CN106102918A - The operating control system of pulverizer and diagnostic device - Google Patents
The operating control system of pulverizer and diagnostic device Download PDFInfo
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- CN106102918A CN106102918A CN201480077080.9A CN201480077080A CN106102918A CN 106102918 A CN106102918 A CN 106102918A CN 201480077080 A CN201480077080 A CN 201480077080A CN 106102918 A CN106102918 A CN 106102918A
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- Prior art keywords
- pulverizer
- grindstone
- vibrating sensor
- grinding stone
- stone
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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
- B02C7/00—Crushing or disintegrating by disc mills
- B02C7/11—Details
- B02C7/14—Adjusting, applying pressure to, or controlling distance between, discs
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Crushing And Grinding (AREA)
- Constituent Portions Of Griding Lathes, Driving, Sensing And Control (AREA)
Abstract
The present invention relates to the operating control system of a kind of pulverizer, wherein, above-mentioned pulverizer is stone mortar formula pulverizer, this stone mortar formula pulverizer has servomotor (11), this servomotor (11) makes grindstone (7) grind the ring-type fixing grinding stone (6) of tabular surface the frustum of a cone portion being conjointly formed with concave shape with this tabular surface in inner side move up and down relative to having at peripheral part, wherein, above-mentioned grindstone by above-mentioned grindstone grind tabular surface and above-mentioned fixing grinding stone grind tabular surface opposite each other in the way of arrange in the vertical direction, in above-mentioned stone mortar formula pulverizer, body is provided with vibrating sensor (27), can be based on the movement of the reaction controlling grindstone (7) of this vibrating sensor (27).Thus, the gap of grindstone (7) and fixing grinding stone (6) is generally easily remained necessarily with cheap composition by the present invention, and therefore, the granularity of the processed product being grated usually remains certain level.In addition, the control in this gap can be automatically carried out, therefore, the automation to the manufacture line using grater has very big effect.
Description
Technical field
The present invention relates to the cutting off of all raw materials from food raw material to the raw material of industry, grind, micronized, dispersion,
The operating control system of the far-ranging pulverizer of purposes that emulsification, fibrillatable can be carried out simultaneously and pulverizing based on stone mortar formula
The pulverizing of the diagnosis of the supervision of the pulverizing value that the vibration measurement of the pulverizers such as machine, wet crushing mill, hammer-mill is carried out and fault
The diagnostic device of machine.
Background technology
The stone mortar formula pulverizer of the principle applying stone mortar is also on the books in following patent document, but, it is to utilize
Impact that raw material occurs when by the gap of upper and lower two panels grinding stone, centrifugal force, shear strength and pulverize the equipment for ultramicron.
Prior art literature
Patent document
Patent document 1: Unexamined Patent 6-15573 publication
As shown in the stone mortar formula pulverizer of Figure 10, Figure 11, pulverizer 1 is provided with under the upper cover 5 of supply funnel 2 in central authorities
Side is provided with grinder main body 3.
Grinder main body 3 uses weight to grind grinding stone, fixes to have at peripheral part down grinding tabular surface on upper cover 5
And this tabular surface be conjointly formed with the ring-type fixing grinding stone 6 in frustum of a cone portion of concave shape in inner side, will be with this fixing mill
The grindstone 7 that grind tabular surface, frustum of a cone portion that be likewise formed with concave shape that stone 6 is opposed to have upward is fixed on
Carry out rotating in the drive shaft 9 driving by engine 8.In figure, 10 is to be grated the pipeline that material takes out.
And, it is grated material ring-type fixing grinding stone 6 and grindstone 7 both sides from what the supply funnel 2 of top loaded
Crimping portion be ground into atomic particle, from take out pipeline 10 eject.
Grindstone 7 is set as to lift relative to ring-type fixing grinding stone 6, and this lifting is by servomotor 11 or manual
Adjust handle 12 to drive.
Figure 12 is the figure of the detailed construction representing this elevating mechanism, and servomotor 11 passes through servomotor mounting flange
13 are installed on agent set, are connected with universal joint worm shaft 15 via universal joint 14.At this universal joint worm shaft
Arranging worm gear 17 via key 16 on 15, it engages with helical gear 18.
As shown in figure 13, helical gear 18 is the gear making the alignment member 19 of the lifting shaft as grindstone 7 rotate, on
State the rotation steering gear worm 17 of servomotor 11 →, helical gear 18 → alignment member 19 transmits, by alignment member 19 dextrorotation to the left
Gap change then grindstone 7 lifts relative to ring-type fixing grinding stone 6, between grindstone 7 and ring-type fixing grinding stone 6.
