CN209605528U - Quartz sand drying unit - Google Patents
Quartz sand drying unit Download PDFInfo
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- CN209605528U CN209605528U CN201921205176.5U CN201921205176U CN209605528U CN 209605528 U CN209605528 U CN 209605528U CN 201921205176 U CN201921205176 U CN 201921205176U CN 209605528 U CN209605528 U CN 209605528U
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Abstract
The utility model discloses a kind of quartz sand drying units, including rotating mechanism, drying box and heater box, rotating mechanism includes cylinder and the rotary cylinder for being rotatably arranged on inner barrel, inlet port and outlet port are provided on cylinder, first annular partition and the second annular partition are provided in rotary cylinder, the first venthole is provided on first annular partition, apopore is provided on second annular partition, feeder and discharging portion are respectively arranged at the top and bottom of rotary cylinder, feeding-passage and tapping channel are provided in drying box, drying box is internally provided with drying mechanism and inflatable body, drying mechanism includes pedestal, bracket and the first drying plate being arranged on bracket and the second drying plate, the first pusher and the second pusher are provided on bracket, heating mechanism is provided in heater box, heat outlet is provided in heater box.Quartz sand drying unit provided by the utility model carries out drying and processing to quartz sand step by step, increases drying efficiency.
Description
Technical field
The utility model relates to quartz sand production technical fields, more particularly to a kind of quartz sand drying unit.
Background technique
Quartz sand is quartz through the broken quartz particles being process.Quartz is a kind of nonmetallic mineral, is one
Hard, wear-resisting, stable chemical performance the silicate mineral of kind, main mineral constituent is SiO2.The color of quartz sand is milky white
Color or semi-transparent clear shape, Mohs' hardness 7, quartz sand are important industrial mineral raw material, and non-chemical dangerous material are widely used in
Glass, casting, ceramics and fire proofing material, smelting duriron, flux for metallurgy, metallurgy, building, chemical industry, plastics, rubber, abrasive material, filtrate
Equal industry.
The surface of quartz sand processing is attached with dust and impurities, if direct use, influences the total quality of quartz sand, because
This needs to clean it between quartz sand use, and the quartz sand after cleaning can not be used directly, needs to dry it
It is dry, often it is dried by drying unit in the prior art, existing drying unit generally comprises drying plate and hair dryer
Structure will need the quartz sand dried to be placed on drying plate, hot wind be blown out on drying plate by blower mechanism, thus realization pair
Quartz sand on drying plate is dried, but the moisture on the quartz sand after cleaning is more, is directly dried by blower mechanism
It is dry to need long time, while the thickness accumulated on drying plate to quartz sand of existing drying unit and whether being laid in baking
It can not be adjusted on dry plate, influence the drying efficiency of quartz sand.
Utility model content
The purpose of the utility model is to provide a kind of quartz sand drying units, to solve above-mentioned deficiency in the prior art
Place.
To achieve the goals above, the utility model provides the following technical solutions:
A kind of quartz sand drying unit, comprising:
Rotating mechanism, the rotating mechanism include cylinder, and inlet port and outlet port, the cylinder are provided on the cylinder
Be internally provided with rotary cylinder, rotary drive mechanism is provided between the rotary cylinder and the cylinder, is set in the rotary cylinder
First annular partition and the second annular partition are equipped with so that the rotary cylinder is successively separated to form central aeration from center outward
Channel, annular feed space and annular water-supplying chamber, it is circumferentially arranged in the annular feed space to have multiple demarcation plates, first ring
It is provided with the first venthole on shape partition, apopore, the top setting of the rotary cylinder are provided on second annular partition
There is feeder, the feeder is connected so that the quartz sand to be delivered in the feed space with the feed inlet, and described turn
The bottom of dynamic cylinder is provided with discharging portion, and the top and bottom of the discharging portion are connected with the feed space and the discharge port respectively
It is logical；
Drying box is provided with feeding-passage and tapping channel, the feeding-passage and the discharge port in the drying box
It is connected, the drying box is internally provided with drying mechanism, and the drying mechanism includes pedestal and is arranged on the pedestal
Bracket, the first drying plate and the second drying plate are provided on the bracket, the first drying plate is located at second drying
The surface of plate is provided with sieve pore and the second venthole on the first drying plate, is provided with third on the second drying plate
Venthole is provided with the first pusher and the second pusher, first pusher and the second pusher on the bracket
Mechanism respectively corresponds the surface that the first drying plate and the second drying plate is arranged in, and first pusher and second pushes away
Expect that mechanism includes that actuator, push plate and the pusher being arranged in the push plate are grabbed；
Heater box is provided with heating mechanism in the heater box, heat outlet, the cylinder is provided in the heater box
Be respectively arranged with the first hot air intake and the second hot air intake in drying box, first hot air intake and the heat outlet
It is connected, second hot air intake is connected by air pump with the heat outlet, is provided in the drying box and described the
The connected inflatable body of two hot air intakes, the inflatable body are located at the surface of the first drying plate.
