CN205448656U - Wood skin dehumidification drying device - Google Patents
Wood skin dehumidification drying device Download PDFInfo
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- CN205448656U CN205448656U CN201620136961.XU CN201620136961U CN205448656U CN 205448656 U CN205448656 U CN 205448656U CN 201620136961 U CN201620136961 U CN 201620136961U CN 205448656 U CN205448656 U CN 205448656U
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Abstract
The utility model discloses a wood skin dehumidification drying device, which comprises a housin, the inner chamber of casing is equipped with input device, and input device's discharge gate department is through the pan feeding mouth department intercommunication of conveyer with dehydrating unit, dehydrating unit is including dehumidification platform, and the top of dehumidification platform is equipped with the dehumidification subassembly, and the discharge gate department of dehumidification platform still installs the infra red ray induction probe. Through the cooperation that utilizes infrared moisture detector and the infra red ray induction probe in the input device, can reach the effect of detaching the certain moisture of wooden skin according to the size that foraminiferous splint windward hole was adjusted to the size of water content, highly can adjust through setting up conveyer as, can be so that adapt to the wooden skin of different thickness, through being equipped with mutually supporting of air compressor machine and negative pressure machines, can make the air current general character of wooden skin upper surface better to better dehumidification drying effect has been reached.
Description
Technical field
The present invention relates to a kind of dehumidification drying device, be specially a kind of veneer dehumidification drying device, belong to drying device technical field.
Background technology
Veneer is the thin slice formed through cutting by log in the timber course of processing, and also known as veneer, panel, dough cover, its thickness is less, typically between 0.5-5mm.Veneer Main Function is to produce plywood, and the binding agent of employing mostly is the heat curing-type glue such as phenolic resin, tripolycyanamide and Lauxite.It is had a significant impact in gluing procedures by the water content of veneer, and water content is crossed conference and made the problems such as veneer is cracking in processing board making process, be pasted not strongly.Veneer needed to be dried dehumidifying work before processed.
At present, veneer is dried dehumanization method by market solar drying, and this method not only speed is slow but also factor affected by environment is the biggest.Additionally on market, veneer is dried by useful equipment, but existing equipment is typically all and uses hot-air to dry veneer, and such method can make veneer temperature raise, and veneer must cool down and cannot directly enter molding machine, make efficiency be substantially reduced.The most also having the equipment that veneer first carries out the cooling of hot-air seasoning cold wind again, this method can make desiccant dehumidification process time extend, and additionally in veneer cooling procedure, veneer secondary water suction can affect desiccant dehumidification effect.
Utility model content
It is an object of the invention to provide a kind of veneer dehumidification drying device, with the problem solving to propose in above-mentioned background technology.
nullFor achieving the above object，The present invention provides following technical scheme: a kind of veneer dehumidification drying device，Including housing，The inner chamber of described housing is provided with input equipment，And the discharge outlet of input equipment is connected with at the feeding mouth of dehydrating unit by transporter，Described dehydrating unit includes the platform that dehumidifies，And dehumidifying platform be arranged over dehumidifying component，Described dehumidifying platform includes the infiltration panel being made up of high intensity, porous material，And the bottom of infiltration panel is provided with vented cavity，It is covered with pore on described infiltration panel，And the inner space of pore and vented cavity，The sidewall of described infiltration panel is sealed against each other with vented cavity by sealing joint strip，The bottom of described vented cavity is provided with suction opeing，And Negative pressure machine is installed at suction opeing，At the charging aperture of described dehumidifying platform, the discharge outlet with dehumidifying platform is equipped with auxiliary transfer roller，And the discharge outlet of dehumidifying platform is also equipped with infrared induction probe，Described infrared induction probe electrically connects with the extraneous switch that controls，And infrared induction probe is electrically connected with the second motor；
Described dehumidifying component includes suspension bracket, and the pawl that hangs of suspension bracket is provided with clamping plate with holes, the sidewall of described clamping plate with holes is provided with spacing hole, and the movable locating part that pawl is provided with that hangs of spacing hole and suspension bracket cooperates, it is uniformly provided with air holes on described clamping plate with holes, the middle part of described clamping plate with holes is interspersed with wind-guiding clamping plate, and the air-guiding hole on wind-guiding clamping plate and the interlaced arrangement of air holes, the both sides, top of described suspension bracket are mounted on drive link, and drive link all extends to the outside of housing, the middle part of described suspension bracket is interspersed with corrugated tube, and the top of corrugated tube is punctured in the shell being arranged at case top, it is provided with drying chamber in the middle part of the inner chamber of described shell, the intracavity bottom of described shell is provided with air compressor machine, and the exhaust outlet of air compressor machine is connected with corrugated tube, described second motor and air compressor machine all electrically connect with the extraneous switch that controls.
