CN208483693U - A kind of automatic grinding sorting integrated architecture - Google Patents
A kind of automatic grinding sorting integrated architecture Download PDFInfo
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- CN208483693U CN208483693U CN201820791377.7U CN201820791377U CN208483693U CN 208483693 U CN208483693 U CN 208483693U CN 201820791377 U CN201820791377 U CN 201820791377U CN 208483693 U CN208483693 U CN 208483693U
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Abstract
A kind of automatic grinding sorting integrated architecture, including integrated form pretreating device, the integrated form pretreating device includes that chassis and co-localization are mounted on the feeding unit material of the chassis, wash material unit, relay unit and sub-material unit, the chassis is divided into the two of one of installing zone and the installing zone positioned at the adjacent side of one of the installing zone, and the concentration equipment connect with the sub-material unit and receives the supplied materials of the sub-material unit.Multiple units are orderly laid on the same chassis by the utility model together, framework and space hold are rationally and integration degree is high, and with ensuring each unit energy effective on this basis cooperating, processing effect is excellent, high degree of automation, which greatly improves processing efficiency, reduce labor intensity of workers, the resources such as abrasive material, shower water are recycled simultaneously, it is energy-saving, it is worth of widely use.
Description
Technical field
The utility model relates to polishing abrasive tool technical field, specifically a kind of automatic grinding sorts integrated architecture.
Background technique
Light decorations are also referred to as finishing, are a workpiece surface new process for processing.It is by a certain proportion of workpiece, abrasive material and to dose
Agent is placed in the container of light polishing machine, by the periodic vibration of container, is made workpiece and abrasive material movement and mutual grinding and is reached and add
The purpose of work workpiece.Vortex light polishing machine can often be used to workpiece light decorations at present, but the vortex light polishing machine of shop production line application at present
When, integral layout is incomplete, and the degree of automation is not high enough, and light decorations efficiency is lower, and cost consumption is higher, for being applied to vortex
The design of the overall architecture of light polishing machine is urgently to be further improved.
Summary of the invention
The technical purpose of the utility model is to provide a kind of automatic grinding sorting integrated architecture, solution conventional production lines
The problem that space layout is unreasonable, working efficiency is low, time-consuming and laborious, cost consumption is high.
The specific technical solution of the utility model is as follows: before a kind of automatic grinding sorting integrated architecture, including integrated form
Processing unit, the integrated form pretreating device include that chassis and co-localization are mounted on the feeding unit material of the chassis, wash material
Unit, relay unit and sub-material unit, the chassis are divided into one of installing zone and the peace positioned at the adjacent side of one of the installing zone
Fill the two of area；
The feeding unit material includes the first mounting rack being set on the two of the installing zone, charge portion while being connected to institute
It states the first overturning bindiny mechanism in charge portion and first mounting rack and cooperates the first overturning bindiny mechanism and drive institute
Charge portion is stated to first driving element for washing material unit handling material；
The material unit of washing includes the second mounting rack being set on the two of the installing zone, receives from the charge portion
Described in the light decorations portion of material, the second overturning bindiny mechanism for being connected to light decorations portion and second mounting rack simultaneously and cooperation
Second overturns bindiny mechanism and drives light decorations portion to the second driving element of the relay unit handling material；
The relay unit includes the third mounting rack being set on one of described installing zone, is connected to the third mounting rack
And receive the splicing portion of the material from light decorations portion and be connected to the splicing portion for making the of the vibrated Forward of material
One vibration excitor；
The sub-material unit includes the 4th mounting rack being set on one of described installing zone, is connected to the 4th mounting rack
And receive the sorting portion of the material from the relay unit and be connected to the sorting portion for making the vibrated movement of material simultaneously
Second vibration excitor of dispersion.
Each unit is arranged in the chassis after delimiting installation region by identical carrier of the chassis as all units
On, two setting feeding unit materials of the installing zone wash material unit, and relay unit, sub-material unit is arranged in one of described installing zone, complete
At feeding, the process of grinding, turnover, sorting, reasonable framework layout is pursued in realization automatic operation, time saving to reach
Purpose that is laborsaving, improving efficiency, reduce unnecessary waste.
Preferably, the two of the installing zone left and right sides for being equipped with two pieces and one of being located at the installing zone, often
It is equipped with 1 feeding unit material on two of installing zone described in block and 1 is washed material unit, one of described installing zone is equipped with 1 transfer
Unit and 1 sub-material unit, the feeding unit material, material unit, the relay unit, the sub-material unit washed successively transfer
Material and form a pre-treatment processing line.
Two of the installing zone on the chassis by one of described installing zone and at left and right sides of it are constituted, and are set in this way
The chassis set obtains balance in land occupation and functionally, is more preferably a kind of scheme, will not excessive occupied space, and two
Washing material unit described in the feeding unit material machine on the two of a installing zone can work alternately, and keeps uninterrupted processing and turns
Material, integrated level and high degree of automation are sent, working efficiency is improved.
