CN110404624A - A kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer - Google Patents
A kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer Download PDFInfo
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- CN110404624A CN110404624A CN201910686455.6A CN201910686455A CN110404624A CN 110404624 A CN110404624 A CN 110404624A CN 201910686455 A CN201910686455 A CN 201910686455A CN 110404624 A CN110404624 A CN 110404624A
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- rolling
- tooth
- rubber slab
- extruding
- cap
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/02—Crushing or disintegrating by roller mills with two or more rollers
- B02C4/08—Crushing or disintegrating by roller mills with two or more rollers with co-operating corrugated or toothed crushing-rollers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/28—Details
- B02C4/30—Shape or construction of rollers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/28—Details
- B02C4/40—Detachers, e.g. scrapers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/28—Details
- B02C4/42—Driving mechanisms; Roller speed control
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
- G01N33/02—Food
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Medicinal Chemistry (AREA)
- Physics & Mathematics (AREA)
- Analytical Chemistry (AREA)
- Biochemistry (AREA)
- General Health & Medical Sciences (AREA)
- General Physics & Mathematics (AREA)
- Immunology (AREA)
- Pathology (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
- Cleaning In General (AREA)
Abstract
The invention belongs to grain measurement of moisture content technical field of analytical instruments, specifically a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer；It is provided on shell and rolls motor, and the output end for rolling motor is connect by hollow rotating shaft with rolling wheel, and is provided with water content detection unit in outer case；It is provided on rolling wheel and rolls tooth, and rolled tooth and roll and offer rolling groove between tooth, and rolled and be provided with ripple convexity layer on the two sidewalls of tooth；It is provided with extruding rubber slab in rolling groove, and squeezes rubber slab and is slidably fastened in the wave groove of ripple convexity layer；With the extruding continuous slide downward of rubber slab, a part of gas in rolling groove is blown into the outer surface for squeezing rubber slab under the extruding for squeezing rubber slab by gas hole, and then Air blowing cleaning is carried out to squeezing rubber slab outer surface or rolling the impurities and dust bonded on tooth outer wall, the impurities and dust generated after preventing grain from rolling generates packing phenomenon in rolling groove, and then influences the rolling effect of rolling wheel.
Description
Technical field
The invention belongs to grain measurement of moisture content technical field of analytical instruments, specifically a kind of pneumatic cleaning type intelligent water
Divide detection analysis instrument.
Background technique
With the development of scientific research and the progress of production technology, the quantitative analysis of moisture has been listed in each substance reason
Change one of the elementary item of analysis, and an important quality index as various substances.The moisture content of grain is grain
The necessary component of cell, in order to maintain the quality of grain, to level, therefore it is suitable for that the moisture content in grain, which will be maintained at,
It when large batch of grain carries out inventory, needs to be measured the moisture content in grain, and passes through subsequent processing for grain
In moisture content control it is reasonable horizontal at one.
In grain moisture detector, detection module is built-in with rolling jig group, and the setting of rolling jig group can be more accurate
Detect the moisture content of surveyed article.
But existing water content detection analyzer is at work, two rolling wheels are when rolling grain, due to grain
The degree of drying of food is different, and when grain being caused to roll between rolling wheel, the sundries or clast for rolling generation are easy in rolling groove
And the phenomenon that bonding accumulation is generated between tooth is rolled, and then cause rolling wheel when rolling grain, it is easy to appear grain and rolls not
Uniform phenomenon, and then influence detection of the water content detection analyzer to grain moisture content.
Summary of the invention
In order to make up for the deficiencies of the prior art, a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer proposed by the present invention,
Present invention is mainly used for the degree of drying differences for solving existing grain, when grain being caused to roll between rolling wheel, roll production
Raw sundries or clast is easy in rolling groove and rolls the phenomenon that generating bonding accumulation between tooth, and then rolling wheel is caused to roll
When grain, it is easy to appear grain and rolls non-uniform phenomenon, and then influence detection of the water content detection analyzer to grain moisture content.
