CN205917288U - High -efficient leather drying system - Google Patents
High -efficient leather drying system Download PDFInfo
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- CN205917288U CN205917288U CN201620819976.6U CN201620819976U CN205917288U CN 205917288 U CN205917288 U CN 205917288U CN 201620819976 U CN201620819976 U CN 201620819976U CN 205917288 U CN205917288 U CN 205917288U
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Abstract
The utility model relates to a dry field of leather especially relates to high -efficient leather drying system, including the conveying mechanism, the dry mechanism that is used for producing hot air drying that are used for carrying the leather, connect to be used for carrying the hot air drying that dry mechanism produced to conveying mechanism's air inlet mechanism, to connect the moist cold wind that produces after dry mechanism and conveying mechanism are used for the conveying mechanism drying in dry mechanism and conveying mechanism and carry to the air -out mechanism of dry mechanism, the utility model discloses to the leather carry on drying effect good, dry even, use manpower sparingly, be favorable to high -efficient leather drying system energy -concerving and environment -protective, that festival energy saving consumes.
Description
Technical field
This utility model is related to leather drying field, more particularly to efficient leather drying system.
Background technology
Leather is through losing hair or feathers and the not perishable animal skins of degeneration obtained by the physics such as tanning, chemical process.Leather
It is made up of in three dimensions close weave natural protein fibre, there is a kind of special grain layer on its surface, has nature
Graining and gloss, comfortable feel.Leather is widely used in the main body industry such as shoemaking, fur clothing, leather goods, fur and its product,
And the supporting industry such as leather chemical industry, leather five metals, leather machine, adjuvant.
The fabrication processing of leather is respectively as follows: preparatory process at present, removes the process hides useless material in rawhide, tanning work
Sequence, is to make rawhide be changed into the qualitative change process removed from office, arranging process, by effect and the various machining of a series of leather chemicalses
Leather is made to obtain various use value.
Need to be dried process to leather during arranging process, drying equipment of the prior art is by by skin
Leather carries out hanging and air-dries or put into drying up with to leather using blowing, the drawbacks of both approaches all have certain, one
Aspect, hanging is air-dried, and loses time, uneven drying, needs manually to carry out turn-over, waste of manpower, inefficiency, the
Two aspects, using blowing leather is dried up, step play loaded down with trivial details, operation not aspect, drying effect bad, the third aspect, hanging
It is dried with blowing and all easily cause leather fold, uneven drying.
Utility model content
For solving the above problems, this utility model provides a kind of drying efficiency height, drying effect is good, save manpower, energy-conservation
Environmental protection, efficient leather drying system.
This utility model be the technical scheme is that efficient leather drying system, including the conveying for conveying leather
Mechanism, for producing the drier of dry-heat air, being connected to what drier and conveying mechanism were used for producing drier
Dry-heat air is delivered to the air inlet mechanism of conveying mechanism, being connected to that drier and conveying mechanism be used for will be after conveying mechanism be dried
The moistening cold wind producing is delivered to the air outlet mechanism of drier.
Being improved to further to technique scheme, described conveying mechanism includes feeding station, transmission station, blankers
Position, described transmission station includes frame, is connected to frame both sides and is arranged above and below for leather is circulated with some of transmission
If individual power transmission shaft, the dried layer conveyer belt being set around on power transmission shaft, the Power Component of driving power transmission shaft motion, also include being symmetrical arranged
It is used for the positioning component that leather is positioned in every layer of conveyor width direction both sides；The upper surface of lower floor's conveyer belt and upper strata
Spacing between the lower surface of conveyer belt is matched with the thickness of leather；Described feeding station is located at the input of the superiors' conveyer belt
End, described discharge station is located at the outfan of orlop conveyer belt.
Being improved to further to technique scheme, described air inlet mechanism includes the first air intake being connected to drier
Manage, be symmetricly set in the wind guiding component of conveying mechanism conveying direction both sides, be connected between the first blast pipe and wind guiding component
Second blast pipe, it is installed in the frame of conveying mechanism and several air outlets of setting corresponding with every layer of conveyer belt, connection
Guide duct between air outlet and wind guiding component.
Being improved to further to technique scheme, described wind guiding component includes housing, is installed on leading of enclosure interior
Wind blower fan, the transition conduit being connected between guide duct and wind-guiding blower fan.
