CN208323058U - The grinding head device of single edge rounding machine of coated glass - Google Patents
The grinding head device of single edge rounding machine of coated glass Download PDFInfo
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- CN208323058U CN208323058U CN201820528510.XU CN201820528510U CN208323058U CN 208323058 U CN208323058 U CN 208323058U CN 201820528510 U CN201820528510 U CN 201820528510U CN 208323058 U CN208323058 U CN 208323058U
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- grinding head
- emery wheel
- glass
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- protective cover
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Abstract
The utility model relates to a kind of grinding head devices of single edge rounding machine of coated glass, including track base, slide, transmission component and grinding head assembly, the grinding head assembly is arranged on slide, slide is seated on track base, transmission component drives slide to slide along track base, the grinding head assembly includes emery wheel driving motor, emery wheel and protective cover, the rotating shaft position of emery wheel driving motor is arranged in the protective cover, emery wheel is placed in the emery wheel accommodating cavity of protective cover and connect with shaft, the protective cover upper lumen is provided with the cooling trough for cooling down emery wheel, cooling trough is provided with hole for water spraying, the protective cover lower lumen be provided with for recycle sewage and sewage collecting chamber, protective cover side wall is provided with convenient for the edging mouth of emery wheel grinding glass, emery wheel outer wall is close to edging mouth.Cooling water is sprayed by hole for water spraying, is cooled down to emery wheel, while sewage collecting chamber collects the sewage that emery wheel grinding glass generates, and sewage is avoided to be splashed to glass surface, eliminates pollution of the water to glass surface.
Description
Technical field
The utility model relates to glass processing device field, in particular to the mill of single edge rounding machine of a kind of coated glass
Head device.
Background technique
Universal glass is processed with double edge rounding machine production lines, and the edging component of double edge rounding machines is
Traditional edging component, when traditional grinding head assembly is ground glass, since grinding head assembly is not provided with cooling device, when grinding head assembly is ground
Cutting glass causes grinding head assembly temperature to gradually rise, and grinding head assembly grinding glass effects gradually decrease, and influences the grinding head assembly service life.
Further more, the sewage that traditional grinding head assembly grinding glass generates is not recycled, sewage is easy to splash glass surface,
But for simple glass, cleaning is taken out after glass processing, but when processing and film plating glass, since coated glass is in glass
Glass Coating one or more layers metal, alloy or metal compound film meet certain spy to change the optical property of glass
Provisioning request.
Grinding head assembly grinding glass generates sewage and is easy to splash glass surface pollution film plating layer, since sewage is mingled with glass
Granulated slag, when cleaning coated glass, glass granulated slag can wear coated surface, damage glass.Cause traditional double Round Edging Machines without
The glass of method grinding plated film, practicability are lower, it is therefore desirable to develop it is a kind of can the grinding glass of plated film grinding head device, ten
Divide important.
Utility model content
The purpose of the utility model is to overcome the above-mentioned prior art there are deficiency, and provide a kind of glass edging process
The pollution for eliminating sewage to glass surface can be synchronized, ground effect is good, a kind of single round edge mill of coated glass with long service life
The grinding head device of side machine.
What the purpose of this utility model was realized in.
A kind of grinding head device of single edge rounding machine of coated glass, including track base, slide, transmission component and bistrique group
Part, the grinding head assembly are arranged on slide, and slide is seated on track base, and transmission component drives slide to slide along track base, institute
Stating grinding head assembly includes emery wheel driving motor, emery wheel and protective cover, and the shaft position of emery wheel driving motor is arranged in the protective cover
It sets, emery wheel is placed in the emery wheel accommodating cavity of protective cover and connect with shaft, and the protective cover upper lumen is provided with for cooling mill
The cooling trough of wheel, cooling trough are provided with hole for water spraying, and the protective cover lower lumen is provided with for recycling sewage and grinding
The sewage collecting chamber of waste residue, the protective cover side wall are provided with convenient for the edging mouth of emery wheel grinding glass, and emery wheel outer wall is close to edging
Mouthful.The emery wheel is placed in the emery wheel accommodating cavity of protective cover, and emery wheel accommodating cavity top is provided with cold water reservoir, under emery wheel accommodating cavity
Portion is provided with sewage collecting chamber, and the cooling water of cooling trough sprays emery wheel by hole for water spraying, carries out cooling enhancing grinding to emery wheel
Effect extends wheel life, while sewage collecting chamber collects the sewage and waste residue that emery wheel grinding glass generates, and sewage is avoided to splash
It is mapped to glass surface, pollution of the water to glass surface is eliminated, realizes and coated glass is reprocessed, improves single edge rounding machine
Practicability.
The above technical solution can be further improved as follows.