Manually adjust handle 12 that be arranged at universal joint worm shaft 15 with above-mentioned servomotor 11 opposition side, universal
This of joint worm shaft 15 manually adjusts the mounting portion of handle 12, and rotatably being held 20 by end is installed on body
Spherical bush box set 21 in spherical bushing 22 support.In figure, 23 is worm screw clamp.
In addition, as preventing from watching the measure by taking the equipment breakage that motor 11 causes, be provided with photoelectric transfer in housing
Sensor 31a (upper limit), 31b (lower limit).
And, it is grated material ring-type fixing grinding stone 6 and grindstone 7 both sides from what the supply funnel 2 of top loaded
Crimping portion be grated as atomic particle, and eject from taking-up pipeline 10.
The food such as the sense of taste and the good sugaring of yield rate, soup, juice can be obtained by so grinding for atomic particle.
In addition, this grinding stone also can be used in industrial goods such as pigment coating etc..
Above-mentioned stone mortar formula pulverizer must continuously and stably obtain the ultramicron of certain particle diameter.Therefore, upper metate
The gap grinding between tabular surface of crucial importance, but, be in the past prestart by manually set gap, so can not
According to raw material and need granularity that gap is always set to certain value.
Furthermore, by pulverizing raw material, due to grinding face abrasion, the gap at initial stage can produce change, continues in this condition
Continuous in the case of continuously run, sometimes also can be mixed into the corase particles bigger than desired particle diameter in the product, it is impossible to obtain quality
Stable product.
Therefore, it is currently and need at regular intervals, by carrying out gap adjustment manually, to operate in multiple stage simultaneously
In the case of and constitute automation line in the case of become operation laborious especially.
Further, since the temperature of raw material and friction during because pulverizing and the heat that occurs and mechanical body and grinding stone thermal expansion from
And gap can stenosis little, in the case that this state for extended periods continues, because the strong each other friction of grinding stone is continuous, so because grinding
The inordinate wear in broken face and overload and the reason that become mechanical breakdown.
And then, the expansion of grinding stone to be made is stable, requires time for, and therefore, need nonetheless remain for by manually one point during this
Point ground carries out the adjustment in gap, becomes big burden for operator.
Following patent document is carried as the device that can automatically adjust the small gap grinding between tabular surface
Case.
Prior art literature
Patent document
Patent document 2: examined patent publication 3-51464 publication
It in above-mentioned patent document 2, is provided with to rotate the load of main motor driving grindstone corresponding defeated
The change entering electric current is transformed to the converter of DC voltage;Make above-mentioned with basis from the deviation of the reference voltage of this DC voltage
Drive device action, the control equipment in the gap of adjustment grindstone and fixing grinding stone.
According to this patent document 2, the manual adjustment handle making grindstone move up and down is replaced to adopt in grater
Make the composition that grindstone moves up and down with use servomotor, and, persistently detection rotates the main electricity driving grindstone
The load of motivation, makes servomotor just according to its size or reversely rotates, gap remains the value of regulation.
Content of the invention
Invention is wanted to solve the technical problem that
In the method for above-mentioned patent document 2, after the grindstone making bottom rotates, this grindstone is made to increase, with
Change with the load of main motor during the fixing abrasive stones contact on top detects exception.
Put into water to the gap that should set between upper metate as between the grinding stone of the normal condition of zero, make the rotating grinding of bottom
After stone rotates, the change of the load with main motor during the fixing abrasive stones contact on top even if making this grindstone rise
Also being about 7KW in the case that upper and lower two grinding stones contact consumingly, in contrast, same grater is at actual crushing resin
In the case of the change of load change randomly between 2KW~20KW, above-mentioned with the load signal detection of main motor
The nought state in gap is extremely difficult.
In order to solve this problem, in Unexamined Patent 8-1020 publication, operate at the grater possessing servomotor
When, drive this servomotor to make bottom grindstone increase, the above-mentioned gap grinding between tabular surface is set to zero, utilizes at this moment
The dtc signal of servomotor, after stopped this servomotor, repeatedly make intermittently under the grindstone of bottom
Drop to the action of specified gap.
Servomotor is the driving source for making grindstone move up and down, but, according to its direct torque function,
When the torque applying the output shaft of this servomotor becomes torque value set in advance, this servomotor is made to stop, will
It is zero that its position is defined as gap, makes this servomotor reversely rotate from the position that this gap is zero, makes grindstone decline
It to the gap becoming regulation, is derived from desired gap.