Being improved to further to technique scheme, described air outlet tilts upward setting, and air outlet is in round table-like, even
The diameter being connected to guide duct one end is less than the diameter deviating from guide duct one end.
Being improved to further to technique scheme, described air outlet mechanism one end is connected to the top of conveying mechanism, separately
One end is connected to the top of drier, and described air outlet mechanism includes exhaust hood, the row of being connected to being connected to conveying mechanism top
Discharge pipe between fan housing and drier, it is arranged at exhaust hood and the air-out blower fan of conveying mechanism junction.
Being improved to further to technique scheme, described drier includes operating room, is arranged at operating room top
For introduce outside air to the indoor fresh wind port that works, be arranged at operating room side wall for air draft that work room air is discharged
Mouthful, be arranged at operating room top for the return air inlet of the indoor air exchange of work, be arranged at work indoor and with return air inlet phase
The brethaid of connection；Described work interior is additionally provided with and is dried the dry of heating for the fresh air indoor to work and return air
Dry firing equipment, described exhaust outlet connection drying heating device is expelled to operating room with the dry-heat air after heating drying
Outward；Described air inlet mechanism is communicated in the exhaust outlet of drier, and described air outlet mechanism is communicated in the fresh wind port of drier.
The beneficial effects of the utility model are:
1st, in this utility model, leather passes through conveying mechanism circulation conveying, and drier produces dry-heat air, by air intake
Dry-heat air is imported in conveying mechanism by mechanism, and dry-heat air occurs heat exchange with the leather in conveying mechanism, so that leather is able to
It is dried, dry-heat air temperature reduces and is changed into moistening cold wind simultaneously, then imports drier through air outlet mechanism, to realize gas circulation
Using.By dry-heat air, the leather in motion is dried, drying efficiency is high, drying effect is good, dried moistening cold
Wind does not directly discharge, but is again utilized to form dry-heat air, is conducive to energy-conserving and environment-protective.
2nd, described conveying mechanism includes feeding station, transmission station, discharge station, and described transmission station includes frame, even
If be connected to frame both sides and be arranged above and below for leather is circulated with transmission several power transmission shafts, be set around on power transmission shaft
Dried layer conveyer belt, the Power Component of driving power transmission shaft motion, also include being symmetricly set in every layer of conveyor width direction both sides use
In the positioning component that leather is positioned；Spacing between the lower surface of the upper surface of lower floor's conveyer belt and upper strata conveyer belt with
The thickness of leather matches；Described feeding station is located at the input of the superiors' conveyer belt, and described discharge station is located at orlop
Leather is carried out feeding by feeding station and enters transmission station, passes through power packages in transmission station by the outfan of conveyer belt
The outfan of part drives several transmissions by Timing Belt, if driving dried layer conveyer belt by some power transmission shafts, leather is carried out
Transmission, is positioned to leather width by positioning component in transmitting procedure, will when leather is transmitted to end by conveyer belt
By correcting assembly high-ranking officers positive leather transmission direction, leather is imported conveyer belt, the upper surface of lower floor's conveyer belt and the upper strata of lower floor
Spacing between the lower surface of conveyer belt is matched with the thickness of leather, imports discharge station after circulation conveying, on the one hand,
If driving several power transmission shafts to drive dried layer conveyer belt to be synchronized with the movement by drive component, transmission speed on each conveyer belt for the leather
Degree is consistent, stable, high working efficiency, and drying area is big, uniform drying, second aspect, is led leather by correcting assembly
Enter lower floor import, calibration result is good, high working efficiency, save manpower, the third aspect, by the upper surface of lower floor's conveyer belt with upper
The lower surface of layer conveyer belt carries out compacting transmission to leather, and in effective guarantee transmitting procedure, fold, transmission be not steady, dry for leather
Dry area is big, uniform drying, saving manpower.
If the 3, the length of described layer conveyer belt increases from top to bottom successively, and if dried layer conveyer belt one end alignment,
With ensure in transmitting procedure leather can smooth transport, drying area is big, be dried evenly, drying effect good.
4th, an end of described every layer of conveyer belt and the junction of lower floor's conveyer belt are provided with for correcting leather position
Leather is imported lower floor's importing by correcting assembly by correction assembly, and calibration result is good, high working efficiency, saving manpower.
