CN209639449U - A kind of vertically-mounted dryer - Google Patents
A kind of vertically-mounted dryer Download PDFInfo
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- CN209639449U CN209639449U CN201822120060.3U CN201822120060U CN209639449U CN 209639449 U CN209639449 U CN 209639449U CN 201822120060 U CN201822120060 U CN 201822120060U CN 209639449 U CN209639449 U CN 209639449U
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Abstract
The utility model discloses a kind of vertically-mounted dryers, the veneer transport mechanism including shell and in shell, further include net for air-source heat pump units, and net for air-source heat pump units is connected with thermal medium pipe；The n+1 drying section formed in shell equipped with the road n divides；Second segment drying section is equipped with microwave generator, remaining drying section is equipped with independent hot air circulation channel, hot air circulation channel includes the air intake passage of side, with the air-out passage of the other side, communicating passage is connected between air-out passage and air intake passage, heat exchanger is equipped in every section of communicating passage, heat exchanger connects heat pump, is equipped with air intake blower fan at air intake passage；It is corresponded on the roof of shell and is equipped with moisture-eliminating blower at air-out passage；The air intake blower fan and moisture-eliminating blower of adjacent segment are located at the opposite sides of shell.Such vertically-mounted dryer, energy-saving effect is good, good drying effect, can effectively prevent resurgence problem, and flatness is high after veneer drying, drying safety, and the thermal efficiency is high.
Description
Technical field
The utility model relates to drying equipment technologies, specifically, being related to a kind of vertically-mounted dryer.
Background technique
Existing single-plate dryer is conveyed using plate, i.e., veneer is laid into horizontality in dryer and slowly moves
It is dynamic, moisture is taken away using the hot-air of rising, this plate conveying veneer is big to hot wind resistance, and the rising passway of hot wind is unsmooth,
The thermal efficiency is low, and the surrounding of veneer and middle section drying are uneven, affects the production capacity of veneer and the quality of product, veneer
Low output, drying effect are poor.In order to solve these problems, Chinese patent CN204574736U discloses a kind of vertical dress veneer drying
Chain conveyor is arranged in chamber inside the shell in manufacturing machine, and veneer bracket, veneer are fixedly installed on the chain of chain conveyor
It is sequentially placed on veneer bracket, chamber neutrality dress moves forward inside the shell, and hot wind enters in shell inner cavity and adds to veneer
Heat drying.It is big with production capacity, hot wind resistance is small, the fast advantage of drying rate, still, the dryer of this structure, hot wind
It is to enter from lower end, is gradually increasing in entire shell inner cavity by the gap between veneer, the lower part of such mode veneer is dried
Dry speed is fast, and top drying rate is slow, and moisture is assembled on top, so that the top half of veneer is easy resurgence, so that veneer
Upper and lower drying rate is inconsistent, and energy-saving effect is poor, and drying effect is poor, and gets damp again so that veneer is easily deformed, so that veneer
Upper and lower part expands inconsistent, poor flatness.In addition, currently, hot wind passes through wood stove, coal furnace, gas furnace or electric heating
Furnace generates, still, if Mars is easily accessible shell inner cavity and causes phenomenon of catching fire using wood stove, coal furnace or gas furnace,
And the heating methods such as wood stove, coal furnace, gas furnace or electric furnace, the thermal efficiency are low.Veneer concentrates heating in chamber inside the shell,
It is easy to keep veneer Pi Renei not hot because heating is too fast, so that the steam row inside veneer does not come out, drying effect is poor.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of vertically-mounted dryers, and energy-saving effect is good, drying effect
Fruit is good, can effectively prevent resurgence problem, and flatness is high after veneer drying, high production efficiency, drying safety, it is not easy to it catches fire,
And the thermal efficiency is high.
