CN110028223A - A kind of glass raw material processing unit - Google Patents
A kind of glass raw material processing unit Download PDFInfo
- Publication number
- CN110028223A CN110028223A CN201910487294.8A CN201910487294A CN110028223A CN 110028223 A CN110028223 A CN 110028223A CN 201910487294 A CN201910487294 A CN 201910487294A CN 110028223 A CN110028223 A CN 110028223A
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- China
- Prior art keywords
- chamber
- end wall
- dynamic
- crushing
- cavity
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B1/00—Preparing the batches
- C03B1/02—Compacting the glass batches, e.g. pelletising
Abstract
A kind of glass raw material processing unit, including main body, the feed inlet of opening upwards is provided in the main body, the feed inlet lower end wall connection is provided with dynamic Hubei Province chamber, described dynamic Hubei Province is intracavitary to be provided with crushing mechanism, the company's of being provided with chamber of dynamic Hubei Province chamber right end wall connection, the even chamber right end wall connection is provided with driving chamber, broken motor is provided in the aft bulkhead, the broken outer surface of motor is installed with the driving pulley in the driving chamber, the configuration of the present invention is simple, it is easy to operate, material passes through first break by broken module first, big material is set to be fractured into small material, it is collected after being crushed in the feeding disintegrating mechanism of interval under the action of pusher simultaneously and screens out scum, the feeding of interval keeps the crushed work of disintegrating mechanism more reliable, structure of the invention is compact, and comminuting matter is high-efficient.
Description
Technical field
The present invention relates to chemical field, specially a kind of glass raw material processing unit.
Background technique
Glass will first carry out the processing of glass raw material early period in production, and the treatment effect of glass raw material determines glass system
Make the quality of sample, raw material preprocessing crushes block stock, iron-bearing material handle except iron, to guarantee glass quality,
The efficiency that glass raw material on the market crushes at present is not high, and smashed effect and bad, and to iron-bearing material
Out except iron processing is made not in place, the quality of later period glass sample has been seriously affected, has led to glass greening, therefore design a powder
It is broken high-efficient and overcome drawbacks described above in the prior art except iron processing device in place.
Summary of the invention
The purpose of the present invention is to provide a kind of glass raw material processing units, in the prior art above-mentioned scarce for overcoming
It falls into.
A kind of glass raw material processing unit according to the present invention, including main body are provided with opening upwards in the main body
Feed inlet, the feed inlet lower end wall connection are provided with dynamic Hubei Province chamber, and described dynamic Hubei Province is intracavitary to be provided with crushing mechanism, described dynamic Hubei Province
The company's of being provided with chamber of chamber right end wall connection, the even chamber right end wall connection are provided with driving chamber, are provided in the aft bulkhead
Broken motor, the broken outer surface of motor are installed with the driving pulley in the driving chamber, and the driving pulley passes through
Synchronous belt mating connection can drive the crushing mechanism to work, and be provided in the main body below the drive bevel gear
Bevel gear chamber, the bevel gear is intracavitary to be provided with pusher, is provided with and dynamic Hubei Province chamber on the left of the drive bevel gear
The pusher chamber of lower end wall connection, the pusher chamber lower end wall connection are provided with crushing main cavity, set in the crushing main cavity
It is equipped with disintegrating mechanism, the crushing main cavity lower end wall connection is provided with transmission cavity, is provided with conveyer in the transmission cavity
Structure, transmission cavity lower end wall connection are provided with discharge port, and be provided with that Open Side Down on the right side of the discharge port lets out slag chamber, institute
State let out the connection of slag chamber upper end wall be provided with adsorbent chamber, magnetic block is provided in the adsorbent chamber upper end wall, under the magnetic block
End face is provided with the infrared sensor in the adsorbent chamber, and the adsorbent chamber lower end wall connection is provided with swing chamber, institute
State adsorbent chamber and it is described swing it is intracavitary be provided with slag unloading device, the slag unloading device can be driven by the broken motor.
