism；The unreeling structure is for discharging coiled automotive composite material, the automobile after release
Composite material, which passes through to arrange, carries out heating taste removal into deodorizing device after structure arranges, and passes through winding after then passing through inspection body
Mechanism winding, becomes finished product, and whether inspection body is qualified for detecting automotive composite material；
The deodorizing device, including, shell, interior of shell is taste removal room, and the taste removal indoor location has several conveying axis；
The taste removal chamber interior two sides are connected to heating air inlet, heated getter mouth respectively, the heating air inlet, heated getter
Mouth is separately positioned on air inlet pipe, on air intake duct, and described air inlet pipe one end is connected to exhaust pipe and is provided with air draught on this end
Mouthful, and suction ventilator, heater are in series in air inlet pipe, suction ventilator sucks the exhaust gas section in exhaust pipe in air inlet pipe, and logical
Air inlet inspiration part clean gas is crossed, heating air inlet blowout is sent to after then heating by heater；
Described air intake duct one end is connected to exhaust pipe, and exhaust pipe is connected to exhaust blower；The conveying axis is vertical in taste removal room
It is distributed as two layers up and down on direction；
Cylinder, which is moved, with the axis of auxiliary drive shaft assembly fixes the first helical teeth on the part between taste removal liner plate, the second mounting plate
Wheel, when original state, the first helical gear and the second helical gear engaged transmission, second helical gear is fixed on auxiliary output shaft
On one end, the auxiliary output shaft other end is assembled after passing through the 5th mounting plate with stand-by motor.
8. taste removal assembly line as claimed in claim 7, it is characterized in that: taste removal room two sides are taste removal side plate, side taste removal side plate
Outside is respectively fixed with the first mounting plate, the second mounting plate, third mounting plate, the 4th mounting plate, the 5th mounting plate, the 6th installation
Plate, other side taste removal side plate outside are respectively fixed with the first support plate, the second support plate, third support plate, the 4th support plate；
Second mounting plate, third mounting plate upper and lower ends are fixed with the 5th mounting plate, the assembly of the first mounting plate respectively, institute
The 6th mounting plate, the 5th mounting plate, the first mounting plate stated are fixed on the shell, are fixed with the 4th on the third mounting plate
Mounting plate；
At least one push-rod electric machine is installed, the push rod telescopic shaft of push-rod electric machine is installed across third on the 4th mounting plate
It assembles and fixes with the second mounting plate after plate；
First support plate, the second support plate, third support plate, the 4th support plate are solid with assembly on the outside of taste removal side plate respectively
Fixed, and the switch motor of first support plate and changeover module is assembled and fixed, cut-flower component is mounted on the second support plate, the
Between three support plates；
The first electromagnet, the second electromagnet are installed on 6th mounting plate；First electromagnet and the first electromagnetism
The assembly of telescopic shaft one end, the first electromagnetism telescopic shaft other end are installed with setting second after passing through the 6th installation, the 5th mounting plate
Locking hole snap-fit on plate；
The first electromagnetism stop collar is provided on the first electromagnetism telescopic shaft, the first electromagnetism telescopic shaft is in the first electromagnetism
The first locking spring is set on part between stop collar and the 6th mounting plate, the first locking spring hinders first for generating
The mobile power of flexible axial first electromagnet of electromagnetism, first electromagnet can drive the first electromagnetism flexible axial after being powered
Upper movement, until the first electromagnetism telescopic shaft is detached from locking hole；
Second electromagnet and two end of the second electromagnetism telescopic shaft are assembled, and the second electromagnetism telescopic shaft other end passes through the 6th installation
It can be with the locking hole snap-fit that is arranged on the second mounting plate after plate, the 5th mounting plate；
The second electromagnetism stop collar is provided on the second electromagnetism telescopic shaft, the second electromagnetism telescopic shaft is in the second electromagnetism
The second locking spring is set on part between stop collar and the 6th mounting plate, the second locking spring hinders second for generating
The mobile power of flexible axial second electromagnet of electromagnetism, second electromagnet can drive the second electromagnetism telescopic shaft upward after being powered
It is mobile, until the second electromagnetism telescopic shaft bottom face is not less than the 5th mounting plate bottom surface；
The corresponding first stroke switch of each changeover module, second stroke switch, the first stroke switch are fixed on
In second support plate, triggering end downward, towards switching top plate；
The described second stroke switch is fixed in the 4th support plate, and its triggering end upward, towards switching bottom plate.