Preferably, described input equipment includes the first delivery track, and first be provided with rolling device and infrared moisture detector on delivery track, described rolling device includes milling roller and the second motor, and second motor be rotationally connected by the axle end of belt with milling roller, the side surface of described milling roller is uniformly provided with dials a point pawl, described infrared moisture detector and the electrical connection of the second motor and infrared moisture detector electrically connect with the extraneous switch that controls, the end of described first delivery track is rotatablely equipped with transmission component, and transmission component is connected with the feeding mouth of transporter by the second delivery track, described transmission component includes the axis of guide, and the sidewall of the axis of guide is uniformly provided with guiding soft board.
Preferably, described transporter includes fixing conveyer frames and movable conveyer frames, and fixing conveyer frames and movable conveyer frames are separately fixed at the bottom of housing cavity and the top of housing cavity, the outside being inserted to housing is worn in the support of described movable conveyer frames, it is rotatablely equipped with the first transfer roller on described fixing conveyer frames, and it is rotatablely equipped with the second transfer roller on activity conveyer frames, described first transfer roller, the outer wall of the second transfer roller and auxiliary transfer roller is even is provided with pin, gap is left between described first transfer roller and the second transfer roller, and first transfer roller be connected with the first motor rotation being arranged in housing cavity by belt, described first motor is popped one's head in infrared moisture detector and infrared induction respectively and is electrically connected with, described first motor electrically connects with the extraneous switch that controls.
Preferably, described transporter includes bracing frame and hanger bracket, the middle part of support frame as described above is rotatablely equipped with at least four the first power transmission shaft, and first be rotationally connected by the first conveyer belt of tight between power transmission shaft, the middle part of described hanger bracket is rotatablely equipped with at least three second driving shaft, and the gap location of two adjacent second driving shafts is provided with counterweight power transmission shaft, the two ends of described counterweight power transmission shaft are all slidably connected with adjacent two second driving shafts by cambered way, and second driving shaft and counterweight power transmission shaft are rotationally connected by the second conveyer belt of tight, described first power transmission shaft is rotationally connected with the three-motor in housing cavity by belt, described three-motor is popped one's head in infrared moisture detector and infrared induction respectively and is electrically connected with, described three-motor electrically connects with the extraneous switch that controls.
Preferably, the front end of described drying chamber is provided with dehumidifying silica gel particle layer, described dehumidifying silica gel particle layer rear end face is provided with air inlet orifice plate, it is evenly distributed with through hole on described air inlet orifice plate, and the internally installed of through hole has U-shaped communicating pipe, the rear being internally located at air inlet orifice plate of described drying chamber is provided with waterproof ventilated membrane, the inside of described drying chamber is additionally provided with the gas collecting bottle and refrigeration machine connected by pipeline, and the air inlet of the pipeline with air compressor machine that gas collecting bottle is by being provided with electromagnetic valve connects, described refrigeration machine is interconnected with the two ends of U-shaped communicating pipe.
Preferably, the end of described second delivery track is provided with arc-shaped guide plate, and arc-shaped guide plate extends to the middle part of transmission component.
Preferably, described clamping plate with holes are 1 to 5 millimeter with the upper surface distance range of veneer.
Preferably, it is uniformly provided with air holes at the front end 1/3rd of described clamping plate with holes.
Preferably, described high intensity, porous material is porous metal material or porous ceramics.