The technical solution adopted by the present invention to solve the technical problems is: a kind of pneumatic cleaning type intelligence of the present invention
Water content detection analyzer, including shell, roll motor, rolling wheel and water content detection unit；It is provided on the shell and rolls electricity
Machine, and the output end for rolling motor is connect by hollow rotating shaft with rolling wheel, and water content detection unit is provided in outer case；
It is evenly arranged on the rolling wheel and rolls tooth, and rolled tooth and roll the two sides for offering rolling groove between tooth, and rolling tooth
Ripple convexity layer is provided on wall；It is provided with extruding rubber slab in the rolling groove, and squeezes rubber slab and is slidably fastened in ripple
In the wave groove of convexity layer；Gas hole is offered on the extruding rubber slab；Air guide chamber is uniformly provided on the rolling wheel,
And air guide chamber one end is connected to rolling groove, and the other end of air guide chamber is connected to hollow rotating shaft, and the end setting of air guide chamber
There is filter screen；When work, when needing to carry out water content detection to grain, the grain of moisture to be detected is put on rolling wheel,
Starting rolls motor, and then rolling wheel is driven to carry out the effect of pulverizing to grain, and the grain after pulverizing enters water content detection unit
It is interior, and then water content detection unit carries out the detection of moisture to grain；When rolling wheel mutually rolls, rolling on a rolling wheel
Tooth can rotate in the rolling groove for being engaged to and opening up on another rolling wheel, and then carry out the effect of pulverizing to grain, with rolling tooth
After being engaged to rolling groove, the end for rolling tooth can carry out rotation pressing to the extruding rubber slab for sliding setting in rolling groove, when crowded
When pressure rubber slab is pressed against slide downward in ripple convexity layer, and then the both ends for squeezing rubber slab can be in ripple convexity layer
The sundries pulverized carries out striking off cleaning, and with the continuous slide downward of rubber slab is squeezed, a part of gas in rolling groove is being squeezed
It presses and passes through the outer surface that gas hole is blown into extruding rubber slab under the extruding of rubber slab, and then to extruding rubber slab outer surface or stone roller
The impurities and dust bonded on knob outer wall carries out Air blowing cleaning, and the impurities and dust generated after preventing grain from rolling produces in rolling groove
Raw packing phenomenon, and then influence the rolling effect of rolling wheel；The extruding rubber slab pressed down on simultaneously can be by the stone roller in rolling groove
Dust or sundries after pressure squeeze blowout；When roll tooth be detached from rolling groove engagement when, squeeze rubber slab self-recovery power to
Upper sliding, and then can be extracted out the gas in hollow rotating shaft by air guide chamber, and then the gas in rolling groove is supplemented,
And then improve the ability that rubber slab squeezes removing dust of blowing that squeezes.
Preferably, the inner wall that rotation is provided with the outer wall and gas hole that grind wheel, and grind wheel in the gas hole turns
Dynamic contact；Rubber bumps thorn is evenly arranged on the outer wall for grinding wheel, and rubber bumps thorn and the inner wall of gas hole rotate
Squeeze contact；When work, when rolling tooth rotation pressing on squeezing rubber slab, the outer end face for rolling tooth can be rotated with wheel is ground
Friction, and then will drive to grind to take turns and be rotated in gas hole, and then carry out friction crushing to gas hole endoparticle sundries is gathered in,
The phenomenon that preventing particle sundries from generating accumulation in gas hole；Simultaneously when the gas of extruding is blown out by gas hole, rotation
Grinding wheel will drive gas in the top rotation air blowing for squeezing rubber slab, further increase the energy of gas clean-up impurity in gas hole
Power；The circulation that grinds of rotation simultaneously drives rubber bumps thorn to rotate in gas hole, can be miscellaneous to bonding on gas hole side wall
Object dust is struck off, while the hot gas that rubber bumps thorn is generated with gas hole sidewall friction when rotating, and can be blown by venthole
Enter to the upper surface for squeezing rubber slab, and then operation is purged to moist impurities and dust.
