CN205684201U - Frequency conversion type telecentricity seperator - Google Patents

Abstract

A kind of frequency conversion type telecentricity seperator disclosed in this utility model is used to separate the industrial lapping liquid after using or the chip in cutting fluid or abrasive material, abrasive material and lapping liquid or cutting fluid be can be recycled, this frequency conversion type telecentricity seperator has the inverter motor of an adjustable rotating speed, the single-revolution mechanism driven by this inverter motor, be located at this slew gear in and a sweeping machine structure of the chip being deposited in this slew gear can be removed, and the position-limit mechanism that this slew gear rotates can be limited.Controlling by this frequency conversion type telecentricity seperator isolated abrasive material size by adjusting the rotating speed of this inverter motor, user can optionally reclaim the abrasive material of specified particle diameter size.

Description

Frequency conversion type telecentricity seperator

Technical field

This utility model relates to a kind of facility separating industry lapping liquid, particularly relates to a kind of utilize the centrifugal of different rotating speeds Effect separates impurity and reclaims the facility of lapping liquid and abrasive material.

Background technology

Industrial utilize facility cutting or grind and often need to import cutting fluid or lapping liquid, cutting fluid or lapping liquid there is side Help the functions such as lubrication, cooling.Cutting fluid after use or lapping liquid are mixed with cutting or ground material chips, remove this Cutting fluid after a little chips or the recyclable recycling of lapping liquid.Along with the progress of science and technology, grind the demand of high hardness material gradually Increase.

When grinding the material of high rigidity, such as sapphire glass, lapping liquid needs to add the abrasive material of high rigidity, such as, aoxidizes Zinc granule, to promote the effect ground.The abrasive material of this high rigidity is also asked a price the most striking.In this case, if can be from using After lapping liquid in isolate chip, abrasive material and lapping liquid, then abrasive material and lapping liquid all can be separately recovered recycling, are substantially reduced Cost.

The telecentricity seperator commonly used at present is only capable of isolating chip from lapping liquid and mixes abrasive material, it is impossible to effectively distinguish Isolate chip, abrasive material and lapping liquid, even isolate the abrasive material of specified particle diameter size, be the anxious problem to be solved of industry.

Utility model content

This utility model provides a kind of frequency conversion type telecentricity seperator, can effectively respectively be isolated by chip, abrasive material and grinding Liquid.

For reaching object defined above, the open a kind of frequency conversion type telecentricity seperator of this utility model, comprise an inverter motor, one time Rotation mechanism, a sweeping machine structure and a position-limit mechanism.This inverter motor has a power transmission shaft；This slew gear have single-revolution pot and One rotating shaft, this revolution pan has a top cover, a stack shell, a liquid outlet and a crumb mouth, and this top cover is positioned at top during use, should The upper limb of stack shell is connected with this top cover, and this liquid outlet is positioned at this top cover, and the lower edge of this stack shell forms this crumb mouth, this rotating shaft with should Top cover is connected, and one first distal process of this rotating shaft is for this top cover, and a transmission band is sheathed on outside this first end and this power transmission shaft and makes This rotating shaft is driven by this inverter motor, and one second end of this rotating shaft stretches in this revolution pot；This sweeping machine structure has a scraper shaft And a scraper plate, this scraper shaft is arranged among this rotating shaft and the two ends of this scraper shaft all stretch out this rotating shaft, protrude from this second This scraper shaft of end is connected with this scraper plate, and this scraper plate has the face of striking off, and the distance that this scraper shaft strikes off face with this is scraped less than this Board shaft and the distance of this stack shell inwall；This position-limit mechanism has a latch and one first stopper slot, and a fixed bit is located at by this latch Putting and do not move with this slew gear, this first stopper slot is located at this revolution pot, and it is first spacing that this is located at separatably by this latch In groove.

So, by centrifugal action separation chip and lapping liquid and abrasive material, and control by adjusting the rotating speed of inverter motor The particle diameter of contained abrasive material in the lapping liquid flowed out by liquid outlet, reaches to separate chip, abrasive material and the function of lapping liquid.

