CN206974110U - A kind of granule materials dry tack free device - Google Patents
A kind of granule materials dry tack free device Download PDFInfo
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- CN206974110U CN206974110U CN201720586950.6U CN201720586950U CN206974110U CN 206974110 U CN206974110 U CN 206974110U CN 201720586950 U CN201720586950 U CN 201720586950U CN 206974110 U CN206974110 U CN 206974110U
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Abstract
The utility model discloses a kind of granule materials dry tack free device, including housing, spiral material stirring-up mechanism, hopper and drier；Spiral material stirring-up mechanism, hopper and the drier are arranged in housing；The housing is provided with charging aperture, and material is delivered in hopper by charging aperture；The spiral material stirring-up mechanism is located in hopper, and overturns material in hopper internal rotation in the presence of external drive motors；Discharging opening is additionally provided with below the hopper；The drier includes air film, electric heating element and air draft mechanism；Air draft mechanism is connected with external drive mechanism, and air circulates between air film, electric heating element, hopper and air draft mechanism in air draft mechanism under effect in housing；Pass through the ingehious design of drying equipment and the reasonable setting of drying control system, granule materials surface is dried using the continuous circulation of hot-air, capacity usage ratio is high, and avoids the contamination phenomenon to environment, whole drying equipment structure is simple, uses simple operation.
Description
Technical field
It the utility model is related to drying equipment technical field, especially a kind of drying device for granule materials surface.
Background technology
The dry tack free mode of granule materials mainly has rotary kiln drying, hot air convective drying, fluidized bed drying, infrared dry
Dry and microwave drying etc..Heat energy caused by hot air convective drying generally use fuel oil and combustion gas, utilize granule materials surface and heat
When air is in contact, heat energy is reached granule materials surface by hot-air, and the inside of material is transferred to by surface.Granule materials
Moisture in surface is diffused into hot-air by surface of material by air film.Hot blast gas flow rate is big, and airflow drying tube abrasion is tight
Weight；Hot blast temperature is too high, the thermal efficiency is low, and uses heavy oil as fuel more, hydrocarbon caused by burning, sulfide and polycyclic
The pollutants such as aromatic hydrocarbons, easily cause environmental pollution；The Hot wet air heating that hothouse comes out all is directly discharged into air, and that so discharges is hot wet
Air contains substantial amounts of sensible heat and latent heat, causes the energy utilization efficiency of drying equipment very low.
The content of the invention
Goal of the invention of the present utility model is：For above-mentioned problem, there is provided a kind of granule materials dry tack free
Device and its control system, pass through the ingehious design of drying equipment and the reasonable setting of drying control system so that this practicality is new
The granule materials dry tack free device drying effect of type is good, and drying frame is not easily susceptible to the damage of hot-air, and drying frame uses the longevity
Life length, granule materials surface is dried by using the continuous circulation of hot-air, and capacity usage ratio is high, and avoids to ring
The contamination phenomenon in border, whole drying equipment structure is simple, using simple operation, substantially reduces the arid cycle of granule materials,
Drying efficiency is high.
The technical solution adopted in the utility model is as follows：
A kind of granule materials dry tack free device of the present utility model, including housing, spiral material stirring-up mechanism, hopper and drying
Mechanism；Spiral material stirring-up mechanism, hopper and the drier are arranged in housing；The housing is provided with charging aperture, charging
Material is delivered in hopper by mouth；The auger mechanism is located in hopper, and is expecting in the presence of external drive motors
Groove internal rotation overturns material；Discharging opening is additionally provided with below the hopper；The drier includes air film, electric heating element and exhausting
Mechanism；The air film and electric heating element are located at the air side and inlet side of air draft mechanism, air draft mechanism and external drive motor respectively
Structure connects, in housing air in air draft mechanism the recycle stream between air film, electric heating element, hopper and air draft mechanism under effect
It is dynamic；Material is entered by charging aperture in the hopper of drying device, is stirred in the presence of spiral material stirring-up mechanism, and it is empty to increase heat
Gas and the contact area on granule materials surface, sufficiently take away surface of material moisture, moisture is under the air-flow that air draft mechanism drives
It is diffused into by gas mould in hot-air, the moisture on granule materials surface is quickly lost in air-flow, so as to realize well dried effect
Fruit, drying device of the present utility model is simple in construction, and capacity usage ratio is high, and avoids ring caused by being dried using fuel
Border is polluted, and its use cost is low, largely, is quickly dried because particle can be achieved in the setting of spiral material stirring-up mechanism, is reduced significantly
The arid cycles of granule materials, improve drying efficiency.