Preferably, described roll is provided with extruding cap on tooth, and squeezes the wave crest that ripple convexity layer is arranged in cap engaging
Place；Gas vent is offered on the extruding cap, and is rotated to be provided in gas vent and ground wheel；When work, when roll tooth rotation by
When extrusion pressure rubber layer, rolling the extruding cap engaged on tooth can be sliding to the end for rolling tooth under the reaction force for squeezing rubber layer
It is dynamic, and then so that the gas for rolling tooth ends is discharge the upper surface for squeezing cap by gas vent, and then squeeze and assemble on cap outer wall
Impurities and dust carry out Air blowing cleaning operation, prevent from rolling bonded on tooth pulverize after sundries it is excessive, cause rolling wheel to pulverize
The excessively poor phenomenon of effect；The extrudings cap of setting can play the role of protection to tooth is rolled simultaneously, prevent from rolling tooth and use the time
Too long the phenomenon that leading to abrasion；Squeezing cap also simultaneously can be such that the intermeshing side wall realization for rolling tooth fits closely, and prevent
The gap of engagement rolling tooth and rolling between tooth causes dust debris to assemble the phenomenon that bonding,.
Preferably, the inner wall for squeezing cap is evenly arranged with extruding spring, and the end for squeezing spring is fixed on and rolls
The upper surface of tooth；The both ends for squeezing cap are connect by elastic rubber slab with the end for squeezing rubber slab；When work, work as stone roller
When knob and extruding rubber slab squeeze, setting squeezes spring and generates deformation under the action of extruding force on extruding cap inner sidewall, when
When extruding cap and extruding rubber slab are disengaged from, cap generation vibration under the restoring force for squeezing spring is squeezed, and then will be bonded in
It squeezes the impurities and dust on cap to carry out shaking off to remove, while removing sundries convenient for assisting gas vent that can preferably blow；When crowded
Pressure cap under squeezing spring effect when vibrating, the extruding rubber slab connected by elastic rubber slab energy under elastic rubber slab pulling
Enough realize quickly restores vibration, and then enables to squeeze cap and squeeze rubber slab under the active force for squeezing spring, occurs same
Step vibration remove dust can, while further increase squeeze rubber slab squeeze blow function.
Preferably, rubber friction column, and the outer wall of rubber friction column and extruding spring are plugged in the extruding spring
Inner wall contact；One end of the rubber friction column with squeeze cap inner wall connect, and the other end of rubber friction column with roll
The upper surface of tooth connects；When work, when squeezing spring-compressed vibration constantly, friction can be generated with the outer wall of rubber friction column, into
And make to generate certain heat on rubber friction column outer wall, heat discharge the outside for squeezing cap by gas vent, and then to mentioning
High gas is to the Scavenging activity of moist sundries, and when preventing rolling wheel from pulverizing moist grain, the moist sundries of generation is bonded in extruding
Phenomenon on cap；Simultaneously when extruding cap is pressed down against, the rubber friction column being uniformly arranged can make the outer wall for squeezing cap generate wave
Line shape can make undulatory extruding cap after squeezing generate choppy phenomenon, in turn when squeezing spring promotion extruding cap recovery
Improve the ability that dust is removed in cap shake that squeezes.