9. taste removal assembly line as claimed in claim 7 removes it is characterized in that: conveying axis one end of one layer of top passes through one piece
Rotatably assembled after taste side plate, the second mounting plate with third mounting plate, the other end pass through another taste removal side plate after with second gear
Assembly is fixed；And the conveying axis of one layer of top is auxiliary drive shaft near cooling device；
It is rotatably assembled after following one layer of one block of conveying axis one end taste removal side plate, the second mounting plate with third mounting plate, it is another
It is rotatably assembled with another taste removal side plate at end；
The conveying axis is located on one end of the second mounting plate, is set on the part between taste removal side plate and the second mounting plate
Axis moves component, this end of the conveying axis at this end is further fixed on the second transport tube, the first transport tube on taste removal side plate interior sides part, separately
The conveying axis of one end is fixed with another second transport tube, the first transport tube in taste removal side plate interior sides part；
The first trough of belt, the second trough of belt, the first trough of belt, the second band are respectively arranged on second transport tube, the first transport tube
Slot is assembled with first conveyer belt, the second conveyer belt respectively, and first conveyer belt both ends are set near dressing mechanism one end
, on the first trough of belt on upper one layer of the first trough of belt, auxiliary drive shaft, so that tape handler is constituted, in first conveyer belt
Side is each passed through each first trough of belt；
Second conveyer belt successively bypasses each second trough of belt up and down, finally respectively around being mounted in taste removal side plate
The guiding axis at side both ends；The first conveyer belt, the second conveyer belt have two respectively；
Taste removal side plate interior sides close to push-rod electric machine side are respectively fixed with the first blow-down panel, the second blow-down panel, close to switch groups
The taste removal side plate interior sides of part side are respectively fixed with the first airdraft plate, the second airdraft plate, first blow-down panel, the second blowing
Plate, the first airdraft plate, the second airdraft plate are in charge of with first point of hot air pipe, the second hot wind respectively, the first air draught is in charge of, the second air draught
It is in charge of one end connection, first point of hot air pipe, the second hot wind are in charge of to be connected with two exhaust outlets of the first reversing air valve respectively
Logical, the first reversing air valve is connected to heating air inlet, so that the air-flow for heating air inlet is introduced first point of hot air pipe or second
Hot wind is in charge of, that is, introduces the first airdraft plate or the second airdraft plate；
Several blowholes are provided on first airdraft plate, the second airdraft plate；First reversing air valve for control heat into
Port and the first airdraft plate or the second airdraft plate are connected；
It is respectively arranged with several wind inlets on first airdraft plate, the second airdraft plate, the first air draught is in charge of, the second air draught point
The pipe other end is connected to two air inlets of the second reversing air valve respectively, the exhaust outlet of the second reversing air valve respectively with heated getter
Mouth connection；
Second reversing air valve is connected to for controlling heated getter mouth with the first airdraft plate or the second airdraft plate；
The axis moves component, including, axis moves cylinder, and the axis is moved on the outside of cylinder and fixed with assembly on the inside of the first transport tube, and axis
Cylinder is moved rotatably to assemble with the second transport tube；The axis is moved on the inside of cylinder to be adjacent to the first ball and be contacted, and the first ball is mounted on
In fixed cylinder, and the first retainer is fixed on the outside of fixed cylinder, first ball one end is pierced by the first retainer；
Be fixed with the second retainer, the second ball on the inside of the fixed cylinder, second ball one end be pierced by after the second retainer with
Guiding groove assembly on conveying axis is set, and second ball does spherical rolling relative to fixed cylinder；Described
The guiding raised line with guiding groove snap-fit is provided on the inside of two transport tubes；
The axis moves cylinder both ends and passes through first end cover, second end cover closing respectively, and first retainer, fixed cylinder,
Second retainer both ends are adjacent to on the inside of first end cover, second end cover respectively；
It rotatably assembles, be connected as one between the second end cover and the second mounting plate；The conveying axis is moved far from axis
Component one end is matched with end driving wound packages, and the end driving cylinder is rotatably assembled with the second transport tube on this end, and this
Second transport tube at end is fixed on conveying axis, and end driving cylinder is sleeved on outside conveying axis；
Second transport tube is fixed after passing through taste removal side plate close therewith with first gear assembly, and the second transport tube and this taste removal
Side plate rotatably assembles；Assembly is fixed on the inside of first transport tube of the end driving cylinder and this end.