Preferably, the charge portion include charge framework and be connected to it is described charging framework blanking groove body, it is described to fall
Hopper body is equipped with the blanking ramp being connected with the charging framework；First overturning bindiny mechanism is set to first peace
It shelves and is rotatablely connected with the blanking groove body；The back side of the blanking groove body and first driving element are rotatablely connected.
First turnover mechanism and first driving element by the charging framework and blanking groove body overturning with
To topple over so that material slides along the blanking ramp, help, which is realized to described, washes material unit automation feeding, human input is reduced,
Improve working efficiency.
Preferably, the top of the blanking groove body is equipped with notch sealing plate, it is additionally provided on the blanking groove body and is connected to institute
The ramp cover board stating notch sealing plate and extending towards the charging framework direction, the backboard of the blanking groove body are equipped with for institute
State the blanking port of light decorations portion handling material.
The notch sealing plate seals the opening in charging conduit body end portion, so that material is poured out from blanking port, keeps away
Exempt to slide the inertia generated when material is toppled over by the blanking ramp and lead to the phenomenon that dispersing, then is hindered by the notch sealing plate
Keep off and be oriented to the blanking port, be also convenient for the blanking groove body be reversed it is rear with accurate the docking in light decorations portion, the ramp
Cover board further prevents material may be by being scattered near charging conduit body end portion when toppling over.
Preferably, it is described first overturning bindiny mechanism include the first bearing for being fixedly connected on first mounting rack,
The first support shaft and one end for being connected to the first bearing are connected to first support shaft and the other end is connected to described fall
First cursor of hopper body.
First driving element jacks up the blanking groove body, and drives the charge portion with institute by first cursor
It states the first support shaft to rotate for center axis, completes Tilting movement.
Preferably, light decorations portion include grinding cylinder, the grinding fluid being connected to the grinding cylinder pump and for receiving
Waste water tank from the grinding cylinder waste liquid；It is described second overturning bindiny mechanism be set to second mounting rack on and with it is described
Grinding cylinder rotation connection；The second overturning bindiny mechanism and second driving element are rotatablely connected.
The grinding cylinder adorns place, the main centralized recovery of waste water tank as the main light of material, abrasive material and grinding fluid
Waste liquid.
Preferably, it is described second overturning bindiny mechanism include the second bearing for being fixedly connected on second mounting rack,
The second support shaft and one end for being connected to the second bearing are connected to second support shaft and the other end is connected to described grind
Second cursor of grinding cylinder；Second cursor and second driving element are rotatablely connected.
Second driving element jacks up second cursor, and second cursor drives light decorations portion with described
Second support shaft rotates for center axis, completes Tilting movement.
Preferably, the splicing portion includes splicing cabinet and the gate member on the splicing cabinet；Described
It is external that one vibration excitor is connected to the picking-up container, passes through the first elastic connection between the splicing cabinet and the third mounting rack
It docks and the first vibration excitor vibration is cooperated to send material in portion；First elastic joint part includes set on the outer of the splicing cabinet
On bottom surface first on dock column, the on the third mounting rack first lower docking column and upper end and be nested on described first
On docking column and lower end is nested with the first spring under described first on docking column；The gate member includes being set to the splicing
Sluice gate on the front end plate body of cabinet, set on the sluice gate two sides gate guide and be slidably connected to the liter of the gate guide
Gate drops, and the lifting gate is connected with third driving element.
The picking-up container receives supplied materials, by first vibration excitor and first elastic joint part come vibrating transportation object
Material, the feed flow of the gate member control material.
Preferably, the sorting portion includes conveying frame, the conveying channel on the conveying frame and is set to described defeated
Expect the bearing material sieve tray in channel；Second vibration excitor is connected to outside the conveying frame, the conveying frame and the 4th peace
The second vibration excitor vibration is cooperated to send simultaneously screening materials carrying by the docking of the second elastic joint part between shelving；Second elasticity
Interconnecting piece includes being set on second on the outer bottom of the conveying frame to dock under column, second on the 4th mounting rack
Docking column and upper end are nested on described second on docking column and lower end is nested with the second spring under described second on docking column.
The conveying bridge joint receives supplied materials, by second vibration excitor and second elastic joint part come vibrating transportation object
Material, while cooperating the bearing material sieve tray that will disperse away with the grinding fluid of material clamp band, abrasive material.
Preferably, the sub-material unit further includes circulated sprinkling portion, the circulated sprinkling portion includes being set to the installation
Cyclic water tank in one of area, be connected to the spray pump of the cyclic water tank and be connected to the spray pump for described defeated
, there is water cavity, institute between the bottom plate of the conveying frame and the bearing material sieve tray in the spray head sprayed in material channel
The bottom plate for stating conveying frame, which is equipped with, is connected to the water outlet crossed water cavity and lead to the cyclic water tank.