Preferably, described roll offers sliding cavity on tooth, and sliding is provided with sliding shoe, and sliding shoe in sliding cavity
On offer pilot hole；The bottom face of the sliding shoe is connected by the inner sidewall of pressure spring and sliding cavity, and the upper end of sliding shoe
Portion is connect by pressure spring with slide post, and the top of slide post is connected on the inner wall for squeezing cap；It opens the bottom end of the sliding cavity
One end equipped with air slot, and air slot is connected to rolling groove, and the other end of air slot is connected to sliding cavity；When work, when
When squeezing cap generation vibration under the active force for squeezing spring, the slide post that will drive bottom end connection slides in sliding cavity,
When slide post sliding, sliding shoe can be driven to slide in sliding cavity by pressure spring, when sliding shoe slide downward, cunning can be squeezed
Intracavitary gas is moved, and then the gas in sliding cavity is entered by pilot hole and is squeezed in cap, and then is discharged by gas vent,
When sliding shoe upward sliding, sliding shoe can be entered the gas in rolling groove in sliding cavity by air slot, and then make to grind
The phenomenon that gas in indent is connected to the gas realization rolled in cap, and then make to squeeze rubber slab and squeeze cap in the band of gas
It dynamic lower the phenomenon that resonating, further increases rolling wheel and rolls the function of removing dust.
Beneficial effects of the present invention are as follows:
1. the present invention squeezes the two of rubber slab when rolling tooth pressing extruding rubber slab by the extruding rubber slab of setting
End can carry out striking off cleaning to the sundries pulverized in ripple convexity layer, with the continuous slide downward of rubber slab is squeezed, roll
A part of gas in slot is blown into the outer surface for squeezing rubber slab under the extruding for squeezing rubber slab by gas hole, and then right
It squeezes rubber slab outer surface or rolls the impurities and dust bonded on tooth outer wall and carry out Air blowing cleaning, generated after preventing grain from rolling
Impurities and dust generates packing phenomenon in rolling groove, and then influences the rolling effect of rolling wheel.
2. the present invention passes through elasticity when squeezing cap when generating vibration under squeezing spring effect by the extruding cap of setting
Rubber slab connection extruding rubber slab elastic rubber slab pulling under can be realized quickly restore vibration, and then make squeeze cap and
Squeeze rubber slab can squeeze spring active force under, occur synchronous vibration remove dust can, further increase simultaneously
It squeezes rubber slab and squeezes the function of blowing.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings.
Fig. 1 is stereo rearview of the invention；
Fig. 2 is front isometric view of the invention；
Fig. 3 is rolling wheel engagement perspective view of the invention；
Fig. 4 is partial enlarged view at A in Fig. 3；
Fig. 5 is the cross-sectional view of rolling wheel；
Fig. 6 is partial enlarged view at B in Fig. 5；
In figure: shell 1 rolls motor 2, rolling wheel 3, rolling groove 31, air guide chamber 32, sliding cavity 33, air slot 34, moisture
Detection unit 4 rolls tooth 5, ripple convexity layer 51, squeezes rubber slab 6, gas hole 61, filter screen 7, grinds wheel 8, rubber bumps
Thorn 81 squeezes cap 9, gas vent 91, squeezes spring 101, elastic rubber slab 102, rubber friction column 103, sliding shoe 104, guiding
Hole 105, pressure spring 106, slide post 107.
Specific embodiment
It is carried out such as using a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer of Fig. 1-Fig. 6 to an embodiment of the present invention
Lower explanation.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer of the present invention,
Including shell 1, roll motor 2, rolling wheel 3 and water content detection unit 4；It is provided on the shell 1 and rolls motor 2, and rolled
The output end of motor 2 is connect by hollow rotating shaft with rolling wheel 3, and water content detection unit 4 is provided in outer case；The stone roller
