CN207448018U - A kind of more chip removal device cascaded structures - Google Patents
A kind of more chip removal device cascaded structures Download PDFInfo
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- CN207448018U CN207448018U CN201721530976.5U CN201721530976U CN207448018U CN 207448018 U CN207448018 U CN 207448018U CN 201721530976 U CN201721530976 U CN 201721530976U CN 207448018 U CN207448018 U CN 207448018U
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- chip removal
- deflector
- removal device
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Abstract
The utility model discloses a kind of more chip removal device cascaded structures, wherein, more chip removal device cascaded structures include multiple chip removal devices being arranged in order, chip removal device includes grounding box, deflector and transmission mechanism, grounding box is fixed in deflector inclination, deflector first end is fixedly connected with grounding box first end, and second end is suspended on outside grounding box；Transmission mechanism is fixedly connected on deflector, and hairbrush is provided on transmission mechanism；Multiple chip removal devices are respectively the first chip removal device, N chip removal devices.So that the first chip removal device discharges cutting swarf to the second chip removal device, second chip removal device discharges cutting swarf to the 3rd chip removal device, until all cutting swarfs all drain into N chip removal devices and are finally discharged by N chip removal device deflectors second end, realize centralized collection, staff is no longer needed individually to check that each chip removal device discharges cutting swarf state, reduce personnel in workshop to walk about, occupied space caused by solving the problems, such as therefore is big.
Description
Technical field
Chip removal device more particularly to a kind of more chip removal device cascaded structures the utility model is related to process equipment.
Background technology
In the process such as metal milling, ceramic milling, wet type processing is a kind of common processing method.In general, machine
Bed can constantly generate cutting swarf in process, and cutting swarf can be mixed in cutting fluid and be expelled to chip removal device, chip removal dress
The separation of cutting swarf and cutting fluid will be carried out by putting, and so as to which cutting swarf be discharged, and is recycled cutting fluid and is recycled.
In the prior art, chip removal device is usually by casing, main driving wheel group, from driving wheel group, transmission scraper plate and chip leading plate
Composition, in main driving wheel group and from dregs guiding groove is provided between driving wheel group, dust lead trough floor is provided in the bottom of dregs guiding groove,
Transmission scraper plate is uniformly installed every a distance in the upper and lower surface of dust lead trough floor, is provided with inwardly in the both sides of dregs guiding groove
The inclined chip leading plate in side, the both ends for transmitting scraper plate are mounted on by link block on the transmission chain of its both sides, decelerating motor
The transmission scraper plate being connected with transmission chain is driven to convey cutting swarf to crumb mouth to discharge.
In the prior art, usually every chip removal device corresponds to a process equipment, works independently, by staff individually into
Collection work after the discharge of row cutting swarf, staff walks up and down in workshop, and to occupy workshop space big.
As it can be seen that the prior art has yet to be improved and developed.
Utility model content
In view of above-mentioned deficiencies of the prior art, the purpose of this utility model is to provide a kind of more chip removal device tandem junctions
Structure, it is intended to solve in the prior art chip removal device need staff walk up and down in workshop check cutting swarf collect feelings
Condition occupies the problem of workshop space is big.
The technical solution of the utility model is as follows：
A kind of more chip removal device cascaded structures, wherein, including multiple chip removal devices being arranged in order, the chip removal device bag
Grounding box, deflector and transmission mechanism are included, grounding box, deflector first end and grounding box first are fixed in the deflector inclination
End is fixedly connected, and second end is suspended on outside grounding box；The transmission mechanism is fixedly connected on the deflector, and on transmission mechanism
It is provided with hairbrush；
Multiple chip removal devices be respectively the first chip removal device, the second chip removal device ..., N-1 chip removal devices, N row
Consider device to be worth doing；The deflector second end of first chip removal device is located in the deflector first end of second chip removal device
Side ... ..., the deflector second end of the N-1 chip removal devices are located above the deflector first end of the N chip removal devices.