The utility model is further arranged to：The spiral material stirring-up mechanism includes flight and spiral notch；The spiral
Piece is integrally connected with rotating shaft and is connected, and rotating shaft both ends are located on housing by connecting bearing bracket stand；The rotating shaft and external drive motors
Connection；Spiral notch is offered on the flight；The spiral notch is set in spiral arc shaped corresponding with flight；Spiral shell
Spin slot mouth causes granule materials to partially pass through spiral notch under the continuous rotation of the flight of spiral material stirring-up mechanism and be divided
From and the multiple agitation that constantly circulates so that granule materials are stirred more uniformly fully, and it is mutual to avoid substantial amounts of granule materials
Accumulation contact so that its surface fully contacts with hot-air and takes away surface moisture so as to reach drying purpose, it also avoid particle
The problem of also unseasoned thorough just too fast entrance discharging opening of material and excessive granule materials cause spiral material stirring-up mechanism card machine
Occur, ensure that the job stability of equipment.
The utility model is further arranged to：The hopper is made up of deep-slotted chip breaker, vertical cell wall；The both sides of the deep-slotted chip breaker
Vertical cell wall is connected with notch, deep-slotted chip breaker and vertical cell wall, which enclose spiral material stirring-up mechanism in semi-surrounding structure, to be located in it；Institute
The diameter for stating deep-slotted chip breaker is more than the maximum gauge of flight；The structure setting of hopper ensure that material will not fly during stirring
Spill, cause the waste of material.
The utility model is further arranged to：Some deep beads are evenly equipped with the vertical cell wall；The deep bead is located at
It is in be staggered between adjoining spiral piece and with flight；The setting of deep bead, as the term suggests it is to stop that hot blast is too fast
Circulated by air draft mechanism so that hot blast in spiral material stirring-up mechanism residence time increase, so as to ensure hot-air flow can with
Grain material has sufficient time of contact, and can also be acted on completely with the granule materials of hopper bottom, and ensure material dries effect
Fruit, improve the utilization rate of thermal source.
The utility model is further arranged to：The height of the deep bead is less than or equal to the height of vertical cell wall；It is described
Connection angle between deep bead and vertical cell wall is 70 ° -90 °；The angle of deep bead installation determines hot sky to a certain extent
Circulation track and residence time of the gas in spiral material stirring-up mechanism, help desiccation effect of the hot-air to material.
The utility model is further arranged to：The housing is additionally provided with supporting plate one and supporting plate two；The supporting plate one
It is connected to supporting plate two in " T " font in housing；The supporting plate one is vertically arranged in housing, and supporting plate one is by spiral stirring
Mechanism is segmented in its both sides with air draft mechanism；The supporting plate two is horizontally installed in housing, and air film and electric heating element are respectively provided with
In supporting plate two, air film is set by air draft mechanism side, and electric heating element is set by spiral material stirring-up mechanism side；The supporting plate
Two lower sections are connected with supporting plate one, and supporting plate one, supporting plate two and housing form a closing chamber, and air draft mechanism is located at the closing
Intracavitary；The supporting plate one is provided with exhausting mesh；The air inlet of the exhausting mesh and air draft mechanism is in the same size and phase
To connection；The supporting plate two is provided with air-out mesh；The air-out mesh position is in the top of air draft mechanism；Air exists in housing
Annular is formed in housing along its set flowing runner in the presence of air draft mechanism to circulate, and constantly recycles hot sky
Gas, while improving the utilization rate of heat energy, the drying effect of granule materials is ensure that, its is simple in construction, uses simple operation.
The utility model is further arranged to：The spiral material stirring-up mechanism is inclined in housing, spiral material stirring-up mechanism
Rotating shaft one end be connected with housing, the other end is connected with supporting plate one, and rotating shaft and the connection of housing are highly less than rotating shaft and support
The connection height of plate one；The angle of inclination of the spiral material stirring-up mechanism is 0 ° -30 °；Spiral material stirring-up mechanism being obliquely installed and keeping off
The effect of aerofoil is complemented each other, and spiral material stirring-up mechanism is obliquely installed so that material residence time in hopper is abundant enough,
Kept for enough abundant times of contact with hot-air, mutually coordinate, ensure that good drying effect, improve equipment and the energy
Utilization rate, saved energy consumption, its is simple in construction, and feature is good.