Above-mentioned quartz sand drying unit, the demarcation plate form multiple chargings for the annular feed space is circumferentially spaced
Chamber, the feeder include the feeding warehouse of taper, and opening is provided at the top of the feeding warehouse, and the opening is located at the charging
Mouthful underface and with the roof of the cylinder rotate be arranged.
Above-mentioned quartz sand drying unit, be provided in the feeding warehouse it is multiple draw material guide plate, the material guide plate that draws includes
Long guide plate and short-range missile plate, the long guide plate and short-range missile plate are arranged in a one-to-one correspondence with the feed cavity.
Above-mentioned quartz sand drying unit, the inflatable body include the ventilation being arranged in above the first drying plate
Plate, the vent board are internally provided with venting cavity, are provided on the downside of the vent board multiple with the venting cavity phase
Inflatable mouth even is connected with air blowing part on the inflatable mouth.
Above-mentioned quartz sand drying unit, the pusher grab the lower side that the push plate is arranged in, and the pusher has been grabbed more
A, multiple pushers are grabbed along the setting of the length direction interval of the push plate lower side.
Above-mentioned quartz sand drying unit, also sliding is provided with sliding panel in the push plate, and the sliding panel is pushed away with described
The length of plate is identical, is provided with multiple stripe boards on the sliding panel, the sliding panel can be slided up and down along the push plate so that
Obtaining the stripe board has collecting state and pusher state；In the pusher state, the push plate and the stripe board can be by institutes
Quartz sand is stated to release from the first drying plate and the second drying plate.
In the above-mentioned technical solutions, quartz sand drying unit provided by the utility model, including rotating mechanism, drying box and
Heater box, rotating mechanism include cylinder and the rotary cylinder for being rotatably arranged on inner barrel, and it is logical that central aeration is provided on rotary cylinder
The water on quartz sand in annular feed space can be discharged during rotation for road, annular feed space and annular water-supplying chamber, rotary cylinder
To annular water-supplying chamber, central vent channel can play the role of quartz sand tentatively to dry, and dryer is provided in drying box
Structure, drying mechanism can continue to dry quartz sand, and so substep is removed water and dried to quartz sand, increase quartz sand
Drying effect, drying mechanism include bracket and be arranged on bracket first drying plate and second drying plate, first drying plate and
Second drying plate is dispersible to dry quartz sand, is respectively arranged with the first pusher on the first drying plate and the second drying plate
Mechanism and the second pusher may make quartz sand to be uniformly laid in first by the first pusher and the second pusher
It dries on plate and the second drying plate, and the quartz sand after drying can be transferred out, increase the drying efficiency to quartz sand.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, below will be to institute in embodiment
Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only to record in the utility model
Some embodiments be also possible to obtain other drawings based on these drawings for those of ordinary skill in the art.
Fig. 1 is the structural schematic diagram of quartz sand drying unit provided by the embodiment of the utility model；
Fig. 2 is the top view of rotary cylinder provided by the embodiment of the utility model；
Fig. 3 is the structural schematic diagram of push plate provided by the embodiment of the utility model.
Description of symbols:
1, cylinder；1.1, feed inlet；1.2, discharge port；1.3, rotary drive mechanism；2, rotary cylinder；2.1, it is first annular every
Plate；2.1.1, the first venthole；2.2, the second annular partition；2.2.1, apopore；2.3, central vent channel；2.4, annular into
Expect room；2.4.1, demarcation plate；2.4.2, feed cavity；2.5, annular water-supplying chamber；2.6, feeder；2.7, discharging portion；3, drying box；
3.1, feeding-passage；3.2, tapping channel；4, drying mechanism；4.1, pedestal；4.2, bracket；4.3, the first drying plate；4.4,
Two drying plates；4.5, the first pusher；4.6, the second pusher；4.7, push plate；4.7.1, pusher grabs；4.7.2, bar shaped
Plate；4.7.3, sliding panel；5, heater box；5.1, heating mechanism；5.2, heat outlet；5.3, the first hot air intake；5.4, second
Hot air intake；6, inflatable body；6.1, vent board；6.2, air blowing part.