Further, the chip removal device further includes transmission mechanism；The transmission mechanism is arranged at the deflector, bag
Sequentially connected rotary electric machine, driving shaft, driving wheel, chain, driven wheel and driven shaft are included, multiple hairs are provided on the chain
Brush and a scraper plate, for separating and conveying the small cutting swarf being mixed in cutting fluid, the scraper plate is used to separate the hairbrush
And convey the big cutting swarf being mixed in cutting fluid.
Further, the hairbrush includes brush board and bristle, and the brush board is fixed between two chains, on the bristle
The brush board lower face is fixed at end, and the length of bristle is more than the minimum range between bristle and deflector bottom surface.
Further, the chip removal device further includes reflux mechanism；The grounding box is located at below the deflector, and connects
Ground case upper end is provided with an accommodating chamber；The deflector bottom surface is provided with a fluid flow area, if being provided in the fluid flow area
Dry liquid flow hole, cutting fluid flow downward to the accommodating chamber through liquid flow hole；The reflux mechanism then includes water pump and return tank,
The return tank is provided with a back cavity, and the back cavity is connected with the accommodating chamber and a filtering is provided therebetween
Plate.
Further, the rotary electric machine is fixed on the outside of the deflector second end, and the deflector is provided with one and wears
Open-work, the driving shaft are connected to rotary electric machine after running through the through hole.
Further, there are two the driving wheel, chain and driven wheel are all set, multiple hairbrush and a scraper plate interval are consolidated
Due between two chains.
Further, the chip removal device further includes feed liquor plate, and the feed liquor plate is provided with a lead channel, with cutting swarf
Cutting fluid flow to deflector through lead channel.
Further, the feed liquor plate is made of bottom plate, the first side plate, the second side plate and the 3rd side plate, first side
Bending forms vertically upward by the bottom plate for plate, the second side plate and the 3rd side plate；Shape between first side plate and the second side plate
Into there is the first inlet, be then formed with the second inlet between the first side plate and the 3rd side plate, the second side plate and the 3rd side plate it
Between be formed with liquid outlet, first inlet and the second inlet are located at first side of lead channel, and the liquid outlet is located at
The lead channel the second side.
Further, the grounding box is fixedly connected with multiple scroll wheels, and the scroll wheel is used to that grounding box to be driven to move.
A kind of chip removal method by more chip removal device cascaded structures realizations as described above, wherein, the chip removal method bag
Include following steps：
First transmission mechanism of the first chip removal device drives the first hairbrush in the first deflector second end and the first deflector
Annular movement is done between first end；
When first hairbrush passes through the first deflector first end bottom surface, cutting swarf is driven to be moved to the first deflector second end,
Until cutting swarf is discharged by the first deflector second end and drops down onto the second deflector of the second chip removal device；
Second transmission mechanism of the second chip removal device drives the second hairbrush in the second deflector second end and the second deflector
Annular movement is done between first end；
When second hairbrush passes through the second deflector first end bottom surface, cutting swarf is driven to be moved to the second deflector second end,
Until cutting swarf is discharged by the second deflector second end and drops down onto the 3rd deflector of the 3rd chip removal device；
……
The N-1 transmission mechanisms of N-1 chip removal devices drive N-1 hairbrush to be led in N-1 deflectors second end with N-1
Annular movement is done between flowing plate first end；
When N-1 hairbrush passes through N-1 deflector first end bottom surfaces, cutting swarf is driven to be moved to N-1 deflectors second end
It is dynamic, until cutting swarf is discharged by N-1 deflector second ends and drops down onto the N deflectors of N chip removal devices；
The N transmission mechanisms of N chip removal devices drive N hairbrush in N deflectors second end and N deflector first ends
Between do annular movement；
When N hairbrush passes through N deflector first end bottom surfaces, cutting swarf is driven to be moved to N deflectors second end, until
Cutting swarf is discharged by N deflector second ends and drops down onto cutting swarf containing case.