It is evenly arranged on pinch roller 3 and rolls tooth 5, and rolled tooth 5 and roll the two sides for offering rolling groove 31 between tooth 5, and rolling tooth 5
Ripple convexity layer 51 is provided on wall；It is provided in the rolling groove 31 and squeezes rubber slab 6, and squeezed rubber slab 6 and be slidably fastened
In the wave groove of ripple convexity layer 51；Gas hole 61 is offered on the extruding rubber slab 6；On the rolling wheel 3 uniformly
Air guide chamber 32 is offered, and 32 one end of air guide chamber is connected to rolling groove 31, and the other end of air guide chamber 32 and hollow rotating shaft connect
It is logical, and the end of air guide chamber 32 is provided with filter screen 7；When work, when needing to carry out water content detection to grain, by water to be detected
The grain divided is put on rolling wheel 3, and starting rolls motor 2, and then rolling wheel 3 is driven to carry out the effect of pulverizing to grain, is pulverized
Grain afterwards enters in water content detection unit 4, and then water content detection unit 4 carries out the detection of moisture to grain；When rolling wheel 3
When mutually rolling, the tooth 5 that rolls on a rolling wheel 3 be can rotate in the rolling groove 31 for being engaged to and opening up on another rolling wheel 3,
And then the effect of pulverizing is carried out to grain, with rolling after tooth 5 is engaged to rolling groove 31, the end for rolling tooth 5 can be to rolling groove 31
The extruding rubber slab 6 of interior sliding setting carries out rotation pressing, is pressed against in ripple convexity layer 51 when squeezing rubber slab 6 to downslide
When dynamic, and then the both ends for squeezing rubber slab 6 can carry out striking off cleaning to the sundries pulverized in ripple convexity layer 51, with extruding
The continuous slide downward of rubber slab 6, a part of gas in rolling groove 31 pass through gas hole 61 under the extruding for squeezing rubber slab 6
It is blown into the outer surface for squeezing rubber slab 6, and then to extruding 6 outer surface of rubber slab or rolls the sundries ash bonded on 5 outer wall of tooth
Dirt carries out Air blowing cleaning, and the impurities and dust generated after preventing grain from rolling generates packing phenomenon in rolling groove 31, and then influences
The rolling effect of rolling wheel 3；The extrudings rubber slab 6 pressed down on simultaneously is understood the dust or sundries after rolling in rolling groove 31
Squeeze blowout；When rolling the engagement of the disengaging rolling groove 31 of tooth 5, rubber slab 6 is squeezed in self-recovery power upward sliding, Jin Erhui
The gas in hollow rotating shaft is extracted out by air guide chamber 32, and then the gas in rolling groove 31 is supplemented, and then improves
It squeezes rubber slab 6 and squeezes to blow and remove the ability of dust.
As shown in figure 4, rotation is provided with the outer wall and gas hole 61 for grinding wheel 8, and grinding wheel 8 in the gas hole 61
Inner wall rotate contact；Rubber bumps thorn 81, and rubber bumps thorn 81 and air blowing are evenly arranged on the outer wall for grinding wheel 8
The inner wall rotation in hole 61 squeezes contact；When work, when rolling the rotation pressing on squeezing rubber slab 6 of tooth 5, the outer of tooth 5 is rolled
End face can with grind 8 pivoting frictions of wheel, and then will drive and grind wheel and 8 rotated in gas hole 61, and then to being gathered in gas hole
The phenomenon that 61 endoparticle sundries carry out friction crushing, prevent particle sundries from generating accumulation in gas hole 61；Simultaneously when extruding
Gas by gas hole 61 blow out when, rotation grind wheel 8 will drive gas squeeze rubber slab 6 top rotation blow, into
One step increases the ability of gas clean-up impurity in gas hole 61；The wheel 8 that grinds of rotation simultaneously rewinds dynamic rubber bumps thorn 81 and is blowing
Rotation in stomata 61, rubber bumps are pierced when can strike off, while rotate to the impurities and dust bonded on 61 side wall of gas hole
81 hot gas generated with 61 sidewall friction of gas hole, can be blown into the upper surface for squeezing rubber slab 6, and then to tide by venthole
Wet impurities and dust is purged operation.