But, in the method, the change in the gap causing relative to the thermal expansion of mechanical body and grinding stone and raw material
Pulverize the change grinding the gap that the abrasion of the grinding face causing brings, need to carry out continually above-mentioned action, particularly
About 30 minutes after the start of operation, especially because the change in gap that the expansion of grinding stone causes is big, therefore it is necessary to shorten
Repeat the time interval of above-mentioned action.
Especially for carrying out pulverizing the raw material continuous contact grinding stone grinding, it is impossible to judge the state in gap, and will mill
Gap between broken tabular surface is set to the moment of zero, after stopped servomotor, it is necessary to repeatedly make intermittently
Bottom grindstone drops to the action of specified gap.
That is, if infrequently carrying out above-mentioned action, then between causing relative to the thermal expansion of mechanical body and grinding stone
The pulverizing of the change of gap and raw material grinds the change in the gap that the abrasion of the grinding face causing brings, and gap can not always be to maintain
Value in regulation.
At present, fix grinding stone and grindstone relative to the appropriate gap of the food materials pulverized or material judge also by
Mobile viewing grindstone simultaneously is also carried out judging by sound at this moment.But, the species according to food materials or material is different and sound
The state of sound is different, needs experience to its judgement, and the knack person of the technology only with height just can be carried out, because of surrounding
Noise etc. and listen to difficulty.
Present invention aim to address the unfavorable condition of described conventional example, first aspect provides the operating control of a kind of pulverizer
System processed, the instability of its change not having load etc will be because of in addition, be not the judgement of the people of listening, and by using
The reaction of vibrating sensor determines whether contact condition, can be quickly obtained reliable judgement, even if not having height
The skilled technical ability person of technology, it is also possible to enter the processing of line height, it is possible to carry out the processing of unmanageable food.
Second aspect provides the diagnostic device of a kind of pulverizer, can numerical monitor operational situation use it for stable
The auxiliary of operating, further, since the adjustment in the gap etc. of grinding stone can be carried out, it is possible to guarantee stablizing of the quality making,
In addition, detection bearing, the exception of motor can be made and carries out breakdown judge, carry out grinding stone and whether cutter deviates center of gravity etc.
Judge to become simple, in addition, also can utilize as qualitative control.
For solving the technical scheme of technical problem
For realizing described purpose, as the operating control system of pulverizer, invention as described in the first aspect of the invention, its
Being characterised by, stone mortar formula pulverizer arranges ring-type fixing grinding stone and ring-type grindstone in the vertical direction, wherein, above-mentioned
Fixing grinding stone has, at peripheral part, the frustum of a cone grinding tabular surface and being conjointly formed with concave shape with this tabular surface in inner side
Portion, above-mentioned fixing grinding stone and above-mentioned grindstone to grind tabular surface opposite each other, and stone mortar formula pulverizer includes making rotation
The servomotor that grinding stone moves up and down, in above-mentioned stone mortar formula pulverizer, is provided with vibrating sensor, based on this on body
The reaction of vibrating sensor controls the movement of grindstone.
The present inventor be conceived to upper metate, grind tabular surface space change when vibration also change, not based on sound
And quantized according to vibration and can set optimal gap, therefore, invention described according to a first aspect of the present invention, logical
Cross the movement of the reaction controlling grindstone based on vibrating sensor, not using the perception of people as judging that key element just can be fitted
When the setting in gap.
When continuous print motion state, part expands and grinding stone crimps each other consumingly, and the temperature of raw material rises or burnt
Stick with paste, accordingly, it would be desirable to be adjusted.At present, it adjusts and carries out according to sound and taste, due to delicate, be not to have accumulated experience
Skilled technical ability person when operating difficulties.
Invention described according to a first aspect of the present invention, by vibrating sensor, even little by little thermal expansion also can
Capture as the increase of numerical value, therefore, it is possible to be always to maintain certain crimped status.
Invention described in second aspect present invention, it is characterised in that make grindstone rotate, while making above-mentioned rotation
Grinding stone, to fixing grinding stone side shifting and the food materials pulverized or material, is had by vibrating sensor perception in the moment of contact
Friction, based on the movement of its Numerical Control grindstone.
In the present invention, the suitable vibrating numerical of memory setting and the vibrating sensor of practical measurement are compared to control rotation
The movement of grinding stone, but, invention described according to a second aspect of the present invention, it is desirable to setting value according to the kind of raw material and grinding stone
Class, condition and change, therefore, the fineness degree of the raw material according to manually operated in advance process, temperature and state, vibration can be determined
Value.
