CN207163083U - A kind of special dry kiln of circulating timber of solar energy heat-storage - Google Patents
A kind of special dry kiln of circulating timber of solar energy heat-storage Download PDFInfo
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- CN207163083U CN207163083U CN201721096809.4U CN201721096809U CN207163083U CN 207163083 U CN207163083 U CN 207163083U CN 201721096809 U CN201721096809 U CN 201721096809U CN 207163083 U CN207163083 U CN 207163083U
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Abstract
The utility model discloses a kind of special dry kiln of the circulating timber of solar energy heat-storage, including north and south to be disposed longitudinally on track (1) and several kiln bodies on hardened ground (11)；Each kiln body includes some groups of aluminum alloy frames (2) being equally spaced and plastic foil (3), the zipper door (4) of rear and front end, several thermocirculators (5), a set of dehydrating unit (6)；For every group aluminum alloy framework (2) by its pin rail (22) and base straight beam (23) across on the track (1), the top per group aluminum alloy framework (2) sets the foldable metal liner (24) parallel with rail fore-and-aft direction；Some thermometers and humidometer are equidistantly positioned in the kiln body, some slide fastener dehumidifying mouths (34) and slide fastener observation port (35) are opened up on the plastic foil surveyed close to the kiln body two of zipper door (4).The utility model is simple in construction, effective energy storage, drying efficiency height, convenient disassembly, easy to use.
Description
Technical field
The utility model belongs to wood processing field, and in particular to a kind of special drying of circulating timber of solar energy heat-storage
Kiln.
Background technology
Dry, be the primary and particularly critical sport technique segment of all timber processing and woodwork production.Traditional timber
Drying facility, the cabin of a brick mix structure is exactly built, then dig a ground stove downwards in the side of cabin, the internal orifice of stove is dug
One geosyncline is extended within doors, and ground rooved face is clasped with refractory material (fragment of brick) or cement pre-fabricated panel, to keep and ground within doors
Etc. plane.Operating method：Upper 24 hours of ground stove mouth is incessantly plus bavin makes a fire, and geosyncline is by heat absorption within doors to reach confession
The effect of heat, cigarette are discharged from one jiao of chimney in room, and the operating method defect of this dry room and its drying is many：1. highly energy-consuming,
The timber in a room is dried, to burn up and is generally 15 days equivalent to the several-fold timber of desiccated wood, an arid cycle, and 15
Log, its energy consumption are just quite surprising incessantly for it；2. thermal cycle not science in kiln, insufficient, the timber at dead angle obtains within doors
Less than heat energy, drying of wood qualification rate typically can only be up to 45% or so；3. arid cycle is grown；4. high cost；5. high pollution (cigarette,
Ash after firewood combustion).
As expanding economy and the progress of science and technology, the formation of the diversification structure of energy access, people are putting into practice
In continuous exploratory development, on the basis of traditional drying room and drying means principle, successive innovation transformation has gone out metal structure plate
Room formula dry kiln, container-type dry kiln, boiler type heat supply dry kiln etc., the setting of heat circulating system in kiln is also innovated and has removed
The transformation of wet system, the utilization of these innovative technologies, the qualification rate and utilization rate of the drying of wood are effectively raised, by conventional dry
45% dry qualification rate has brought up to present 65% qualification rate, and progress is obvious.But defect is still also apparent：
1. high energy consumption causes high cost.The board house formula dry kiln of metal structure, typically all uses electric heat supply, and the high electricity charge are just necessarily led
Cause high cost；Using natural gas heat supply, examination ＆ approval be difficult to by, even if by examination ＆ approval, the pipe laying of long range and annual
Maintenance cost, just increase investment, while also increase operation cost.2. high pollution, the gentle cost of electricity is too high, final choice
Boiler type heat supply, so.High pollution under high energy consumption is with regard to inevitable.The burning of numerous boiler, will be to blue sky
Tell the smog of amplification quantity.And boiler does not overcome high energy consumption equally during 24 hours continual logs or burning coal
Drawback.