5th, described Power Component includes motor, the synchronizing wheel being sheathed on power transmission shaft one end drive power transmission shaft rotation, connects
It is connected between motor outfan and synchronizing wheel and is used for driving several Timing Belts of synchronizing wheel synchronous rotary, by driving electricity
The outfan of machine drives several synchronizing wheels to drive several Timing Belts, and transmission speed is consistent, high working efficiency, drying area
Greatly, uniform drying.
6th, described feeding station is obliquely installed, and imports in conveyer belt by gravity principle by leather, and importing effect is good, setting
Simply.
7th, described discharge station includes the mounting table for placing the leather after being recycled, described mounting table place with
Bottom conveyor upper surface one end, when leather is fixed guarantee skin after circle transmission by leather importing mounting table by leather
Leather is neatly put on mounting table, high degree of automation, saves manpower.
8th, also include the control station for being controlled to transmission, simple to operate, control effect is good.
9th, described air inlet mechanism includes being connected to the first blast pipe of drier, is symmetricly set in conveying mechanism conveying side
To the wind guiding component of both sides, the second blast pipe being connected between the first blast pipe and wind guiding component, it is installed on conveying mechanism
In frame and several air outlets of setting corresponding with every layer of conveyer belt, the wind-guiding being connected between air outlet and wind guiding component
Pipe, air-out effect is good, uniform drying, high working efficiency, save manpower.
10th, described wind guiding component includes housing, the wind-guiding blower fan being installed on enclosure interior, is connected to guide duct and wind-guiding wind
Transition conduit between machine, described transition conduit is offered some evenly distributed air outlets, is led hot blast by discharge pipe
Hot blast is dispersed to transition conduit by wind blower fan, is uniformly derived hot blast by air outlet afterwards, derives that effect is good, high working efficiency, dry
Dry effect is good, uniform drying.
11st, described air outlet tilts upward setting, and air outlet is in round table-like, and the diameter being connected to guide duct one end is less than the back of the body
From the diameter of guide duct one end, by hot blast derivation evenly, strengthen further drying effect, be dried evenly, save manpower.
12nd, described air outlet mechanism one end is connected to the top of conveying mechanism, and the other end is connected to the top of drier, institute
State air outlet mechanism include being connected to the exhaust hood at conveying mechanism top, the discharge pipe being connected between exhaust hood and drier,
It is arranged at the air-out blower fan of exhaust hood and conveying mechanism junction, produced moistening cold after air-out blower fan is by leather drying
Wind imports drier after carrying out reclaiming in/out air tube, is conducive to energy-conserving and environment-protective, saves energy consumption.
13rd, described drier includes operating room, is arranged at operating room top and is used for introducing outside air to the interior that works
Fresh wind port, be arranged at operating room side wall for work room air discharge exhaust outlet, be arranged at operating room top for
The return air inlet of the indoor air exchange of work, it is arranged at the brethaid that work is indoor and is connected with return air inlet；Described work
Interior is additionally provided with the drying heating device being dried heating for the fresh air indoor to work and return air, described exhaust outlet connection
It is outdoor that drying heating device is expelled to work with the dry-heat air after heating drying；Described air inlet mechanism is communicated in drying machine
The exhaust outlet of structure, described air outlet mechanism is communicated in the fresh wind port of drier, and drier introduces conveying mechanism by fresh wind port
The moistening cold wind discharged, is realized the gas inside and outside operating room and swaps by return air inlet and brethaid, using fresh air plus
Return air pattern, is conducive to improving the indoor air quality of work, it is to avoid introduce new impurity when leather is dried, no secondary
Pollution；Second aspect, is processed by the drying heating device moistening cold wind indoor to work so that discharging through air outlet
Air is dry-heat air, and when dry-heat air is blown to leather surface, rapid and leather occurs heat exchange, accelerates leather surface simultaneously
Air flow, is conducive to improving leather drying efficiency.
14th, described fresh wind port and return air inlet are provided with the filtration for being filtered to the air entering work interior
Net；Described process chamber top is provided with gas skirt, and second pipe is connected to gas skirt top, and described first pipeline is connected to process chamber
Side wall lower ends, fresh wind port and return air inlet are provided with for entering the drainage screen that the indoor air of work is filtered, passing through
Drainage screen filters off the impurity of in the air it is ensured that entering the cleanliness factor of the indoor fresh air of work and return air, prevent secondary pollution so that
This utility model is more environmentally-friendly.