Compared with prior art, more chip removal device cascaded structures provided by the utility model, as a result of it is multiple successively
The chip removal device of arrangement, and the chip removal device is made to include grounding box, deflector and transmission mechanism, the deflector, which tilts, to be fixed
In grounding box, deflector first end is fixedly connected with grounding box first end, and second end is suspended on outside grounding box；The transmission mechanism
The deflector is fixedly connected on, and hairbrush is provided on transmission mechanism；Multiple chip removal devices are respectively the first chip removal device,
Two chip removal devices ..., N-1 chip removal devices, N chip removal devices；The deflector second end of first chip removal device is located at
Above the deflector first end of second chip removal device ... ..., the deflector second end of the N-1 chip removal devices is located at institute
Above the deflector first end for stating N chip removal devices.So that the first chip removal device discharges cutting swarf to the second chip removal device, second
Chip removal device discharges cutting swarf to the 3rd chip removal device, until all cutting swarfs all drain into N chip removal devices and finally arranged by N
It considers the discharge of device deflector second end to be worth doing, realizes centralized collection, it is no longer necessary to which staff individually checks each chip removal device institute
Cutting swarf state is discharged, reduces personnel in workshop and walks about, occupied space caused by solving the problems, such as therefore is big.
Description of the drawings
Fig. 1 is the structure diagram of the preferred embodiment of more chip removal device cascaded structures in the utility model.
Fig. 2 is the structure diagram of chip removal device in more chip removal device cascaded structure preferred embodiments in the utility model.
Fig. 3 be the utility model chip removal device preferred embodiment in feed liquor plate structure diagram.
Fig. 4 be the utility model chip removal device preferred embodiment in transmission mechanism structure diagram.
Fig. 5 is the enlarged drawing of part A in Fig. 4.
Fig. 6 is the enlarged drawing of part B in Fig. 4.
Fig. 7 is the enlarged drawing of Local C in Fig. 4.
Fig. 8 be the utility model chip removal device preferred embodiment in grounding box structure diagram.
Fig. 9 is the enlarged drawing of part D in Fig. 8.
Figure 10 is the enlarged drawing of part E in Fig. 8.
Specific embodiment
The utility model provides a kind of more chip removal device cascaded structures, for make the purpose of this utility model, technical solution and
Effect is clearer, clear and definite, referring to the drawings and gives an actual example to the utility model further description.It should be appreciated that this
Locate described specific embodiment to be only used to explain the utility model, be not used to limit the utility model.
As shown in Figure 1, more chip removal device cascaded structures provided by the utility model, the chip removal dress including multiple chip removals successively
Put, multiple chip removal devices be respectively the first chip removal device 10, the second chip removal device 20 ..., N-1 chip removal devices, N chip removals
Device；The deflector second end of first chip removal device is located in the deflector first end of second chip removal device
Side ... ..., the deflector second end of the N-1 chip removal devices are located above the deflector first end of the N chip removal devices.
As shown in Fig. 2, chip removal device provided by the utility model, including feed liquor plate 100, grounding box 200, deflector
300 and reflux mechanism 400, the feed liquor plate 100 be fixed on the top of grounding box 200, liquid outlet is located above deflector 300,
The position of reflux mechanism 400 can be set at an arbitrary position, as long as ensureing that the cutting fluid after being separated with cutting swarf can recycle i.e.
It can.
The feed liquor plate 100 can be fixed on 200 upper surface of grounding box, can also be fixed on ground, preferably the first side
Feed liquor plate 100 is fixed on 200 upper surface of grounding box and is more advantageous to saving chip removal device space by case.