In order to solve the above technical problems, the technical solution of the utility model is:
A kind of vertically-mounted dryer, the veneer transport mechanism including shell and in the shell, the veneer transmission
Mechanism includes transmission chain, and veneer bracket is vertically connected on the carrier bar of the transmission chain, further includes net for air-source heat pump units,
The net for air-source heat pump units is connected with thermal medium pipe；
It is equipped with the road n demarcation plate in the shell, is equipped in the shell positioned at the top of the veneer transport mechanism upper flat
The shell inner cavity is divided into n+1 drying section by plate, demarcation plate and the upper flat plate described in the road n；
In first segment drying section and third section to each of (n+1)th section of drying section drying section, it is equipped with independence
Hot air circulation channel, the hot air circulation channel includes the air intake passage positioned at veneer transport mechanism side, and is located at
The air-out passage of the veneer transport mechanism other side is equipped between the upper flat plate and the roof of the shell and is connected to this section
The communicating passage of the air-out passage and the air intake passage, every section of the communicating passage is interior to be equipped with heat exchanger, the heat pump
Thermal medium pipe be connected to the primary side of the heat exchanger, the communicating passage and the air intake passage intersection are equipped with air inlet
Blower, the air intake blower fan are arranged towards the heat exchanger；
It is corresponded on the roof of the shell and is equipped with moisture-eliminating blower at third section to the air-out passage of (n+1)th section of drying section,
Humidity discharging pipe is equipped in the air-out passage, the top of the humidity discharging pipe extends at the moisture-eliminating blower, adjacent segment it is described into
Wind blower and the moisture-eliminating blower are located at the opposite sides of the shell；
Drying section described in second segment is equipped with microwave generator.
Preferably, the lower section of the upper flat plate of corresponding segment is extended to below the humidity discharging pipe.
Preferably, every section of air intake passage position on the side of the veneer transport mechanism is adjustably equipped with air inlet and adjusts
Aerofoil, the air inlet air regulating board include at least two spaced long shaped plates from top to bottom.
Preferably, the demarcation plate includes the side riser for being vertically set to veneer transport mechanism two sides, and is vertically set
Top riser above the upper flat plate.
Preferably, separation net is equipped between the air-out passage and the communicating passage.
Preferably, the two sides that second segment drying section is located at the veneer transport mechanism are equipped with multiple microwave generators.
Preferably, the mounting height of multiple microwave generators of side gradually rises front to back certainly, the institute of the other side
The mounting height for stating microwave generator gradually decreases front to back certainly.
Preferably, the veneer bracket includes the inner end connecting with the carrier bar of the transmission chain, and with the inner end
Opposite outer end, parallel interval is provided with more rectangular steel pipes, the both ends of the steel pipe between the inner end and the outer end
Be respectively connected with two reinforcing bars, the reinforcing bar passes through the steel pipe, and is fixedly connected with steel pipe, between two reinforcing bars there are
Gap.
The steel pipe nearest apart from inner end is equipped with supporting element, end of the supporting element far from the steel pipe and the steel pipe
The distance between bottom wall be adapted with the pitch of the transmission chain.
Preferably, the steel pipe nearest apart from inner end is equipped with guide plate, and the guide plate includes connecting with steel pipe
Interconnecting piece, interconnecting piece are vertically connected with support portion, and the direction of support portion towards outer end tilts bending upwards and is equipped with guide part.
Preferably, the transmission chain is chain, and the veneer bracket is fixed at the middle row chain of the transmission chain
On plate.
After above-mentioned technical proposal, the beneficial effects of the utility model are:
Dryer is divided into multiple drying sections by the vertically-mounted dryer of the utility model, and first segment utilizes air source heat pump
The hot wind of unit preheats veneer to be dried, prevents veneer transient heating, and Pi Renei is not warm, and the steam made in veneer can't get out, warp
The veneer for crossing preheating heats veneer using microwave generator in second segment drying section, heats veneer quickly, then passes through third
For section to (n+1)th section of drying section, the hot wind for recycling the heat source of net for air-source heat pump units to heat gradually dries the moisture in hot veneer
Out.It takes full advantage of air source heat pump and microwave generator heating cooperates, not only improved the speed of veneer drying, but also improve list
Plate drying effect.And the thermal energy due to having used air, the thermal efficiency are greater than 1, substantially increase the thermal efficiency, and air source heat pump with
Microwave generator heating is not easy to cause phenomenon of catching fire, drying safety.In addition, first segment drying section and third section are to (n+1)th
Section each of the drying section drying section, the drying section inlet side of adjacent heat pump is not ipsilateral, and air side is in difference
Hot air circulation is contrary in side, that is, the section of adjacent heat pump bringing-up section, enters the wind veneer alternately from two sides and dries, segmentation is dried
It is dry, it is segmented humidity discharging, the various pieces of veneer is dried uniformly, effectively prevents resurgence problem, flatness is high after drying veneer,
Every section of drying section makes full use of the thermal energy of hot wind, and the thermal efficiency is high, high production efficiency.