15th, also include being arranged at the indoor air-introduced machine for introducing fresh air by fresh wind port of work and for by air outlet
Discharge dry-heat air aerator, by air-introduced machine accelerate fresh air enter, by aerator accelerate dry-heat air discharge so that
Work indoor air flows are fast, are conducive to improving leather drying efficiency.
16th, described brethaid includes positioned at the indoor indoor set of work, is located at the outdoor off-premises station of work, communication chamber
Interior machine and the outlet pipe of off-premises station, by air-introduced machine accelerate fresh air enter, by aerator accelerate dry-heat air discharge so that
Work indoor air flows are fast, are conducive to improving leather drying efficiency.
17th, described drying heating device includes the first dry component, the second dry component and the heating assembly being sequentially connected,
Also include the compressor positioned at the first dry component side, the indoor moistening cold wind of work first is compressed becoming by described compressor
For moistening warm air, described first dry component and the second dry component enter to the moistening warm air of the air compressor process of warp successively
Row is dried for the first time and second drying obtains warm air is dried to remove the moisture in moistening warm air, and described heating assembly is to through dry
Dry warm air be dried carry out heating obtain dry-heat air；Be provided with environmental protection coolant in described compressor, drying heating device include according to
Secondary the first connected dry component, the second dry component and heating assembly, also include the compression positioned at the first dry component side
Machine, the indoor moistening cold wind of work first is compressed being changed into moistening warm air by compressor, and the first dry component and second is dried group
The moistening warm air that part is processed to the air compressor of warp successively carries out being dried for the first time and is dried to remove moistening warm air for second
In moisture obtain being dried warm air, heating assembly carries out heating and obtains dry-heat air to the warm air that is dried of drying.Compressor exists
During air is compressed, releases heat and air themperature is raised, meanwhile, air is dried group in compressor and first
It is circulated between part, air realizes gas circulation between compressor and the second dry component, improving dry heat efficiency
While, realize the circulation-supplied of energy, be conducive to energy-conserving and environment-protective.Gas is carried out through the first dry component and the second dry component
It is dried twice, moisture content is low, be conducive to improving drying efficiency.
Brief description
Fig. 1 is exploded view of the present utility model；
Fig. 2 is axonometric chart of the present utility model；
Fig. 3 is side view of the present utility model；
Fig. 4 is front view of the present utility model；
Fig. 5 is conveying mechanism axonometric chart of the present utility model；
Fig. 6 is the structural representation of drier of the present utility model；
Fig. 7 is wind guiding component axonometric chart of the present utility model.
Specific embodiment
Below in conjunction with accompanying drawing, this utility model is further described.
As shown in Figure 1 to 4, exploded view respectively of the present utility model, axonometric chart, side view and front view.
Efficiently leather drying system 100, in conveying mechanism 110, leather is imported transmission by feeding station 111 by leather
With 112 by the width of the fixing leather of positioning component 113, correct assembly 114 by conveyer belt 112 when leather is transmitted to end
The transmission direction of correction leather is imported lower floor, transmission is stable, passes through the operating room of drier 120 in leather transmitting procedure
Hot blast is directed at the first blast pipe 131 and second blast pipe 132 of air inlet mechanism 130 by 121 manufacture hot blasts by fresh wind port 122,
By the first blast pipe 131 and the second blast pipe 132, the wind-guiding blower fan 134 that hot blast passes through within wind guiding component 133 is connected
Several air outlets 137 in uniform for hot blast dispatch to transition conduit 136 are dried by guide duct 135 to leather, uniform drying,
High working efficiency, when leather passes through to produce moistening cold wind in the dry run of drier 120, moistening cold wind will pass through
The exhaust hood 141 of wind mechanism 140 just reclaims to moistening cold wind, by air-out blower fan 142 by moistening cold wind suction discharge pipe
143, discharge pipe 143 is connected to the operating room 121 of exhaust hood 141 and drying device, generation heat exchange in operating room 121, and one
Aspect, is circulated utilization to the moistening cold wind reclaiming, is conducive to energy-conserving and environment-protective, second aspect, by hot blast, leather is carried out
It is dried, drying efficiency height, uniform drying, saving manpower, the third aspect, pass through positioning in transmitting procedure and ensure that leather neatly passes
Defeated, laser propagation effect is good, high working efficiency, saving manpower.