The utility model is further arranged to：The air draft mechanism is connected by power transmission shaft with motor；The driving
The output end of motor is also connected with gearbox, the transmission axis connection that the output end of gearbox passes through V belt translation and air draft mechanism；Drive
Dynamic actuator drives air draft mechanism action, ensure the stability of air circulation flow in housing.
A kind of control system of granule materials dry tack free device, including temperature sensor, humidity sensor, air-flow sensing
Device, revolution detector and controller；The electric heating element, air draft mechanism, temperature sensor, humidity sensor, revolution detector
It is electrically connected with controller；The temperature sensor, humidity sensor and pneumatic sensor are arranged in housing；Described turn
Fast detector is arranged on spiral material stirring-up mechanism；The controller is also connected with external drive mechanism.
Further, the control method of the control system of granule materials dry tack free device is：Temperature sensor detects housing
Interior air temperature value t1 simultaneously sends a signal to controller, and humidity sensor detects air humidity value pw1 in housing and transmits signal
To controller, pneumatic sensor detects air velocity sq1 in housing and sends a signal to controller, revolution detector detection spiral
The rotary speed v of material stirring-up mechanism simultaneously sends a signal to controller, controller receive above-mentioned signal and with initial temperature t0, humidity
Pw0 is compared；Work as t1>T0=700 DEG C, controller control electric heating element, reduce heat energy, and control air draft mechanism to increase exhausting
Speed improves air velocity so that 8m/s<sq1<12m/s, the rotation speed regulating and controlling spiral material stirring-up mechanism measured according to revolution detector
Velocity of rotation, accelerate spiral material stirring-up mechanism velocity of rotation；On the contrary, work as t1<T0=700 DEG C, controller control electric heating element hair
Heat acting, and control air exhauster to reduce air draft speed and reduce air velocity so that 5m/s<sq1<8m/s, according to revolution detector
The velocity of rotation of the rotation speed regulating and controlling spiral material stirring-up mechanism measured, reduce the velocity of rotation of spiral material stirring-up mechanism；Above-mentioned regulation and control until
When pw1=pw0=5% is 12%, controller just maintains parameter current state normally to be dried, and repeats above-mentioned controlled in real time
Journey, maintain stable drying condition；Control system and its corresponding control process are on the premise of control parameter is set so that
Grain material realizes good drying effect according to its preferable drying condition, ensures the stability of drying process, reaches good
Drying effect, and make it that the drying efficiency of granule materials is higher, and control system and the reasonable combination of drying equipment are used, make
Obtain drying equipment to control and adjust in real time, ensure that Optimality, flexible adjustability and the stability of dry environment, the system architecture
Simply, it is easy to control, cause with reference to drying device of the present utility model for device gas of the present utility model to further strengthened
Effect, has good practicality, is adapted to popularization and application.
In summary, by adopting the above-described technical solution, the beneficial effects of the utility model are：
1st, simple in construction, low manufacture cost is easy to use；
2nd, the structure setting of spiral material stirring-up mechanism is passed through so that material can be sufficiently stirred in the drying process, surface of material
Sufficient contact drying can be carried out with hot-air so that dry materials effect is good, and drying efficiency is high；
3rd, spiral material stirring-up mechanism is combined with hopper, high-volume can be carried out to granule materials and dried, improve the upper of product
Field efficiency；
4th, flight is provided with spiral shape notch, it is more abundant not only make it that material is stirred, moreover it is possible to avoid granule materials heap
Occur caused by product phenomena such as card machine, ensure that and also limited while the normal work of drying equipment avoid spiral material stirring-up mechanism
Device damage asks generation caused by getting stuck；
5th, control system and the reasonable combination of drying equipment are used, the parameters such as temperature, humidity is monitored in real time, and in real time
Regulation and control, improve the utilization rate of drying efficiency and equipment, substantially reduce drying time；
6th, environmental pollution is small, has good practicality, is adapted to popularization and application.