Frequency conversion type telecentricity seperator disclosed in this utility model one preferred embodiment, wherein this inverter motor is per minute Rotating speed is 500 to 1500 turns.

Frequency conversion type telecentricity seperator disclosed in this utility model one preferred embodiment, wherein this scraper plate have a disk and At least one alar part, the center of this disk is connected with this scraper shaft, and the outer rim of this disk is connected with this alar part, and this face of striking off is positioned at this Alar part.

Frequency conversion type telecentricity seperator disclosed in this utility model one preferred embodiment, the most also has a pannikin, and this is little The opening of pot is towards lower section when using, and the pot top of this pannikin is positioned at lower section when this scraper plate uses and is connected with this scraper shaft, The pot top of this pannikin has at least one hollow-out parts.

Frequency conversion type telecentricity seperator disclosed in this utility model one preferred embodiment, the most also has a protective cover sheathed Outside in this rotating shaft.

Frequency conversion type telecentricity seperator disclosed in this utility model one preferred embodiment, wherein protrudes from being somebody's turn to do of this first end Scraper shaft has one second stopper slot.

Frequency conversion type telecentricity seperator disclosed in this utility model one preferred embodiment, this of wherein this scraper plate strike off face with The internal face of this revolution pot coordinates accordingly.

Relevant specific details of the present utility model, will be described by follow-up detailed description.But, at this utility model Having usually intellectual in field should be able to understand, these describe in detail and implement the particular implementation cited by this utility model Example, is merely to illustrate this utility model, and is not used to limit protection domain of the present utility model.

Accompanying drawing explanation

Fig. 1 is three-dimensional combination figure of the present utility model.

Fig. 2 is three-dimensional exploded view of the present utility model.

Fig. 3 is part isometric exploded view of the present utility model.

Fig. 4 is fragmentary cross-sectional view of the present utility model.

Detailed description of the invention

The direction when direction of the following stated all operates with frequency conversion type telecentricity seperator is as the criterion, and such as top is towards fortune The direction on the frequency conversion type telecentricity seperator top in work.The soiling solution of the following stated is the cutting fluid after use or lapping liquid (common name lapping liquid), is wherein mixed with cutting or ground material chips (abbreviation chip) and abrasive material.The clean liquid of the following stated is i.e. Soiling solution liquid after frequency conversion type telecentricity separator for processing, does not contains chip or contains only specified particle diameter size in clean liquid Abrasive material.

Ask for an interview Fig. 1 and Fig. 2, the frequency conversion type telecentricity seperator 10 of this utility model, include body 20, inverter motor 30, single-revolution mechanism 40, sweeping machine structure 50 and a position-limit mechanism 60.

This body 20 has fixed part 22, upper cover part 24, carrier 26 and an Electricity Department 28.This inverter motor 30 And this slew gear 40 is located at this fixed part 22, this upper cover part 24 is located at the top of this fixed part 22 and is set in this inverter motor 30 and the periphery of this slew gear 40, in order to protect this inverter motor 30 and this slew gear 40.It is solid that this carrier 26 is located at this Determining the lower section in portion 22, this carrier 26 has and one of communicates the first opening 262 and one second opening 264, this first opening 262 Opening edge connects this fixed part 22 and is located at the periphery of this slew gear 40, and this second opening 264 can be opened entire on demand.This undertaking Portion 26 also has soiling solution mouth 266 and a clean liquid mouth 268, and in this soiling solution mouth 266, the logical soiling solution pipe that is provided with enters for soiling solution, and this is clean Liquid mouth 268 leaves this frequency conversion type telecentricity seperator 10 for clean liquid.This Electricity Department 28 is located at this carrier 26 in order to this frequency conversion type Other positions of telecentricity seperator 10 provide electric power.

This inverter motor 30 has a power transmission shaft 31, and the rotating speed of this inverter motor 30 can adjust on demand, and motor rotary speed is more Hurry up, more can isolate abrasive material or the chip of small particle from soiling solution.In the present embodiment, the rotating speed of this inverter motor 30 is every Minutes 500 to 1500 turns.