Grinding fluid is flowed down from the bearing material sieve tray, right in other words to grinding fluid into the circulation process in the circulated sprinkling portion
Water resource is reused.
Preferably, the sub-material unit further includes the abrasive reclaiming portion below the conveying frame, the abrasive material is returned
Receipts portion includes the feed back carriage on one of described installing zone, the roller on the feed back carriage and is connected to institute
The feed back conveyer belt on roller is stated, there are punishment in advance cavitys between the bottom plate of the conveying frame and the bearing material sieve tray, described defeated
The bottom plate of material frame is equipped with the feed back outlet for being connected to the punishment in advance cavity and leading to the feed back conveyer belt, the feed back conveyer belt
Delivery terminal portion extend to above the charge portion and direct abrasive material in falling to the charge portion.
Abrasive material is flowed down from the bearing material sieve tray, into the recovery process in the abrasive reclaiming portion, is revert to again described
Charge portion, reuses abrasive material.
The technological merit of the utility model is that the automatic grinding sorting integrated architecture is compact-sized, easy to use,
Multiple units are orderly laid in together on the same chassis, framework and space hold are rationally and integration degree is high, and
With ensuring each unit energy effective on the basis of this cooperating, processing effect is excellent, high degree of automation, and the processing line is substantially
Processing efficiency is improved, reduces labor intensity of workers, while recycling to resources such as abrasive material, shower waters, energy-saving, value
It must promote the use of.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model embodiment；
Fig. 2 is the partial structural diagram of the utility model embodiment；
Fig. 3 is the partial structural diagram of the utility model embodiment；
Fig. 4 is the partial structural diagram of the utility model embodiment；
Corresponding each section title is numbered in figure and is respectively as follows: 1- chassis, and the first mounting rack of a-, a1- charges framework, and a2- is fallen
Hopper body, a21- notch sealing plate, the ramp a22- cover board, a23- blanking port, a3- first bearing, the first support shaft of a4-, a5- first
Cursor, the second mounting rack of b-, b1- light adorn cylinder, b2- grinding fluid pump, b3- waste water tank, b4- second bearing, the support of b5- second
Axis, the second cursor of b6-, c- third mounting rack, the first vibration excitor of c0-, c1- splicing cabinet dock column, c12- on c11- first
Sluice gate, c13- gate guide, c14- lifting gate, the lower docking columns of c2- first, the first spring of c3-, the 4th mounting rack of d-, d0- the
Two vibration excitors, d1- conveying frame, d2- bearing material sieve tray, the lower docking column of d3- second, d4- second spring, d5- cyclic water tank, d6-
Spray pump, d7- feed back carriage, d8- roller, d9- feed back conveyer belt.
Specific embodiment
Below in conjunction with attached drawing, by specific embodiment, the utility model is described in further detail:
See Fig. 1, Fig. 2, a kind of automatic grinding sorts integrated architecture, including integrated form pretreating device, before integrated form
Managing device includes that chassis 1 and co-localization are mounted on the feeding unit material of chassis 1, wash material unit, relay unit and sub-material unit, bottom
Frame 1 divides two of the installing zone for one of installing zone and positioned at the adjacent side of one of installing zone, preferably in one of installing zone
The adjacent two sides in left and right be respectively set the two of an installing zone, can respectively be arranged one group of feeding unit material and wash material unit in this way, if
Standby quantity is suitable for that the structure design of chassis 1 is more simple, endurance is good, and two unit groups can work alternatively, and one group can be kept to grind
Working condition during mill finishes then in another group of grinding continues processing materials, guarantees on the basis of rational deployment higher
Working efficiency；Concentration equipment connect with sub-material unit and receives the supplied materials of sub-material unit；
Feeding unit material includes the first mounting rack a on the two of installing zone, charge portion while being connected to charge portion and the
The the first overturning bindiny mechanism and the first overturning bindiny mechanism of cooperation of one mounting rack a and drive charge portion to washing material unit transfer
First driving element of material；Washing material unit includes the second mounting rack b, object of the reception from charge portion on the two of installing zone
The light decorations portion of material, the second overturning bindiny mechanism for being connected to light decorations portion and the second mounting rack b simultaneously and cooperation the second overturning connection
Mechanism and drive second driving element of the light decorations portion to relay unit handling material；Relay unit includes being set on one of installing zone
Third mounting rack c, be connected to third mounting rack c and receive the material from light decorations portion splicing portion and be connected to splicing portion
For making the first vibration excitor c0 of the vibrated Forward of material；Sub-material unit includes the 4th mounting rack d being set on one of installing zone, connects
Be connected to the 4th mounting rack d and receive the sorting portion of the material from relay unit and be connected to sorting portion for keeping material vibrated
The the second vibration excitor d0 for moving and dispersing.Vibrating motor can be used in first vibration excitor c0, the second vibration excitor d0.