These three heat-supplying modes of electricity, gas, boiler, although improving the qualification rate of product, its high energy consumption, high cost, height
The defects of pollution, is not improved but, and the qualification rate of product is also only 65% or so.
Utility model content
Purpose of utility model：The defects of in order to overcome prior art, it is special that spy provides a kind of circulating timber of solar energy heat-storage
It is simple in construction, effective energy storage, drying efficiency height, convenient disassembly, easy to use with dry kiln.
Technical scheme：A kind of special dry kiln of circulating timber of solar energy heat-storage, including north and south are disposed longitudinally on hardening ground
Track 1 and several kiln bodies on face 11, so as to risen in the east of the sun verge during can enjoy the photograph of sunlight to the full all the time
Penetrate so as to fully absorb and store heat energy；Each kiln body includes some groups of aluminum alloy frames 2 and plastic foil being equally spaced
3rd, the zipper door 4 of rear and front end, several thermocirculators 5, a set of dehydrating unit 6；It is described to pass through it per group aluminum alloy framework 2
Across on the track 1, the top setting per group aluminum alloy framework 2 is put down with rail fore-and-aft direction for pin rail 22 and base straight beam 23
Capable foldable metal liner 24, interconnect；The plastic foil 3 includes 33 3 layers of top layer film 31, mesopelagic layer 32 and inner layer film,
It is covered in the top of aluminum alloy frame 2；The zipper door 4 is identical with the cross sectional shape of aluminum alloy frame 2, plays sealing kiln
The effect of body；Some thermometers and humidometer are equidistantly positioned in the kiln body, in the plastics that the kiln body two close to zipper door 4 is surveyed
Some slide fastener dehumidifying mouths 34 and slide fastener observation port 35 are opened up on film.
It is described to be equidistantly positioned per group aluminum alloy framework 2 according to 1.5~2 meters, including three Curved beams perpendicular to ground,
Symmetrical two pin rails 22 and symmetrical two foundation seat straight beam 23, three Curved beams be divided into be located at it is same vertical
Nested upper beam 211, central sill 212 and underbeam 213 on face and successively, the top of the upper beam 211 are higher than the top of the central sill 212
15 centimetres of portion, the top of the central sill 212 are higher than 20 centimetres of the top of the underbeam 213；The pin rail 22 and base straight beam 23
It is that the length of trough of belt is 40~45 centimetres of cuboid, the notch of the pin rail 22 is upward, the notch of the base straight beam 23
Downwards；The left and right both ends of the upper beam 211, central sill 212 and underbeam 213, are fixed on corresponding one end by screw 232 respectively
In the groove of pin rail 22；The pin rail 22 is fixedly connected with base straight beam 23 by screw 232 again, the groove of the base straight beam 23 with
Rail 1 on hardened ground is nested, is slidably connected by the Universal pulley 231 and the rail 1 that are located in its groove；
The top layer film 31, the left and right ends of mesopelagic layer 32 and inner layer film 33 in the direction of the width, respectively than corresponding arc
Ellbeam left and right ends respectively grow 60 ㎝, as reserved not care about one's appearance；The not care about one's appearance sleeper side 7 of the top layer film 31 pushes down, and is fixed on
On hardened ground 11；The mesopelagic layer 32 and inner layer film 33 insert respective not care about one's appearance in the upward groove of the upper shed of pin rail 22,
It is pressed into and is fixed with special elastic press type spring 8；The function of the top layer film 31 is mainly to fully absorb the heat energy of sunshine, described
The function of mesopelagic layer 32 mainly fully stores heat energy；The function of the inner layer film 33 is mainly circulating heat supply, radiating.
The setting of the zipper door 4, slide fastener dehumidifying mouth 34 and slide fastener observation port 35, while operation is easy to, ensure whole
The sealing of individual kiln body, heat insulating ability.
Each two kiln body is a kiln body unit；The track should be greater than from rail, rail, the track length
The length of one kiln body unit (two kiln bodies), enough length is reserved with opening and closing for moving integrally for kiln body.