Compared with prior art, the invention has the beneficial effects as follows: this veneer dehumidification drying device, by utilizing the infrared moisture detector in input equipment and the cooperation of infrared induction probe, can reach to remove the effect of the certain moisture of veneer according to the size of air holes on the size adjustment of water content clamping plate with holes；By be set to transporter highly can to regulate, the veneer of different-thickness can be conveniently adapted to；By being provided with cooperating of air compressor machine and Negative pressure machine, the air circulation that can make veneer upper surface is more preferable, thus has reached more preferable removal moisture drying effect.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of the present invention one；
Fig. 2 is the structural representation of the embodiment of the present invention two；
Fig. 3 is the structural representation of drying chamber of the present invention；
Fig. 4 is that the present invention dehumidifies the structural representation of platform；
Fig. 5 is the structural representation of present invention clamping plate with holes embodiment one；
Fig. 6 is the structural representation of present invention clamping plate with holes embodiment two.
nullIn figure: 1、Housing，2、Input equipment，21、First delivery track，22、Rolling device，221、Milling roller，222、Second motor，223、Dial a point pawl，23、Infrared moisture detector，24、Transmission component，241、The axis of guide，242、Guide soft board，25、Second delivery track，3、Transporter，31、Fixing conveyer frames，32、Movable conveyer frames，33、First transfer roller，34、Second transfer roller，35、First motor，36、Bracing frame，37、Hanger bracket，38、First power transmission shaft，39、First conveyer belt，310、Second driving shaft，311、Counterweight power transmission shaft，312、Cambered way，313 second conveyer belts，314、Three-motor，4、Dehydrating unit，41、Dehumidifying platform，411、Infiltration panel，412、Sealing joint strip，413、Vented cavity，414、Suction opeing，415、Negative pressure machine，42、Dehumidifying component，421、Suspension bracket，422、Movable locating part，423、Clamping plate with holes，4231、Air holes，4232、Spacing hole，4233、Wind-guiding clamping plate，424、Corrugated tube，425、Shell，426、Drying chamber，4261、Air inlet orifice plate，4262、U-shaped communicating pipe，4263、Gas collecting bottle，4264、Refrigeration machine，4265、Dehumidifying silica gel particle layer，427、Air compressor machine，5、Arc-shaped guide plate，6、Auxiliary transfer roller，7、Infrared induction is popped one's head in.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of protection of the invention.
Embodiment 1
nullRefer to Fig. 1、Fig. 3、Fig. 4 and Fig. 5，The present invention provides the first embodiment of a kind of veneer dehumidification drying device，Including housing 1，The inner chamber of described housing 1 is provided with input equipment 2，And the discharge outlet of input equipment 2 is connected at the feeding mouth of dehydrating unit 4 by transporter 3，Described dehydrating unit 4 includes the platform 41 that dehumidifies，And dehumidifying platform 41 be arranged over dehumidifying component 42，Described dehumidifying platform 41 includes the infiltration panel 411 being made up of high intensity, porous material，Infiltration panel 411 has certain water sorption，And the bottom of infiltration panel 411 is provided with vented cavity 413，It is covered with pore on described infiltration panel 411，And the inner space of pore and vented cavity 413，The sidewall of described infiltration panel 411 is sealed against each other with vented cavity 413 by sealing joint strip 412，The bottom of described vented cavity 413 is provided with suction opeing 414，And Negative pressure machine 415 is installed at suction opeing 414，At the charging aperture of described dehumidifying platform 41, the discharge outlet with dehumidifying platform 41 is equipped with auxiliary transfer roller 6，And the discharge outlet of dehumidifying platform 41 is also equipped with infrared induction probe 7，Described infrared induction probe 7 electrically connects with the extraneous switch that controls，And infrared induction probe 7 is electrically connected with the second motor 222；
nullDescribed dehumidifying component 42 includes suspension bracket 421，And the pawl that hangs of suspension bracket 421 is provided with clamping plate 423 with holes，The sidewall of described clamping plate with holes 423 is provided with spacing hole 4232，And the movable locating part 422 that pawl is provided with that hangs of spacing hole 4232 and suspension bracket 421 cooperates，Clamping plate 423 with holes can be replaced，It is uniformly provided with air holes 4231 on described clamping plate with holes 423，And the upper surface distance range of clamping plate with holes and veneer is 1 to 5 millimeter，The middle part of described clamping plate with holes 423 is interspersed with wind-guiding clamping plate 4233，And the air-guiding hole on wind-guiding clamping plate 4233 and the interlaced arrangement of air holes 4231，The size of air holes 4231 can be regulated on clamping plate 423 with holes to adapt to the veneer of different moisture content，The both sides, top of described suspension bracket 421 are mounted on drive link 428，And drive link 428 all extends to the outside of housing 1，The middle part of described suspension bracket 421 is interspersed with corrugated tube 424，And the top of corrugated tube 424 is punctured in the shell 425 being arranged at housing 1 top，It is provided with drying chamber 426 in the middle part of the inner chamber of described shell 425，The intracavity bottom of described shell 425 is provided with air compressor machine 427，Spacing between dehumidifying component 42 and dehumidifying platform 41 can arbitrarily be regulated to adapt to the veneer of different-thickness by so design，Simultaneously can also be according to spacing between water content regulation to optimize effect on moisture extraction.When water content height, shorten the distance between clamping plate 423 with holes and veneer so that the air velocity of veneer surface is accelerated, optimize effect on moisture extraction；When water content is low, increase the distance between clamping plate 423 with holes and veneer, optimize effect on moisture extraction.And the exhaust outlet of air compressor machine 427 is connected with corrugated tube 424, described infrared moisture detector the 23, first motor the 35, second motor 222, three-motor 314 and air compressor machine 427 all electrically connect with the extraneous switch that controls.