First driving element and the second driving element use hydraulic actuator and pneumatic apparatus, i.e. oil cylinder is gentle
Cylinder, with hydraulic actuator be it is excellent, vacant area is preset on chassis 1, hydraulic oil unit is installed in vacant area, hydraulic oil unit is connected and controlled
Make the first driving element and the second driving element, the first driving element, the second driving element are just connected on chassis 1, they with
The junction of chassis 1 is set as rotation connection mode, specific to connect an articulated section in the bottom of hydraulic cylinder or cylinder, practical
It also needs to connect another articulated section at the top of it, realizes rotary movement, this belongs to the conventional means for realizing rotary movement.
First mounting rack a includes the first vertical bar and first support bar, and general each setting two forms frame body, the
One vertical bar one end is fixedly connected on chassis 1, and one end of first support bar is connected to chassis 1 and the other end is connected to first vertically
Bar, first support bar are obliquely installed, and heeling condition, which is equivalent to, to be leant against in first support bar, and first support bar carries out charge portion
Its slant setting is supported and made, is jacked up convenient for the first driving element from the back side in charge portion, each component in unit is also convenient for
Between layout.First overturning bindiny mechanism connect with the first vertical bar.First support bar is also connected with support rail, and support is horizontal
Shelves support the back side for touching charge portion, strengthen enabling capabilities and stability, and settable cushion in support rail mitigates and hits power
And Oscillation Amplitude.Second mounting rack b includes more second vertical bars, and second vertical bar one end is fixedly connected on chassis 1, generally sets
Two are set to form frame body, the second overturning bindiny mechanism connect with the second vertical bar.Second mounting rack b further includes second
Strut, second support bar one end is fixedly connected on chassis 1 and the other end contacts light decorations cylinder b1, at light decorations cylinder b1 when contacting
Lay flat standing or grinding state in what is be not reversed, strengthen support, enhance stability, help the second overturning bindiny mechanism share by
Power.
Charge portion includes charging framework a1 and to be connected to the blanking groove body a2 of charging framework a1, blanking groove body a2 be equipped with
The blanking ramp that charging framework a1 is connected；First overturning bindiny mechanism is set on the first mounting rack a and turns with blanking groove body a2
Dynamic connection；The back side of blanking groove body a2 and the first driving element are rotatablely connected.The top of blanking groove body a2 is equipped with notch sealing plate
It is additionally provided with the ramp cover board a22 for being connected to notch sealing plate a21 and extending towards the charging direction framework a1 on a21, blanking groove body a2, falls
The backboard of hopper body a2 is equipped with for the blanking port a23 to light decorations portion handling material.Notch sealing plate a21 seals blanking groove body a2
Original end outlet, and material is made to turn to blanking port a23 when toppling over, the throwing for preventing material from occurring when toppling over by its inertia
Object wire type topples over track, and then it is prevented largely to be scattered, and is outlet with the blanking port a23 on blanking groove body a2 backboard, makes object
Material is fallen in vertical direction into light decorations portion as far as possible, and charge portion is originally fallen in such a way that overturning is toppled in this programme
Material opens up blanking port a23 on the backboard of blanking groove body a2 and also complies with this and topples over mode, convenient for accurate opposite direction Guang Shi clan
Material.Ramp cover board a22 extends to the charging direction framework a1 by the end starting of blanking groove body a21, can be by blanking groove body a2
It is completely covered, is also possible to part covering in order to operate and observe, at least extends over one since notch sealing plate a21 in a word
Section distance will be easy covering herein for bulk cargo the most.
First overturning bindiny mechanism includes the first bearing a3 for being fixedly connected on the first mounting rack a, is connected to first bearing
The first support shaft a4 of a3 and one end are connected to the first support shaft a4 and the other end is connected to the first cursor of blanking groove body a2
a5.In actual installation, first bearing a3 be can connect in the first vertical bar of aforementioned first mounting rack a, blanking groove body a2's
An additional connection backboard can be set in the back side, this additionally connects backboard and is fixedly connected with the first cursor a5, the additional connection back
It can also cooperate with support rail above-mentioned on plate, cushion can also be pasted, strengthen support, reinforce stability, further subtract
Jog hits dynamics and Oscillation Amplitude, also functions to the effect of protection main body.
Light decorations portion includes light decorations cylinder b1, pumps b2 with the light decorations cylinder b1 grinding fluid being connected to and adorn cylinder from light for receiving
The waste water tank b3 of b1 waste liquid；Second overturning bindiny mechanism is set on the second mounting rack b and is rotatablely connected with light decorations cylinder b1；Second
It overturns bindiny mechanism and the second driving element is rotatablely connected.Light adorns cylinder b1 and is driven drive by motor belt, rotates its chassis,
Vortex is generated in rotary course, collides part mutually in high speed rotation with abrasive material, water phase, to reach grinding finishing effect.