Asking for an interview Fig. 2 to Fig. 4, this slew gear 40 has single-revolution pot 42 and a rotating shaft 44, and this revolution pot 42 has a top Lid 422, one stack shell 424, liquid outlet 426 and a crumb mouth 428, the upper limb of this stack shell 424 is connected with this top cover 422, and this goes out Liquid mouth 426 runs through this top cover 422, and the lower edge of this stack shell 424 forms this crumb mouth 428.It is recessed that the center of this top cover 422 also has one Portion 423 is connected toward lower recess, the central authorities of this recess 423 with this rotating shaft 44.

This rotating shaft 44 is fixed on this fixed part 22 by a pair clutch shaft bearing 46, and one first end 442 of this rotating shaft 44 is dashed forward For this top cover 422 and protrude out this fixed part 22, a transmission band 32 is sheathed on the first end 442 and this power transmission shaft of this rotating shaft 44 31, so, this rotating shaft 44 can be driven by this inverter motor 30 and rotate, and one second end 444 of this rotating shaft 44 stretches into this revolution pot In 42.

This frequency conversion type telecentricity seperator 10 also has a protective cover 48 and is connected with this fixed part 22, and extends downwards sheathed In this rotating shaft 44.Meanwhile, this protective cover 48 is placed among the recess 423 of this top cover 422.The function of this protective cover 48 is isolation Rotating shaft 44 and external environment, it is to avoid the rotation of rotating shaft 44 is disturbed.In other preferred embodiments, this protective cover 48 can omit, And this top cover 422 can not have this recess 423 and generally become a plane, the center of this top cover 422 is directly connected with this rotating shaft 44.No There is the frequency conversion type telecentricity seperator 10 of this protective cover 48 or this recess 423 remain to reach and be individually separated chip, abrasive material and grind The function of mill liquid.

This sweeping machine structure 50 has scraper shaft 52 and a scraper plate 54.This scraper shaft 52 is arranged in by 2 second bearings 56 Among this rotating shaft 44 so that this scraper shaft 52 can turn opposite to this rotating shaft 44, and the two ends of this scraper shaft 52 stretch out respectively First end 442 and the second end 444 of this rotating shaft 44, this scraper shaft 52 protruding from this second end 444 is connected with this scraper plate 54.Should Scraper plate 54 has disk 542 and two alar parts 544, and the center of this disk 542 is connected with this scraper shaft 52, this two alar part 544 In two relative positions and respectively outer rim with this disk 542 be connected, respectively the outer rim of this alar part 544 has the face of striking off 541, respectively should Striking off that face 541 is corresponding to the internal face of this revolution pot 42 to be coordinated, respectively this strikes off face 541 and rises and falls along internal face, such as including This at wall convex strikes off that face 541 is the most recessed to be dug.In same level, this scraper shaft 52 strikes off distance D1 in face 541 with this Distance D2 less than this scraper shaft 52 with this stack shell 424 inwall.

In other preferred embodiments, there is the scraper plate 54 of at least one this alar part 544 and can strike off and be attached to this stack shell The chip of 424, as long as it is true that this scraper plate 54 has the face of striking off 541 scraped is attached to the chip of this stack shell 424, Therefore, it is the most non-that this configuration striking off face 541 also not necessarily has to coordinate corresponding to the internal face of this stack shell 424, even this alar part 544 For necessity.Additionally, this disk 542 may be guided from the soiling solution of this soiling solution pipe ejection to surrounding splatter, but not there is this disk 542 Frequency conversion type telecentricity seperator 10 remains to reach the function being individually separated chip, abrasive material and lapping liquid.

This scraper shaft 52 end face protruding from this first end 442 has one second stopper slot 522, this second stopper slot 522 Be to provide a reserved space for external instrument, such as T-shaped wrench, in conjunction with and rotate this scraper shaft 52.If do not have this Two stopper slots 522, external instrument remains to utilize the modes such as folder, pincers to be combined with this scraper shaft 52, and this frequency conversion type telecentricity lossless The function of seperator 10.