Invention described in third aspect present invention, it is characterised in that vibrating sensor is arranged at stone mortar formula pulverizer
Central authorities are provided with the upper cover of supply funnel.
Invention described according to a third aspect of the present invention, as the setting place of vibrating sensor, easily detection vibration, and
Do not bother, install easily, and installation afterwards is also easy.
As the diagnostic device of pulverizer, the invention described in fourth aspect present invention, it is characterised in that include being arranged at powder
The vibrating sensor of the shell of broken machine and catch the vibration of pulverizer being quantized by this vibrating sensor and set suitable
The auxiliary equipment of the EP (easy point) in local holding contact condition or gap.
Invention described according to a fourth aspect of the present invention, can by with vibrating sensor by the gap relative to grinding stone
Vibration values digitlization keeps stable gap.Abrasion according to thermal expansion and grinding stone and momentarily change gap.It was logical in the past
Cross what sensation judged.By quantizing vibration values, even if unskilled worker also can correctly set gap.
Detect the exception of bearing, motor with vibrating sensor, carry out breakdown judge.The currently sense according to sound or hand
Touch and judge with abnormal sound, vibration.Can be correctly by vibration number value in vibrating sensor, thus it is possible to clearly
Carry out bearing, the life-span of motor judges.
It by the centre-of gravity shift of vibrating sensor numerical monitor grinding stone and cutter, is made whether good judgement.Utilize not attached
When adding grinding stone and the change of magnitude of vibrations of additional hours correctly carries out centre-of gravity shift in allowed band or unfavorable condition
Whether good judgement.
And then, record vibration values with the elapsed time, can utilize as qualitative control.Vibration values becomes steady
Surely keep the standard in gap of grinding stone, therefore, if by vibration values become certain in the way of be adjusted, then can be with quality
Stably connect.
Invention described in fifth aspect present invention, it is characterised in that what vibrating sensor was arranged on shell is provided with confession
To the upper cover of funnel.
Invention described according to a fifth aspect of the present invention, as the setting place of vibrating sensor, easily detection vibration, and
Not bothering, installing easily, installation afterwards is also easy.
Invention described in sixth aspect present invention, it is characterised in that output line is removably attachable to vibrating sensor, and
Fixed by lock ring.
Invention described according to a sixth aspect of the present invention, vibrating sensor exports detection to PC via output line
Equal controller carries, and this output line is fixed by lock ring, can dismount simply.
Invention effect
As described above, the operating control system of the pulverizer of the present invention and diagnostic device do not have motor load variations it
The unstable principal element of class, in addition, be not the judgement of the people of listening, by judging with the reaction of vibrating sensor be
No for contact condition, reliable judgement can being quickly obtained, even if not being the skilled technical ability person of the technology with height, also can
Enough enter the processing of line height, it is also possible to carry out the processing of unmanageable food.
In addition, can numerical monitor operational situation the auxiliary using it for stable operating, can carry out between grinding stone
The adjustment of gap etc., therefore, it is possible to guarantee stablizing of made quality, in addition, can make detection bearing, motor abnormal simultaneously
Carry out breakdown judge, to carry out the whether good judgement of the centre-of gravity shift etc. of grinding stone and cutter simple, in addition, as qualitative control also
Can utilize.
Brief description
Fig. 1 is the solid of the major part of the stone mortar formula pulverizer possessing the operating control system of the present invention and diagnostic device
Figure.
Fig. 2 is the major part of the stone mortar formula pulverizer possessing the operating control system of the present invention and diagnostic device, is to tear open
The stereogram of the state of lower output line.
Fig. 3 is the major part of the stone mortar formula pulverizer possessing the operating control system of the present invention and diagnostic device, is even
Connect the stereogram of the state of output line.
Fig. 4 is the stereogram of the end of output line.
Fig. 5 is the explanatory diagram of the test site confirming effect.
Fig. 6 is another explanatory diagram of the test site confirming effect.
Fig. 7 is the front view of the operation touch panel of operating control.
Fig. 8 is the explanatory diagram of the setting screen of the vibration values in auxiliary equipment.
Fig. 9 is the explanatory diagram of grinding stone.
Figure 10 is the vertical disconnected front view of stone mortar formula pulverizer.
Figure 11 is the vertical broken side view of stone mortar formula pulverizer.
Figure 12 is the vertical of the major part of the stone mortar formula pulverizer possessing operating control system of the diagnostic device of the present invention
Disconnected side view.