Specific embodiment
In order to make those skilled in the art more fully understand the technical solution of the utility model, below in conjunction with attached drawing pair
The utility model is further detailed.
As shown in Figure 1-3, the utility model embodiment provides a kind of quartz sand drying unit, including rotating mechanism, rotation
Mechanism includes cylinder 1, and feed inlet 1.1 and discharge port 1.2 are provided on cylinder 1, and cylinder 1 is internally provided with rotary cylinder 2, rotation
It is provided with rotary drive mechanism 1.3 between cylinder 2 and cylinder 1, first annular partition 2.1 and the second annular are provided in rotary cylinder 2
Rotary cylinder 2 is successively separated to form central vent channel 2.3, annular feed space 2.4 and annular outward from center and gone out by partition 2.2
Water chamber 2.5, it is circumferentially arranged in annular feed space 2.4 to have multiple demarcation plate 2.4.1, is provided on first annular partition 2.1
One venthole 2.1.1 is provided with apopore 2.2.1 on the second annular partition 2.2, and the top of rotary cylinder 2 is provided with feeder
2.6, feeder 2.6 is connected with feed inlet 1.1 quartz sand to be delivered in feed space, and the bottom of rotary cylinder 2 is provided with out
Material portion 2.7, the top and bottom of discharging portion 2.7 are connected with feed space and discharge port 1.2 respectively；Drying box 3, in drying box 3
It is provided with feeding-passage 3.1 and tapping channel 3.2, feeding-passage 3.1 is connected with discharge port 1.2, the inside setting of drying box 3
There is a drying mechanism 4, drying mechanism 4 includes pedestal 4.1 and the bracket 4.2 that is arranged on pedestal 4.1, and the is provided on bracket 4.2
One drying plate 4.3 and the second drying plate 4.4, the first drying plate 4.3 are located at the surface of the second drying plate 4.4, the first drying plate
It is provided with sieve pore and the second venthole on 4.3, is provided with third venthole on the second drying plate 4.4, the is provided on bracket 4.2
One pusher 4.5 and the second pusher 4.6, the first pusher 4.5 and the second pusher 4.6 respectively correspond setting and exist
The surface of first drying plate 4.3 and the second drying plate 4.4, the first pusher 4.5 and the second pusher 4.6 include driving
Part, push plate 4.7 and the pusher being arranged in push plate 4.7 grab 4.7.1；Heater box 5 is provided with heating mechanism 5.1 in heater box 5,
It is provided with heat outlet 5.2 in heater box 5, the first hot air intake 5.3 and the second heat are respectively arranged on cylinder 1 and drying box 3
Gas import 5.4, the first hot air intake 5.3 are connected with heat outlet 5.2, and the second hot air intake 5.4 is gone out by air pump and hot gas
Mouth 5.2 is connected, and the inflatable body 6 being connected with the second hot air intake 5.4 is provided in drying box 3, and inflatable body 6 is located at first and dries
The surface of dry plate 4.3.