Preferably, the thermocirculator 5 selects blower fan, the one end being arranged in the kiln body；During blower fan operation, in kiln
Heat energy can be circulated fully, absolutely not dead angle.
Preferably, the dehydrating unit 6 selects air blower, is arranged at the cornerwise ditch in kiln body both ends, described
Blower power matches with kiln space, and the fact of temperature, humidity when being dried by timber in kiln, in good time timing air blast removes
Wet, during dehumidifying, unzip dehumidifying mouth 34, so as to effectively discharge moisture in kiln.
Preferably, thermometer and humidometer, and corresponding positions on the plastic film are set every 2~2.5 meters in the kiln body
Put the slide fastener observation port 35 for opening up 10 ㎝ or so size；Technical staff can be grasped in kiln at any time by the observation port 35 that unzips
Temperature, humidity, timely arrange to dehumidify so as to science, it is ensured that drying of wood qualification rate reaches 100%.
During work, after the track 1 on the groove insertion ground of base straight beam 23, under manpower boosting, whole kiln body
Any front and rear operation；When needing the kiln body to uphold closure, the sleeper side 7 in the not care about one's appearance of top layer film 31 is removed, unclamp mesopelagic layer 32 and interior
Elastic press type spring 8 in the not care about one's appearance of tunic 33, run from one end zipper door 4 to the power-assisted of other end zipper door 4 to terminal, aluminum alloy frame
Frame 2 and foldable bushing pipe 24 drive the superincumbent plastic foil 3 of covering to run on path 1, and the entirety of the dry kiln can fold
Shape is closed up, conversely, then extensible opening.By the specification of kiln body, first piled up timber 10, by track 1 by kiln body stretch come
Entirety has covered the good timber 10 of code, you can starts desiccant dehumidification operation；After timber 10 is dried, closed up by track 1
Kiln body, expose timber 10, you can transport the timber 10 dried and finished.
The beneficial effects of the utility model：The utility model is simple in construction, effective energy storage, drying efficiency height, convenient disassembly,
It is easy to use, it is in particular in：Using rail type aluminium alloy framework, assembling shaping is easy, and cost is low；Special three-layer plastic
Film, science and the thermal energy storage problem for efficiently solving the drying of wood are embodied using this clean energy resource section of solar energy
The superiority of energy environmental protection；Thermocirculator and the scientific offering of dehydrating unit and epidemic disaster observation system in kiln body, brief,
Efficiently；The free opening and closing of kiln body energy overall track formula, than traditional brick mix structure and existing metal board house formula kiln more simple operation.
Brief description of the drawings
Fig. 1 is the positive elevational schematic view of the special dry kiln of the circulating timber of solar energy heat-storage described in the utility model；
Fig. 2 is the special dry kiln left side elevational schematic diagram of the circulating timber of solar energy heat-storage described in the utility model；
Fig. 3 is the special dry kiln top schematic diagram of the circulating timber of solar energy heat-storage described in the utility model；
Fig. 4 is the special dry kiln top cross-sectional view (top plan view of the circulating timber of solar energy heat-storage described in the utility model
Figure)；
Fig. 5 is Fig. 4 1-1 diagrammatic cross-sections；
Fig. 6 is Fig. 4 2-2 diagrammatic cross-sections；
Fig. 7 is partial enlarged drawing at A in Fig. 5；
Fig. 8 is partial enlarged drawing at B in Fig. 6.
Embodiment
In order that the purpose of this utility model, technical scheme and advantage are clearer, below in conjunction with the accompanying drawings and it is embodied
The utility model is described in detail example.