As shown in Figure 4, Figure 5 and Figure 6, described roll is provided with extruding cap 9 on tooth 5, and squeezes the engaging of cap 9 and be arranged in wave
At the wave crest of line convexity layer 51；Gas vent 91 is offered on the extruding cap 9, and is rotated to be provided in gas vent 91 and ground wheel 8；
When work, when rolling the rotation pressing extruding rubber layer of tooth 5, rolls the meeting of cap 9 that squeezes engaged on tooth 5 and squeezing the anti-of rubber layer
It is slided under active force to the end for rolling tooth 5, and then is discharged to the gas for rolling 5 end of tooth by gas vent 91 and squeezes cap 9
Upper surface, and then squeeze the impurities and dust assembled on 9 outer wall of cap and carry out Air blowing cleaning operation, prevent from rolling bonding on tooth 5
Sundries after pulverizing is excessive, and rolling wheel 3 is caused to pulverize the excessively poor phenomenon of effect；The extruding cap 9 of setting can be to rolling tooth 5 simultaneously
Play the role of protection, prevents from rolling the phenomenon that tooth 5 leads to abrasion using overlong time；Squeezing cap 9 also simultaneously can make mutually
The side wall realization for rolling tooth 5 of engagement fits closely, and prevents the gap of engagement rolling tooth 5 and rolling between tooth 5 from leading to dust
The phenomenon that sundries aggregation bonding,.
As shown in Figure 5 and Figure 6, the inner wall for squeezing cap 9, which is evenly arranged with, squeezes spring 101, and squeezes spring 101
End is fixed on the upper surface for rolling tooth 5；The both ends for squeezing cap 9 are by elastic rubber slab 102 and squeeze rubber slab 6
End connection；When work, when rolling tooth 5 and squeezing the extruding of rubber slab 6, setting squeezes spring 101 and exists on extruding 9 inner sidewall of cap
Deformation is generated under the action of extruding force, when squeezing cap 9 and extruding rubber slab 6 is disengaged from, is squeezed cap 9 and is being squeezed spring 101
Restoring force under generate vibration, and then will be bonded in squeeze cap 9 on impurities and dust carry out shake off remove, while convenient for assist row
Stomata 91 can preferably blow and remove sundries；When squeezing cap 9 when generating vibration under squeezing spring 101 and acting on, pass through elasticity
The extruding rubber slab 6 that rubber slab 102 connects can be realized under the pulling of elastic rubber slab 102 quickly restores vibration, and then makes
Squeeze cap 9 and squeeze rubber slab 6 can squeeze spring 101 active force under, occur synchronous vibration remove dust can, together
When further increase squeeze rubber slab 6 squeeze blow function.
As shown in Figure 5 and Figure 6, rubber friction column 103, and rubber friction column 103 are plugged in the extruding spring 101
Outer wall with squeeze spring 101 inner wall contact；One end of the rubber friction column 103 is connect with the inner wall for squeezing cap 9, and rubber
The other end of glue friction column 103 is connect with the upper surface for rolling tooth 5；When work, when squeeze 101 compressional vibration of spring constantly, meeting
Friction is generated with the outer wall of rubber friction column 103, and then makes to generate certain heat on 103 outer wall of rubber friction column, heat is logical
It crosses gas vent 91 and is discharged to the outside for squeezing cap 9, and then to gas is improved to the Scavenging activity of moist sundries, prevent rolling wheel 3
When pulverizing moist grain, the moist sundries of generation is bonded in the phenomenon squeezed on cap 9；Simultaneously when extruding cap 9 is pressed down against,
The rubber friction column 103 of even setting can make the outer wall for squeezing cap 9 generate corrugated, push extruding cap 9 to restore when squeezing spring 101
When, undulatory extruding cap 9 after squeezing can be made to generate choppy phenomenon, and then improve and squeeze the energy that dust is removed in the shake of cap 9
Power.