As shown in figure 3, it is preferred that the feed liquor plate 100 is made of a bottom plate 110 and three side plates；The bottom plate 110 is in L
Type is made of bottom long slab 111 and bottom short slab 112, and short slab 112 the second side in bottom is located at deflector 300 away from 111 one side of bottom long slab
Top, as cutting fluid（It is mixed with the cutting fluid of cutting swarf）Liquid outlet uses, 111 first side of bottom long slab and 112 phase of bottom short slab
It connects, the second side has been extended the first side plate 120.
First side plate 120 is made of one first side long slab 121 and two the first side short slabs 122, the first side long slab 121
It is set along 111 the second side of bottom long slab, two the first side short slabs 122 are formed by the bending of 121 both ends of the first side long slab and perpendicular to the
One side long slab 121, the first side long slab 121 and the first side short slab 122 are all perpendicular to bottom plate 110.
The bottom plate 110 has extended vertically the second side plate 130 upwards, second side plate 130 by set gradually second
Side short slab 131,132 and the 3rd side short slab 133 of the second side long slab form；The second side short slab 131 is parallel to the first side short slab
122, and deviate from 112 one end of bottom short slab positioned at 110 first ends of bottom plate, that is, bottom long slab 111；The second side long slab 132 is along bottom long slab
111 the second sides are set；The 3rd side short slab 133 is in a rectangular trapezoid, is located at bottom short slab 112 and deviates from 110 second end of bottom plate.
110 second end of bottom plate is provided with the 3rd side plate 140（It is opposite with the second side short slab 131）, the 3rd side plate
140 points are rectangle part and trapezoidal portions, and rectangle part is extended by the lateral middle part of bottom long slab 111 first, and trapezoidal portions are then
There is rectangle part to be extended to 112 the second side of bottom short slab.
It is preferred that the feed liquor plate 100 is formed by a complete plate by bending, i.e., on unshaped plate bending go out
Side plate 120, the second side plate 130 and the 3rd side plate 140, then remainder is bottom plate 110.It is of course also possible to use connection
Mode be molded feed liquor plate 100, for example the first side plate 120, the second side plate 130 and the 3rd side plate 140 of machine-shaping are distinguished
It is fixedly connected on 110 upper surface of bottom plate.But this molding easy leak of structure of connection, effect are poor with respect to bending and molding.
In addition, it should be noted that feed liquor plate 100 is set there are two inlet, the first inlet is located at two the first sides
Between one of short slab 122 and the second side short slab 131, the second inlet is located at another and the 3rd side of two the first side short slabs 122
Between plate 140, second inlet and liquid outlet（I.e. short slab the second side is surrounded by the 3rd side short slab 133 with the 3rd side plate 140
Into opening）Straight line communicates.
It should be noted that during the description of feed liquor plate 100, end has visibly different meaning with side, is beaten with L-shaped
Analogy is up and down end, and left and right is side.
The deflector 300 is seen by second end in concave character type, and in hollow in terms of first end, middle part longitudinal section is in character cut in bas-relief
Shape.Deflector 300 is a straight panel, and relative to ground case 200 is obliquely installed, and the angle between grounding box 200 is in 5 ° extremely
45 °, preferably selection is 15 °.For the high inclination-angle tilted in the prior art between body and lower part body, this practicality
Small inclination in new can make the discharge of cutting swarf more smoothly, be suitable for the setting of hairbrush.Why say and more adapt to hair
The setting of brush is because the prior art is all that cutting swarf is isolated from cutting fluid using scraper plate and is taken away, and the utility model is adopted
It is hairbrush, for scraper plate, the dynamics smaller that hairbrush is applied to cutting swarf is softer, if inclination angle is excessive, can make
It can not be pulled away into cutting swarf.