As shown in figure 5, being conveying mechanism axonometric chart of the present utility model
Conveying mechanism 110 includes feeding station 111, transmission station 119, discharge station 115, and described transmission station 119 wraps
Including rack 116, be connected to frame 116 both sides and be arranged above and below for leather is circulated with transmission several power transmission shafts 117,
If the dried layer conveyer belt 112 being set around on power transmission shaft 117, the Power Component 118 of driving power transmission shaft 117 motion, also include symmetrical
It is arranged at every layer of conveyer belt 112 width both sides for the positioning component 113 that leather is positioned；Lower floor's conveyer belt 112
Upper surface and the lower surface of upper strata conveyer belt 112 between spacing match with the thickness of leather；Described feeding station 111
In the input of the superiors' conveyer belt 112, described discharge station 115 is located at the outfan of orlop conveyer belt 112, by feeding
Leather is carried out feeding and enters transmission station 119 by station 111, is led to by the outfan of Power Component 118 in transmission station 119
Crossing Timing Belt 118c and drive several transmissions, if driving dried layer conveyer belt 112 by some power transmission shafts 117, leather being passed
Defeated, by positioning component 113, leather width is positioned in transmitting procedure, when leather is transmitted to end by conveyer belt 112
When will by correct assembly 114 by correct leather transmission direction by leather import lower floor conveyer belt 112, lower floor's conveyer belt 112
Upper surface and the lower surface of upper strata conveyer belt 112 between spacing match with the thickness of leather, led after circulation conveying
Enter discharge station 115, on the one hand, if driving several power transmission shafts 117 to drive dried layer conveyer belt 112 by Power Component 118, pass
Defeated speed is consistent, high working efficiency, and drying area is big, uniform drying, second aspect, is imported leather by correcting assembly 114
Lower floor imports, and calibration result is good, high working efficiency, saving manpower, the third aspect, by upper surface and upper strata conveyer belt 112
Lower surface carries out compacting transmission to leather, effectively ensure in transmitting procedure leather not fold, transmission steadily, drying area big,
Uniform drying, saving manpower.
If the length of layer conveyer belt 112 increases from top to bottom successively, and if dried layer conveyer belt 112 one end alignment,
With ensure in transmitting procedure leather can smooth transport, drying area is big, be dried evenly, high working efficiency.
One end of every layer of conveyer belt 112 and the junction of lower floor's conveyer belt 112 are provided with for correcting leather position
Leather is imported lower floor's importing by correcting assembly 114 by correction assembly 114, and calibration result is good, high working efficiency, saving manpower.
Power Component 118 includes motor 118a, is sheathed on the same of power transmission shaft 117 one end drive power transmission shaft 117 rotation
Step is taken turns 118b, is connected between motor 118a outfan and synchronizing wheel 118b for driving synchronizing wheel 118b synchronous rotary
Several Timing Belts 118c, drives several synchronizing wheels 118b to drive several Timing Belts by the outfan of motor 118a
118c, transmission speed is consistent, high working efficiency, and drying area is big, uniform drying.
Feeding station 111 is obliquely installed, and imports in conveyer belt 112 by gravity principle by leather, and importing effect is good, setting
Simply.
Discharge station 115 includes the mounting table 115a for placing the leather after transmission, described mounting table 115a place with
Bottommost conveyer belt 112 upper surface one end, when leather is fixed after transmission by leather by leather importing mounting table 115a
Ensure that leather is neatly put on mounting table 115a, high degree of automation, save manpower.
Air inlet mechanism 130 includes being connected to the first blast pipe 131 of drier 120, is symmetricly set in conveying mechanism 110
The wind guiding component 133 of conveying direction both sides, the second blast pipe being connected between the first blast pipe 131 and wind guiding component 133
132nd, be installed in the frame 116 of conveying mechanism 110 and several air outlets 137 of setting corresponding with every layer of conveyer belt 112,
It is connected to the guide duct 135 between air outlet 137 and wind guiding component 133, air-out effect, uniform drying, high working efficiency, saving
Manpower.