Light adorns settable noise reduction the cover on cylinder b1, reduces noise when grinding, and light adorns also settable gear on the opening outer ring of cylinder b1
Feed ring, collet are equipped with the support slot that can be matched with charge portion contact position, support pad can be added on support slot.
Second overturning bindiny mechanism includes the second bearing b4 for being fixedly connected on the second mounting rack b, is connected to second bearing
The second support shaft b5 of b4 and one end are connected to the second support shaft b5 and the other end is connected to the second cursor that light adorns cylinder b1
b6；Second cursor b6 and the second driving element are rotatablely connected.In actual installation, second bearing b4 is mountable above-mentioned second
In vertical bar, the second cursor b6 has at least two segmentation, folding shape setting, inside connection light decorations cylinder b1 and outside connection the
Rotary movement is realized in two driving elements, cooperation.
Splicing portion includes splicing cabinet c1 and the gate member on splicing cabinet c1；First vibration excitor c0, which is connected to, to be connect
Outside hopper body c1, the first vibration excitor of cooperation is docked by the first elastic joint part between splicing cabinet c1 and third mounting rack c
Material is sent in c0 vibration；Referring again to Fig. 3, the first elastic joint part includes docking column on first be set on the outer bottom of splicing cabinet c1
C11, the on third mounting rack c first lower docking column c2 and upper end are nested on first on docking column c11 and lower end is nested with
The first spring c3 under first on docking column c2；Gate member includes the sluice gate on the front end plate body of splicing cabinet c1
C11, set on the two sides sluice gate c11 gate guide c12 and be slidably connected to the lifting gate c13 of gate guide c12, lifting gate
C13 is connected with third driving element.First vibration excitor c0 cooperates the first elastic joint part to enable splicing cabinet c1 as vibration source
It vibrates, to realize feeding.Third driving element uses pneumatic apparatus, i.e. selection cylinder, because regulating gate
External force needed for opening and closing, takes less than hydraulic actuator, and the excessive strength of hydraulic actuator is possible to damage knot instead
Structure, it is also possible to cause the pollution to material.Third mounting rack c includes more third vertical bars or a horizontal square bracket, when
When third vertical bar is arranged, general setting four is connected to the third vertical bar of chassis 1, is arranged on third vertical bar top
First lower docking column c2.When horizontal square bracket is arranged, if being only provided with the two of an installing zone, then the horizontal frame branch
Frame can be fixedly connected by several erect masts with chassis 1, can also further be pacified with first on the two of installing zone above-mentioned
It shelves a and/or the second mounting rack b and consolidates connection；If the adjacent two sides in one of installing zone are provided with the two of installing zone, that
The horizontal frame bracket can be directly fixedly connected on the first mounting rack a and/or the second mounting rack b of two sides.Third installation
Frame c oneself height is higher, since it is desired that the overturning supplied materials in docking light decorations portion, and third mounting rack c structure itself is also more single
One, the splicing cabinet c1 on top is only supported, therefore at the position of one of installing zone locating for third mounting rack c, actually setting
It can be easier to reserve free space in setting, which can be used as the installation space for the hydraulic oil unit being previously mentioned.
Sorting portion includes conveying frame d1, the conveying channel on conveying frame d1 and the bearing material sieve pore in conveying channel
Plate d2；Second vibration excitor d0 is connected to outside conveying frame d1, passes through the second elastic joint part between conveying frame d1 and the 4th mounting rack d
It docks and the second vibration excitor d0 vibration is cooperated to send simultaneously screening materials carrying；It sees again and examines Fig. 4, the second elastic joint part includes being set to conveying frame d1
Outer bottom on second on dock column d11, the on the 4th mounting rack c second lower docking column d3 and upper end and be nested with second
On upper docking column d11 and lower end is nested with the second spring d4 under second on docking column d3.4th mounting rack d includes more 4th
Vertical bar, general setting 4 are connected to the 4th vertical bar of chassis 1, if being provided with the two of two installing zones, can also lead to
The first mounting rack a and/or the second mounting rack b are crossed as setting whippletree is depended on, reduces the quantity of the 4th vertical bar as one sees fit, using the
Four vertical bars mix the main body as the 4th mounting rack d with whippletree, so also can connection between reinforcement structure, promote support strength
And stability.Conveying frame d1 is docking splicing cabinet c1, and height is inferior to splicing cabinet c1, and the 4th mounting rack d itself is tied
Structure is also relatively simple, is used only as support and uses, therefore the position that the installation where the lower section of conveying frame d1 one of is gone, and can add following
Circulated sprinkling portion and abrasive reclaiming portion.Bearing material sieve tray d2 is integral type or split type, when bearing material sieve tray d2 is split type
When, bearing material sieve tray d2 can be set at least 2 pieces and by its it is ladder-like be removably mounted in conveying channel, in illustrated embodiment
Bearing material sieve tray d2 provided with the arrangement of 3 pieces of stageds.As for the mode detachably installed, there is a kind of relatively simple effective side
Formula is to be respectively provided with side in the two sides inner wall of conveying frame d1 and put plate, the frame section of bearing material sieve tray d2 is seated in side and puts on plate；It is same
The muti-piece side of side is put plate and is arranged with stepped height, so that bearing material sieve tray d2 forms ladder-like arrangement；Before plate is put in side
Stopper can also be arranged in end and rear end, put and not easily shifted dislocation so that bearing material sieve tray d2 stablizes.Seperated and staged
Setting more easily loads and unloads bearing material sieve tray d2 so that vibrosieve is more effective, facilitates bulky grain abrasive material and small
Grain abrasive material sufficiently sieves.