nullDescribed input equipment 2 includes the first delivery track 21，And first be provided with rolling device 22 and infrared moisture detector 23 on delivery track 21，Described rolling device 22 includes milling roller 221 and the second motor 222，And second motor 222 be rotationally connected by the axle end of belt with milling roller 221，The side surface of described milling roller 221 is uniformly provided with dials a point pawl 223，Described infrared moisture detector 23 electrically connects with the second motor 222，The water content of each veneer so can be detected timely，Control the veneer time in dehydrating unit 4，And then improve the effect of dehumidifying，The end of described first delivery track 21 is rotatablely equipped with transmission component 24，And transmission component 24 is connected with the feeding mouth of transporter 3 by the second delivery track 25，Described transmission component 24 includes the axis of guide 241，And the sidewall of the axis of guide 241 is uniformly provided with guiding soft board 242，Can import to piecemeal for veneer in transporter 3，Veneer can be put in batches，Simplify workflow，Improve work efficiency.
Described transporter 3 includes fixing conveyer frames 31 and movable conveyer frames 32, and fixing conveyer frames 31 and movable conveyer frames 32 are separately fixed at bottom and the top of housing 1 inner chamber of housing 1 inner chamber, the outside being inserted to housing 1 is worn in the support of described movable conveyer frames 32, the first transfer roller 33 it is rotatablely equipped with on described fixing conveyer frames 31, and it is rotatablely equipped with the second transfer roller 34 on elasticity conveyer frames, described first transfer roller 33, the outer wall of the second transfer roller 34 and auxiliary transfer roller 6 is even is provided with pin, the pin being provided with can increase the frictional force between transfer roller and veneer and can sting out certain aperture raising effect on moisture extraction in veneer surface；Gap is left between described first transfer roller 33 and the second transfer roller 34, and first transfer roller 33 be rotationally connected with the first motor 35 being arranged in housing 1 inner chamber by belt, described first motor 35 is electrically connected with infrared moisture detector 23 and infrared induction probe 7 respectively, movable conveyer frames 32 adjustable-height, and with certain elastic pressure, it is simple to adapt to the veneer transmission of different-thickness.
nullThe front end of described drying chamber 426 is provided with dehumidifying silica gel particle layer 4265，Described dehumidifying silica gel particle layer 4265 rear end face is provided with air inlet orifice plate 4261，It is evenly distributed with through hole on described air inlet orifice plate 4261，And the internally installed of through hole has U-shaped communicating pipe 4262，The rear being internally located at air inlet orifice plate 4261 of described drying chamber 426 is provided with waterproof ventilated membrane，The inside of described drying chamber 426 is additionally provided with the gas collecting bottle 4263 and refrigeration machine 4264 connected by pipeline，And the air inlet of the pipeline with air compressor machine 427 that gas collecting bottle 4263 is by being provided with electromagnetic valve connects，Described refrigeration machine 4264 is interconnected with the two ends of U-shaped communicating pipe 4262，By refrigeration machine 4264, dry gas is stored in gas collecting bottle 4263，Persistently the gas in gas collecting bottle 4263 can be poured in corrugated tube 424.