Further technical solution, the crushing mechanism include dynamic Hubei Province chamber, and dynamic Hubei Province chamber left end wall is installed with position
Jaw plate is determined below the feed inlet, and what is rotated in dynamic Hubei Province cavity rear end wall is provided with dynamic chin strap wheel shaft, the dynamic chin strap
Wheel shaft outer surface is installed with the dynamic chin strap wheel, and the dynamic chin strap wheel and the driving pulley synchronous belt are cooperatively connected, described dynamic
Chin strap wheel shaft front end face is installed with dynamic Hubei Province axis, and dynamic Hubei Province axis front end face is installed with matches with the dynamic chin strap wheel shaft front bulkhead rotation
The driven shaft of connection is closed, wherein dynamic Hubei Province axis and the dynamic chin strap wheel shaft are coaxial, dynamic Hubei Province axis and the dynamic chin strap wheel shaft
Bias, dynamic Hubei Province axis lower end surface are installed with positioned at described dynamic Hubei Province determined on the right side of Jaw plate, and dynamic Hubei Province left side is installed with dynamic Hubei Province
Plate, described to determine to be provided with the better broken material of tooth form energy on Jaw plate and the dynamic Jaw plate surface, setting below dynamic Hubei Province chamber
Have and be located at the intracorporal stabiliser bar left chamber of the master, what the stabiliser bar left chamber right end wall was connected to is provided with stabiliser bar right chamber, described
Dynamic Hubei Province right side rotation is provided with passing through the stabiliser bar left chamber and protruding into the stabiliser bar in the stabiliser bar right chamber for sliding,
The stable rod outer surface is provided with the spring fixture block in the stabiliser bar left chamber, the spring fixture block left side with it is described
Stabilizing spring is provided between the wall of stabiliser bar left chamber left end, the effect of the stabiliser bar is to stablize the work in described dynamic Hubei Province.
Further technical solution, the pusher include the broken motor, outside the output shaft of the broken motor
Surface is provided with the drive bevel gear in the driving chamber, and the drive bevel gear lower end surface engagement is provided with from mantle
Gear, the driven wheel of differential lower end surface are installed with the driven wheel of differential axis across the bevel gear chamber of rotation, the cone tooth
The return that is provided with of wheel chamber left end wall connection connects chamber, and the return connects chamber, and end wall connection is provided with the return chamber, institute up and down
It states driven wheel of differential axis outer surface to be installed with positioned at the cam, what the cam left side offseted is provided with push rod, described to push away
The return that passes through of bar sliding connects chamber and the return chamber and protrudes into that the pusher is intracavitary, and the push rod outer surface is installed with position
In the intracavitary push rod fixture block of the return, return bullet is provided between push rod fixture block left side and return chamber left end wall
Spring, the push rod left side are installed with the push plate intracavitary positioned at the pusher, and what the push plate left side offseted be provided with and institute
It states pusher chamber right end wall to be rotatably assorted the baffle of connection, the effect of the baffle is to prevent from taking back material when the push plate return.
Further technical solution, the disintegrating mechanism include the crushing main cavity, fixed in the crushing main cavity
There is crushing main body, crushing chamber is provided in the crushing main body, is installed with crushing motor, institute in the crushing main cavity aft bulkhead
The output shaft for stating crushing motor, which turns through the crushing main body and is rotatably assorted with the crushing main cavity front bulkhead, to be connect, institute
The output shaft outer surface for stating crushing motor is installed with positioned at the main intracorporal tup main shaft of the crushing, the tup outerface of spindle
Identical four tups of three row's interval angles are installed with, the crushing lower body face is provided with through-hole, is passing through disintegrating mechanism
Smashed material can be fallen in the transport mechanism from the through-hole for crushing lower body face.
Further technical solution, the transport mechanism include the crushing motor, outside the output shaft for crushing motor
Surface is installed with the driven pulley in the crushing main cavity, and what the driven pulley synchronous belt was cooperatively connected is provided with position
Driving pulley in the transmission cavity, is installed in the driving pulley to be rotatably assorted with end wall before and after the transmission cavity and connect
Transmission master tape wheel shaft, the transmission master tape wheel shaft outer surface is installed with transmission symmetrical before and after the center for crushing main body
Main pulley, transmission main pulley right side are provided with the transmission secondary pulley for the connection that is rotatably assorted with end wall before and after the transmission cavity
Axis, the transmission subband wheel shaft outer surface is installed with transmission secondary pulley symmetrical before and after the center for crushing main body, described
Transmission secondary pulley and the transmission main pulley are cooperatively connected by the conveyer belt, and the conveyer belt upper surface can transmit object
Material.