Sub-material unit further includes circulated sprinkling portion, circulated sprinkling portion include cyclic water tank d5 on one of installing zone,
It is connected to the spray pump d6 of cyclic water tank d5 and is connected to the spray head for being sprayed into conveying channel of spray pump d6,
There is water cavity between the bottom plate and bearing material sieve tray d2 of conveying frame d1, the bottom plate of conveying frame d1, which is equipped with, was connected to water cavity
And lead to the water outlet of cyclic water tank.Cyclic water tank d5 is located at below conveying frame d1, and spray guard can be set on conveying frame d1
Cover, spray head protrudes into spray guard cover and opposite conveying channel, is additionally provided with filter mesh frame, filter mesh in cyclic water tank d5
Frame is located at below water outlet and receives the return water from water outlet.
Sub-material unit further includes the abrasive reclaiming portion below the conveying frame d1, abrasive reclaiming portion include be set to installing zone it
Feed back carriage d7 on one, the roller d8 on feed back carriage d7 and the feed back conveyer belt d9 being connected on roller d8,
There are punishment in advance cavity between the bottom plate and bearing material sieve tray d2 of conveying frame d1, the bottom plate of conveying frame d1 is equipped with connection punishment in advance cavity
And lead to the feed back outlet of feed back conveyer belt d9, the delivery terminal portion of feed back conveyer belt d9 extends to above charge portion and makes abrasive material
It is directed in falling to charge portion.It is worth mentioning that water cavity and punishment in advance cavity isolation are not communicated with excessively, it is non-interference.Actually set
In setting, abrasive reclaiming portion can also add displacement mechanism, which includes the mounting seat with mounting platform, and mounting seat is set
In on one of installing zone, feed back carriage d7 is located on mounting platform, and mounting platform is equipped with guide rail and the 4th driving element, returns
The material bottom carriage d7 is connected with the guide wheel of cooperation guide rail and the connector for connecting the 4th driving element, the 4th driving element
Using hydraulic actuator or pneumatic apparatus, small oil tank or cylinder, so that feed back carriage d7 is driven to move horizontally,
The position for needing to carry out feed back carriage d7 to meet operation is adjusted, and the end of feed back carriage d7 can in the illustrated embodiment
It is moved to the top of the charging framework a1 in charge portion, that is to say that the delivery terminal portion of feed back conveyer belt d9 can send feed back and drop down onto dress
In material frame body a1, because being in together on a chassis 1, the two of one of installing zone and installing zone are adjacent, chat conveying and set for such time
Setting can be realized by feed back carriage d7 and feed back conveyer belt d9, and illustrated embodiment is one of relatively simple, stroke
Shorter scheme, in addition it is also possible that the feed back conveyer belt that larger or longer broader feed back carriage d7 cooperation turns to
D9 completes feed back stroke.Vibration excitor above-mentioned can be vibrating motor or other existing mechanical equipments as vibration source.
Whole work process are as follows: workpiece is fitted into charging framework a1 by worker, the first driving element starts to jack blanking
Groove body a2 entirely falls in material in light decorations cylinder b1 until entire charge portion is overturn；Charge portion return later, light adorn cylinder
It is passed through grinding fluid in body b1 and starts spin finishing workpiece；After the completion of grinding, light decorations cylinder b1 is stalled and is started drain；Drain is completed
Afterwards, the second driving element starts to jack the second cursor b6, drives light decorations cylinder b1 overturning until falling the material in it all
Enter in splicing cabinet c1；Light adorns cylinder b1 return later, and splicing cabinet c1 makes in it under the vibratory drive of the first vibration excitor c0
Material follow vibration to be transferred in the conveying channel of conveying frame d1；Vibratory drive of the conveying frame d1 in the second vibration excitor d0 later
Under, make the material in it that vibration be followed to transfer forward, while transfer passage wherein one section spray clearly by spray head
It washes, abrasive material falls into punishment in advance cavity by bearing material sieve tray d2 and fallen on feed back conveyer belt d9 again in the process, and water passes through bearing material sieve pore
Plate d2 fell into water cavity and was fallen into cyclic water tank d5 again, and punishment in advance cavity and water cavity isolation excessively are obstructed；Workpiece enters magnetic later
Screening device carries out demagnetization, enters back into bubbling cleaning device and is cleaned again, and the processing line of so far this programme description completes it
A series of operation.