Specifically, drying unit includes rotating mechanism, quartz sand is rotated by rotating mechanism realization, so that quartzy
Sand is separated from the water, and rotating mechanism includes cylinder 1, and feed inlet 1.1 and discharge port 1.2 are provided on cylinder 1, and feed inlet 1.1 is set
It sets at the top of cylinder 1, quartz sand to be treated can be conveyed into cylinder 1 by feed inlet 1.1, the feed inlet on cylinder 1
1.1 can be one, it is two or more, cylinder 1 is internally provided with rotary cylinder 2, and rotation is provided between rotary cylinder 2 and cylinder 1
Turn driving mechanism 1.3, rotary drive mechanism 1.3 can be driving gear, be also possible to other actuators, in rotating cylinder
Portion is provided with first annular partition 2.1 and the second annular partition 2.2, and the center of cylinder 1 is arranged in first annular partition 2.1
The central compartment of cylinder 1 is formed into a central vent channel 2.3, the second annular partition 2.2 is set around first annular partition 2.1
Set, form annular feed space 2.4 between the second annular partition 2.2 and first annular partition 2.1, annular feed space 2.4 accept from
The quartz sand that feed inlet 1.1 conveys, is provided with multiple demarcation plate 2.4.1, multiple demarcation plate 2.4.1 in annular feed space 2.4
Along being provided at circumferentially spaced to which annular feed space 2.4 is separated to form multiple feed cavity 2.4.2 for annular feed space 2.4, second
Annular water-supplying chamber 2.5 is formed between annular partition 2.2 and the inner wall of rotary cylinder 2, is provided with first on first annular partition 2.1
Venthole 2.1.1, the first venthole 2.1.1 is connected to central vent channel 2.3 and annular feed space 2.4, in the second annular partition
Apopore 2.2.1 is provided on 2.2, the aperture of apopore 2.2.1 is less than the size of quartz sand, passes through multiple apopore 2.2.1
It is connected to annular feed space 2.4 and annular water-supplying chamber 2.5,1.3 powered rotatable cylinder 2 of rotary drive mechanism is rotated, so that stone
Water on sand is thrown away by apopore 2.2.1 to annular water-supplying chamber 2.5, and the top of rotary cylinder 2 is provided with feeder 2.6,
Feeder 2.6 can be the feed hopper of a bench-type, and the upper end of feeder 2.6 is connected with feed inlet 1.1, under feeder 2.6
End is connected with annular feed space 2.4, so that the quartz sand inputted from feed inlet 1.1 dispersion is delivered to annular feed space 2.4
It is interior, the bottom of rotary cylinder 2 is provided with discharging portion 2.7, discharging portion 2.7 can be the discharging bin of type of falling from power, or one
Inverted taper discharging bin, the upper end of discharging portion 2.7 are connected with feed space, and the lower end of discharging portion 2.7 is connected with discharge port 1.2
It is logical, the quartz sand in rotary cylinder 2 is transferred out to realize.
In the present embodiment, the underface of cylinder 1 is arranged in drying box 3, and 3.1 He of feeding-passage is provided in drying box 3
The top of drying box 3 is arranged in tapping channel 3.2, feeding-passage 3.1, and the upper end of feeding-passage 3.1 is connected real with discharge port 1.2
The quartz sand exported from discharge port 1.2 is now accepted, is internally provided with drying mechanism 4 in drying box 3, drying mechanism 4 includes seat
Body 4.1, pedestal 4.1 are arranged on the bottom plate of drying box 3, and bracket 4.2 is provided on pedestal 4.1, and bracket 4.2 includes along drying
The support plate of each side wall of case 3 setting is provided with the first drying plate 4.3 and the second drying plate 4.4, the first drying on bracket 4.2
Plate 4.3 and the second drying plate 4.4 are horizontally set on bracket 4.2, and the first drying plate 4.3 is being located at the second drying plate 4.4 just
The side of top, the first drying plate 4.3 and the second drying is provided with tapping channel 3.2, is provided on the first drying plate 4.3
Sieve pore and the second venthole, sieve pore and the second venthole are successively spaced setting, and the aperture of sieve pore is greater than the ruler of lesser quartz sand
It is very little, less than the size of biggish quartz sand, so that the lesser quartz sand of size can be delivered to the second drying by sieve pore
On plate 4.4, it is provided with third venthole on the second drying plate 4.4, third venthole is arranged at intervals on the second drying plate 4.4
On, the surface of the first drying plate 4.3 is provided with blower mechanism, blower mechanism can be to the first drying plate 4.3 and the second drying
Plate 4.4 blows out hot wind to dry the quartz sand on the first drying plate 4.3 and the second drying plate 4.4；Blower mechanism includes blow-down panel
It is dispersible to the first drying plate 4.3 and the second drying by multiple blowing mouths with the multiple blowing mouths being arranged in blow-down panel
Hot wind is blown out on plate 4.4, blower mechanism is connected with the second hot air intake 5.4 in drying box 3, the second hot air intake 5.4 with plus
Heat outlet 5.2 in hot tank 5 is connected, and heating mechanism 5.1 is provided in heater box 5, makes heater box by heating mechanism 5.1
5 endlessly can transfer out hot gas from heat outlet 5.2, and hot gas is delivered to cylinder 1 and drying box by heat outlet 5.2
In 3, hot gas is by continuing on to central vent channel 2.3 after the first hot air intake 5.3 on heat outlet 5.2 and cylinder 1
Interior, hot gas takes away the part water on quartz sand in central vent channel 2.3, in the second hot air intake 5.4 and heat outlet 5.2
Between be additionally provided with air pump, by air pump increase hot gas be delivered to speed and efficiency in drying box 3.