The present invention is by utilizing the infrared moisture detector 23 in input equipment 2 and the cooperation of infrared induction probe 7, can be according to height between transfer rate and clamping plate with holes 423 and the veneer of the size adjustment transporter 3 of water content in veneer, conveniently adapt to the veneer of different moisture content and different-thickness, veneer effect on moisture extraction is optimized.
In order to be easy to blanking after by transmission component 24 in veneer, the end of described second delivery track 25 is provided with arc-shaped guide plate 5, and arc-shaped guide plate 5 extends to the middle part of transmission component 24.
In order to improve the infiltration effect of infiltration panel 411, described high intensity, porous material is porous metal material.
Embodiment 2
nullRefer to Fig. 2、Fig. 3、Fig. 4 and Fig. 6，Second embodiment of the present invention a kind of veneer dehumidification drying device，Including housing 1，The inner chamber of described housing 1 is provided with input equipment 2，And the discharge outlet of input equipment 2 is connected at the feeding mouth of dehydrating unit 4 by transporter 3，Described dehydrating unit 4 includes the platform 41 that dehumidifies，And dehumidifying platform 41 be arranged over dehumidifying component 42，Described dehumidifying platform 41 includes the infiltration panel 411 being made up of high intensity, porous material，Infiltration panel 411 has certain water sorption，And the bottom of infiltration panel 411 is provided with vented cavity 413，It is covered with pore on described infiltration panel 411，And the inner space of pore and vented cavity 413，The sidewall of described infiltration panel 411 is sealed against each other with vented cavity 413 by sealing joint strip 412，The bottom of described vented cavity 413 is provided with suction opeing 414，And Negative pressure machine 415 is installed at suction opeing 414，At the charging aperture of described dehumidifying platform 41, the discharge outlet with dehumidifying platform 41 is equipped with auxiliary transfer roller 6，And the discharge outlet of dehumidifying platform 41 is also equipped with infrared induction probe 7，Described infrared induction probe 7 electrically connects with the extraneous switch that controls，And infrared induction probe 7 is electrically connected with the second motor 222；
nullDescribed dehumidifying component 42 includes suspension bracket 421，And the pawl that hangs of suspension bracket 421 is provided with clamping plate 423 with holes，The sidewall of described clamping plate with holes 423 is provided with spacing hole 4232，And the movable locating part 422 that pawl is provided with that hangs of spacing hole 4232 and suspension bracket 421 cooperates，Clamping plate 423 with holes can be replaced，It is uniformly provided with air holes 4231 on described clamping plate with holes 423，And the upper surface distance range of clamping plate with holes and veneer is 1 to 5 millimeter，The middle part of described clamping plate with holes 423 is interspersed with wind-guiding clamping plate 4233，And the air-guiding hole on wind-guiding clamping plate 4233 and the interlaced arrangement of air holes 4231，The size of air holes 4231 can be regulated on clamping plate 423 with holes to adapt to the veneer of different moisture content，It is uniformly provided with air holes 4231 at the front end 1/3rd of described clamping plate with holes 423，The both sides, top of described suspension bracket 421 are mounted on drive link 428，And drive link 428 all extends to the outside of housing 1，The middle part of described suspension bracket 421 is interspersed with corrugated tube 424，And the top of corrugated tube 424 is punctured in the shell 425 being arranged at housing 1 top，It is provided with drying chamber 426 in the middle part of the inner chamber of described shell 425，The intracavity bottom of described shell 425 is provided with air compressor machine 427，Spacing between dehumidifying component 42 and dehumidifying platform 41 can arbitrarily be regulated to adapt to the veneer of different-thickness by so design，Simultaneously can also be according to spacing between water content regulation to optimize effect on moisture extraction.When water content height, shorten the distance between clamping plate 423 with holes and veneer so that the air velocity of veneer surface is accelerated, optimize effect on moisture extraction；When water content is low, increase the distance between clamping plate 423 with holes and veneer, optimize effect on moisture extraction.And the exhaust outlet of air compressor machine 427 is connected with corrugated tube 424, described infrared moisture detector the 23, first motor the 35, second motor 222, three-motor 314 and air compressor machine 427 all electrically connect with the extraneous switch that controls.