As shown in Figure 5 and Figure 6, described roll offers sliding cavity 33 on tooth 5, and sliding is provided with cunning in sliding cavity 33
Motion block 104, and pilot hole 105 is offered on sliding shoe 104；The bottom face of the sliding shoe 104 passes through pressure spring 106 and sliding cavity
33 inner sidewall connection, and the upper end of sliding shoe 104 is connect by pressure spring 106 with slide post 107, and the top of slide post 107
End is connected on the inner wall for squeezing cap 9；The bottom end of the sliding cavity 33 offers air slot 34, and one end of air slot 34 and stone roller
Indent 31 is connected to, and the other end of air slot 34 is connected to sliding cavity 33；When work, when extruding cap 9 is in extruding spring 101
When generating vibration under active force, the slide post 107 that will drive bottom end connection slides in sliding cavity 33, when slide post 107 slides
When, sliding shoe 104 can be driven to slide in sliding cavity 33 by pressure spring 106, when 104 slide downward of sliding shoe, cunning can be squeezed
Gas in dynamic chamber 33, and then the gas in sliding cavity 33 is entered by pilot hole 105 and is squeezed in cap 9, and then passes through row
Stomata 91 be discharged, when 104 upward sliding of sliding shoe, sliding shoe 104 can by the gas in rolling groove 31 by air slot 34 into
The phenomenon that entering into sliding cavity 33, and then being connected to the gas in rolling groove 31 with the gas realization rolled in cap, and then make to squeeze
The phenomenon that pressure rubber slab 6 and extruding cap 9 resonate under the drive of gas, further increases rolling wheel 3 and rolls removing dust
Function.
Specific workflow is as follows:
When work, when needing to carry out water content detection to grain, the grain of moisture to be detected is put on rolling wheel 3,
Starting rolls motor 2, and then rolling wheel 3 is driven to carry out the effect of pulverizing to grain, and the grain after pulverizing enters water content detection list
In member 4, and then water content detection unit 4 carries out the detection of moisture to grain；When rolling wheel 3 mutually rolls, on a rolling wheel 3
The tooth 5 that rolls can rotate in the rolling groove 31 for being engaged to and being opened up on another rolling wheel 3, and then the effect of pulverizing is carried out to grain,
With rolling after tooth 5 is engaged to rolling groove 31, the end for rolling tooth 5 can be to the extruding rubber slab 6 for sliding setting in rolling groove 31
Rotation pressing is carried out, when extruding rubber slab 6 is pressed against slide downward in ripple convexity layer 51, and then squeezes rubber slab 6
Both ends can carry out striking off cleaning to the sundries pulverized in ripple convexity layer 51, with squeeze the continuous slide downward of rubber slab 6,
A part of gas in rolling groove 31, which is blown under the extruding for squeezing rubber slab 6 by gas hole 61, squeezes the outer of rubber slab 6
Surface, and then Air blowing cleaning is carried out to squeezing 6 outer surface of rubber slab or rolling the impurities and dust bonded on 5 outer wall of tooth, prevent grain
The impurities and dust that food generates after rolling generates packing phenomenon in rolling groove 31, and then influences the rolling effect of rolling wheel 3.
In the description of the present invention, it is to be understood that, term " center ", "front", "rear", "vertical", "horizontal",
The orientation or positional relationship of the instructions such as "top", "bottom" "inner", "outside" be based on the orientation or positional relationship shown in the drawings, be only for
Convenient for the description present invention and simplify description, rather than the device or element of indication or suggestion meaning there must be specific side
Position is constructed and operated in a specific orientation, therefore should not be understood as limiting the scope of the invention.
Although the present invention be illustrated by specific embodiment, it will be appreciated by those skilled in the art that, do not departing from
In the case where the scope of the invention, various transformation and equivalent substitute can also be carried out to the present invention.In addition, being directed to particular condition or material
Material, can do various modifications to the present invention, without departing from the scope of the present invention.Therefore, the present invention is not limited to disclosed tool
Body embodiment, and should include the whole embodiments fallen within the scope of the appended claims.