Claims (10)
1. a kind of automatic grinding sorts integrated architecture, it is characterised in that: including integrated form pretreating device, before the integrated form
Processing unit includes chassis (1) and co-localization be mounted on the feeding unit material of the chassis (1), wash material unit, relay unit and
Sub-material unit, the chassis (1) are divided into the two of one of installing zone and the installing zone positioned at the adjacent side of one of the installing zone；
The feeding unit material includes the first mounting rack (a) being set on the two of the installing zone, charge portion while being connected to described
The the first overturning bindiny mechanism and cooperation described first of charge portion and first mounting rack (a) overturn bindiny mechanism and drive institute
Charge portion is stated to first driving element for washing material unit handling material；
The material unit of washing includes the second mounting rack (b) being set on the two of the installing zone, receives from the charge portion
The light decorations portion of material, the second overturning bindiny mechanism for being connected to light decorations portion and second mounting rack (b) simultaneously and cooperation
Described second overturns bindiny mechanism and drives light decorations portion to the second driving element of the relay unit handling material；
The relay unit includes the third mounting rack (c) being set on one of described installing zone, is connected to the third mounting rack
(c) and receive the splicing portion of the material from light decorations portion and be connected to the splicing portion for making the vibrated movement of material simultaneously
The first vibration excitor (c0) of dispersion；
The sub-material unit includes the 4th mounting rack (d) being set on one of described installing zone, is connected to the 4th mounting rack
(d) and receive the sorting portion of the material from the relay unit and be connected to the sorting portion for making the vibrated movement of material
And the second vibration excitor (d0) dispersed.
2. a kind of automatic grinding according to claim 1 sorts integrated architecture, it is characterised in that: the two of the installing zone
The left and right sides for one of equipped with two pieces and being located at the installing zone, every piece of installing zone two on be equipped with described in 1
Material unit is washed described in feeding unit material and 1, one of described installing zone is equipped with 1 relay unit and 1 sub-material list
Member, the feeding unit material described are washed before material unit, the relay unit, the sub-material unit successively transfer material and form one
Processing line.
3. a kind of automatic grinding according to claim 1 sorts integrated architecture, it is characterised in that: the charge portion includes
Charging framework (a1) and the blanking groove body (a2) for being connected to charging framework (a1), the blanking groove body (a2) are equipped with and institute
State the blanking ramp that charging framework (a1) is connected；First overturning bindiny mechanism is set on first mounting rack (a) simultaneously
It is rotatablely connected with the blanking groove body (a2)；The back side of the blanking groove body (a2) and first driving element are rotatablely connected；
First overturning bindiny mechanism include the first bearing (a3) for being fixedly connected on first mounting rack (a), be connected to it is described
The first support shaft (a4) of first bearing (a3) and one end be connected to first support shaft (a4) and the other end be connected to it is described
The first cursor (a5) of blanking groove body (a2).
4. a kind of automatic grinding according to claim 3 sorts integrated architecture, it is characterised in that: the blanking groove body
(a2) top is equipped with notch sealing plate (a21), is additionally provided on the blanking groove body (a2) and is connected to the notch sealing plate (a21) simultaneously
The ramp cover board (a22) extended towards the charging framework direction (a1), the backboard of the blanking groove body (a2) be equipped with for
The blanking port (a23) of light decorations portion handling material.
5. a kind of automatic grinding according to claim 1 sorts integrated architecture, it is characterised in that: light decorations portion includes
Light decorations cylinder (b1), the grinding fluid being connected to light decorations cylinder (b1) pump (b2) and for receiving from light decorations cylinder (b1)
The waste water tank (b3) of waste liquid；Second overturning bindiny mechanism is set on second mounting rack (b) and adorns cylinder with the light
(b1) it is rotatablely connected；The second overturning bindiny mechanism and second driving element are rotatablely connected；The second overturning connection
Mechanism includes the second bearing (b4) for being fixedly connected on second mounting rack (b), be connected to the second bearing (b4) the
Two support shafts (b5) and one end are connected to second support shaft (b5) and the other end is connected to the of light decorations cylinder (b1)
Two cursors (b6)；Second cursor (b6) and second driving element are rotatablely connected.