Brief description of the drawings
Fig. 1 is the internal structure schematic diagram of granule materials dry tack free device of the present utility model；
Fig. 2 is the side view of granule materials dry tack free device auger mechanism of the present utility model；
Marked in figure：1 is housing, and 2 be charging aperture, and 3 be spiral material stirring-up mechanism, and 31 be flight, and 32 be spiral notch, 4
It is connection bearing for rotating shaft, 5,6 be hopper, and 61 be deep-slotted chip breaker, and 62 be cell wall, and 63 be deep bead, and 7 be discharging opening, and 8 be supporting plate
One, 9 be exhausting mesh, and 10 be air draft mechanism, and 11 be support, and 12 be conveyer belt, and 13 be shaft coupling, and 14 be motor, and 15 are
Gearbox, 16 be supporting plate two, and 17 be air-out mesh, and 18 be air film, and 19 be electric heating element.
Embodiment
The utility model is described in detail with reference to embodiment.
In order that the object, technical solution and advantage of invention are more clearly understood, it is with reference to embodiments, new to this practicality
Type is further elaborated.It should be appreciated that specific embodiment described herein is only to explain the utility model, and
It is not used in restriction the utility model.
Embodiment 1
As illustrated shown in each accompanying drawing, a kind of granule materials dry tack free device, including housing 1, spiral material stirring-up mechanism, hopper
6 and drier；Spiral material stirring-up mechanism, hopper 6 and drier are arranged in housing 1；Housing 1 is provided with charging aperture 2, enters
Material is delivered in hopper 6 by material mouth 2；Auger mechanism is located in hopper 6, and in the effect of external drive motor 14
Under the internal rotation of hopper 6 overturn material；The lower section of hopper 6 is additionally provided with discharging opening 7；Drier includes air film 18, electric heating element 19
With air draft mechanism 10；Air film 18 and electric heating element 19 are located at the air side and inlet side of air draft mechanism 10, air draft mechanism 10 respectively
Mechanism is connected with external drive, in housing 1 air air draft mechanism 10 under effect in air film 18, electric heating element 19, the and of hopper 6
Circulated between air draft mechanism 10.Spiral material stirring-up mechanism includes flight 31 and spiral notch 32；Flight 31 connects with rotating shaft 4
Integrally connected is connect, the both ends of rotating shaft 4 are erected on housing 1 by connecting bearing 5；Rotating shaft 4 is connected with external drive motor 14；
Spiral notch 32 is offered on flight 31；Spiral notch 32 is set in spiral arc shaped corresponding with flight 31.Hopper 6 by
Deep-slotted chip breaker 61, vertical cell wall 62 form；Vertical cell wall 62, deep-slotted chip breaker 61 and vertical slots are connected with the both sides notch of deep-slotted chip breaker 61
Wall 62, which encloses spiral material stirring-up mechanism in semi-surrounding structure, to be located in it；The maximum that the diameter of deep-slotted chip breaker 61 is more than flight 31 is straight
Footpath.Some deep beads 63 are evenly equipped with vertical cell wall 62；Deep bead 63 is between adjoining spiral piece 31 and with flight 31
It is staggered.The height of deep bead 63 is less than or equal to the height of vertical cell wall 62；Between deep bead 63 and vertical cell wall 62
It is 70 ° -90 ° to connect angle.Housing 1 is additionally provided with supporting plate 1 and supporting plate 2 16；Supporting plate 1 and supporting plate 2 16 are in " T "
Font is connected in housing 1；Supporting plate 1 is vertically arranged in housing 1, and supporting plate 1 is by spiral material stirring-up mechanism 3 and air draft mechanism
10 are segmented in its both sides；Supporting plate 2 16 is horizontally installed in housing 1, and air film 18 and electric heating element 19 are arranged at supporting plate two
On 16, air film 18 is set by the side of air draft mechanism 10, and electric heating element 19 is set by the side of spiral material stirring-up mechanism 3；Supporting plate 2 16
Lower section is connected with supporting plate 1, and supporting plate 1, supporting plate 2 16 and housing 1 form a closing chamber, and air draft mechanism 10 is located at
In the closing chamber；Supporting plate 1 is provided with exhausting mesh 9；The air inlet of exhausting mesh 9 and air draft mechanism 10 is in the same size simultaneously
Relative connection；Supporting plate 2 16 is provided with air-out mesh 17；Air-out mesh 17 is located at the top of air draft mechanism 10.Spiral upender
Structure 3 is inclined in housing 1, and one end of rotating shaft 4 of spiral material stirring-up mechanism 3 is connected with housing 1, and the other end connects with supporting plate 1
Connect, the connection height of rotating shaft 4 and housing 1 is less than rotating shaft 4 and the connection height of supporting plate 1；The inclination angle of spiral material stirring-up mechanism
Spend for 0 ° -30 °.Air draft mechanism 10 is connected by power transmission shaft with driving motor 14；Drive the output end of motor 14 also
It is connected with gearbox 15, the output end of gearbox 15 passes through the transmission axis connection of V belt translation and air draft mechanism 10.