As shown in Figures 4 to 7, a transmission mechanism is provided on the deflector 300, the transmission mechanism includes connecting successively
A rotary electric machine 510,520, two, a driving shaft, 540, two driven wheels 550 and one of chain of driving wheel 530, two connect are driven
Axis 560.The rotary electric machine 510 is fixed on the outside of 300 second end of deflector, the side of 300 left and right sides of deflector
A through hole is all provided on plate, 520 both ends of driving shaft are set through the through hole, and wherein through hole is run through in one end
The shaft with rotary electric machine 510 is connected afterwards, and two driving wheels 530 are sheathed on the both ends outer rim of the driving shaft 520, chain respectively
540 adaptations are connected to the driving wheel 530, driven wheel 550 and the structure of driven shaft 560 and driving wheel 530 and driving shaft 520
Identical, difference is that driven wheel 550 and driven shaft 560 are fixedly installed on 300 first end of deflector, and driven wheel 550 does not connect
Connect rotary electric machine 510.Certainly, driven wheel 550 can also connect another rotary electric machine 510, keep two rotary electric machines 510 synchronous
Rotation.
Multiple hairbrush 580 are fixedly installed on the chain 540, the hairbrush 580 is small for being isolated from cutting fluid
Cutting swarf, and small cutting swarf is driven to move, until small cutting swarf is discharged by 300 second end of deflector.Small cutting swarf refers to quality
Cutting swarf smaller, that hairbrush 580 can drive；Conversely, the cutting swarf that hairbrush 580 can not drive is big cutting swarf.The prior art
The separation of middle cutting swarf and driving all is completed by scraper plate 590, compared to the utility model used by hairbrush 580,
Scraper plate 590 has following defect：1st, scraper plate 590 is made for hard material, scrape cutting swarf be easily cut bits it is stuck（It cuts
Swarf is stuck between 300 bottom surface of scraper plate 590 and deflector, makes scraper plate 590 that can not move）, it is dangerous high, need maintenance and repair rate
It is high；2nd, in order to reduce the probability that is stuck of scraper plate 590, the spacing between 300 bottom surface of scraper plate 590 and deflector has to be larger than centainly
Value causes the cutting swarf that height is less than the value that can not separate, and chip removal effect is poor.It is described above on the contrary as using hairbrush
Effect caused by 580, it is safe, fragile rate is low and chip removal effect is good.
The hairbrush 580 includes brush board and bristle, and the brush board is fixed between two chains 540, the bristle upper end
The brush board lower face is fixed on, and the length of bristle is more than the minimum range between 300 bottom surface of bristle and deflector.Why
Bristle lengths are set as described above, being to improve the service life of hairbrush, bristle are made to have certain wear allowance, i.e., in bristle
After a period of time, it can still ensure the separation conveying capacity to small cutting swarf.
In the utility model further preferred embodiment, a scraper plate 590 is further fixed on the chain 540, it is described
Scraper plate 590 drives big cutting swarf to move for isolating big cutting swarf out of cutting fluid, until big cutting swarf is by deflector
300 second ends are discharged.Although 590 chip removal effect of scraper plate is poor and fragile rate is high, it is mingled in multiple hairbrush 580 using one
Scraper plate 590 can but play the effect for looking into scarce mending-leakage, i.e., by hairbrush 580 can not separated cutting swarf, scraper plate 590 can be from
It is separated in cutting swarf；Hairbrush 580 and scraper plate 590 are used cooperatively, and can making chip removal device, not only draining effect is more preferable, but also
Fragile rate is relatively low.
300 bottom surface of deflector is provided through multiple liquid flow holes, and multiple liquid flow holes are all located in the fluid flow area,
The fluid flow area is located at 300 middle and lower part of deflector, and the length of entire fluid flow area is about the 40% of 300 length of deflector.
The liquid flow hole is used to discharge the cutting fluid after being separated with cutting swarf to the accommodating chamber 210 of the grounding box 200.Liquid flow hole is optional
It selects and path liquid flow hole is set, to prevent cutting swarf before not separated with cutting fluid, enter accommodating chamber 210 with cutting fluid.
In the utility model further preferred embodiment, 540 lower section of chain is fixed with a raised strip, described
Raised strip lower face fits in deflector 300, and upper surface is bonded and supports the chain 540, to substitute the setting of tensioning wheel.