In the present embodiment, pusher is additionally provided in drying box 3, pusher includes 4.5 He of the first pusher
Second pusher 4.6, the first pusher 4.5 and the second pusher 4.6, which respectively correspond setting, dries 4.3 He of plate first
The surface of second drying plate 4.4, the first pusher 4.5 can realize that drying the quartz sand on plate 4.3 for first is bulldozed, so that
Quartz sand can be laid on the first drying plate 4.3, and the second pusher 4.6 can realize that drying the quartz sand on plate for two pushes away
It is flat, quartz sand is laid on the second drying plate 4.4, the first pusher 4.5 and the second pusher 4.6 include driving
Moving part, push plate 4.7 and the pusher being arranged in push plate 4.7 grab 4.7.1, and actuator can drive push plate 4.7 along the first drying plate 4.3
It is moved with the second drying plate 4.4, so that quartz sand is laid on the first drying plate 4.3 and the second drying plate 4.4 by push plate 4.7,
And 4.7.1 is grabbed by pusher and is moved along the first drying plate 4.3 and the second drying plate 4.4, pusher, which is grabbed 4.7.1 and played to quartz sand, to be turned over
The effect turned, enables the quartz sand of bottom to overturn to top, the quartz sand of top is overturn to bottom, increase the effect of drying
Rate, and avoidable part quartz sand is deposited in bottom always and causes the phenomenon that can not drying.
Quartz sand drying unit provided by the embodiment of the utility model, including rotating mechanism, drying box 3 and heater box 5, rotation
Rotation mechanism includes cylinder 1 and the rotary cylinder 2 that is rotatably arranged on inside cylinder 1, be provided on rotary cylinder 2 central vent channel 2.3,
Annular feed space 2.4 and annular water-supplying chamber 2.5, rotary cylinder 2 during rotation can will be on quartz sands in annular feed space 2.4
Water is expelled in annular water-supplying chamber 2.5, and central vent channel 2.3 can play the role of quartz sand tentatively to dry, in drying box 3
It is provided with drying mechanism 4, drying mechanism 4 can continue to dry quartz sand, and such branch is removed water and dried to quartz sand
It is dry, increase the drying effect of quartz sand, drying mechanism 4 includes bracket 4.2 and the first drying plate 4.3 being arranged on bracket 4.2
With the second drying plate 4.4, the first drying plate 4.3 and the second drying plate 4.4 can be dispersed and dry to quartz sand, in the first drying
It is respectively arranged with the first pusher 4.5 and the second pusher 4.6 on plate 4.3 and the second drying plate 4.4, passes through the first pusher
Mechanism 4.5 and the second pusher 4.6 aloow quartz sand to be uniformly laid in the first drying plate 4.3 and the second drying plate
On 4.4, and the quartz sand after drying can be transferred out, increase the drying efficiency to quartz sand.
In the present embodiment, it is preferred that partition plate forms multiple feed cavity 2.4.2 for annular feed space 2.4 is circumferentially spaced,
The feeding warehouse of feeder 2.6 including taper is provided with opening at the top of feeding warehouse, be open positioned at feed inlet 1.1 underface and
It rotates and is arranged with the roof of cylinder 1；The settable rotating gravure inside the roof of cylinder 1 is limited in rotation at the top of feeding warehouse
It in groove, and is also rotated along rotating gravure, so while rotary cylinder 2 and feeding warehouse are rotated, feeding warehouse is always
Positioned at the underface of feed inlet 1.1.
In the present embodiment, it is preferred that be provided in feeding warehouse it is multiple draw material guide plate, draw material guide plate include long guide plate and short-range missile
Plate, long guide plate and short-range missile plate are arranged in a one-to-one correspondence with feed cavity 2.4.2.Long guide plate connection feed inlet 1.1 and the second annular every
Plate 2.2, short-range missile plate connect feed inlet 1.1 and first annular partition 2.1, and such quartz sand is delivered to charging by feed inlet 1.1
Behind the inside in storehouse, under the action of long guide plate and short-range missile plate, quartz sand can be dispersed to be delivered in each feed cavity 2.4.2.