Figure 13 is the side view in the detailed portion representing Figure 12.
Figure 14 is the explanatory diagram of guidance panel.
Detailed description of the invention
Below, embodiments of the present invention are explained for accompanying drawing.Fig. 1 is the operating control system possessing the present invention
With the stereogram of the major part of the stone mortar formula pulverizer of diagnostic device, the diagnostic device of the present invention is by vibrating sensor 27 and logical
Cross vibrating sensor 27 to catch the vibration of grinding stone being quantized and set the EP suitably keeping contact condition or gap
The auxiliary equipment of (easy point) is constituted.
As shown in Figure 10, Figure 11, the lower section that pulverizer 1 is provided with, in central authorities, the upper cover 5 supplying funnel 2 is provided with grinder
Main body 3.
Grinder main body 3 uses weight to grind grinding stone, upper cover 5 fixing down peripheral part have grind tabular surface,
It is conjointly formed the ring-type fixing grinding stone 6 in the frustum of a cone portion of concave shape with this tabular surface in inner side, will be with this fixing grinding stone 6
The grindstone 7 that grind tabular surface, frustum of a cone portion that be likewise formed with concave shape being opposed to have upward be fixed on by
Engine 8 rotates in the drive shaft 9 driving.In figure, 10 is to be grated the pipeline that material takes out.
And, it is grated material ring-type fixing grinding stone 6 and grindstone 7 both sides from what the supply funnel 2 of top loaded
Crimping portion be ground into atomic particle, from take out pipeline 10 eject.
Grindstone 7 is set as to lift relative to ring-type fixing grinding stone 6, and this lifting is by servomotor 11 or hand
The dynamic handle 12 that adjusts drives.
Figure 12 represents the detailed construction of this elevating mechanism, and servomotor 11 is installed by servomotor mounting flange 13
In agent set, connect universal joint worm shaft 15 via universal joint 14.This universal joint with on worm shaft 15 via
Key 16 arranges worm gear 17, and it engages with helical gear 18.
As shown in figure 13, helical gear 18 is the gear making the alignment member 19 of the lifting shaft as grindstone 7 rotate, on
State the rotation steering gear worm 17 of servomotor 11 →, helical gear 18 → alignment member 19 transmits, by alignment member 19 dextrorotation to the left
Gap change then grindstone 7 lifts relative to ring-type fixing grinding stone 6, between grindstone 7 and ring-type fixing grinding stone 6.
Manually adjust handle 12 that be arranged at universal joint worm shaft 15 with above-mentioned servomotor 11 opposition side, universal
This of joint worm shaft 15 manually adjusts the mounting portion of handle 12, and rotatably being held 20 by end is installed on body
Spherical bush box set 21 in spherical bushing 22 support.In figure, 23 is worm screw clamp.
In addition, as preventing from watching the measure by taking the equipment breakage that motor 11 causes, be provided with photoelectric transfer in housing
Sensor 31a (upper limit), 31b (lower limit).
The rotation results of servomotor 11 is quantized as the position detection unit of grindstone 7 and carries out by the present invention
Display, Figure 14 represents guidance panel.25 is the key frame of touch panel, and 26 is button class, is power switch 26a, operating preparation
Switch 26b, rising button 26c, decline button 26d, full stop button 26e, very stop button 26f, alarm button 26h, police
Report stop button 26i.
Additionally, pulverizer 1 is by carrying out the setting of servomotor 11, can enter to be about to ring-type fixing grinding stone 6 and rotate
The gap of grinding stone 7 remains automatic operating that is certain and that carry out.
The body of pulverizer 1 is provided with the vibrating sensor 27 of the diagnostic device constituting the present invention, according to this vibration
The movement of the reaction controlling grindstone of sensor 27.
The installation of this vibrating sensor 27 also can in the organism frame of pulverizer 1, but, as it is shown in figure 1, be arranged at
On the upper cover 5 that central authorities are provided with supply funnel 2.
As the installation position selection upper cover 5 of vibrating sensor 27, owing to upper cover 5 is provided with grinder main body 3 in lower section,
So easily detection vibration, and do not bother, easily install, install from back relative to the pulverizer 1 not possessing apparatus of the present invention
It is also easy.
Output line 28 is removably attachable to vibrating sensor 27, and is fixed by lock ring 29.
The output of vibrating sensor 27 is vibrated by catching and is quantized, and imports setting suitably holding contact shape
The auxiliary equipment (PC) of the EP (easy point) in state or gap, controls servomotor based on programme-control in this
The rotation of 11.