Detailed description of the invention
The utility model is described in further detail with reference to the accompanying drawings and examples:
Fig. 1 is the schematic view of the front view of the vertically-mounted dryer of the utility model；
Fig. 2 is the schematic top plan view of Fig. 1；
Fig. 3 is the rearview of the vertically-mounted dryer of the utility model；
Fig. 4 is the structural schematic diagram of the veneer bracket in Fig. 1；
Fig. 5 is the left view schematic diagram of Fig. 4；
Fig. 6 is the attachment structure schematic diagram of veneer bracket and transmission connection；
Fig. 7 is the structural schematic diagram of the 3rd to the (n+1)th section of inlet side；
Fig. 8 is the structural schematic diagram of the 3rd to the (n+1)th section of air side；
Fig. 9 is the hot air circulation schematic diagram of a wherein drying section；
Figure 10 is the hot air circulation schematic diagram of next drying section of Fig. 9；
Figure 11 is the A-A of Fig. 2 to schematic cross-sectional view；
Figure 12 is the structural schematic diagram of the transmission chain in Fig. 1；
In figure: 1- rack；2- shell；3- veneer transport mechanism；31- transmission chain；32- carrier bar；33- veneer bracket；
331- steel pipe；332- reinforcing bar；The gap 333-；334- guide plate；3341- interconnecting piece；3342- support portion；3343- guide part；
335- locating part；4- net for air-source heat pump units；5- demarcation plate；The side 51- riser；52- pushes up riser；6- upper flat plate；7- first segment dries
Dry section；8- second segment drying section；9- third section drying section；The 4th section of drying section of 10-；11- microwave generator；12- air intake passage；
13- air-out passage；14- communicating passage；15- heat exchanger；16- thermal medium pipe；17- air intake blower fan 18- moisture-eliminating blower；19- row
Tide pipe；20- enters the wind air regulating board；21- separation net；22- motor.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
Referring to attached drawing 1 to Figure 12, the vertically-mounted dryer of the present embodiment, the shell 2 including rack 1, in rack 1
With the veneer transport mechanism 3 being set in shell 2, veneer transport mechanism 3 includes transmission chain 31, the carrier bar 32 of transmission chain 31
On be vertically connected with veneer bracket 33, further include net for air-source heat pump units 4, net for air-source heat pump units 4 is connected with thermal medium pipe
16。
It is equipped with upper flat plate 6 positioned at the top of veneer transport mechanism 3 in shell 2, three demarcation plates 5 is equipped in shell 2, separates
Plate 5 includes the vertical side riser 51 for being set to 3 two sides of veneer transport mechanism, and is vertically set to the top riser 52 of 6 top of upper flat plate,
2 inner cavity of shell is divided into four drying sections, first segment drying section 7 and the drying of third section by three demarcation plates 5 and upper flat plate 6
Section 9 and the 4th section of drying section 10 are heated using the heat source of net for air-source heat pump units 4, and second segment drying section 8 is equipped with microwave generator
11。
Each drying section in first segment drying section 7 and third section drying section 9 and the 4th section of drying section 10 is correspondingly connected with
There is a net for air-source heat pump units 4.
The two sides that second segment drying section 8 is located at veneer transport mechanism 3 are equipped with multiple microwave generators 11 for heating.
The mounting height of multiple microwave generators 11 of side gradually rises front to back certainly, the microwave generator 11 of the other side
Mounting height from gradually decreasing front to back.
Each drying section in 9 to the 4th sections of drying sections 10 of first segment drying section 7 and third section drying section, is all provided with
There is independent hot air circulation channel, hot air circulation channel includes the air intake passage 12 positioned at 3 side of veneer transport mechanism, and is located at
The air-out passage 13 of 3 other side of veneer transport mechanism is equipped between upper flat plate 6 and the roof of shell 2 and is connected to going out for the drying section
The communicating passage 14 in wind channel 13 and air intake passage 12, the communicating passage 14 of each drying section is interior to be equipped with heat exchanger 15, air-source
The thermal medium pipe 16 of heat pump unit 4 is connected to the primary side of heat exchanger 15, and communicating passage 14 is set with 12 intersection of air intake passage
There is air intake blower fan 17, air intake blower fan 17 is arranged towards heat exchanger 15.