In the present embodiment, it is preferred that inflatable body 6 includes the vent board 6.1 that 4.3 top of the first drying plate is arranged in, and is led to
Gas plate 6.1 is internally provided with venting cavity, and multiple inflatable mouths being connected with venting cavity are provided on the downside of vent board 6.1,
Air blowing part 6.2 is connected on inflatable mouth.Vent board 6.1 can be rectangle structure, be also possible to arc or other shapes, lead to
It is provided on gas plate 6.1 for the perforative impenetrating mouth of feeding-passage 3.1, the inflatable mouth on vent board 6.1 has multiple, multiple inflatable mouths
Scattering device can be blown out on vent board 6.1 by the air blowing part 6.2 on inflatable mouth to each position of the first drying plate 4.3
Hot gas, to increase the drying effect to quartz sand, while part inflatable mouth can blow to the second drying plate 4.4.
In the present embodiment, it is preferred that pusher grabs the lower side that push plate 4.7 is arranged in 4.7.1, pusher grab 4.7.1 have it is multiple,
Multiple pushers are grabbed 4.7.1 and are arranged along the length direction interval of 4.7 lower side of push plate；The lower end that pusher grabs 4.7.1 includes an arc
The hook portion of shape is grabbed 4.7.1 by pusher and is moved along the first drying plate 4.3 and the second drying plate 4.4, and multiple pushers grab 4.7.1 can
It realizes to the overturning of quartz sand on the first drying plate 4.3 and the second drying plate 4.4, the quartz sand dried is overturn to bottom,
The quartz sand that do not dry is overturn to top, the effect dried to quartz sand is so increased.
In the present embodiment, it is preferred that also sliding is provided with sliding panel 4.7.3, sliding panel 4.7.3 and push plate in push plate 4.7
4.7 length is identical, and multiple stripe board 4.7.2 are provided on sliding panel 4.7.3, and sliding panel 4.7.3 can glide in push plate 4.7
It moves so that stripe board 4.7.2 has collecting state and pusher state, in pusher state, push plate 4.7 and stripe board 4.7.2 can be incited somebody to action
Quartz sand is released from the first drying plate 4.3 and the second drying plate 4.4, can when sliding panel 4.7.3 is moved downward along push plate 4.7
Sliding panel 4.7.3 is slid into the lower section of push plate 4.7, each sliding panel 4.7.3 and each pusher grab 4.7.1 and are located at sustained height, this
When driving push plate 4.7 along first drying plate 4.3 or second drying plate 4.4 move when, can by first drying plate 4.3 and second drying
Quartz sand on plate 4.4 is exported from tapping channel 3.2, when needing to the quartz on the first drying plate 4.3 and the second drying plate 4.4
When sand is dried, sliding panel 4.7.3 is pushed up, sliding panel 4.7.3 is located at the surface that pusher grabs 4.7.1 at this time, can
Overturning of the 4.7.1 realization to quartz sand is grabbed by pusher.
It is above that certain exemplary embodiments of the utility model are only described by way of explanation, undoubtedly, for
Those skilled in the art can be with a variety of different without departing from the spirit and scope of the utility model
Mode is modified described embodiment.Therefore, above-mentioned attached drawing and description are regarded as illustrative in nature, and should not be construed as
Limitation to the utility model claims protection scope.