Fig. 7 represents the picture example of key frame 25.In addition, in fig. 8, as the setting picture of auxiliary equipment display vibration values
Face.This auxiliary equipment, for catching the vibration of grinding stone by vibrating sensor 27 and being quantized, sets and suitably keeps connecing
The state of touching or the EP (easy point) in gap, therefore, have display lamp 32 sum based on power lights 32a and setting value lamp 32b
Word monitor the 33rd, mode key 34a, lifting key 34b, decline key 34c, placement key 34d.
Above-mentioned auxiliary equipment is built-in with PC and simultaneously can sell as controller, placement vibrating sensor 27.
As in figure 2 it is shown, have screw hole 36 in upper cover 5 break-through, screw togather the spiral shell prominent to the lower section of vibrating sensor 27 at this
Silk 37 and erect vibrating sensor 27 is set.
Output line 28 is removably attachable to vibrating sensor 27 by socket mechanism, and is fixed by lock ring 29.
Fig. 4 is the stereogram of the end of output line, but, in figure, 39 is the socket aperture of output line 28 side, and 38 is keyway, 40
Being the key of vibrating sensor 27, this key 40 engages with keyway 38 and positions, and rotates lock ring 29 and is allowed to decline, and make its across.
Upper cover 5 is provided with handle 41, but, on this handle 41 in the case of pulling down upper cover 5 with finger, as long as
Pull down output line 28 just not interfere with from vibrating sensor 27.
Additionally, as the installation site of above-mentioned vibrating sensor 27, it is also possible to selecting is not upper cover 5, but removes upper cover 5
Shell 35 in addition, for example, near the lid supporting of upper cover 5, the upper end face etc. of shell 35.
Below, using method is illustrated.Fig. 9 is the schematic diagram of operating, but, put into pulverizer 1 and pulverize
Food materials or material 30, make grindstone 7 rotate, while being allowed to fixing grinding stone 6 side shifting and the food materials pulverized
Or material 30 contacts
Judge this contact place servomotor 11 on the positional information of grinding stone and the vibration of vibrating sensor 27
Information.
When contact, perception in vibrating sensor 27 has friction, it is determined whether be contact condition.Whether this sentences
The fixed vibrational waveform that vibrating sensor 27 is detected compared with the suitable vibrational waveform being pre-stored within PC, according to
Its different size carries out the setting of the appropriate gap of ring-type fixing grinding stone 6 and grindstone 7.
The suitable vibrational waveform prestoring for this, prepares to use the auxiliary of the present invention shown in Fig. 8 to set as operating
Set for carrying out following operation.
1. manually operated servomotor 11, detects grindstone 7 and (is carrying out with what ring-type fixing grinding stone 6 somewhat contacted
The empty scope of powder wiped and do not go out grinding stone) position.
2. putting into food materials or material 30, start running (rotation of grinding stone).
3. manually operated servomotor 11, makes grindstone 7 rise, until the output of vibrating sensor 27 is supervised in numeral
Visual organ 33 becomes desired vibration values.
Desired setting value changes according to species, the condition of raw material and grinding stone, therefore, with manually operated in advance process
The fineness degree of raw material, temperature and Determines vibration values.Especially, carry out obtaining the tasting of desired particle of food materials or material 30
Examination, the vibration values of the vibrating sensor 27 on the position of the grindstone 7 that assurance obtains optimal particle, transport based on this numerical value
Turn control.
On-stream, in key frame 25 input of the touch panel contact consistent with the food materials pulverized or material 30
Detected value.
Via inverter panel operating, regulate inverter rotation number.It is attached that pressing rises, decline button is elevated to primary position
Closely.So, grindstone 7 is made to rotate in the running, while being allowed to and the food pulverized to fixing grinding stone side shifting
Material or material 30 contact, and as zero point, the position being contacted is adjusted grindstone 7 and the gap of fixing grinding stone 6.
After becoming desired vibration values, to automatic operating (touch panel) transfer.Fig. 7 represents this guidance panel.
After, in including desired number range in, in the way of (any setting value), grinding stone continues automatically to operate up and down.
Additionally, as a case of automatic operating, if risen and axle extension in temperature, with when contacting enhancing of grinding stone, vibration values also goes up
Rise and depart from setting range, being then controlled in the way of making grindstone decline and including in setting value.
In addition, the thermal expansion in rotary shaft terminates, due to contacting of grinding stone and during s-bone wear, vibration values declines, because of
This, enter to exercise the operating control that grindstone 7 lifts specifically.