The row of being equipped at the air-out passage 13 of third section drying section 9 and the 4th section of drying section 10 is corresponded on the roof of shell 2
Damp blower 18, air-out passage 13 is interior to be equipped with humidity discharging pipe 19, and the top of humidity discharging pipe 19 extends at moisture-eliminating blower 18, adjacent drying section
Air intake blower fan 17 and moisture-eliminating blower 18 be located at the opposite sides of shell 2.
Each drying section in 9 to the 4th sections of drying sections 10 of first segment drying section 7 and third section drying section is adjacent
The drying section inlet side that net for air-source heat pump units 4 heats is not ipsilateral, and air side is not ipsilateral, that is, adjacent air source heat pump
Hot air circulation is contrary in the drying section of 4 bringing-up section of unit, enters the wind veneer alternately from two sides and dries, segmentation drying, segmentation
Humidity discharging dries the various pieces of veneer uniformly, effectively prevents resurgence problem, and flatness is high after drying veneer, every section of baking
Dry section makes full use of the thermal energy of hot wind, and the thermal efficiency is high, and due to taking vertical dress veneer, can fill shell inner cavity, greatly
Output, high production efficiency are improved greatly.
Dryer is divided into multiple drying sections by the vertically-mounted dryer of the utility model, and first segment drying section 7 utilizes sky
The hot wind of air supply heat pump unit 4 preheats veneer to be dried, since the hot blast temperature of net for air-source heat pump units 4 is not higher than 60 DEG C,
Therefore the preheating of first segment drying section 7 heats veneer slowly, will not make veneer transient heating, effectively prevent veneer transient heating
The not hot steam made in veneer of Pi Renei is caused to can't get out, the veneer by preheating utilizes microwave in second segment drying section 8
Device 11 heats veneer, heats veneer quickly, then passes through third section drying section 9 and the 4th section of drying section 10, recycles air
The hot wind of source heat pump unit 4 gradually bakes out the moisture in hot veneer.It takes full advantage of net for air-source heat pump units 4 and microwave is sent out
The raw heating of device 11 cooperation, had not only improved the speed of veneer drying, but also improve veneer drying effect.And due to having used air
Thermal energy, the thermal efficiency are greater than 1, substantially increase the thermal efficiency, and net for air-source heat pump units 4 is not easy with the heating of microwave generator 11
Cause phenomenon of catching fire, drying safety.
Wherein the hot air circulation path of first segment drying section 7 is as follows:
Hot wind enters air intake passage 12 from communicating passage 14, enters the gap between veneer from side, heats and dries to veneer
Dry, the exhaust air flue 13 behind the gap between veneer into this section is inhaled into again subsequently into the communicating passage 14 at top
Wind inlet channel 12 is recycled.
The hot air circulation path of 9 to the 4th sections of drying sections 10 of third section drying section is as follows:
The air intake passage 12 that hot wind enters from communicating passage 14 enters the gap between veneer from side, heats to veneer
It dries, the exhaust air flue 13 of this section is entered behind the gap between veneer, then part enters the communicating passage 14 at top, again
It is inhaled into the recycling of wind inlet channel 12, partially enters the humidity discharging pipe 19 of air side, is then discharged by moisture-eliminating blower 18, is carried out
Humidity discharging.
Wherein, first segment drying section 7, third section drying section 9 and the 4th section of 10 inlet side of drying section are in not ipsilateral, outlet air
Side is not ipsilateral, that is, hot air circulation is contrary in the section of the adjacent drying section using net for air-source heat pump units 4, makes list
Plate, which is alternately entered the wind from two sides, dries, and segmentation drying is segmented humidity discharging, dries the various pieces of veneer uniformly, effectively prevents back
Damp problem, flatness is high after drying veneer, and every section of drying section makes full use of the thermal energy of hot wind, high production efficiency.And hot wind exists
Independent loops use in each section, and the thermal efficiency is high.
Certainly, the quantity of demarcation plate 5 is not limited to three, and similarly, the quantity of drying section is not limited to four sections.
The microwave generator of the 2M167B-M11 model of Panasonic can be selected in microwave generator 11, can also take other producers
Microwave generator.