Embodiment 2
As shown in each accompanying drawing of specification, a kind of granule materials dry tack free device, including housing 1, spiral material stirring-up mechanism, material
Groove 6 and drier；Spiral material stirring-up mechanism, hopper 6 and drier are arranged in housing 1；Housing 1 is provided with charging aperture 2,
Material is delivered in hopper 6 by charging aperture 2；Auger mechanism is located in hopper 6, and in the work of external drive motor 14
Under material is overturn in the internal rotation of hopper 6；The lower section of hopper 6 is additionally provided with discharging opening 7；Drier includes air film 18, electric heating element
19 and air draft mechanism 10；Air film 18 and electric heating element 19 are located at the air side and inlet side of air draft mechanism 10, air draft mechanism respectively
10 are connected with external drive mechanism, in housing 1 air air draft mechanism 10 under effect in air film 18, electric heating element 19, hopper 6
Circulated between air draft mechanism 10.Spiral material stirring-up mechanism includes flight 31 and spiral notch 32；Flight 31 and rotating shaft 4
Connection is integrally connected, the both ends of rotating shaft 4 are erected on housing 1 by connecting bearing 5；Rotating shaft 4 connects with external drive motor 14
Connect；Spiral notch 32 is offered on flight 31；Spiral notch 32 is set in spiral arc shaped corresponding with flight 31.Hopper
6 are made up of deep-slotted chip breaker 61, vertical cell wall 62；It is connected with vertical cell wall 62 on the both sides notch of deep-slotted chip breaker 61, deep-slotted chip breaker 61 and perpendicular
Straight trough wall 62, which encloses spiral material stirring-up mechanism in semi-surrounding structure, to be located in it；The diameter of deep-slotted chip breaker 61 is more than the maximum of flight 31
Diameter.Some deep beads 63 are evenly equipped with vertical cell wall 62；Deep bead 63 between adjoining spiral piece 31 and with flight 31
In being staggered.The height of deep bead 63 is less than or equal to the height of vertical cell wall 62；Between deep bead 63 and vertical cell wall 62
Connection angle be 90 °.Housing 1 is additionally provided with supporting plate 1 and supporting plate 2 16；Supporting plate 1 and supporting plate 2 16 are in " T " word
Shape is connected in housing 1；Supporting plate 1 is vertically arranged in housing 1, and supporting plate 1 is by spiral material stirring-up mechanism 3 and air draft mechanism 10
It is segmented in its both sides；Supporting plate 2 16 is horizontally installed in housing 1, and air film 18 and electric heating element 19 are arranged at supporting plate 2 16
On, air film 18 is set by the side of air draft mechanism 10, and electric heating element 19 is set by the side of spiral material stirring-up mechanism 3；Under supporting plate 2 16
Side is connected with supporting plate 1, and supporting plate 1, supporting plate 2 16 and housing 1 form a closing chamber, and air draft mechanism 10 is located at should
In closing chamber；Supporting plate 1 is provided with exhausting mesh 9；The air inlet of exhausting mesh 9 and air draft mechanism 10 is in the same size and phase
To connection；Supporting plate 2 16 is provided with air-out mesh 17；Air-out mesh 17 is located at the top of air draft mechanism 10.Spiral material stirring-up mechanism
3 are inclined in housing 1, and one end of rotating shaft 4 of spiral material stirring-up mechanism 3 is connected with housing 1, and the other end is connected with supporting plate 1,
The connection height of rotating shaft 4 and housing 1 is less than rotating shaft 4 and the connection height of supporting plate 1；The angle of inclination of spiral material stirring-up mechanism is
15°.Air draft mechanism 10 is connected by power transmission shaft with driving motor 14；Drive motor 14 output end also with gearbox
15 connections, the output end of gearbox 15 pass through the transmission axis connection of V belt translation and air draft mechanism 10.