nullDescribed input equipment 2 includes the first delivery track 21，And first be provided with rolling device 22 and infrared moisture detector 23 on delivery track 21，Described rolling device 22 includes milling roller 221 and the second motor 222，And second motor 222 be rotationally connected by the axle end of belt with milling roller 221，The side surface of described milling roller 221 is uniformly provided with dials a point pawl 223，Described infrared moisture detector 23 electrically connects with the second motor 222，The end of described first delivery track 21 is rotatablely equipped with transmission component 24，And transmission component 24 is connected with the feeding mouth of transporter 3 by the second delivery track 25，Described transmission component 24 includes the axis of guide 241，And the sidewall of the axis of guide 241 is uniformly provided with guiding soft board 242，Can import to piecemeal for veneer in transporter 3，Veneer can be put in batches，Simplify workflow，Improve work efficiency.
nullDescribed transporter 3 includes bracing frame 36 and hanger bracket 37，The middle part of support frame as described above 36 is rotatablely equipped with at least four the first power transmission shaft 38，And first be rotationally connected by the first conveyer belt 39 of tight between power transmission shaft 38，The middle part of described hanger bracket 37 is rotatablely equipped with at least three second driving shaft 310，And the gap location of two adjacent second driving shafts 310 is provided with counterweight power transmission shaft 311，The two ends of described counterweight power transmission shaft 311 are all slidably connected with adjacent two second driving shafts 310 by cambered way 312，And second driving shaft 310 and counterweight power transmission shaft 311 are rotationally connected by the second conveyer belt 313 of tight，Described first power transmission shaft 38 is rotationally connected with the three-motor 314 in housing 1 inner chamber by belt，Described three-motor 314 is electrically connected with infrared moisture detector 23 and infrared induction probe 7 respectively，Described three-motor 314 electrically connects with the extraneous switch that controls，So design has certain shaping pressing effect to veneer.
nullThe front end of described drying chamber 426 is provided with dehumidifying silica gel particle layer 4265，Described dehumidifying silica gel particle layer 4265 rear end face is provided with air inlet orifice plate 4261，It is evenly distributed with through hole on described air inlet orifice plate 4261，And the internally installed of through hole has U-shaped communicating pipe 4262，The rear being internally located at air inlet orifice plate 4261 of described drying chamber 426 is provided with waterproof ventilated membrane，The inside of described drying chamber 426 is additionally provided with the gas collecting bottle 4263 and refrigeration machine 4264 connected by pipeline，And the air inlet of the pipeline with air compressor machine 427 that gas collecting bottle 4263 is by being provided with electromagnetic valve connects，Described refrigeration machine 4264 is interconnected with the two ends of U-shaped communicating pipe 4262，By refrigeration machine 4264, dry gas is stored in gas collecting bottle 4263，Persistently the gas in gas collecting bottle 4263 can be poured in corrugated tube 424.
The present invention is by utilizing the infrared moisture detector 23 in input equipment 2 and the cooperation of infrared induction probe 7, can be according to height between size and clamping plate with holes 423 and the veneer of air holes 4231 on the size adjustment of water content clamping plate with holes 423 in veneer, conveniently adapt to the veneer of different moisture content and different-thickness, by being provided with dehydrating unit 4 in housing 1, moist veneer is effectively dehumidified by housing 1 by dehydrating unit 4.
In order to improve the infiltration effect of infiltration panel 411, described high intensity, porous material is porous ceramics.
nullThe operation principle of the present invention: veneer is screened by the present invention by veneer by input equipment 2，It is transported to dehumidify on platform 41 after veneer being carried out extruding polishing by transporter 3 again，Extracted by air compressor machine 427 air to external world again，Outside air is dried by drying chamber 426，By corrugated tube 424, dry air is blown to by clamping plate 423 with holes the surface of veneer again，Reach the effect of removal moisture drying，The upper surface of dehumidifying platform 41 contacts the gas for coming and moisture through drum with veneer，Lower surface and the both sides sealing joint strip 412 of dehumidifying platform 41 wrap up，Air and moisture is made all to take away at suction opeing 414，Improve pressure，Optimize effect on moisture extraction，Infiltration panel 411 is made up of high intensity, porous material，There is certain water sorption，Add following Negative pressure machine 415 to take out and can improve effect on moisture extraction.
Although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, being appreciated that and these embodiments can carry out multiple change without departing from the principles and spirit of the present invention, revise, replace and modification, the scope of the present invention be defined by the appended.