Press in the case that finishing shown in Fig. 7 operates automatically and be automatically stopped (touch panel).
The full stop button 26e of Fig. 1 is pressed after stopping.
In the present invention, the installation site of vibrating sensor 27 is most important, and needs selection includes the shell 35 of upper cover 5
Any one.Additionally, in the case of Gai, options also includes contacting with fixing grinding stone 6 or being mounted directly.
In order to confirm the effect of the present invention, the installation site changing vibrating sensor 27 as shown in Figure 5, Figure 6 is carried out
Experiment.Table 1 below represents its result.Additionally, here, housing 42 constitutes the top of body 4, refer to the lower section of shell 35.
[table 1]
Change can be caught and the position being measured is 1 and 2.
Above, it is illustrated with the example that the diagnostic device of the present invention is used for stone mortar formula pulverizer, but, the present invention
Also can apply as the diagnostic device of the pulverizer outside wet crushing mill, hammer-mill etc..
Description of reference numerals
1 pulverizer
2 supply funnels
3 grinder main bodys
4 bodies
5 upper covers
6 ring-type fixing grinding stones
7 grindstones
8 engines
9 drive shafts
10 pipelines
11 servomotors
12 manually adjust handle
13 servomotor mounting flanges
14 universal joints
15 worm shafts
16 keys
17 worm gears
18 helical gears
19 alignment member
20 ends hold
21 spherical bush box sets
22 spherical bushings
23 worm screw clamps
25 key frames
26 button classes
26a power switch
26b operating prepares switch
26c rises button
26d declines button
The full stop button of 26e
26f very stop button
26h buzzer button
26i buzzer stop button
27 vibrating sensors
28 output lines
29 lock rings
30 materials
31a, 31b photoelectric sensor
32 indication lamps
32a power lights
32b setting value lamp
33 data monitors
34a mode key
34b rises (UP) key
34c declines (DOWN) key
34d places key
35 shells
36 screw holes
37 screws
38 keyways
39 socket apertures
40 keys
41 handles
42 housings.
Claims (according to the modification of treaty the 19th article)
1. the operating control system of a kind of pulverizer (after modification), it is characterised in that:
Described pulverizer is stone mortar formula pulverizer, and described stone mortar formula pulverizer arranges the fixing of ring-type (annular) in the vertical direction
Grinding stone and the grindstone of ring-type (annular), wherein, described fixing grinding stone has at peripheral part and grinds tabular surface smooth with this
Face is conjointly formed with the frustum of a cone portion of concave shape in inner side, described grindstone peripheral part have grind tabular surface and with
This tabular surface is conjointly formed with the frustum of a cone portion of concave shape in inner side, grinding of described fixing grinding stone and described grindstone
Tabular surface is opposite each other, and described stone mortar formula pulverizer includes the servomotor that makes grindstone move up and down,
In described stone mortar formula pulverizer, body is provided with vibrating sensor, controls based on the reaction of this vibrating sensor
The movement of grindstone, makes grindstone rotate, while make described grindstone to fixing grinding stone side shifting with carry out powder
Broken food materials or material, have friction in the moment of contact with vibrating sensor perception, based on its Numerical Control rotating grinding
The movement of stone.
2. (delete)
3. the operating control system of pulverizer as claimed in claim 1 (after modification), it is characterised in that:
Vibrating sensor is arranged at the upper cover being provided with supply funnel in central authorities.
4. the diagnostic device of a kind of pulverizer (after modification), it is characterised in that:
Described pulverizer is stone mortar formula pulverizer, and described stone mortar formula pulverizer arranges the fixing of ring-type (annular) in the vertical direction
Grinding stone and the grindstone of ring-type (annular), wherein, described fixing grinding stone has at peripheral part and grinds tabular surface smooth with this
Face is conjointly formed with the frustum of a cone portion of concave shape in inner side, described grindstone peripheral part have grind tabular surface and with
This tabular surface is conjointly formed with the frustum of a cone portion of concave shape in inner side, grinding of described fixing grinding stone and described grindstone
Tabular surface is opposite each other, and described stone mortar formula pulverizer includes the servomotor that makes grindstone move up and down,
The diagnostic device of described pulverizer includes:
It is arranged at the vibrating sensor of the shell of pulverizer;With
By this vibrating sensor catch the vibration being quantized of pulverizer set suitably keep contact condition or
The auxiliary equipment of the EP (easy point) in gap.
5. the diagnostic device of pulverizer as claimed in claim 4, it is characterised in that:
What vibrating sensor was arranged on shell is provided with the upper cover of supply funnel.