Further technical solution, the slag unloading device include the mobile cavity being arranged in the main body, the mobile cavity
Left end wall is connected to the adsorbent chamber, driven wheel of differential axis rotation pass through the mobile cavity and with the mobile cavity lower end
Wall is rotatably assorted connection, and that slides in mobile cavity is provided with flute profile block, and the tup master of upper and lower intercommunication is provided in the flute profile block
Axis, driven wheel of differential axis outer surface are installed with the tooth fan engaged with the tup front-end of spindle wall, and tooth fan can also be with
Mating connection is engaged with the aft bulkhead of the tup main shaft, the engagement of flute profile block lower end surface is provided with positioned at the swing chamber
The symmetrical spur gear in interior front and back is provided with the straight-tooth for the connection that is rotatably assorted with end wall before and after the swing chamber in the spur gear
Wheel shaft, straight-tooth wheel shaft outer surface are installed with the worm screw between described two spur gears, the worm screw lower end surface engagement
Be provided with turbine, be provided in the turbine and be rotatably assorted the turbine wheel shaft of connection with the swing chamber left hand end wall, the whirlpool
Wheel shaft left outer surface is installed with oscillating rod, and flute profile block left side is rotatably assorted the shaft that is provided with of connection, the shaft
Left side is installed with the swinging block in the adsorbent chamber, and the swing rod cavity of upper and lower intercommunication, institute are provided in the swinging block
Stating oscillating rod, can to protrude into the oscillating rod intracavitary, and is slidably connected with the swing rod cavity front and back end wall, the swing
Block left side is installed with dead axle, and the dead axle left side is installed with the Sheng clinker immediately below the infrared sensor, described
It contains and is provided with open slot in clinker, the open slot contained in clinker can fall into slag slag.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, material is by broken module by the first
Primary fragmentation makes big material be fractured into small material, at the same under the action of pusher interval the feeding disintegrating mechanism
In crushed after collect and screen out scum, the feeding of interval keeps the crushed work of disintegrating mechanism more reliable, knot of the present invention
Structure is compact, and comminuting matter is high-efficient.
Detailed description of the invention
Fig. 1 is overall structure diagram inside a kind of glass raw material processing unit of the invention；
Fig. 2 is A-A direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 3 is B-B direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 4 is C-C direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 5 is the enlarged diagram of D in Fig. 1 in the present invention.
Specific embodiment
Below with reference to Fig. 1-5, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-5, a kind of glass raw material processing unit of embodiment according to the present invention, including main body 10, the master
The feed inlet 11 of opening upwards is provided in body 10, what 11 lower end wall of feed inlet was connected to is provided with dynamic Hubei Province chamber 14, described dynamic
Crushing mechanism, the company's of being provided with chamber 20 of dynamic 14 right end wall of Hubei Province chamber connection, the even 20 right end wall of chamber are provided in Hubei Province chamber 14
Connection is provided with driving chamber 23, broken motor 65 is provided in the aft bulkhead, broken 65 outer surface of motor is installed with
Driving pulley 25 in the driving chamber 23, the driving pulley 25 can be driven described broken by synchronous belt mating connection
Broken mechanism works, and is provided with the bevel gear chamber 28 in the main body 10, the bevel gear below the drive bevel gear 24
It is provided with pusher in chamber 28, the pusher being connected to dynamic 14 lower end wall of Hubei Province chamber is provided on the left of the drive bevel gear 24
Chamber 49, being provided with for 49 lower end wall of the pusher chamber connection crush main cavity 48, are provided with crushing in the crushing main cavity 48
Mechanism, crushing 48 lower end wall of the main cavity connection are provided with transmission cavity 44, are provided with transport mechanism in the transmission cavity 44,
44 lower end wall of transmission cavity connection is provided with discharge port 41, and be provided with that Open Side Down on the right side of the discharge port 41 lets out slag chamber
40, it is described let out 40 upper end wall of slag chamber connection be provided with adsorbent chamber 66, be provided with magnetic block 38 in 66 upper end wall of adsorbent chamber,
38 lower end surface of magnetic block is provided with the infrared sensor 39 in the adsorbent chamber 66, and 66 lower end wall of adsorbent chamber connects
Logical be provided with swings chamber 37, is provided with slag unloading device in the adsorbent chamber 66 and the swing chamber 37, the slag unloading device by
The broken motor 65 can drive.