Claims (9)
- null1. a veneer dehumidification drying device，It is characterized in that: include housing (1)，The inner chamber of described housing (1) is provided with input equipment (2)，And the discharge outlet of input equipment (2) is connected at the feeding mouth of dehydrating unit (4) by transporter (3)，Described dehydrating unit (4) includes the platform (41) that dehumidifies，And dehumidifying platform (41) be arranged over dehumidifying component (42)，Described dehumidifying platform (41) includes the infiltration panel (411) being made up of high intensity, porous material，And the bottom of infiltration panel (411) is provided with vented cavity (413)，It is covered with pore on described infiltration panel (411)，And the inner space of pore and vented cavity (413)，The sidewall of described infiltration panel (411) is sealed against each other with vented cavity (413) by sealing joint strip (412)，The bottom of described vented cavity (413) is provided with suction opeing (414)，And suction opeing (414) place is provided with Negative pressure machine (415)，At the charging aperture of described dehumidifying platform (41), the discharge outlet with dehumidifying platform (41) is equipped with auxiliary transfer roller (6)，And the discharge outlet of dehumidifying platform (41) is also equipped with infrared induction probe (7)，Described infrared induction probe (7) electrically connects with the extraneous switch that controls，And infrared induction probe (7) is electrically connected with the second motor (222)；nullDescribed dehumidifying component (42) includes suspension bracket (421)，And the pawl that hangs of suspension bracket (421) is provided with clamping plate with holes (423)，The sidewall of described clamping plate with holes (423) is provided with spacing hole (4232)，And the movable locating part (422) that pawl is provided with that hangs of spacing hole (4232) and suspension bracket (421) cooperates，It is uniformly provided with air holes (4231) on described clamping plate with holes (423)，The middle part of described clamping plate with holes (423) is interspersed with wind-guiding clamping plate (4233)，And the air-guiding hole on wind-guiding clamping plate (4233) and air holes (4231) interlaced arrangement，The both sides, top of described suspension bracket (421) are mounted on drive link (428)，And drive link (428) all extends to the outside of housing (1)，The middle part of described suspension bracket (421) is interspersed with corrugated tube (424)，And the top of corrugated tube (424) is punctured in the shell (425) being arranged at housing (1) top，Drying chamber (426) it is provided with in the middle part of the inner chamber of described shell (425)，The intracavity bottom of described shell (425) is provided with air compressor machine (427)，And the exhaust outlet of air compressor machine (427) is connected with corrugated tube (424)，Described second motor (222) and air compressor machine (427) all electrically connect with the extraneous switch that controls.
- nullA kind of veneer dehumidification drying device the most according to claim 1，It is characterized in that: described input equipment (2) includes the first delivery track (21)，And first be provided with rolling device (22) and infrared moisture detector (23) on delivery track (21)，Described rolling device (22) includes milling roller (221) and the second motor (222)，And second motor (222) be rotationally connected by the axle end of belt with milling roller (221)，The side surface of described milling roller (221) is uniformly provided with dials a point pawl (223)，Described infrared moisture detector (23) electrically connects with the second motor (222) and infrared moisture detector (23) electrically connects with the extraneous switch that controls，The end of described first delivery track (21) is rotatablely equipped with transmission component (24)，And transmission component (24) is connected with the feeding mouth of transporter (3) by the second delivery track (25)，Described transmission component (24) includes the axis of guide (241)，And the sidewall of the axis of guide (241) is uniformly provided with guiding soft board (242).
- nullA kind of veneer dehumidification drying device the most according to claim 1，It is characterized in that: described transporter (3) includes fixing conveyer frames (31) and movable conveyer frames (32)，And fixing conveyer frames (31) and movable conveyer frames (32) are separately fixed at bottom and the top of housing (1) inner chamber of housing (1) inner chamber，The outside being inserted to housing (1) is worn in the support of described movable conveyer frames (32)，It is rotatablely equipped with the first transfer roller (33) on described fixing conveyer frames (31)，And it is rotatablely equipped with the second transfer roller (34) in activity conveyer frames (32)，Described first transfer roller (33)、The outer wall of the second transfer roller (34) and auxiliary transfer roller (6) is even is provided with pin，Gap is left between described first transfer roller (33) and the second transfer roller (34)，And first transfer roller (33) be rotationally connected with the first motor (35) being arranged in housing (1) inner chamber by belt，Described first motor (35) is electrically connected with infrared moisture detector (23) and infrared induction probe (7) respectively，Described first motor (35) electrically connects with the extraneous switch that controls.