Embodiment 3
A kind of control system based on above-mentioned granule materials dry tack free device, including temperature sensor, humidity sensor
Device, pneumatic sensor, revolution detector and controller；Electric heating element 19, air draft mechanism 10, temperature sensor, humidity sensor,
Revolution detector is electrically connected with controller；Temperature sensor, humidity sensor and pneumatic sensor are arranged at housing 1
It is interior；Revolution detector is arranged on spiral material stirring-up mechanism 3；Controller is also connected with external drive mechanism.
The specific control method of the control system is：Temperature sensor detects air temperature value t1 in housing 1 and transmits letter
Air humidity value pw1 and controller is sent a signal to number to controller, in humidity sensor detection housing 1, pneumatic sensor inspection
Survey air velocity sq1 in housing 1 and send a signal to controller, the rotary speed v of revolution detector detection spiral material stirring-up mechanism 3
And controller is sent a signal to, controller receives above-mentioned signal and compared with initial temperature t0, humidity pw0；Work as t1>t0=
700 DEG C, controller control electric heating element 19, heat energy is reduced, and controls air draft mechanism 10 to increase air draft speed and improve air velocity,
So that 8m/s<sq1<12m/s, the velocity of rotation of the rotation speed regulating and controlling spiral material stirring-up mechanism 3 measured according to revolution detector, accelerate spiral shell
Revolve the velocity of rotation of material stirring-up mechanism 3；On the contrary, work as t1<T0=700 DEG C, the controller control heating acting of electric heating element 19, and control
Air exhauster reduces air draft speed and reduces air velocity so that 5m/s<sq1<8m/s, the rotation speed regulating and controlling measured according to revolution detector
The velocity of rotation of spiral material stirring-up mechanism 3, reduce the velocity of rotation of spiral material stirring-up mechanism 3；Above-mentioned regulation and control are until pw1=pw0=5% is
When 12%, controller just maintains parameter current state normally to be dried, and repeats above-mentioned control process in real time, maintains stabilization
Drying condition.
Obviously, above-described embodiment is just for the sake of the done citing of clearly explanation, and is not the restriction to embodiment.
To those of ordinary skill in the art, other various forms of changes or change can also be made on the basis of the above description
It is dynamic.There is no necessity and possibility to exhaust all the enbodiments.And the obvious change or change thus extended out
Move still in the scope of protection of the utility model.
Claims (9)
1. a kind of granule materials dry tack free device, it is characterised in that including housing（1）, spiral material stirring-up mechanism, hopper（6）With
Drier；The spiral material stirring-up mechanism, hopper（6）Housing is arranged at drier（1）It is interior；The housing（1）On set
There is charging aperture（2）, charging aperture（2）Material is delivered to hopper（6）It is interior；The spiral material stirring-up mechanism is located at hopper（6）It is interior, and
External drive motor（14）In the presence of in hopper（6）Internal rotation overturns material；The hopper（6）Lower section is additionally provided with discharging
Mouthful（7）；The drier includes air film（18）, electric heating element（19）And air draft mechanism（10）；The air film（18）And electric heating
Element（19）It is located at air draft mechanism respectively（10）Air side and inlet side, air draft mechanism（10）Mechanism is connected with external drive,
Housing（1）Interior air is in air draft mechanism（10）In air film under effect（18）, electric heating element（19）, hopper（6）And air draft mechanism
（10）Between circulate.
2. according to the granule materials dry tack free device described in claim 1, it is characterised in that the spiral material stirring-up mechanism includes
Flight（31）And spiral notch（32）；The flight（31）With rotating shaft（4）It is integrally connected connection, rotating shaft（4）Both ends pass through
Connect bearing（5）It is erected at housing（1）On；The rotating shaft（4）With external drive motor（14）Connection；The flight
（31）On offer spiral notch（32）；The spiral notch（32）It is in and flight（31）Corresponding spiral arc shaped is set.
3. according to the granule materials dry tack free device described in claim 2, it is characterised in that the hopper（6）By deep-slotted chip breaker
（61）, vertical cell wall（62）Composition；The deep-slotted chip breaker（61）Both sides notch on be connected with vertical cell wall（62）, deep-slotted chip breaker（61）
With vertical cell wall（62）Spiral material stirring-up mechanism is enclosed in semi-surrounding structure and is located in it；The deep-slotted chip breaker（61）Diameter be more than spiral shell
Blade（31）Maximum gauge.
4. according to the granule materials dry tack free device described in claim 3, it is characterised in that the vertical cell wall（62）It is upper equal
It is furnished with some deep beads（63）；The deep bead（63）Positioned at adjoining spiral piece（31）Between and and flight（31）Set in interlocking
Put.