Valuably, wherein the crushing mechanism includes dynamic Hubei Province chamber 14, and the dynamic 14 left end wall of Hubei Province chamber, which is installed with, to be located at
Jaw plate 12 is determined in 11 lower section of the feed inlet, and what is rotated in dynamic 14 aft bulkhead of Hubei Province chamber is provided with dynamic chin strap wheel shaft 64, described
Dynamic 64 outer surface of chin strap wheel shaft is installed with the dynamic chin strap wheel 16, and the dynamic chin strap wheel 16 is matched with 25 synchronous belt of driving pulley
Connection is closed, dynamic 64 front end face of chin strap wheel shaft is installed with dynamic Hubei Province axis 17, and dynamic 17 front end face of Hubei Province axis is installed with to be moved with described
64 front bulkhead of chin strap wheel shaft is rotatably assorted the driven shaft 73 of connection, wherein dynamic Hubei Province axis 17 and the dynamic chin strap wheel shaft 64 are same
Axis, dynamic Hubei Province axis 17 and the dynamic chin strap wheel shaft 64 are eccentric, and dynamic 17 lower end surface of Hubei Province axis, which is installed with, determines Jaw plate positioned at described
The dynamic Hubei Province 15 on 12 right sides, dynamic 15 left side of Hubei Province is installed with dynamic Jaw plate 13, described to determine Jaw plate 12 and 13 surface of dynamic Jaw plate
On be provided with tooth form can better broken material, the stabiliser bar being provided in the main body 10 below dynamic Hubei Province chamber 14 is left
Chamber 19,19 right end wall of the stabiliser bar left chamber connection are provided with stabiliser bar right chamber 22, and dynamic 15 right side of Hubei Province rotation is set
It is equipped with passing through the stabiliser bar left chamber 19 and protruding into the stabiliser bar 18 in the stabiliser bar right chamber 22, the stabiliser bar 18 for sliding
Outer surface is provided with the spring fixture block 21 in the stabiliser bar left chamber 19,21 left side of spring fixture block and the stabilization
Stabilizing spring is provided between 19 left end wall of bar left chamber, the effect of the stabiliser bar 18 is to stablize the work in described dynamic Hubei Province 15.
Valuably, wherein the pusher includes the broken motor 65, the output shaft appearance of the broken motor 65
Face is provided with the drive bevel gear 24 in the driving chamber 23,24 lower end surface of the drive bevel gear engagement be provided with from
Dynamic bevel gear 26,26 lower end surface of driven wheel of differential are installed with the driven wheel of differential axis across the bevel gear chamber 28 of rotation
27, the return that is provided with of 28 left end wall of the bevel gear chamber connection connects chamber 74, and the return connects setting for about 74 end wall of chamber connection
It is equipped with the return chamber 32,27 outer surface of driven wheel of differential axis is installed with positioned at the cam 29,29 left end of cam
What face offseted is provided with push rod 30, and what the push rod 30 slided connects chamber 74 and the return chamber 32 and protrude into institute across the return
It states in pusher chamber 49,30 outer surface of push rod is installed with the push rod fixture block 31 in the return chamber 32, the push rod card
Return spring is provided between 32 left end wall of 31 left side of block and the return chamber, 30 left side of push rod is installed with positioned at institute
The push plate 33 in pusher chamber 49 is stated, what 33 left side of push plate offseted be provided with is rotatably assorted with the 49 right end wall of pusher chamber
The baffle 50 of connection, the effect of the baffle 50 are to prevent from taking back material when 33 return of push plate.
Valuably, wherein the disintegrating mechanism includes the crushing main cavity 48, is installed in the crushing main cavity 48
Main body 55 is crushed, crushing chamber 56 is provided in the crushing main body 55, is installed with crushing in 48 aft bulkhead of crushing main cavity
Motor 54, it is described crush motor 54 output shaft turn through the crushing main body 55 and with 48 front bulkhead of crushing main cavity
Be rotatably assorted connection, and the output shaft outer surface for crushing motor 54 is installed with the tup main shaft in the crushing main body 55
58,58 outer surface of tup main shaft is installed with identical four tups 57 of three row's interval angles, 55 lower end of crushing main body
Face is provided with through-hole, can fall to institute from the through-hole for crushing 55 lower end surface of main body by the smashed material of disintegrating mechanism
It states in transport mechanism.