This frequency conversion type telecentricity seperator 10 also has a pannikin 70, and the opening 72 of accommodating soiling solution pipe in this pannikin 70, this is little The function of pot 70 is to maintain the chip obstruction that this soiling solution mouth of pipe will not be dropped.Downward, this is little for the opening 72 of this pannikin 70 The pot pot top 74 of 70 is connected with the lower section of this disk 542, and the pot top 74 of this pannikin 70 has at least one hollow-out parts 76.In other relatively In good embodiment, the pot top 74 of this pannikin 70 can be located at the lower section of this scraper plate 54 and is directly connected with this scraper shaft 52.Even, no The frequency conversion type telecentricity seperator 10 with this pannikin 70 can reach the function being individually separated chip, abrasive material and lapping liquid.

This position-limit mechanism 60 has latch 62 and one first stopper slot 64, this latch 62 be located at this fixed part 22 and not with This slew gear 40 moves, and this first stopper slot 64 is located at this top cover 422, and this first stopper slot is located at separatably by this latch 62 In 64.When this latch 62 inserts in this first stopper slot 64, this slew gear 40 is fixed from rotating, otherwise, when this is inserted When pin 62 departs from this first stopper slot 64, this slew gear 40 can be rotated by the driving of this inverter motor 30.

In other preferred embodiments, this latch 62 can be located at a fixed position, and this fixed position is not with this slew gear 40 move, and this first stopper slot 64 can be located at other positions of this revolution pot 42 so that when this latch 62, to insert this first spacing This revolution pot 42 can be fixed in groove 64.

Next use state of the present utility model is described.

When chip to be separated, abrasive material and lapping liquid, start this inverter motor 30 with a suitable rotation speed operation, drive this turn Axle 44 and then make this revolution pot 42 rotate, meanwhile, soiling solution is filled by the opening 72 of this pannikin 70 by soiling solution pipe through this soiling solution mouth 266 Entering in the middle of this pannikin 70, soiling solution is to all the winds sent forth to this time by the stop of this disk 542 after this hollow-out parts 76 Turn in pot 42.By revolution pot 42 centrifugal action, soiling solution can be thrown toward the internal face of stack shell 424, wherein bigger broken of particle diameter Bits can rest on the internal face of stack shell 424, and the abrasive material (i.e. clean liquid) that lapping liquid and wherein particle diameter are less can be gradually to stack shell 424 Top move, finally via top liquid outlet 426 flow out revolution pot 42, derive this body via clean liquid mouth 268 the most again 20.In this separation process, institute in the clean liquid derived by liquid outlet 426 can be controlled by adjusting the rotating speed of this inverter motor 30 The abrasive size comprised, such as, set this inverter motor 30 and turn the most at a high speed low speed rotation, then this frequency conversion type telecentricity seperator 10 meeting again First derive the clean liquid comprising relatively small abrasive material, then derive the clean liquid comprising relatively large abrasive material.It follows that have frequency conversion horse The frequency conversion type telecentricity seperator reached, except separating chip, also can isolate the abrasive material that comprises specified particle diameter scope on demand Lapping liquid.

If being intended to remove the chip on the internal face resting on stack shell 424, first stopping this inverter motor 30 and treating this revolution Mechanism 40 is static.Then this latch 62 is inserted in this first stopper slot 64, insert this second stopper slot with a T-shaped wrench afterwards In 522 and rotate this T-shaped wrench this scraper shaft 52 is rotated.This scraper plate 54 being now connected on this scraper shaft 52 also turns Dynamic, and turn round pot 42 and limited by this position-limit mechanism 60 and guarantee static, therefore in respectively this alar part 544 respectively this strikes off face 541 Rotating relative to the internal face of this stack shell 424, and can be struck off by chip, the chip being stripped off can drop via this crumb mouth 428, Finally can collect, at this second opening 264, the chip dropped and remove.

Learn via test, in the frequency conversion type separable soiling solution of telecentricity seperator of the present utility model more than 95% particle diameter 10 μm Abrasive material, more than 70% particle diameter 5 μm abrasive material in the most separable soiling solution.

Be that above cooperation accompanying drawing describes in detail for it this mandatory declaration person, merely to explanation this utility model it Technology contents and feature and one of offer embodiment, all people in this utility model field with commonly knowledge, After understanding technology contents and the feature of this utility model, under the spirit of this utility model, institute is the most all simply The economization of modification, replacement or component, within all should belonging to protection domain of the present utility model.