200 upper end of grounding box is provided with an accommodating chamber 210, and the accommodating chamber 210 separates for accepting with cutting swarf
Cutting fluid afterwards, and accommodate 300 first end lower part of deflector.The accommodating chamber 210 is communicated with a turn of tidal stream chamber, and the turn of tidal stream chamber connects
Logical reflux mechanism 400.
The 200 first end upper surface of grounding box is provided with connecting hole 231, and the connecting hole 231 is used to connect described lead
300 first end of flowing plate, that is to say, that the position of 300 first end of deflector and 200 first end of grounding box is identical or intimate phase
With, this is highly beneficial for saving chip removal device occupied space.The 200 second end upper surface of grounding box is provided with solid
Determine hole 232, the mounting hole 232 is used to be connected hole 231 with the fixation deflector 300, it should be noted that, deflector
300 second ends are not identical with the second end position of ground terminal, and 300 second end of deflector need to stretch out grounding box 200 simultaneously vacantly, so
Cutting swarf could be drained into another chip removal device or cutting catcher（Such as collecting vessel）.
The 200 both ends end face of grounding box is respectively fixed with a link, and the link is L-shaped, and link is by mutually hanging down
The first straight connecting plate and the second connecting plate form, and fixed between two connecting plates there are two end plate and two reinforcing ribs.It is described
First connecting plate is bonded and is fixed on 300 end face of deflector, is vertically and fixedly provided with leader thereon.Second connecting plate and ground
Parallel, fixed there are two pedestal and two rotating wheels below, the middle of the base is round table-like in hollow, and outer rim has been extended
Sealing strip, when being positioned over ground（Or platform）Afterwards, hollow core portion is fastened on ground and forms an annular seal space, which can be with shape
Into adsorption capacity, the shelf-stability of increase grounding box 200.Pedestal upper end offers a through hole, and bolt is worn upwards from base bottom
Second connecting plate is fixed on after crossing through hole, screw portion is fixed on the second connecting plate by two nuts, and bolt head plays
While connection function, the sealing function of annular seal space is also acted as.The rotating wheel is used for when chip removal device is needed to need mobile
It rotates, reduces chip removal device moving resistance, be provided with lockup switch, the lockup switch is steadily put in chip removal device needs
Pushed when putting it is locked, when chip removal device needs shift position on lift and open.
As shown in Fig. 8 to Figure 10, the reflux mechanism 400 includes：Water pump 420 and return tank 410, the water pump 420 are solid
Due to return tank 410, the return tank 410 is provided with a back cavity, and the back cavity is connected with the accommodating chamber 210 and the two
Between be provided with a filter plate.Specifically, the back cavity is directly connected with the turn of tidal stream chamber, between accommodating chamber 210 in succession
It is logical.Preferably, return tank 410 is arranged to a part for grounding box 200, to strengthen the flowing leakproofness of cutting fluid, is prevented
Liquid leakage.
In the utility model further preferred embodiment, the reflux mechanism 400 is located at the grounding box 200 second
End outside.
In the utility model, the cutting fluid with cutting swarf flows to deflector 300, cutting fluid warp through feed liquor plate 100
Liquid flow hole gradually flows to accommodating chamber 210, and simultaneously, under the drive of transmission mechanism, hairbrush 580 and scraper plate 590 are with chain
540 rotate clockwise, and the cutting swarf in cutting fluid is driven gradually to be moved from 300 first end of deflector to 300 second end of deflector,
Until it is discharged from the opening of 300 second end of deflector；After the water pump 420 in the mechanism 400 that flows back starts, in accommodating chamber 210
Cutting fluid will flow to second end by 210 first end of accommodating chamber, then into turn of tidal stream chamber, return tank 410 be finally entered, to follow
Ring uses.