As shown in fig. 7, being wind guiding component axonometric chart of the present utility model
Wind guiding component 133 includes housing, the wind-guiding blower fan 134 being installed on enclosure interior, is connected to guide duct 135 and wind-guiding
Transition conduit 136 between blower fan 134, described transition conduit 136 offers some evenly distributed air outlets 137, by first
Hot blast is imported wind-guiding blower fan 134 and hot blast is dispersed to transition conduit 136 by blast pipe 131 and the second blast pipe 132, passes through air-out afterwards
Hot blast is uniformly derived by mouth 137, and derivation effect is good, high working efficiency, drying effect are good, uniform drying.
Described air outlet 137 tilts upward setting, and air outlet 137 is in round table-like, is connected to the diameter of guide duct 135 one end
Less than deviating from the diameter of guide duct 135 one end, by hot blast derivation evenly, strengthen further drying effect, be dried evenly,
Save manpower.
Described air outlet mechanism 140 one end is connected to the top of conveying mechanism 110, and the other end is connected to drier 120
Top, described air outlet mechanism 140 includes being connected to the exhaust hood 141 at conveying mechanism 110 top, is connected to exhaust hood 141 and does
Discharge pipe 143 between dry mechanism 120, it is arranged at exhaust hood 141 and the air-out blower fan 142 of conveying mechanism 110 junction, pass through
Moistening cold wind produced after leather drying is carried out reclaiming importing drier 120 after in/out air tube 143 by air-out blower fan 142,
Be conducive to energy-conserving and environment-protective, save energy consumption.
If Fig. 6 is the structural representation of drier of the present utility model
Drier 120 includes operating room 121, is arranged at operating room 121 side and is used for introducing outside air to operating room
Fresh wind port 122 in 121, it is arranged at operating room 121 side wall for exhaust outlet 121a that air in operating room 121 is discharged, setting
In operating room 121 top be used for the return air inlet 121b of air exchange in operating room 121, be arranged at the operating room 121 in and with time
The brethaid 121c that air port 121b is connected；Be additionally provided with described operating room 121 for the fresh air in operating room 121 and
Return air is dried the drying heating device 121d of heating, and described exhaust outlet 121a connection drying heating device 121d is with will be through dry
Dry-heat air after dry heating is expelled to outside operating room 121；Described air inlet mechanism 130 is communicated in the exhaust outlet of drier 120
121a, described air outlet mechanism 140 is communicated in the fresh wind port 122 of drier 120, and drier 120 is introduced by fresh wind port 122
The moistening cold wind that conveying mechanism 110 is discharged, realizes the gas inside and outside operating room 121 by return air inlet 121b and brethaid 121c
Body swaps, and using fresh air add-back wind pattern, is conducive to improving the air quality in operating room 121, it is to avoid leather is carried out
New impurity, non-secondary pollution is introduced when being dried；Second aspect, by drying heating device 121d to wet in operating room 121
Profit cold wind is processed so that being dry-heat air through the air that air outlet 137 is discharged, when dry-heat air is blown to leather surface,
There is heat exchange in rapid and leather, accelerate leather surface air flow simultaneously, is conducive to improving leather drying efficiency.
Fresh wind port 122 and return air inlet 121b are provided with the mistake for being filtered to the air entering in operating room 121
Filter screen 122a；Described process chamber top is provided with gas skirt 122b, and second pipe is connected to gas skirt 122b top, described first pipe
Road is connected to process chamber sidewalls lower end, and fresh wind port 122 and return air inlet 121b are provided with for the sky entering in operating room 121
The drainage screen 122a that gas is filtered, filters off the impurity of in the air it is ensured that entering new in operating room 121 by drainage screen 122a
Wind and the cleanliness factor of return air, prevent secondary pollution so that this utility model is more environmentally-friendly.
It is provided with the air-introduced machine 121e for introducing fresh air by fresh wind port 122 in operating room 121 and be used for by air-out
The aerator 121f of mouth 137 discharge dry-heat airs, accelerates fresh air to enter by air-introduced machine 121e, accelerates to do by aerator 121f
The discharge of scorching wind, so that work indoor air flows are fast, is conducive to improving leather drying efficiency
The off-premises station that brethaid 121c includes positioned at the indoor set 121g in operating room 121, is located at outside operating room 121
121h, the outlet pipe 121i of connection indoor set 121g and off-premises station 121h, accelerate fresh air to enter by air-introduced machine 121e, by drum
Blower fan 121f accelerates the discharge of dry-heat air so that air flow is fast in operating room 121, is conducive to improving leather drying efficiency.