[symbol description]

Frequency conversion type telecentricity seperator 10

Body 20 fixed part 22

Upper cover part 24 carrier 26

First opening 262 second opening 264

The clean liquid mouth 268 of soiling solution mouth 266

Electricity Department 28

Inverter motor 30 power transmission shaft 31

Transmission band 32

Slew gear 40 turns round pot 42

Top cover 422 recess 423

Stack shell 424 liquid outlet 426

Crumb mouth 428 rotating shaft 44

First end 442 second end 444

Clutch shaft bearing 46 protective cover 48

Sweeping machine structure 50 scraper shaft 52

Second stopper slot 522 scraper plate 54

Strike off face 541 disk 542

Alar part 544 second bearing 56

Scraper shaft strikes off distance D1 in face with this

Scraper shaft and distance D2 of this stack shell inwall

Position-limit mechanism 60 latch 62

First stopper slot 64

Pannikin 70 opening 72

Pot top 74 hollow-out parts 76

Claims (9)

1. a frequency conversion type telecentricity seperator, includes:

One inverter motor, has a power transmission shaft, and the rotating speed of this inverter motor can adjust on demand；

Single-revolution mechanism, has single-revolution pot and a rotating shaft, and this revolution pan has a top cover, a stack shell, a liquid outlet and to go out Bits mouth, this top cover is positioned at top during use, and the upper limb of this stack shell is connected with this top cover, and this liquid outlet is positioned at this top cover, this cylinder The lower edge of body forms this crumb mouth, and this rotating shaft is connected with this top cover, and one first distal process of this rotating shaft is for this top cover, a transmission band Being sheathed on outside this first end and this power transmission shaft makes this rotating shaft be driven by this inverter motor, and one second end of this rotating shaft stretches into this time Turn in pot；

One sweeping machine structure, has a scraper shaft and a scraper plate, and this scraper shaft is arranged among this rotating shaft and the two ends of this scraper shaft All stretching out this rotating shaft, this scraper shaft protruding from this second end is connected with this scraper plate, and this scraper plate has the face of striking off, and this strikes off Face is corresponding to the internal face of this revolution pot to be coordinated；And

One position-limit mechanism, has a latch and one first stopper slot, and this latch is located at a fixed position and not with this slew gear Mobile, this first stopper slot is located at this revolution pot, and this latch is located in this first stopper slot separatably.

2. frequency conversion type telecentricity seperator as claimed in claim 1, wherein this scraper plate has a disk and at least one alar part, this circle The center of dish is connected with this scraper shaft, and the outer rim of this disk is connected with this alar part, and this face of striking off is positioned at this alar part.

3. frequency conversion type telecentricity seperator as claimed in claim 2, the most also has a pannikin, and the opening of this pannikin is towards use Time lower section, the pot top of this pannikin be positioned at this disk use time lower section and be connected with this scraper shaft, the pot top of this pannikin has At least one hollow-out parts.

4. frequency conversion type telecentricity seperator as claimed in claim 1, the most also has a pannikin, and the opening of this pannikin is towards use Time lower section, the pot top of this pannikin is positioned at the lower section of this scraper plate and is connected with this scraper shaft, and the pot top of this pannikin has at least one Hollow-out parts.

5. frequency conversion type telecentricity seperator as claimed in claim 1, the most also has a protective cover and is sheathed on the outside of this rotating shaft.

6. frequency conversion type telecentricity seperator as claimed in claim 5, wherein this top cover also has a recess, and this protective cover is located in this In recess.

7. frequency conversion type telecentricity seperator as claimed in claim 1, wherein protrudes from this scraper shaft of this first end and has one the Two stopper slots.

8. frequency conversion type telecentricity seperator as claimed in claim 1, wherein this scraper shaft is scraped less than this with this distance striking off face Board shaft and the distance of this stack shell inwall.

9. frequency conversion type telecentricity seperator as claimed in claim 1, the rotating speed that wherein this inverter motor is per minute is 500 to 1500 Turn.