As more specific scheme, the protective cover includes upper cover, connecting plate, lower cover and connection buckle, the connecting plate and
Connecting plate top is arranged in the connection of emery wheel driving motor, upper cover in a plug-in manner, and lower cover is hinged on connecting plate lower part, and upper cover is under
It is linked together between lid by connection buckle, upper cover cavity and lower cover cavity form emery wheel accommodating cavity.The lower cover is hinged on company
On fishplate bar, connection buckle is connected between the upper cover and lower cover, if user needs replacing emery wheel, when unlocking connection buckle, is overturn down
Lower cover enables upper cover and lower cover separate, and emery wheel is mounted in emery wheel accommodating cavity by user, and replacement emery wheel is faster.
As more specific scheme, the upper cover includes cover and bottom cover, and the bottom cover is provided with the cooling trough of annular,
Cooling trough bottom is arranged at intervals with multiple hole for water sprayings along its circumferencial direction, and the cover is connected with bottom cover, cover sealing cooling
Sink forms cooling-water duct, and the cooling-water duct inlet is provided with fast joint, and connecting plate corresponds to fast joint
Position is provided with spliced eye, and fast joint is inserted into spliced eye internal locking, realizes that upper cover is connected with connecting plate.The upper cover is with grafting
Mode is mounted on connecting plate, and when the blocking of the cooling trough of upper cover, user can directly take out upper cover and clean, operation letter
It is single.
As more specific scheme, the lower cover end is provided with the trunnion with axis hole, and connecting plate lower part is provided with axle sleeve,
Central spindle is provided between lower cover and connecting plate, the central spindle sequentially passes through trunnion and axle sleeve, and lower cover and connecting plate are hinged, and lower cover can
It is rotated centered on central spindle.
As more specific scheme, the lower cover cavity is sewage collecting chamber, and connecting plate corresponds to sewage collecting chamber position and opens
There is sewage connector, the sewage connector is connected to sewage collecting chamber.
As more specific scheme, the connection buckle includes the first fastener and the second fastener, and the first fastener setting exists
Upper cover side wall, the setting of the second fastener connect to form protection in lower cover side wall, the first fastener and the connection of the second fastener, upper cover and lower cover
Cover.
As more specific scheme, the cooling trough on the protective cover top is located at the sewage collecting chamber of protective cover lower part
In drop shadow spread.It is located in the drop shadow spread of sewage collecting chamber due to cooling trough, the cooling water sprinkling emery wheel of cooling trough produces
It is intracavitary that raw sewage falls sewage collecting, avoids sewage from falling and sets glass surface pollution glass, the protecting effect of protective cover is more preferably.
As more specific scheme, the feeding distance tune for adjusting grinding head assembly feeding distance is provided on the slide
Save component, and the height adjustment assembly for adjusting grinding head assembly height.Component and height are adjusted by setting feeding distance
Component is adjusted, user can control glass edge grinding thichness from main modulation grinding head assembly position.
As more specific scheme, there are two the grinding head assemblies, and each grinding head assembly structure is the same, first bistrique group
Part is roughing grinding head assembly, and second grinding head assembly is finishing grinding head assembly.
As more specific scheme, the track base includes support base and guide rail, and guide rail is arranged on support base, the biography
Dynamic component includes screw rod, screw drive motor and nut, and the screw rod setting is parallel with guide rail on support base, and nut is with screw thread
Connection type is nested on screw rod, and the slide is connected with nut, and slide follows nut to slide along the length direction of screw rod.
The beneficial effects of the utility model are as follows:
The utility model, the emery wheel are placed in the emery wheel accommodating cavity of protective cover, and emery wheel accommodating cavity top is provided with cold water
Sink, emery wheel accommodating cavity lower part are provided with sewage collecting chamber, and the cooling water of cooling trough sprays emery wheel by hole for water spraying, to emery wheel
Carry out cooling enhancing ground effect, extend wheel life, while sewage collecting chamber collect emery wheel grinding glass generate sewage with
And waste residue, it avoids sewage from being splashed to glass surface, eliminates pollution of the water to glass surface, realize and coated glass is reprocessed,
Improve the practicability of single edge rounding machine.
The utility model, the upper cover are mounted on connecting plate in a plug-in manner, when the blocking of the cooling trough of upper cover,
User can directly take out upper cover and clean, easy to operate, and the lower cover is hinged on connecting plate, the upper cover and lower cover
Between connection buckle connection, if user needs replacing emery wheel, when unlocking connection buckle, overturn lower cover down, upper cover and lower cover enabled to separate,
Emery wheel is mounted in emery wheel accommodating cavity by user, and replacement emery wheel is faster.
Detailed description of the invention
Fig. 1 is the grinding head device schematic diagram of single edge rounding machine of the utility model coated glass.
Fig. 2 is the grinding head assembly opening state schematic diagram of Fig. 1.