- nullA kind of veneer dehumidification drying device the most according to claim 1，It is characterized in that: described transporter (3) includes bracing frame (36) and hanger bracket (37)，The middle part of support frame as described above (36) is rotatablely equipped with at least four the first power transmission shaft (38)，And first be rotationally connected by first conveyer belt (39) of tight between power transmission shaft (38)，The middle part of described hanger bracket (37) is rotatablely equipped with at least three second driving shaft (310)，And the gap location of two adjacent second driving shafts (310) is provided with counterweight power transmission shaft (311)，The two ends of described counterweight power transmission shaft (311) are all slidably connected with adjacent two second driving shafts (310) by cambered way (312)，And second driving shaft (310) and counterweight power transmission shaft (311) are rotationally connected by second conveyer belt (313) of tight，Described first power transmission shaft (38) is rotationally connected with the three-motor (314) in housing (1) inner chamber by belt，Described three-motor (314) is electrically connected with infrared moisture detector (23) and infrared induction probe (7) respectively，Described three-motor (314) electrically connects with the extraneous switch that controls.
- nullA kind of veneer dehumidification drying device the most according to claim 1，It is characterized in that: the front end of described drying chamber (426) is provided with dehumidifying silica gel particle layer (4265)，Described dehumidifying silica gel particle layer (4265) rear end face is provided with air inlet orifice plate (4261)，It is evenly distributed with through hole on described air inlet orifice plate (4261)，And the internally installed of through hole has U-shaped communicating pipe (4262)，The rear being internally located at air inlet orifice plate (4261) of described drying chamber (426) is provided with waterproof ventilated membrane，The inside of described drying chamber (426) is additionally provided with the gas collecting bottle (4263) and refrigeration machine (4264) connected by pipeline，And the air inlet of the pipeline with air compressor machine (427) that gas collecting bottle (4263) is by being provided with electromagnetic valve connects，Described refrigeration machine (4264) is interconnected with the two ends of U-shaped communicating pipe (4262).
- A kind of veneer dehumidification drying device the most according to claim 2, it is characterized in that: the end of described second delivery track (25) is provided with arc-shaped guide plate (5), and arc-shaped guide plate (5) extends to the middle part of transmission component (24).
- A kind of veneer dehumidification drying device the most according to claim 1, it is characterised in that: described clamping plate with holes (423) are 1 to 5 millimeter with the upper surface distance range of veneer.
- A kind of veneer dehumidification drying device the most according to claim 1, it is characterised in that: it is uniformly provided with air holes (4231) at the front end 1/3rd of described clamping plate with holes (423).
- A kind of veneer dehumidification drying device the most according to claim 1, it is characterised in that: described high intensity, porous material is porous metal material or porous ceramics.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620136961.XU CN205448656U (en) | 2016-02-23 | 2016-02-23 | Wood skin dehumidification drying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620136961.XU CN205448656U (en) | 2016-02-23 | 2016-02-23 | Wood skin dehumidification drying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205448656U true CN205448656U (en) | 2016-08-10 |
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ID=56582157
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620136961.XU Expired - Fee Related CN205448656U (en) | 2016-02-23 | 2016-02-23 | Wood skin dehumidification drying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205448656U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112984967A (en) * | 2021-03-03 | 2021-06-18 | 苑文娜 | Drying equipment for bamboo charcoal fiber fabric |
| CN115848978A (en) * | 2022-11-30 | 2023-03-28 | 安徽省汇金木业股份有限公司 | Automatic detection system for water content of wood board |
-
2016
- 2016-02-23 CN CN201620136961.XU patent/CN205448656U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112984967A (en) * | 2021-03-03 | 2021-06-18 | 苑文娜 | Drying equipment for bamboo charcoal fiber fabric |
| CN115848978A (en) * | 2022-11-30 | 2023-03-28 | 安徽省汇金木业股份有限公司 | Automatic detection system for water content of wood board |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160810 Termination date: 20170223 |