Drying heating device 121d include the first dry component 121d01, the second dry component 121d02 being sequentially connected and
Heating assembly 121d03, also includes the compressor 121d04 positioned at the first dry component 121d01 side, described compressor
Moistening cold wind in operating room 121 is first compressed being changed into moistening warm air by 121d04, described first dry component 121d01 and
The moistening warm air that second dry component 121d02 is processed to the air compressor 121d04 of warp successively carries out being dried for the first time and the
Redrying obtains being dried warm air to remove the moisture in moistening warm air, and described heating assembly 121d03 is warm to being dried of drying
Wind carries out heating and obtains dry-heat air；Be provided with environmental protection coolant in described compressor 121d04, drying heating device 121d include according to
Secondary the first connected dry component 121d01, the second dry component 121d02 and heating assembly 121d03, are also included positioned at first
Moistening cold wind in operating room 121 is first pressed by the compressor 121d04 of dry component 121d01 side, compressor 121d04
Contracting is changed into moistening warm air, the first dry component 121d01 and the second dry component 121d02 air compressor to warp successively
The moistening warm air that 121d04 is processed carries out being dried for the first time and second drying obtains drying to remove the moisture in moistening warm air
Warm air, heating assembly 121d03 carries out heating and obtains dry-heat air to the warm air that is dried of drying.Compressor 121d04 is to sky
During gas is compressed, releases heat and air themperature is raised, meanwhile, air is dried in compressor 121d04 and first
It is circulated between assembly 121d01, air is realized gas between compressor 121d04 and the second dry component 121d02 and followed
Ring, while improving dry heat efficiency, realizes the circulation-supplied of energy, is conducive to energy-conserving and environment-protective.Gas is dried through first
Assembly 121d01 and the second dry component 121d02 is dried twice, and moisture content is low, is conducive to improving drying efficiency.
Operation principle of the present utility model is:
This utility model passes through feeding station 111 feeding, and leather is up to transmitted station 114 by feeding station 111 to be passed through to pass
Leather is carried out positioning component 113 and is positioned on conveyer belt 112 being conveyed, when leather transmits to leather end by defeated station 114
When correct the direction of leather by correcting assembly 114, made by the operating room 121 of drier 120 in leather transmitting procedure
Hot blast is directed at the first blast pipe 131 and second blast pipe 132 of air inlet mechanism 130 by fabricate-heat wind by fresh wind port 122, by
The guide duct 135 that hot blast is connected by one blast pipe 131 and the second blast pipe 132 by wind guiding component 133 is by uniform for hot blast dispatch
To several air outlets 137, leather is dried, uniform drying, high working efficiency, when leather passes through the dry of drier 120
Moistening cold wind will be produced, moistening cold wind just will be returned to moistening cold wind by the exhaust hood 141 of air outlet mechanism 140 during dry
Receive, by air-out blower fan 142 by moistening cold wind suction discharge pipe 143, discharge pipe 143 is connected to exhaust hood 141 and drying device
Operating room 121, in operating room 121 produce heat exchange
Embodiment described above only have expressed several embodiments of the present utility model, and its description is more concrete and detailed,
But therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that it is common for this area
For technical staff, without departing from the concept of the premise utility, some deformation can also be made and improve, these all belong to
In protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be defined by claims.
Claims (7)
1. efficient leather drying system it is characterised in that: include for convey leather conveying mechanism, be used for producing dry-heat air
Drier, be connected to the dry-heat air that drier and conveying mechanism be used for producing drier and be delivered to conveying mechanism
Air inlet mechanism, be connected to the moistening cold wind producing after drier and conveying mechanism are used for conveying mechanism is dried be delivered to dry
The air outlet mechanism of dry mechanism.