Fig. 3 is another angle opening state schematic diagram of grinding head assembly of Fig. 1.
Fig. 4 is grinding head assembly and separating device for water with dregs connection schematic diagram.
Fig. 5 is grinding head assembly diagrammatic cross-section.
Fig. 6 is grinding head assembly decomposition diagram.
Fig. 7 is single edge rounding machine perspective view of coated glass.
Fig. 8 is another angle perspective view of single edge rounding machine of coated glass.
Fig. 9 is single edge rounding machine schematic diagram of coated glass.
Figure 10 is the glass processing platform schematic diagram of single edge rounding machine of coated glass.
Figure 11 is the main view of Figure 10.
Figure 12 is the A-A cross-sectional view of Figure 11.
Figure 13 is the top view of Figure 10.
Figure 14 is the separating device for water with dregs schematic diagram of single edge rounding machine of coated glass.
Figure 15 is the separating device for water with dregs diagrammatic cross-section of single edge rounding machine of coated glass.
Figure 16 is the chilled water unit schematic diagram of single edge rounding machine of coated glass.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments.
Specific embodiment of the present utility model is described in detail to attached drawing 16 below in conjunction with attached drawing 1.It should be understood that
, it is practical new to be not limited to this specific embodiment described herein is merely to illustrate and explains the utility model
Type.
In conjunction with shown in Fig. 7 to Fig. 9, a kind of single edge rounding machine of coated glass, including glass processing platform 1, the glass
The inlet of glass processing platform 1 is provided with the glass input unit 11 for inputting glass, and the exit of glass processing platform 1 is set
It is equipped with the glass output device 12 for exporting glass, is provided on the glass processing platform 1 for elevating glass and shifting
The glass buffer conveyor device 2 of dynamic glass, the glass correcting device 3 for correcting glass curvature are put for adjusting glass
The glass position adjustment device 4 and the grinding head device 5 for processing glass, the grinding head device 5 of position are connected with for cooling down
The cooling device 6 of emery wheel and for recycle grinding waste residue and cooling wastewater pulp water collection device 7.
The glass input unit 11 includes carriage 111, roller bearing 112, glass size detection device 113 and roller bearing driving
Motor 114, the roller bearing 112 are arranged on carriage 111, and roller bearing driving motor 114 drives roller bearing 112 to rotate, the glass
Size detecting device 113 is arranged on carriage 111, and detection is placed in glass size on carriage 111 and control centre is set in conveying
8, the glass output device 12 is as 11 structure of glass input unit.
In conjunction with shown in Figure 10 to Figure 13, the glass processing platform 1 includes lathe 13, the glass buffer conveyor device 2
Including glass conveyer belt 21 and lifting cylinder 22, the glass conveyer belt 21 includes conveyer belt 211, synchronizing wheel 212 and electric rotating
Machine 213, the conveyer belt 211 are wound around in synchronizing wheel 212, and rotating electric machine 213 drives synchronizing wheel 212 to rotate, 212 band of synchronizing wheel
Dynamic conveyer belt 211 slides.Described 22 one end of lifting cylinder is fixed on lathe 13,22 other end of lifting cylinder up support glass
Conveyer belt 21, lifting cylinder 22 adjust the height of glass conveyer belt 21, realize that glass buffer conveyor device 2 is arranged with up-down mode
On lathe 13.
The glass correcting device 3 includes supporting plate 31, Suction cup assembly 32 and air pump 33, and the Suction cup assembly 32 is set respectively
It sets in the front side, centre and rear side of supporting plate 31, each Suction cup assembly 32 includes sucker lifting cylinder 321 and sucker 322, described
Sucker lifting cylinder 321 is arranged on supporting plate 31, and the telescopic rod of sucker lifting cylinder 321 stretches out connecting sucker 322, institute upward
It states sucker 322 and is built-in with tracheae 323, the air pump 33 is vacuum pump, and vacuum pump is arranged in 13 bottom of lathe, vacuum pump and tracheae
323 connections, vacuum pump sucks or unclamps glass by air-breathing or gas exhaust inspecting sucker 322, and is located on front side of supporting plate 31
Top be provided with the glass corrected board 34 with sucker installing port 341, positioned at the sucker of the Suction cup assembly 32 of the front side of supporting plate 31
322 are placed in sucker installing port 341, for sucking glass, enable glass be close to glass corrected board 34, correct glass radian.It is described
Supporting plate 31 is arranged on 13 surface of lathe, and supporting plate 31 and lathe are provided with rolling member 35 between 13 surface, and supporting plate 31 is seated at
13 surface of lathe, supporting plate 31 can arbitrarily be slided along 13 surface of lathe, realize that glass correcting device 3 is movably arranged on lathe 13
On.