5. according to the granule materials dry tack free device described in claim 4, it is characterised in that the deep bead（63）Height
Less than or equal to vertical cell wall（62）Height；The deep bead（63）With vertical cell wall（62）Between connection angle be 70 °-
90°。
6. according to the granule materials dry tack free device described in claim 1 or 2 or 3 or 4 or 5, it is characterised in that the housing
（1）It is additionally provided with supporting plate one（8）With supporting plate two（16）；The supporting plate one（8）With supporting plate two（16）Connected in " T " font
In housing（1）It is interior；The supporting plate one（8）It is vertically arranged housing（1）It is interior, supporting plate one（8）By spiral material stirring-up mechanism（3）With taking out
Wind mechanism（10）It is segmented in its both sides；The supporting plate two（16）It is horizontally installed on housing（1）It is interior, air film（18）And electric heating element
（19）It is arranged at supporting plate two（16）On, air film（18）By air draft mechanism（10）Side is set, electric heating element（19）By spiral
Material stirring-up mechanism（3）Side is set；The supporting plate two（16）Lower section and supporting plate one（8）Connection, supporting plate one（8）, supporting plate
Two（16）With housing（1）Form a closing chamber, air draft mechanism（10）In the closing chamber；The supporting plate one（8）On set
There is exhausting mesh（9）；The exhausting mesh（9）With air draft mechanism（10）Air inlet it is in the same size and relative connect；It is described
Supporting plate two（16）It is provided with air-out mesh（17）；The air-out mesh（17）Positioned at air draft mechanism（10）Top.
7. according to the granule materials dry tack free device described in claim 6, it is characterised in that the spiral material stirring-up mechanism（3）
It is inclined at housing（1）It is interior, spiral material stirring-up mechanism（3）Rotating shaft（4）One end and housing（1）Connection, the other end and supporting plate
One（8）Connection, rotating shaft（4）With housing（1）Connection be highly less than rotating shaft（4）With supporting plate one（8）Connection height；The spiral shell
The angle of inclination for revolving material stirring-up mechanism is 0 ° -30 °.
8. according to the granule materials dry tack free device described in claim 6, it is characterised in that the air draft mechanism（10）Pass through
Power transmission shaft and driving motor（14）Connection；The driving motor（14）Output end also with gearbox（15）Connection,
Gearbox（15）Output end pass through V belt translation and air draft mechanism（10）Transmission axis connection.
9. a kind of control system of granule materials dry tack free device according to any one of claim 1-8, its feature
It is, including temperature sensor, humidity sensor, pneumatic sensor, revolution detector and controller；The electric heating element
（19）, air draft mechanism（10）, temperature sensor, humidity sensor, revolution detector with controller be electrically connected with；The temperature
Sensor, humidity sensor and pneumatic sensor are arranged at housing（1）It is interior；The revolution detector is arranged on spiral upender
Structure（3）On；The controller is also connected with external drive mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720586950.6U CN206974110U (en) | 2017-05-24 | 2017-05-24 | A kind of granule materials dry tack free device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720586950.6U CN206974110U (en) | 2017-05-24 | 2017-05-24 | A kind of granule materials dry tack free device |
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| Publication Number | Publication Date |
|---|---|
| CN206974110U true CN206974110U (en) | 2018-02-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720586950.6U Expired - Fee Related CN206974110U (en) | 2017-05-24 | 2017-05-24 | A kind of granule materials dry tack free device |
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| CN (1) | CN206974110U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106959000A (en) * | 2017-05-24 | 2017-07-18 | 尹国祥 | A kind of granule materials dry tack free device |
| CN113277729A (en) * | 2020-09-29 | 2021-08-20 | 连云港睿晶石英材料有限公司 | Turnover device for quartz tube production and use method thereof |
-
2017
- 2017-05-24 CN CN201720586950.6U patent/CN206974110U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106959000A (en) * | 2017-05-24 | 2017-07-18 | 尹国祥 | A kind of granule materials dry tack free device |
| CN113277729A (en) * | 2020-09-29 | 2021-08-20 | 连云港睿晶石英材料有限公司 | Turnover device for quartz tube production and use method thereof |
| CN113277729B (en) * | 2020-09-29 | 2023-11-17 | 连云港睿晶石英材料有限公司 | Material turning device for quartz tube production and application method thereof |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180206 Termination date: 20180524 |