Production equipment is different according to specification, is commonly divided into large, medium and small type three classes, different according to production equipment specification, raw
The operating space of spacing and production equipment between production equipment is also different.And in the case where workshop space is certain, as far as possible
It is more put production equipment and be undoubtedly can improve production efficiency.How as far as possible more production equipment is put, and production can be made
It is a problem that the layout in workshop, which meets the requirements, and the utility model solves the problems, such as this by the way of operating space is reduced.
It should be noted that operating space refers to that staff checks or handle to have collected and makes required for cutting swarf in the utility model
The space used.It is understood that if automatic equipment uses more chip removal device tandem junctions provided by the utility model
Structure, then staff under normal conditions need not be into either inside, only close to one cutting swarf collecting box of workshop exit placement
（Either collecting vessel etc can collect the container of cutting swarf）, certainly, the breakdown maintenance space of production equipment is still must
Indispensable.If not automatic equipment uses more chip removal device cascaded structures provided by the utility model, then retaining event
While hindering service clearance, retain manual operation space, can equally save the processing space of cutting swarf, such as by cutting swarf
Collecting vessel, which transports workshop, to be needed using aisle, and for another example usual chip removal device is usually located at production equipment rear portion, then two
Enough spaces must be left between platform production equipment enables cutting swarf collecting vessel to be transported by production equipment rear portion to forepart.With showing
There is technology to compare, the utility model is just the opposite, and in order to which adjacent chip removal device is enable to be connected, two production equipments must be sufficient
Enough near, the layout of such deflector just can guarantee that cutting swarf can flow to cutting swarf collecting box successively.
The utility model additionally provides a kind of chip removal method by more chip removal device cascaded structures realizations as described above,
Include the following steps：
First transmission mechanism of the first chip removal device drives the first hairbrush in the first deflector second end and the first deflector
Annular movement is done between first end, specifically as described in above-mentioned device embodiment；
When first hairbrush passes through the first deflector first end bottom surface, cutting swarf is driven to be moved to the first deflector second end,
Until cutting swarf is discharged by the first deflector second end and drops down onto the second deflector of the second chip removal device, it is specific such as above device
Described in embodiment；
Second transmission mechanism of the second chip removal device drives the second hairbrush in the second deflector second end and the second deflector
Annular movement is done between first end, specifically as described in above-mentioned device embodiment；
When second hairbrush passes through the second deflector first end bottom surface, cutting swarf is driven to be moved to the second deflector second end,
Until cutting swarf is discharged by the second deflector second end and drops down onto the 3rd deflector of the 3rd chip removal device, it is specific such as above device
Described in embodiment；
……
The N-1 transmission mechanisms of N-1 chip removal devices drive N-1 hairbrush to be led in N-1 deflectors second end with N-1
Annular movement is done between flowing plate first end, specifically as described in above-mentioned device embodiment；
When N-1 hairbrush passes through N-1 deflector first end bottom surfaces, cutting swarf is driven to be moved to N-1 deflectors second end
It is dynamic, until cutting swarf is discharged by N-1 deflector second ends and drops down onto the N deflectors of N chip removal devices, it is specific such as above-mentioned dress
It puts described in embodiment；
The N transmission mechanisms of N chip removal devices drive N hairbrush in N deflectors second end and N deflector first ends
Between do annular movement, specifically as described in above-mentioned device embodiment；
When N hairbrush passes through N deflector first end bottom surfaces, cutting swarf is driven to be moved to N deflectors second end, until
Cutting swarf is discharged by N deflector second ends and drops down onto cutting swarf containing case, specifically as described in above-mentioned device embodiment.
It should be appreciated that the application of the utility model is not limited to above-mentioned citing, those of ordinary skill in the art are come
It says, can be improved or converted according to the above description, all these modifications and variations should all belong to the appended power of the utility model
The protection domain of profit requirement.