Valuably, wherein the transport mechanism includes the crushing motor 54, the output shaft appearance for crushing motor 54
Face is installed with the driven pulley 52 in the crushing main cavity 48, the setting that 52 synchronous belt of driven pulley is cooperatively connected
There is the driving pulley 53 being located in the transmission cavity 44, is installed with and the 44 front and back end wall of transmission cavity in the driving pulley 53
Be rotatably assorted the transmission master tape wheel shaft 46 of connection, and transmission 46 outer surface of master tape wheel shaft is installed with the main body 55 that crushes
It is symmetrical before and after center to transmit main pulley 47, it is provided on the right side of the transmission main pulley 47 and the 44 front and back end wall of transmission cavity turns
The dynamic transmission subband wheel shaft 42 being cooperatively connected, 42 outer surface of transmission subband wheel shaft is installed in the crushing main body 55
Symmetrical transmission secondary pulley 43, the transmission secondary pulley 43 and the transmission main pulley 47 are matched by the conveyer belt 45 before and after the heart
Connection is closed, 45 upper surface of conveyer belt can transmit material.
Valuably, wherein the slag unloading device includes the mobile cavity 34 being arranged in the main body 10, the mobile cavity 34
Left end wall is connected to the adsorbent chamber 66, what the driven wheel of differential axis 27 rotated the pass through mobile cavity 34 and with the movement
34 lower end wall of chamber is rotatably assorted connection, and that slides in mobile cavity 34 is provided with flute profile block 35, is provided in the flute profile block 35
The tup main shaft 58 of lower intercommunication, 27 outer surface of driven wheel of differential axis, which is installed with, engages with 58 front bulkhead of tup main shaft
Tooth fan 36, the tooth fan 36 can also engage mating connection, 35 lower end of flute profile block with the aft bulkhead of the tup main shaft 58
The symmetrical spur gear 67 in front and back of face engagement being provided in the swing chamber 37, is provided in the spur gear 67 and institute
State and swing 37 front and back end wall of chamber and be rotatably assorted the straight-tooth wheel shaft 69 of connection, 69 outer surface of straight-tooth wheel shaft be installed be located at it is described
Worm screw 68 between two spur gears 67,68 lower end surface of the worm screw engagement are provided with turbine 71, setting in the turbine 71
There is the turbine wheel shaft 70 for the connection that is rotatably assorted with swing 37 left hand end wall of chamber, 70 left outer surface of turbine wheel shaft is installed with pendulum
Lever 72, what 35 left side of flute profile block was rotatably assorted connection is provided with shaft 59, and 59 left side of shaft is installed with position
Swinging block 60 in the adsorbent chamber 66 is provided with the swing rod cavity 61 of upper and lower intercommunication, the swing in the swinging block 60
Bar 72 can protrude into the swing rod cavity 61, and be slidably connected with the 61 front and back end wall of swing rod cavity, the swing
60 left side of block is installed with dead axle 62, and 62 left side of dead axle is installed with the Sheng slag immediately below the infrared sensor 39
Block 63, open slot is provided in the Sheng clinker 63, and the open slot contained in clinker 63 can fall into slag slag.
When original state, the broken motor 65 and the crushing motor 54 are all in stop working state, the push plate
33 also in pusher chamber 49 rightmost, the clinker 63 of containing is in the underface of the magnetic block 38.
When needing equipment to work, material enters out of described feed inlet 11, falls to two pieces in dynamic Hubei Province chamber 14
Between Jaw plate, the broken motor 65 described at this time is started to work, and drives the driving pulley 25 to rotate, due to the driving pulley 25
It is that synchronous belt is cooperatively connected with the dynamic chin strap wheel 16, the rotation of the driving pulley 25 rotates the dynamic chin strap wheel 16,
Rotate the dynamic chin strap wheel shaft 64, since dynamic Hubei Province axis 17 and the dynamic chin strap wheel shaft 64 are eccentric, the dynamic chin strap
The rotation that the rotation of wheel shaft 64 can make dynamic Hubei Province axis 17 eccentric makes the dynamic Jaw plate 13 and described determine Jaw plate 12 and squeeze and wear
Material is fallen to by broken material on the lower end wall of the pusher chamber 49, while the work of the broken motor 65 makes
The drive bevel gear 24 rotates, since the drive bevel gear 24 and the driven wheel of differential 26 are that engagement is cooperatively connected,
The rotation of the drive bevel gear 24 rotates the driven wheel of differential 26, to make the cam 29 rotate, due to described convex
Wheel 29 and the push rod 30 offset, and the rotation of the cam 29 can be such that 30 interval of push rod is moved to the left, and make described push away
Plate 33 intermittently pushes the material fallen on 49 lower end wall of pusher chamber to fall into the disintegrating mechanism, at this time the crushing electricity
Machine 54 works, and the work for crushing motor 54 rotates the tup main shaft 58, thus make the tup 57 ceaselessly with institute