10. taste removal assembly line as claimed in claim 8, it is characterized in that: changeover module, including, switch motor, the switching
The switching output shaft of motor is connected and fixed after passing through the second support plate with the first lead screw bottom, and the 4th is passed through at the top of the first lead screw
It is rotatably assembled after fagging, lifting driving plate with third support plate, and the first lead screw and lifting driving plate B411 are revolved by screw thread
It attaches together and matches, rotatably assembled with the 4th support plate, in addition the first lead screw is fixed in the axial direction；
The lifting driving plate has two pieces, and is separately fixed on two blocks of switching side plates, two pieces of switching side plate upper and lower ends point
It is not fixed with switching top plate, switching bottom plate assembly；
The lifting driving plate is also assembled with the second lead screw, third lead screw, the 4th lead screw by threaded engagement respectively, and second
Lead screw, third lead screw, the 4th lead screw upper and lower ends pass through bearing respectively and rotatably assemble with the second support plate, third support plate；
It is also respectively fixed with the first vertical plate, the second vertical plate between two blocks of switching side plates, is fixed with motor on first vertical plate
Support plate is fixed with driving motor in motor support plate, and the output shaft of driving motor is connected and fixed with first transmission shaft one end；
The first transmission shaft other end is passed through to assemble with driving gear after the first vertical plate and be fixed, and driving gear is respectively with first
Driven gear, the second driven gear engaged transmission, first driven gear are fixed on second driving shaft one end, the second transmission
The axis other end is fixed after the second vertical plate, after upper supporting plate with the first driving gear assembly；The upper supporting plate is fixed on switching
On top plate；
Second driven gear is fixed on third transmission shaft one end, and the third transmission shaft other end passes through the second vertical plate, lower branch
It is fixed after plate with the second driving gear assembly；Support short slot is provided on the lower carrier plate；
First lead screw, the second lead screw, third lead screw, the 4th lead screw bottom are separately installed with the second switching belt wheel, first
Switch belt wheel, third pair switching belt wheel, third and switch belt wheel, the first switching belt wheel is secondary by the first synchronous belt and first
Switch belt wheel connection；
Described first secondary switching belt wheel is fixed on the first lead screw bottom, the second switching belt wheel by the second synchronous belt with
Second secondary switching belt wheel connection, the described second secondary switching belt wheel are fixed on the 4th lead screw bottom, and the third pair switches band
Pass through the synchronous band connection of third between wheel and third switching belt wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910013214.5A CN109722494B (en) | 2019-01-07 | 2019-01-07 | Odor removal assembly line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910013214.5A CN109722494B (en) | 2019-01-07 | 2019-01-07 | Odor removal assembly line |
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| CN109722494A true CN109722494A (en) | 2019-05-07 |
| CN109722494B CN109722494B (en) | 2020-09-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910013214.5A Active CN109722494B (en) | 2019-01-07 | 2019-01-07 | Odor removal assembly line |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN118082064A (en) * | 2024-04-22 | 2024-05-28 | 莆田市新协胜鞋业有限公司 | Sole cooling equipment for sports shoe production |
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| FR1467997A (en) * | 1966-02-09 | 1967-02-03 | Kanegafuchi Chemical Ind | Process for deodorizing articles of blow-molded synthetic resin and apparatus for carrying out this process |
| CN201962300U (en) * | 2011-01-06 | 2011-09-07 | 南通思瑞机器制造有限公司 | Low-temperature dryer |
| CN105288693A (en) * | 2015-11-17 | 2016-02-03 | 江苏闳业机械有限公司 | Automotive trim material smell-removal apparatus |
| CN206983235U (en) * | 2017-07-30 | 2018-02-09 | 天津市际华橡胶制品有限公司 | A kind of Rubber Extruder with refrigerating function |
| CN207565004U (en) * | 2017-11-01 | 2018-07-03 | 重庆天力复合材料有限公司 | A kind of automotive interior material heats deodorizing device |
| CN108433251A (en) * | 2018-05-02 | 2018-08-24 | 安徽省石台东生鞋业有限公司 | A kind of leather shoes processing drying equipment |
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2019
- 2019-01-07 CN CN201910013214.5A patent/CN109722494B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR1467997A (en) * | 1966-02-09 | 1967-02-03 | Kanegafuchi Chemical Ind | Process for deodorizing articles of blow-molded synthetic resin and apparatus for carrying out this process |
| CN201962300U (en) * | 2011-01-06 | 2011-09-07 | 南通思瑞机器制造有限公司 | Low-temperature dryer |
| CN105288693A (en) * | 2015-11-17 | 2016-02-03 | 江苏闳业机械有限公司 | Automotive trim material smell-removal apparatus |
| CN206983235U (en) * | 2017-07-30 | 2018-02-09 | 天津市际华橡胶制品有限公司 | A kind of Rubber Extruder with refrigerating function |
| CN207565004U (en) * | 2017-11-01 | 2018-07-03 | 重庆天力复合材料有限公司 | A kind of automotive interior material heats deodorizing device |
| CN108433251A (en) * | 2018-05-02 | 2018-08-24 | 安徽省石台东生鞋业有限公司 | A kind of leather shoes processing drying equipment |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN118082064A (en) * | 2024-04-22 | 2024-05-28 | 莆田市新协胜鞋业有限公司 | Sole cooling equipment for sports shoe production |
| CN118082064B (en) * | 2024-04-22 | 2024-06-25 | 莆田市新协胜鞋业有限公司 | Sole cooling equipment for sports shoe production |
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| Publication number | Publication date |
|---|---|
| CN109722494B (en) | 2020-09-29 |
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