Claims (6)
1. a kind of quartz sand drying unit characterized by comprising
Rotating mechanism, the rotating mechanism include cylinder, are provided with inlet port and outlet port on the cylinder, the cylinder it is interior
Portion is provided with rotary cylinder, and rotary drive mechanism is provided between the rotary cylinder and the cylinder, is provided in the rotary cylinder
First annular partition and the second annular partition with the rotary cylinder is successively separated to form outward from center central vent channel,
Annular feed space and annular water-supplying chamber, it is circumferentially arranged in the annular feed space to have multiple demarcation plates, it is described it is first annular every
Be provided with the first venthole on plate, apopore be provided on second annular partition, be provided at the top of the rotary cylinder into
Material portion, the feeder are connected so that the quartz sand to be delivered in the feed space with the feed inlet, the rotary cylinder
Bottom be provided with discharging portion, the top and bottom of the discharging portion are connected with the feed space and the discharge port respectively；
Drying box is provided with feeding-passage and tapping channel in the drying box, and the feeding-passage is connected with the discharge port
Logical, the drying box is internally provided with drying mechanism, and the drying mechanism includes pedestal and the branch that is arranged on the pedestal
Frame, the first drying plate and the second drying plate are provided on the bracket, and the first drying plate is located at the second drying plate
Surface is provided with sieve pore and the second venthole on the first drying plate, is provided with third ventilation on the second drying plate
Hole is provided with the first pusher and the second pusher, first pusher and the second pusher on the bracket
Respectively correspond the surface that the first drying plate and the second drying plate are set, first pusher and the second pusher
Structure includes that actuator, push plate and the pusher being arranged in the push plate are grabbed；
Heater box is provided with heating mechanism in the heater box, heat outlet, the cylinder and baking is provided in the heater box
The first hot air intake and the second hot air intake are respectively arranged on dry case, first hot air intake is connected with the heat outlet
Logical, second hot air intake is connected by air pump with the heat outlet, is provided in the drying box and second heat
The connected inflatable body of gas import, the inflatable body are located at the surface of the first drying plate.
2. quartz sand drying unit according to claim 1, which is characterized in that the demarcation plate is by the annular feed space
Circumferentially spaced to form multiple feed cavities, the feeder includes the feeding warehouse of taper, is provided with out at the top of the feeding warehouse
Mouthful, the opening, which is located at the underface of the feed inlet and rotates with the roof of the cylinder, to be arranged.
3. quartz sand drying unit according to claim 2, which is characterized in that be provided in the feeding warehouse and multiple draw material
Guide plate, the material guide plate that draws includes long guide plate and short-range missile plate, and the long guide plate and short-range missile plate are corresponded with the feed cavity
Setting.
4. quartz sand drying unit according to claim 1, which is characterized in that the inflatable body includes being arranged described
Vent board above first drying plate, the vent board are internally provided with venting cavity, are arranged on the downside of the vent board
There are multiple inflatable mouths being connected with the venting cavity, is connected with air blowing part on the inflatable mouth.
5. quartz sand drying unit according to claim 1, which is characterized in that the pusher, which is grabbed, is arranged in the push plate
Lower side, the pusher grabbed it is multiple, multiple pushers grab along the push plate lower side length direction interval setting.
6. quartz sand drying unit according to claim 5, which is characterized in that also sliding is provided with sliding in the push plate
Plate, the sliding panel is identical as the length of the push plate, and multiple stripe boards are provided on the sliding panel, and the sliding panel can edge
The push plate slides up and down so that the stripe board has collecting state and pusher state；
In the pusher state, the push plate and the stripe board can dry the quartz sand from the first drying plate and second
It is released on dry plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921205176.5U CN209605528U (en) | 2019-07-29 | 2019-07-29 | Quartz sand drying unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921205176.5U CN209605528U (en) | 2019-07-29 | 2019-07-29 | Quartz sand drying unit |
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| Publication Number | Publication Date |
|---|---|
| CN209605528U true CN209605528U (en) | 2019-11-08 |
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ID=68408273
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921205176.5U Expired - Fee Related CN209605528U (en) | 2019-07-29 | 2019-07-29 | Quartz sand drying unit |
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| CN (1) | CN209605528U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112146365A (en) * | 2020-08-27 | 2020-12-29 | 安徽省司尔特肥业股份有限公司 | High-efficient deodorant fertilizer drying-machine that disinfects |
-
2019
- 2019-07-29 CN CN201921205176.5U patent/CN209605528U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112146365A (en) * | 2020-08-27 | 2020-12-29 | 安徽省司尔特肥业股份有限公司 | High-efficient deodorant fertilizer drying-machine that disinfects |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20201110 Address after: Group 4, bajiaowan village, Erlangmiao Town, Jiangyou City, Mianyang City, Sichuan Province Patentee after: Jiangyou Ruiao Material Technology Co.,Ltd. Address before: Kangdian Town, Gongyi City, Zhengzhou City, Henan Province Patentee before: Zhengzhou Asia Pacific ceramsite Technology Co.,Ltd. |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191108 |