Embodiment：
Shown in Fig. 1~6, a kind of special dry kiln of circulating timber of solar energy heat accumulation, including north and south are disposed longitudinally on firmly
Change ground 11 on track 1 and several kiln bodies, so as to the sun east rise verge during can enjoy sunlight to the full all the time
Irradiation so as to fully absorbing and store heat energy；Each kiln body includes some groups of aluminum alloy frames 2 being equally spaced and modeling
Expect film 3, the zipper door 4 of rear and front end, several thermocirculators 5, a set of dehydrating unit 6；It is described logical per group aluminum alloy framework 2
Its pin rail 22 and base straight beam 23 are crossed across on the track 1, the top per group aluminum alloy framework 2 is set and rail front and back
To parallel foldable metal liner 24, interconnect；The plastic foil 3 includes top layer film 31, mesopelagic layer 32 and inner layer film 33
Three layers, it is covered in the top of aluminum alloy frame 2；The zipper door 4 is identical with the cross sectional shape of aluminum alloy frame 2, plays
Seal the effect of kiln body；Some thermometers and humidometer are equidistantly positioned in the kiln body, are surveyed in the kiln body two close to zipper door 4
Plastic foil on open up some slide fasteners dehumidifying mouths 34 and slide fastener observation port 35.
It is described to be equidistantly positioned per group aluminum alloy framework 2 according to 1.5~2 meters as shown in Fig. 7~8, including perpendicular to ground
Three Curved beams, symmetrical two pin rails 22 and symmetrical two foundation seat straight beam 23, three Curved beams point
To be located at nested on same vertical plane and successively upper beam 211, central sill 212 and underbeam 213, the top of the upper beam 211 is higher than
15 centimetres of the top of the central sill 212, the top of the central sill 212 are higher than 20 centimetres of the top of the underbeam 213；The pin rail
22 and base straight beam 23 be that the length of trough of belt is 40~45 centimetres of cuboid, the notch of the pin rail 22 is upward, the bottom
The notch of seat straight beam 23 is downward；The left and right both ends of the upper beam 211, central sill 212 and underbeam 213, it is solid by screw 232 respectively
Be scheduled in the groove of pin rail 22 of corresponding one end, and two-by-two at a distance of 15 cms in groove, the upper beam 211, central sill 212 and under
The thickness of beam 213 is 2 centimetres；The pin rail 22 is fixedly connected with base straight beam 23 by screw 232 again, the base straight beam 23
Groove is nested with the rail 1 on hardened ground, is slidably connected by the Universal pulley 231 and the rail 1 that are located in its groove；
The top layer film 31, the left and right ends of mesopelagic layer 32 and inner layer film 33 in the direction of the width, respectively than corresponding arc
Ellbeam left and right ends respectively grow 60 ㎝, as reserved not care about one's appearance；The not care about one's appearance sleeper side 7 of the top layer film 31 pushes down, and is fixed on
On hardened ground 11；The mesopelagic layer 32 and inner layer film 33 insert respective not care about one's appearance in the upward groove of the upper shed of pin rail 22,
It is pressed into and is fixed with special elastic press type spring 8；The function of the top layer film 31 is mainly to fully absorb the heat energy of sunshine, described
The function of mesopelagic layer 32 mainly fully stores heat energy；The function of the inner layer film 33 is mainly circulating heat supply, radiating.
The setting of the zipper door 4, slide fastener dehumidifying mouth 34 and slide fastener observation port 35, while operation is easy to, ensure whole
The sealing of individual kiln body, heat insulating ability.
Each two kiln body is a kiln body unit；The track should be greater than from rail, rail, the track length
The length of one kiln body unit (two kiln bodies), enough length is reserved with opening and closing for moving integrally for kiln body.
The thermocirculator 5 selects blower fan, the one end being arranged in the kiln body；During blower fan operation, heat energy can in kiln
Fully to circulate, absolutely not dead angle.
The dehydrating unit 6 selects air blower, is arranged at the cornerwise ditch in kiln body both ends, the air blower work(
Rate matches with kiln space, the fact of temperature, humidity when being dried by timber in kiln, in good time timing air blast dehumidifying, dehumidifying
When, unzip dehumidifying mouth 34, so as to effectively discharge moisture in kiln.