6. a kind of automatic grinding according to claim 1 sorts integrated architecture, it is characterised in that: the splicing portion includes
Splicing cabinet (c1) and the gate member being set on the splicing cabinet (c1)；First vibration excitor (c0) is connected to described connect
Hopper body (c1) outside, is docked between the splicing cabinet (c1) and the third mounting rack (c) by the first elastic joint part
The first vibration excitor (c0) vibration is cooperated to send material；First elastic joint part includes set on the outer of the splicing cabinet (c1)
On bottom surface first on dock column (c11), first lower docking column (c2) that is set on the third mounting rack (c) and upper end are nested with
On described first dock column (c11) on and lower end is nested with the first spring (c3) under described first on docking column (c2).
7. a kind of automatic grinding according to claim 6 sorts integrated architecture, it is characterised in that: the gate member packet
The gate guide for including the sluice gate (c11) on the front end plate body of the splicing cabinet (c1), being set to the two sides the sluice gate (c11)
(c12) and it is slidably connected to the lifting gate (c13) of the gate guide (c12), the lifting gate (c13) is connected with third
Driving element.
8. a kind of automatic grinding according to claim 1 sorts integrated architecture, it is characterised in that: the sorting portion includes
Conveying frame (d1), the conveying channel being set on the conveying frame (d1) and the bearing material sieve tray in the conveying channel
(d2)；Second vibration excitor (d0) is connected to the conveying frame (d1) outside, the conveying frame (d1) and the 4th mounting rack
(d) the second vibration excitor (d0) vibration is cooperated to send simultaneously screening materials carrying by the docking of the second elastic joint part between；Described second
Elastic joint part includes being set on second on the outer bottom of the conveying frame (d1) dock column (d11), be set to the 4th peace
Docking column (d3) and upper end are nested on described second in docking column (d11) under shelving second on (c) and lower end is nested in institute
State the second spring (d4) on second lower docking column (d3).
9. a kind of automatic grinding according to claim 8 sorts integrated architecture, it is characterised in that: the sub-material unit is also
Including circulated sprinkling portion, the circulated sprinkling portion includes the cyclic water tank (d5) being set on one of described installing zone, is connected to institute
State the spray pump (d6) of cyclic water tank (d5) and be connected to the spray pump (d6) for being sprayed into the conveying channel
There is water cavity, the conveying between the bottom plate and the bearing material sieve tray (d2) of the conveying frame (d1) in the spray head of leaching
The bottom plate of frame (d1), which is equipped with, is connected to the water outlet crossed water cavity and lead to the cyclic water tank.
10. a kind of automatic grinding according to claim 8 sorts integrated architecture, it is characterised in that: the sub-material unit
It further include the abrasive reclaiming portion below the conveying frame (d1), the abrasive reclaiming portion includes being set to one of described installing zone
On feed back carriage (d7), be set to the feed back carriage (d7) on roller (d8) and be connected on the roller (d8)
Feed back conveyer belt (d9), it is described there are punishment in advance cavity between the bottom plate and the bearing material sieve tray (d2) of the conveying frame (d1)
The bottom plate of conveying frame (d1) is equipped with the feed back outlet for being connected to the punishment in advance cavity and leading to the feed back conveyer belt (d9), described
The delivery terminal portion of feed back conveyer belt (d9) extends to above the charge portion and abrasive material is made to be directed falling to the charge portion
It is interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820791377.7U CN208483693U (en) | 2018-05-25 | 2018-05-25 | A kind of automatic grinding sorting integrated architecture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820791377.7U CN208483693U (en) | 2018-05-25 | 2018-05-25 | A kind of automatic grinding sorting integrated architecture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208483693U true CN208483693U (en) | 2019-02-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820791377.7U Expired - Fee Related CN208483693U (en) | 2018-05-25 | 2018-05-25 | A kind of automatic grinding sorting integrated architecture |
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| Country | Link |
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| CN (1) | CN208483693U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108527139A (en) * | 2018-05-25 | 2018-09-14 | 浙江湖磨抛光磨具制造有限公司 | A kind of automatic grinding sorting integrated architecture |
| CN111975620A (en) * | 2020-08-18 | 2020-11-24 | 江苏捷帝机器人股份有限公司 | Automatic circulating type rolling polishing machine and working method thereof |
-
2018
- 2018-05-25 CN CN201820791377.7U patent/CN208483693U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108527139A (en) * | 2018-05-25 | 2018-09-14 | 浙江湖磨抛光磨具制造有限公司 | A kind of automatic grinding sorting integrated architecture |
| CN108527139B (en) * | 2018-05-25 | 2024-02-23 | 浙江湖磨抛光磨具制造有限公司 | Automatic change grinding and select separately integrated architecture |
| CN111975620A (en) * | 2020-08-18 | 2020-11-24 | 江苏捷帝机器人股份有限公司 | Automatic circulating type rolling polishing machine and working method thereof |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20190212 Termination date: 20190525 |