The end wall for stating crushing chamber 56 rotates, and makes the material fallen into after crushing mechanism is broken in the crushing chamber 56 and the hammer
It is ground between first 57, the material after then grinding drops to 45 upper end of conveyer belt from the through-hole for crushing 55 lower end surface of main body
On face, the work for crushing motor 54 rotates the driven pulley 52, due to the driven pulley 52 and the main belt
Wheel 53 is that synchronous belt is cooperatively connected, and rotates the driving pulley 53, to make the transmission main pulley 47 rotate, by institute
It states transmission main pulley 47 and the transmission secondary pulley 43 is cooperatively connected by the conveyer belt 45, the transmission main pulley 47
Rotation rotate the transmission secondary pulley 43 and make the conveyer belt 45 around the transmission main pulley 47 and the transmission
Belt wheel 43 rotates, and constantly transmits to the right to make to fall to 45 material of conveyer belt, the iron particle in material is by the strong magnetic
Block 38 adsorbs, and smashed material falls and is collected out of described discharge port 41, described at this time infrared when needing slag dumping
Sensor 39, which signals to the magnetic block 38 magnetic block 38 is made to stop working, to be lost ferromagnetism, is adsorbed on the magnetic block
Iron particle on 38 is fallen in the open slot for containing clinker 63, and the driven wheel of differential axis 27 rotates at this time, described driven
The rotation of bevel gear shaft 27 makes 36 rotation of tooth fan, matches since tooth fan 36 is engaged with the front bulkhead of the tup main shaft 58
Connection is closed, the rotation of the tooth fan 36 is moved to the left the flute profile block 35, is moved to the left the Sheng clinker 63, due to described
Flute profile block 35 engages mating connection with the spur gear 67, and being moved to the left for the flute profile block 35 makes 67 turns of the spur gear
It is dynamic, so that the worm screw 68 be made to rotate, since the worm screw 68 and the turbine 71 are rotatably assorted connection, the turbine 71
Rotation rotates the oscillating rod 72, and since the oscillating rod 72 protrudes into the swing rod cavity 61, the oscillating rod 72 turns
It is dynamic that the swinging block 60 can be made to rotate, tilt the Sheng clinker 63, i.e., the described Sheng clinker 63 tilts while being moved to the left,
Iron particle in the Sheng clinker 63 is fallen into described let out in slag chamber 40 sift out, and the driven wheel of differential axis 27 continues to rotate
The driven wheel of differential axis 27 is set to engage mating connection with the front bulkhead of the tup main shaft 58, the Sheng clinker 63 is returned to original
Position, prepares slag dumping next time.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, material is by broken module by the first
Primary fragmentation makes big material be fractured into small material, at the same under the action of pusher interval the feeding disintegrating mechanism
In crushed after collect and screen out scum, the feeding of interval keeps the crushed work of disintegrating mechanism more reliable, knot of the present invention
Structure is compact, and comminuting matter is high-efficient.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (6)
1. a kind of glass raw material processing unit, including main body, the feed inlet of opening upwards, the charging are provided in the main body
Mouth lower end wall connection is provided with dynamic Hubei Province chamber, and described dynamic Hubei Province is intracavitary to be provided with crushing mechanism, dynamic Hubei Province chamber right end wall connection
The company's of being provided with chamber, the even chamber right end wall connection is provided with driving chamber, broken motor is provided in the aft bulkhead, described broken
Broken outer surface of motor is installed with the driving pulley in the driving chamber, and the driving pulley can by synchronous belt mating connection
To drive the crushing mechanism to work, it is provided with below the drive bevel gear positioned at the intracorporal bevel gear chamber of the master, it is described
Bevel gear is intracavitary to be provided with pusher, is provided with the pusher being connected to dynamic Hubei Province chamber lower end wall on the left of the drive bevel gear
Chamber, the pusher chamber lower end wall connection is provided with crushing main cavity, is provided with disintegrating mechanism in the crushing main cavity, described
Crush the connection of main cavity lower end wall is provided with transmission cavity, and transport mechanism, the transmission cavity lower end are provided in the transmission cavity
Wall connection is provided with discharge port, and be provided with that Open Side Down on the right side of the discharge port lets out slag chamber, described to let out slag chamber upper end wall company
Logical is provided with adsorbent chamber, and magnetic block is provided in the adsorbent chamber upper end wall, and the magnetic block lower end surface is provided with positioned at institute
The infrared sensor in adsorbent chamber is stated, the adsorbent chamber lower end wall connection is provided with swing chamber, the adsorbent chamber and the pendulum
Move it is intracavitary be provided with slag unloading device, the slag unloading device can be driven by the broken motor.