Thermometer and humidometer are set in the kiln body every 2~2.5 meters, and relevant position opens up 10 on the plastic film
The slide fastener observation port 35 of ㎝ or so sizes；Technical staff can grasp temperature in kiln, wet at any time by the observation port 35 that unzips
Degree, timely arranges to dehumidify, it is ensured that drying of wood qualification rate reaches 100% so as to science.
For another example shown in Fig. 4, Fig. 6, by taking 5 meters of clear height in kiln body as an example, the side in the zipper door 4 of kiln body either end, by 3
~5 thermocirculators 5 (blower fan) are fixed on by 4 meters of angle bar and some screws on the column 9 that a root long degree is 4.8 meters,
0.8 meter or so of ground of embedment below the column；Each blower fan is designed with independent power switch, and personnel easy to operation are according to kiln
Interior epidemic disaster determines to be turned on and off one or several blower fans；Dehydrating unit 6 (air blower) is arranged to 2, and one is placed in
Northeast corner on the inside of the zipper door of north, a southwest corner being placed on the inside of zipper door in the south, in air blast machine operation, by kiln body
The zip mode moisture exhausting port with north pulls open in the east, the intersection wind-force that both ends air blower is formed, smoothly and effectively by moisture in kiln
Discharge；Before air blower is opened, thermocirculator (blower fan) is first closed；Dehumidifying closes air blower and drawing slide fastener after time is up
Moisture exhausting port 34, reopens blower fan.
During work, after the track 1 on the groove insertion ground of base straight beam 23, under manpower boosting, whole kiln body
Any front and rear operation；When needing the kiln body to uphold closure, the sleeper side 7 in the not care about one's appearance of top layer film 31 is removed, unclamp mesopelagic layer 32 and interior
Elastic press type spring 8 in the not care about one's appearance of tunic 33, run from one end zipper door 4 to the power-assisted of other end zipper door 4 to terminal, aluminum alloy frame
Frame 2 and foldable bushing pipe 24 drive the superincumbent plastic foil 3 of covering to orbit, and the entirety of the dry kiln can fold shape
Close up, conversely, then extensible opening.By the specification of kiln body, timber 10 has first been piled up, has been stretched kiln body come whole by track 1
Body has covered the good timber 10 of code, you can starts desiccant dehumidification operation；After timber 10 is dried, kiln is closed up by track 1
Body, expose timber 10, you can transport the timber 10 dried and finished.
Preferred embodiments of the present utility model are the foregoing is only, not to limit the utility model, in this practicality
Any modification, equivalent substitution and improvements made within new spirit and principle etc., should be included in system of the present utility model
Within structure.
Claims (7)
1. the special dry kiln of a kind of circulating timber of solar energy heat-storage, it is characterised in that be disposed longitudinally on hardening ground including north and south
Track (1) and several kiln bodies on face (11)；Each kiln body includes some groups of aluminum alloy frames (2) being equally spaced
And plastic foil (3), the zipper door (4) of rear and front end, several thermocirculators (5), a set of dehydrating unit (6)；Described every group
Aluminum alloy frame (2) by its pin rail (22) and base straight beam (23) across on the track (1), per group aluminum alloy framework
(2) top sets the foldable metal liner (24) parallel with rail fore-and-aft direction, interconnects；Plastic foil (3) bag
(33) three layers of top layer film (31), mesopelagic layer (32) and inner layer film are included, is covered in above the aluminum alloy frame (2)；The slide fastener
Door (4) is identical with the aluminum alloy frame (2) cross sectional shape, plays a part of sealing kiln body；It is equidistantly positioned in the kiln body
Some thermometers and humidometer, some slide fastener dehumidifying mouths (34) are opened up on the plastic foil surveyed close to the kiln body two of zipper door (4)
With slide fastener observation port (35).