Claims (6)
1. a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer, it is characterised in that: including shell (1), roll motor (2), stone roller
Pinch roller (3) and water content detection unit (4)；It is provided on the shell (1) and rolls motor (2), and roll the output end of motor (2)
It is connect by hollow rotating shaft with rolling wheel (3), and is provided with water content detection unit (4) in outer case；On the rolling wheel (3)
It is evenly arranged with and rolls tooth (5), and roll tooth (5) and roll and offer rolling groove (31) between tooth (5), and roll tooth (5)
Ripple convexity layer (51) are provided on two sidewalls；It is provided in the rolling groove (31) and squeezes rubber slab (6), and squeeze rubber slab
(6) it is slidably fastened in the wave groove of ripple convexity layer (51)；Gas hole (61) are offered on the extruding rubber slab (6)；
It is uniformly provided with air guide chamber (32) on the rolling wheel (3), and air guide chamber (32) one end is connected to rolling groove (31), and air guide chamber
(32) the other end is connected to hollow rotating shaft, and the end of air guide chamber (32) is provided with filter screen (7).
2. a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer according to claim 1, it is characterised in that: the air blowing
Rotation is provided with and grinds wheel (8) in hole (61), and the outer wall for grinding wheel (8) is contacted with the rotation of the inner wall of gas hole (61)；Institute
It states and is evenly arranged with rubber bumps thorn (81) on the outer wall for grinding wheel (8), and rubber bumps thorn (81) and gas hole (61) is interior
Wall rotation squeezes contact.
3. a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer according to claim 1, it is characterised in that: described to roll
It is provided on tooth (5) and squeezes cap (9), and squeezed cap (9) engaging and be arranged at the wave crest of ripple convexity layer (51)；The extruding
It is offered on cap (9) gas vent (91), and rotates to be provided in gas vent (91) and grind wheel (8).
4. a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer according to claim 3, it is characterised in that: the extruding
The inner wall of cap (9), which is evenly arranged with, squeezes spring (101), and the end for squeezing spring (101) is fixed on the upper table for rolling tooth (5)
Face；The both ends for squeezing cap (9) are connect by elastic rubber slab (102) with the end for squeezing rubber slab (6).
5. a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer according to claim 4, it is characterised in that: the extruding
It is plugged with rubber friction column (103) in spring (101), and the outer wall of rubber friction column (103) and extruding spring (101) is interior
Wall contact；One end of the rubber friction column (103) is connect with the inner wall for squeezing cap (9), and rubber friction column (103) is another
Hold and roll the upper surface connection of tooth (5).
6. a kind of pneumatic cleaning type INTELLIGENT MOISTURE MEASUREMENT analyzer according to claim 1, it is characterised in that: described to roll
It is offered on tooth (5) sliding cavity (33), and sliding is provided with sliding shoe (104) in sliding cavity (33), and on sliding shoe (104)
Offer pilot hole (105)；The bottom face of the sliding shoe (104) is connected by the inner sidewall of pressure spring (106) and sliding cavity (33)
It connects, and the upper end of sliding shoe (104) is connect by pressure spring (106) with slide post (107), and the top of slide post (107) connects
It connects on the inner wall for squeezing cap (9)；The bottom end of the sliding cavity (33) offers air slot (34), and one end of air slot (34)
It is connected to rolling groove (31), and the other end of air slot (34) is connected to sliding cavity (33).
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| CN201910686455.6A CN110404624B (en) | 2019-07-29 | 2019-07-29 | Pneumatic clean formula intelligence moisture detection analysis appearance |
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| CN201910686455.6A CN110404624B (en) | 2019-07-29 | 2019-07-29 | Pneumatic clean formula intelligence moisture detection analysis appearance |
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| CN110404624B CN110404624B (en) | 2021-04-09 |
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| CN113210059A (en) * | 2021-05-21 | 2021-08-06 | 吴荣华 | High-efficiency recovery processing equipment for industrial waste solid particles |
| CN114074005A (en) * | 2020-08-12 | 2022-02-22 | 青岛琦川源食品有限公司 | Pepper grinding and packaging device and using method thereof |
| CN118179666A (en) * | 2024-05-15 | 2024-06-14 | 福建省晋江巧妈妈食品有限公司 | Grinding device and grinding method for jelly powder production |
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|---|---|
| CN110404624B (en) | 2021-04-09 |
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