2. a kind of glass raw material processing unit as described in claim 1, it is characterised in that: the crushing mechanism includes described dynamic
Hubei Province chamber, dynamic Hubei Province chamber left end wall are installed with the Jaw plate of determining below the feed inlet, rotation in dynamic Hubei Province cavity rear end wall
Be provided with dynamic chin strap wheel shaft, the dynamic chin strap wheel shaft outer surface is installed with the dynamic chin strap wheel, the dynamic chin strap wheel with it is described
Driving pulley synchronous belt is cooperatively connected, and the dynamic chin strap wheel shaft front end face is installed with dynamic Hubei Province axis, and dynamic Hubei Province axis front end face is fixed
There is the driven shaft for the connection that is rotatably assorted with the dynamic chin strap wheel shaft front bulkhead, wherein dynamic Hubei Province axis and the dynamic chin strap wheel shaft are same
Axis, dynamic Hubei Province axis and the dynamic chin strap wheel eccentric shaft, dynamic Hubei Province axis lower end surface is installed with determines on the right side of Jaw plate positioned at described
Dynamic Hubei Province, dynamic Hubei Province left side is installed with dynamic Jaw plate, described to determine to be provided with tooth form energy on Jaw plate and the dynamic Jaw plate surface more preferably
Broken material, be provided with positioned at the intracorporal stabiliser bar left chamber of the master, the stabiliser bar left chamber right end below dynamic Hubei Province chamber
Wall connection is provided with stabiliser bar right chamber, dynamic Hubei Province right side rotation be provided with sliding pass through the stabiliser bar left chamber simultaneously
The stabiliser bar in the stabiliser bar right chamber is protruded into, the stable rod outer surface is provided with the spring in the stabiliser bar left chamber
Fixture block is provided with stabilizing spring between the spring fixture block left side and stabiliser bar left chamber left end wall, the stabiliser bar
Effect is to stablize the work in described dynamic Hubei Province.
3. a kind of glass raw material processing unit as described in claim 1, it is characterised in that: the pusher includes described broken
Broken motor, the output shaft outer surface of the broken motor are provided with the drive bevel gear in the driving chamber, the active
The engagement of bevel gear lower end surface is provided with driven wheel of differential, and what the driven wheel of differential lower end surface was installed with rotation passes through the cone
The return that is provided with of the driven wheel of differential axis of gear cavity, the connection of bevel gear chamber left end wall connects chamber, and the return connects chamber or more
End wall connection is provided with the return chamber, and driven wheel of differential axis outer surface is installed with positioned at the cam, the cam
What left side offseted is provided with push rod, and the return that passes through of the push rod sliding connects chamber and the return chamber and protrudes into described push away
Expect intracavitary, the push rod outer surface is installed with the push rod fixture block intracavitary positioned at the return, push rod fixture block left side and institute
It states and is provided with return spring between the wall of return chamber left end, the push rod left side is installed with the push plate intracavitary positioned at the pusher,
What the push plate left side offseted is provided with the baffle for the connection that is rotatably assorted with the pusher chamber right end wall, the effect of the baffle
It is to prevent from taking back material when the push plate return.
4. a kind of glass raw material processing unit as described in claim 1, it is characterised in that: the disintegrating mechanism includes the powder
Broken main cavity is installed with crushing main body in the crushing main cavity, and crushing chamber, the crushing master are provided in the crushing main body
Be installed with crushing motor in body cavity aft bulkhead, the output shaft for crushing motor turn through the crushing main body and with the powder
Broken main cavity front bulkhead is rotatably assorted connection, and the output shaft outer surface for crushing motor is installed in the crushing main body
Tup main shaft, the tup outerface of spindle is installed with identical four tups of three row's interval angles, under the crushing main body
End face is provided with through-hole, can fall to institute from the through-hole for crushing lower body face by the smashed material of disintegrating mechanism
It states in transport mechanism.