Wherein, the structure of net for air-source heat pump units 4 is the prior art, and internal structure is that those skilled in the art is public
Know, this will not be detailed here.
Every section of air intake passage 12 position on the side of veneer transport mechanism 3 is adjustably equipped with air inlet air regulating board 20,
Entering the wind air regulating board 20 includes at least two spaced long shaped plates from top to bottom.The both ends of long shaped plate are mountable in rack 1
Support column on, and long shaped plate is adjustable in the position of support column, can fixing up and down by adjusting long shaped plate in installation and debugging
Position, so as to adjust air inlet position and each position intake, so as to adjust make in this section veneer drying uniformity and
Drying effect reaches optimum state.
Foul enters veneer gap pollution veneer in order to prevent, is equipped with and is isolated between air-out passage 13 and communicating passage 14
Net.
Veneer bracket 33 includes the inner end connecting with the carrier bar 32 of transmission chain 31, and the outer end opposite with inner end, interior
Parallel interval is provided with more rectangular steel pipes 331 between end and outer end, and the both ends of steel pipe 331 are respectively connected with two reinforcing bars 332,
Reinforcing bar 332 passes through steel pipe 331, and is fixedly connected with steel pipe 331, and there are gaps 333 between two reinforcing bars 332.It is actually using
When, veneer bracket 33 is mounted on the carrier bar 32 of transmission chain 31, when selecting 331 width of steel pipe, can make the width of steel pipe 331
The thickness of degree plus veneer to be dried is slightly less than the pitch with transmission chain 31, adjacent after so that veneer bracket 33 is placed veneer
Gap between veneer bracket 33 and subsequent adjacent veneer can guarantee the appropriate swell increment of veneer, and be unlikely to excessive, can
Make to keep smooth when multiple veneers drying of vertical dress.Veneer bracket 33 is formed using steel pipe 331 and reinforcing bar 332, intensity is high, does not allow
It is easily-deformable, it can guarantee the flatness of drying veneer.There are gap 333 between two reinforcing bars 332 at same end, ensure that between vertical plate
Unimpeded, the good drying effect of hot air circulation.
The steel pipe 331 nearest apart from inner end is equipped with guide plate 334, and guide plate 334 includes the company connecting with steel pipe 331
Socket part 3341, interconnecting piece 3341 are vertically connected with support portion 3342, and the direction of support portion 3342 towards outer end tilts bending upwards
Equipped with guide part 3343.Angle between support portion 3342 and guide part 3343 is obtuse angle.
In addition, the steel pipe 331 nearest apart from inner end is equipped with guide plate 334, make manually to place on veneer bracket 33
When veneer, veneer can be made to move forward at the support portion 3342 of guide plate 334 along guide part 3343, substantially increase and put
The efficiency of veneer is set, and support portion 3342 plays the role of supporting veneer bottom, support portion 3342 can prevent veneer from leaking down, prevent
The case where veneer leaks down to lead to failure, failure rate is low.
Finite place piece 335 is connected between two steel pipes 331 nearest apart from inner end, locating part 335 is located at the reinforcing bar of two sides
331 center of steel pipe between 332.Locating part 335 can further prevent veneer backward under side leakage, greatly reduce failure
Rate.
1 both ends of rack are respectively provided with the motor 22 that driving transmission chain 31 rotates, due to the longer heavier loads of equipment
It is driven using bi-motor 22.
When transmission chain 31 is using single-chain, pitch too gimmal be easy it is disconnected, and pitch make greatly very much installation veneer it
Between spacing increase, to reduce the yield of equipment.Therefore, referring to Fig.1 2, transmission chain 31 uses chain, can be with envoy
Away from moderate, veneer bracket 33 is fixed on the middle row chain plate of transmission chain 31.
The above is the citing of the utility model preferred forms, wherein the part that do not address in detail is this field
The common knowledge of those of ordinary skill.The protection scope of the utility model is based on the contents of the claims, any to be based on this reality
The equivalent transformation carried out with novel technical inspiration, is also within the protection scope of the utility model.