2. the special dry kiln of the circulating timber of solar energy heat-storage according to claim 1, it is characterised in that every group of aluminium
Alloy framework (2) is equidistantly positioned according to 1.5~2 meters, including three Curved beams, symmetrical two pin perpendicular to ground
Rail (22) and symmetrical two foundation seat straight beam (23), three Curved beams be divided into be located at it is on same vertical plane and embedding successively
Upper beam (211), central sill (212) and the underbeam (213) of set, the top of the upper beam (211) are higher than the top of the central sill (212)
15 centimetres, the top of the central sill (212) is higher than 20 centimetres of the top of the underbeam (213)；The pin rail (22) and base are straight
Beam (23) is that the length of trough of belt is 40~45 centimetres of cuboid, and the notch of the pin rail (22) is upward, the base straight beam
(23) notch is downward；The left and right both ends of the upper beam (211), central sill (212) and underbeam (213), pass through screw respectively
(232) it is fixed in the groove of pin rail (22) of corresponding one end；The pin rail (22) and pass through screw (232) with base straight beam (23)
It is fixedly connected, the groove of the base straight beam (23) is nested with the rail (1) on hardened ground, passes through the universal cunning being located in its groove
Wheel (231) is slidably connected with the rail (1).
3. the special dry kiln of the circulating timber of solar energy heat-storage according to claim 2, it is characterised in that the top layer film
(31), the left and right ends of mesopelagic layer (32) and inner layer film (33) in the direction of the width, respectively than corresponding Curved beam left and right ends
60 ㎝ are respectively grown, as reserved not care about one's appearance；The not care about one's appearance of the top layer film (31) is pushed down with sleeper side (7), is fixed on hardened ground
(11) on；The mesopelagic layer (32) and inner layer film (33) insert respective not care about one's appearance in the upward groove of pin rail (22) upper shed,
It is pressed into and is fixed with special elastic press type spring (8).
4. the special dry kiln of the circulating timber of solar energy heat-storage according to claim 1, it is characterised in that each two kiln body
For a kiln body unit；The track is more than the length of a kiln body unit from rail, rail, the track length.
5. the special dry kiln of the circulating timber of solar energy heat-storage according to claim 1, it is characterised in that the thermal cycle
Device (5) selects blower fan, the one end being arranged in the kiln body.
6. the special dry kiln of the circulating timber of solar energy heat-storage according to claim 1, it is characterised in that the dehumidifying dress
Put (6) and select air blower, be arranged at the cornerwise ditch in kiln body both ends, the blower power and kiln space phase
Match somebody with somebody.
7. the special dry kiln of the circulating timber of solar energy heat-storage according to claim 1, it is characterised in that every 2~2.5
Rice sets thermometer and humidometer in the kiln body, and relevant position opens up the slide fastener sight of 10 ㎝ or so size on the plastic film
Survey mouth (35).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721096809.4U CN207163083U (en) | 2017-08-30 | 2017-08-30 | A kind of special dry kiln of circulating timber of solar energy heat-storage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721096809.4U CN207163083U (en) | 2017-08-30 | 2017-08-30 | A kind of special dry kiln of circulating timber of solar energy heat-storage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207163083U true CN207163083U (en) | 2018-03-30 |
Family
ID=61719625
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721096809.4U Expired - Fee Related CN207163083U (en) | 2017-08-30 | 2017-08-30 | A kind of special dry kiln of circulating timber of solar energy heat-storage |
Country Status (1)
| Country | Link |
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| CN (1) | CN207163083U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107504766A (en) * | 2017-08-30 | 2017-12-22 | 陈瑞龙 | A kind of special dry kiln of circulating timber of solar energy heat-storage |
-
2017
- 2017-08-30 CN CN201721096809.4U patent/CN207163083U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107504766A (en) * | 2017-08-30 | 2017-12-22 | 陈瑞龙 | A kind of special dry kiln of circulating timber of solar energy heat-storage |
| WO2019041932A1 (en) * | 2017-08-30 | 2019-03-07 | 张劲涛 | Solar heat storage and cyclic type wood dedicated drying kiln |
| CN107504766B (en) * | 2017-08-30 | 2023-08-29 | 陈瑞龙 | Special drying kiln of solar heat-retaining circulation formula timber |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180330 Termination date: 20200830 |
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| CF01 | Termination of patent right due to non-payment of annual fee |