6. the diagnostic device of the pulverizer as described in claim 4 or 5, it is characterised in that:
Output flexible cord is removably attachable to vibrating sensor, and is fixed by lock ring.
Claims (6)
1. the operating control system of a pulverizer, it is characterised in that:
Described pulverizer is stone mortar formula pulverizer, described stone mortar formula pulverizer arrange in the vertical direction ring-type fixing grinding stone and
Ring-type grindstone, wherein, described fixing grinding stone peripheral part have grind tabular surface and with this tabular surface conjointly including
Side is formed with the frustum of a cone portion of concave shape, described fixing grinding stone and described grindstone to grind tabular surface opposite each other, and
And described stone mortar formula pulverizer includes the servomotor that makes grindstone move up and down,
In described stone mortar formula pulverizer, body is provided with vibrating sensor, controls based on the reaction of this vibrating sensor
The movement of grindstone.
2. the operating control system of pulverizer as claimed in claim 1, it is characterised in that:
While making grindstone rotate, make described grindstone to fixing grinding stone side shifting and the food materials pulverized or material
Material contact, has friction in the moment of contact with vibrating sensor perception, based on the movement of its Numerical Control grindstone.
3. the operating control system of pulverizer as claimed in claim 1 or 2, it is characterised in that:
Vibrating sensor is arranged at the upper cover being provided with supply funnel in central authorities.
4. the diagnostic device of a pulverizer, it is characterised in that include:
It is arranged at the vibrating sensor of the shell of pulverizer;With
By this vibrating sensor catch the vibration being quantized of pulverizer set suitably keep contact condition or
The auxiliary equipment of the EP (easy point) in gap.
5. the diagnostic device of pulverizer as claimed in claim 4, it is characterised in that:
What vibrating sensor was arranged on shell is provided with the upper cover of supply funnel.
6. the diagnostic device of the pulverizer as described in claim 4 or 5, it is characterised in that:
Output line is removably attachable to vibrating sensor, and is fixed by lock ring.
Applications Claiming Priority (5)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2014048719A JP5864644B2 (en) | 2014-03-12 | 2014-03-12 | Operation control system for a stone mill |
JP2014-048719 | 2014-03-12 | ||
JP2014-006042 | 2014-11-13 | ||
JP2014006042U JP3195662U (en) | 2014-11-13 | 2014-11-13 | Crusher diagnostic device |
PCT/JP2014/083629 WO2015136815A1 (en) | 2014-03-12 | 2014-12-12 | Operation control system for grinder and diagnostic device |
Publications (2)
Publication Number | Publication Date |
---|---|
CN106102918A true CN106102918A (en) | 2016-11-09 |
CN106102918B CN106102918B (en) | 2020-05-19 |
Family
ID=54087060
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201480077080.9A Active CN106102918B (en) | 2014-03-12 | 2014-12-12 | Operation control system and diagnosis device for crusher |
Country Status (5)
Country | Link |
---|---|
KR (1) | KR102309260B1 (en) |
CN (1) | CN106102918B (en) |
MY (1) | MY180302A (en) |
SG (1) | SG11201607389WA (en) |
WO (1) | WO2015136815A1 (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN112169914A (en) * | 2020-10-12 | 2021-01-05 | 张宏悦 | Method and system for automatically adjusting gap of grinding disc |
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- 2014-12-12 KR KR1020167025672A patent/KR102309260B1/en active IP Right Grant
- 2014-12-12 SG SG11201607389WA patent/SG11201607389WA/en unknown
- 2014-12-12 CN CN201480077080.9A patent/CN106102918B/en active Active
- 2014-12-12 MY MYPI2016703270A patent/MY180302A/en unknown
- 2014-12-12 WO PCT/JP2014/083629 patent/WO2015136815A1/en active Application Filing
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JPH07116532A (en) * | 1992-01-31 | 1995-05-09 | Loesche Gmbh | Air-scavenging-type roller mill |
JP2000000480A (en) * | 1998-06-12 | 2000-01-07 | Mitsubishi Heavy Ind Ltd | Roller mill |
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Also Published As
Publication number | Publication date |
---|---|
SG11201607389WA (en) | 2016-10-28 |
KR102309260B1 (en) | 2021-10-05 |
WO2015136815A1 (en) | 2015-09-17 |
KR20160132035A (en) | 2016-11-16 |
MY180302A (en) | 2020-11-27 |
CN106102918B (en) | 2020-05-19 |
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