Claims (10)
1. a kind of vertically-mounted dryer, the veneer transport mechanism including shell and in the shell, the veneer conveyer
Structure includes transmission chain, and veneer bracket is vertically connected on the carrier bar of the transmission chain, it is characterised in that: further includes air-source
Heat pump unit, the net for air-source heat pump units are connected with thermal medium pipe；
The road n demarcation plate is equipped in the shell, the top that the veneer transport mechanism is located in the shell is equipped with upper flat plate, n
The shell inner cavity is divided into n+1 drying section by demarcation plate described in road and the upper flat plate；
In first segment drying section and third section to each of (n+1)th section of drying section drying section, it is equipped with independent heat
Wind circulation canal, the hot air circulation channel include the air intake passage positioned at veneer transport mechanism side, and are located at described
The air-out passage of the veneer transport mechanism other side is equipped between the upper flat plate and the roof of the shell and is connected to the described of this section
The communicating passage of air-out passage and the air intake passage, every section of the communicating passage is interior to be equipped with heat exchanger, the heat of the heat pump
Medium pipe is connected to the primary side of the heat exchanger, and the communicating passage and the air intake passage intersection are equipped with air inlet wind
Machine, the air intake blower fan are arranged towards the heat exchanger；
It is corresponded on the roof of the shell and is equipped with moisture-eliminating blower at third section to the air-out passage of (n+1)th section of drying section, it is described
Humidity discharging pipe is equipped in air-out passage, the top of the humidity discharging pipe extends at the moisture-eliminating blower, the air inlet wind of adjacent segment
Machine and the moisture-eliminating blower are located at the opposite sides of the shell；
Drying section described in second segment is equipped with microwave generator.
2. vertically-mounted dryer according to claim 1, it is characterised in that: extend to corresponding segment below the humidity discharging pipe
The upper flat plate lower section.
3. vertically-mounted dryer according to claim 2, it is characterised in that: every section of air intake passage is transmitted close to the veneer
Position is adjustably equipped with air inlet air regulating board on the side of mechanism, and the air inlet air regulating board is spaced from top to bottom including at least two
The long shaped plate of setting.
4. vertically-mounted dryer according to claim 3, it is characterised in that: the demarcation plate includes vertically being set to the list
The side riser of plate transport mechanism two sides, and vertically it is set to the top riser above the upper flat plate.
5. vertically-mounted dryer according to claim 4, it is characterised in that: the air-out passage and the communicating passage it
Between be equipped with separation net.
6. vertically-mounted dryer according to claim 1, it is characterised in that: second segment drying section is located at veneer transmission
The two sides of mechanism are equipped with multiple microwave generators.
7. vertically-mounted dryer according to claim 6, it is characterised in that: the peace of multiple microwave generators of side
From gradually rising front to back, the mounting height of the microwave generator of the other side gradually decreases dress height front to back certainly.
8. vertically-mounted dryer according to any one of claims 1 to 7, it is characterised in that: the veneer bracket include with
The inner end of the carrier bar connection of the transmission chain, and the outer end opposite with the inner end, between the inner end and the outer end
Parallel interval is provided with more rectangular steel pipes, and the both ends of the steel pipe are respectively connected with two reinforcing bars, and the reinforcing bar passes through described
Steel pipe, and be fixedly connected with steel pipe, there are gaps between two reinforcing bars；
The steel pipe nearest apart from inner end is equipped with supporting element, the bottom of the supporting element end far from the steel pipe and the steel pipe
The distance between wall is adapted with the pitch of the transmission chain.
9. vertically-mounted dryer according to claim 8, it is characterised in that: the steel pipe nearest apart from inner end is equipped with
Guide plate, the guide plate include the interconnecting piece connecting with steel pipe, and interconnecting piece is vertically connected with support portion, and support portion is towards outer end
Direction tilt upwards bending be equipped with guide part.
10. vertically-mounted dryer according to claim 8, it is characterised in that: the transmission chain is chain, the list
Board mount is fixed on the middle row chain plate of the transmission chain.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822120060.3U CN209639449U (en) | 2018-12-17 | 2018-12-17 | A kind of vertically-mounted dryer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822120060.3U CN209639449U (en) | 2018-12-17 | 2018-12-17 | A kind of vertically-mounted dryer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209639449U true CN209639449U (en) | 2019-11-15 |
Family
ID=68474732
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822120060.3U Active CN209639449U (en) | 2018-12-17 | 2018-12-17 | A kind of vertically-mounted dryer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209639449U (en) |
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2018
- 2018-12-17 CN CN201822120060.3U patent/CN209639449U/en active Active
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