2. efficient leather drying system according to claim 1 it is characterised in that: described conveying mechanism includes feeding work
Position, transmission station, discharge station, described transmission station includes frame, is connected to frame both sides and is arranged above and below for leather
If being circulated several power transmission shafts of transmission, the dried layer conveyer belt being set around on power transmission shaft, the power of driving power transmission shaft motion
Assembly, also includes being symmetricly set in every layer of conveyor width direction both sides for the positioning component that leather is positioned；Lower floor
Spacing between the lower surface of the upper surface of conveyer belt and upper strata conveyer belt is matched with the thickness of leather；Described feeding station position
In the input of the superiors' conveyer belt, described discharge station is located at the outfan of orlop conveyer belt.
3. efficient leather drying system according to claim 2 it is characterised in that: described air inlet mechanism includes being connected to dry
First blast pipe of dry mechanism, it is symmetricly set in the wind guiding component of conveying mechanism conveying direction both sides, is connected to the first blast pipe
If the second blast pipe and wind guiding component between, being installed in the frame of conveying mechanism and setting corresponding with every layer of conveyer belt
Dry air outlet, the guide duct being connected between air outlet and wind guiding component.
4. efficient leather drying system according to claim 3 it is characterised in that: described wind guiding component includes housing, peace
It is loaded on the wind-guiding blower fan of enclosure interior, the transition conduit being connected between guide duct and wind-guiding blower fan.
5. efficient leather drying system according to claim 4 it is characterised in that: described air outlet tilts upward setting,
Air outlet is in round table-like, and the diameter being connected to guide duct one end is less than the diameter deviating from guide duct one end.
6. efficient leather drying system according to claim 5 it is characterised in that: described air outlet mechanism one end is connected to defeated
Send the top of mechanism, the other end is connected to the top of drier, described air outlet mechanism includes being connected to conveying mechanism top
Exhaust hood, the discharge pipe being connected between exhaust hood and drier, it is arranged at exhaust hood and the air-out of conveying mechanism junction
Blower fan.
7. efficient leather drying system according to claim 6 it is characterised in that: described drier include operating room,
Be arranged at operating room top for introduce outside air to the indoor fresh wind port that works, be arranged at operating room side wall for operating room
Exhaust outlet that interior air is discharged, be arranged at operating room top for the return air inlet of the indoor air exchange of work, be arranged at work
Brethaid that is indoor and being connected with return air inlet；Described work interior is additionally provided with for the fresh air indoor to work and return air
It is dried the drying heating device of heating, described exhaust outlet connects drying heating device with the dry heat after heating drying
It is outdoor that wind is expelled to work；Described air inlet mechanism is communicated in the exhaust outlet of drier, and described air outlet mechanism is communicated in drying machine
The fresh wind port of structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620819976.6U CN205917288U (en) | 2016-07-29 | 2016-07-29 | High -efficient leather drying system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620819976.6U CN205917288U (en) | 2016-07-29 | 2016-07-29 | High -efficient leather drying system |
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| Publication Number | Publication Date |
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| CN205917288U true CN205917288U (en) | 2017-02-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620819976.6U Expired - Fee Related CN205917288U (en) | 2016-07-29 | 2016-07-29 | High -efficient leather drying system |
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| CN (1) | CN205917288U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106086248A (en) * | 2016-07-29 | 2016-11-09 | 东莞市绿革环保科技有限公司 | Efficiently leather drying system |
| CN107382012A (en) * | 2017-08-02 | 2017-11-24 | 东莞市绿革环保科技有限公司 | Segmented sludge dry system |
| CN109825652A (en) * | 2019-04-10 | 2019-05-31 | 长沙杰立特自动化设备有限公司 | A kind of plastic uptake finishing die cuts sorter |
-
2016
- 2016-07-29 CN CN201620819976.6U patent/CN205917288U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106086248A (en) * | 2016-07-29 | 2016-11-09 | 东莞市绿革环保科技有限公司 | Efficiently leather drying system |
| CN107382012A (en) * | 2017-08-02 | 2017-11-24 | 东莞市绿革环保科技有限公司 | Segmented sludge dry system |
| CN107382012B (en) * | 2017-08-02 | 2023-09-22 | 东莞市绿革环保科技有限公司 | Sectional type sludge drying system |
| CN109825652A (en) * | 2019-04-10 | 2019-05-31 | 长沙杰立特自动化设备有限公司 | A kind of plastic uptake finishing die cuts sorter |
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