5. a kind of glass raw material processing unit as described in claim 1, it is characterised in that: the transport mechanism includes the powder
Broken motor, it is described crush motor output shaft outer surface be installed with positioned at it is described crushing main cavity in driven pulley, it is described from
The driving pulley being provided in the transmission cavity that movable belt pulley synchronous belt is cooperatively connected, be installed in the driving pulley with
End wall is rotatably assorted the transmission master tape wheel shaft of connection before and after the transmission cavity, and transmission master tape wheel shaft outer surface is installed with institute
The symmetrical transmission main pulley in center front and back of crushing main body is stated, the transmission main pulley right side is provided with and transmission cavity front and back
End wall is rotatably assorted the transmission subband wheel shaft of connection, and transmission subband wheel shaft outer surface is installed in the crushing main body
Symmetrical transmission secondary pulley, the transmission secondary pulley and the transmission main pulley are cooperatively connected by the conveyer belt before and after the heart,
The conveyer belt upper surface can transmit material.
6. a kind of glass raw material processing unit as described in claim 1, it is characterised in that: the slag unloading device includes the master
The left end wall of the mobile cavity being arranged in vivo, the mobile cavity is connected to the adsorbent chamber, and the driven wheel of differential axis rotation is worn
It crosses the mobile cavity and is rotatably assorted with the mobile cavity lower end wall and connect, that slides in mobile cavity is provided with flute profile block, described
Be provided with the tup main shaft of upper and lower intercommunication in flute profile block, driven wheel of differential axis outer surface be installed with before the tup main shaft
The tooth fan of end wall engagement, the tooth is fanned can also engage mating connection with the aft bulkhead of the tup main shaft, under the flute profile block
Being provided with for end face engagement swings the intracavitary symmetrical spur gear in front and back positioned at described, is provided with and the pendulum in the spur gear
End wall is rotatably assorted the straight-tooth wheel shaft of connection before and after dynamic chamber, and straight-tooth wheel shaft outer surface is installed with positioned at described two spur gears
Between worm screw, worm screw lower end surface engagement is provided with turbine, is provided in the turbine and the swings chamber or so is held
Wall is rotatably assorted the turbine wheel shaft of connection, and the turbine wheel shaft left outer surface is installed with oscillating rod, the rotation of flute profile block left side
What is be cooperatively connected is provided with shaft, and the shaft left side is installed with the swinging block in the adsorbent chamber, the swinging block
Inside be provided with the swing rod cavity of upper and lower intercommunication, it is intracavitary that the oscillating rod can protrude into the oscillating rod, and with the swing rod cavity
The sliding connection of front and back end wall, the swinging block left side are installed with dead axle, and the dead axle left side is installed with positioned at described
Sheng clinker immediately below infrared sensor, open slot is provided in the Sheng clinker, and the open slot contained in clinker can fall
Enter slag slag.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910487294.8A CN110028223A (en) | 2019-06-05 | 2019-06-05 | A kind of glass raw material processing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910487294.8A CN110028223A (en) | 2019-06-05 | 2019-06-05 | A kind of glass raw material processing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110028223A true CN110028223A (en) | 2019-07-19 |
Family
ID=67243862
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910487294.8A Withdrawn CN110028223A (en) | 2019-06-05 | 2019-06-05 | A kind of glass raw material processing unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110028223A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111841843A (en) * | 2020-07-22 | 2020-10-30 | 江西天禹科技协同创新有限公司 | Separating device for extracting luteolin in peanut shells |
| CN116062972A (en) * | 2023-02-24 | 2023-05-05 | 江苏立晶工业科技有限公司 | Glass production is with dissolving system equipment |
-
2019
- 2019-06-05 CN CN201910487294.8A patent/CN110028223A/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111841843A (en) * | 2020-07-22 | 2020-10-30 | 江西天禹科技协同创新有限公司 | Separating device for extracting luteolin in peanut shells |
| CN111841843B (en) * | 2020-07-22 | 2021-07-30 | 江西天禹科技协同创新有限公司 | Separating device for extracting luteolin in peanut shells |
| CN116062972A (en) * | 2023-02-24 | 2023-05-05 | 江苏立晶工业科技有限公司 | Glass production is with dissolving system equipment |
| CN116062972B (en) * | 2023-02-24 | 2023-09-22 | 江苏立晶工业科技有限公司 | Melting equipment for glass production |
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Application publication date: 20190719 |
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| WW01 | Invention patent application withdrawn after publication |