Claims (9)
1. a kind of more chip removal device cascaded structures, which is characterized in that including multiple chip removal devices being arranged in order, the chip removal dress
It puts including grounding box, deflector and transmission mechanism, grounding box, deflector first end and grounding box are fixed in the deflector inclination
First end is fixedly connected, and second end is suspended on outside grounding box；The transmission mechanism is fixedly connected on the deflector, and driver
Hairbrush is provided on structure；
Multiple chip removal devices be respectively the first chip removal device, the second chip removal device ..., N-1 chip removal devices, N chip removals dress
It puts；The deflector second end of first chip removal device is located above the deflector first end of second chip removal device ... ...,
The deflector second end of the N-1 chip removal devices is located above the deflector first end of the N chip removal devices.
2. more chip removal device cascaded structures according to claim 1, which is characterized in that the chip removal device further includes transmission
Mechanism；The transmission mechanism is arranged at the deflector, and transmission mechanism includes sequentially connected rotary electric machine, driving shaft, active
Wheel, chain, driven wheel and driven shaft are provided with multiple hairbrush and a scraper plate on the chain.
3. more chip removal device cascaded structures according to claim 2, which is characterized in that the hairbrush includes brush board and brush
Hair, the brush board are fixed between two chains, and the brush board lower face is fixed in the bristle upper end, and the length of bristle is big
Minimum range between bristle and deflector bottom surface.
4. more chip removal device cascaded structures according to claim 2, which is characterized in that the chip removal device further includes reflux
Mechanism；The grounding box is located at below the deflector, and grounding box upper end is provided with an accommodating chamber；The deflector bottom surface is set
A fluid flow area is equipped with, several liquid flow holes are provided in the fluid flow area, cutting fluid flows downward to described through liquid flow hole
Accommodating chamber；The reflux mechanism then includes water pump and return tank, and the return tank is provided with a back cavity, the back cavity and institute
Accommodating chamber is stated to be connected and a filter plate is provided therebetween.
5. more chip removal device cascaded structures according to claim 2, which is characterized in that the rotary electric machine is fixed on described
On the outside of deflector second end, the deflector is provided with a through hole, and the driving shaft is connected to after the through hole to be turned
Dynamic motor.
6. more chip removal device cascaded structures according to claim 2, which is characterized in that the driving wheel, chain and driven
There are two wheel is all set, multiple hairbrush and a scraper plate interval are fixed between two chains.
7. more chip removal device cascaded structures according to claim 1, which is characterized in that the chip removal device further includes feed liquor
Plate, the feed liquor plate are provided with a lead channel, and the cutting fluid with cutting swarf flows to deflector through lead channel.
8. more chip removal device cascaded structures according to claim 7, which is characterized in that the feed liquor plate is by bottom plate, first
Side plate, the second side plate and the 3rd side plate composition, first side plate, the second side plate and the 3rd side plate by the bottom plate vertically upward
Bending forms；The first inlet is formed between first side plate and the second side plate, between the first side plate and the 3rd side plate then
The second inlet is formed with, liquid outlet, first inlet and the second feed liquor are formed between the second side plate and the 3rd side plate
Mouth is located at first side of lead channel, and the liquid outlet is located at the lead channel the second side.
9. more chip removal device cascaded structures according to claim 1, which is characterized in that the grounding box is fixedly connected with more
A scroll wheel, the scroll wheel are used to that grounding box to be driven to move.
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| CN201721530976.5U CN207448018U (en) | 2017-11-16 | 2017-11-16 | A kind of more chip removal device cascaded structures |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109434554A (en) * | 2018-12-18 | 2019-03-08 | 珠海格力智能装备有限公司 | Chip removal mechanism and machining device with same |
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2017
- 2017-11-16 CN CN201721530976.5U patent/CN207448018U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109434554A (en) * | 2018-12-18 | 2019-03-08 | 珠海格力智能装备有限公司 | Chip removal mechanism and machining device with same |
| CN109434554B (en) * | 2018-12-18 | 2024-03-08 | 珠海格力智能装备有限公司 | Chip removal mechanism and machining device with same |
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