The glass position adjustment device 4 includes glass back side edge positioning component 41, supporting plate back side edge crusherbull zone group
Part 42, the first draft cylinder 43, glass right edge positioning component 44, supporting plate right edge crusherbull zone component 45 and second stretch
Cylinder 46.
Crossbeam 131 is provided on rear side of the lathe 13, positioning component 41, supporting plate rear side crusherbull zone on rear side of the glass
Component 42 is arranged on crossbeam 131 with adjustable way, and the setting of the first draft cylinder 43 connects support on rear side of lathe 13
Plate 31, the first draft cylinder 43 drives supporting plate 31, and side is mobile backward, until touching on rear side of 31 back side edge of supporting plate collision supporting plate
Buffer Unit 42 is hit, glass back side edge is resisted against on rear side of glass on positioning component 41 at this time, to realize that glass back side edge positions.
The glass right edge positioning component 44 is adjustable to be arranged on crossbeam 131, supporting plate right edge crusherbull zone group
Part 45 is provided with 13 right side of lathe, and second draft cylinder 46, which is arranged on the right side of lathe 13, connects supporting plate 31, and second stretches
Cylinder 46 drives supporting plate 31 to turn right movement, until crusherbull zone component 45 on the right side of 31 right edge of supporting plate collision supporting plate,
Glass right edge is resisted against on glass right edge positioning component 44 at this time, to realize that glass right edge positions, after glass passes through
Side positioning and right edge positioning, complete glass position adjustment, and glass position adjusts simple.
In conjunction with shown in Fig. 1 to Fig. 6, the grinding head device 5 includes track base 51, slide 52, grinding head assembly 53 and transmission group
Part 54, the track base 51 are arranged on lathe 13 and are located above glass buffer conveyor device 2 and glass correcting device 3.
The track base 51 includes support base 511 and guide rail 512, and guide rail 512 is arranged on support base 511, and the transmission component 54 wraps
Screw rod 541, screw drive motor 542 and nut 543 are included, the setting of screw rod 541 is parallel with guide rail 512 on support base 511,
Nut 543 is threadedly coupled mode and is nested on screw rod 541, and the slide 52 and nut 543 connect, and slide 52 follows nut
543 slide along the length direction of screw rod 541, and the grinding head assembly 53 and slide 52 connect, and grinding head assembly 53 follows slide 52 dynamic
Work is slided along guide rail 512, and the feeding distance adjusting group for adjusting 53 feeding distance of grinding head assembly is provided on slide 52
Part 55, and the height adjustment assembly 56 for adjusting 53 height of grinding head assembly.
There are two the grinding head assemblies 53, and each 53 structure of grinding head assembly is the same, and first grinding head assembly 53 is roughing
Grinding head assembly 532, second grinding head assembly 53 are finishing grinding head assembly 531.The grinding head assembly 53 includes emery wheel driving electricity
5331 position of shaft of emery wheel driving motor 533, emery wheel 534 is arranged in machine 533, emery wheel 534 and protective cover 9, the protective cover 9
It is placed in the emery wheel accommodating cavity 96 of protective cover 9 and is connect with shaft 5331.
The protective cover 9 includes upper cover 91, connecting plate 92, lower cover 93 and connection buckle 94, and the connecting plate 92 and emery wheel drive
Dynamic motor 533 connects.The upper cover 91 includes cover 911 and bottom cover 912, and the bottom cover 912 is provided with the cooling trough of annular
913,913 bottom of cooling trough is arranged at intervals with multiple hole for water sprayings 914 along its circumferencial direction, and the cover 911 and bottom cover 912 connect
It connects, cover 911 seals cooling trough 913 and forms cooling-water duct 915, and 915 inlet of cooling-water duct is provided with quickly
Connection-peg 95, corresponding 95 position of fast joint of connecting plate 92 are provided with spliced eye 921, and fast joint 95 is inserted into spliced eye 921
Internal locking realizes that upper cover 91 and connecting plate 92 connect.
93 end of lower cover is provided with the trunnion 931 with axis hole 9311, and 92 lower part of connecting plate is provided with axle sleeve 922, under
Central spindle 97 is provided between lid 93 and connecting plate 92, the central spindle 97 sequentially passes through trunnion 931 and axle sleeve 922, lower cover 93 and company
Fishplate bar 92 is hinged, and lower cover 93 can rotate centered on central spindle 97.93 inner cavity of lower cover is sewage collecting chamber 932,93 side of lower cover
Wall is provided with edging mouth 933, and edging mouth 933 is connected to sewage collecting chamber 932, corresponding 932 position of sewage collecting chamber of the connecting plate 92
It is provided with sewage connector 923, the sewage connector 923 is connected to sewage collecting chamber 932.
The connection buckle 94 includes the first fastener 941 and the second fastener 942, and first fastener 941 is arranged in upper cover 91
Side wall, the setting of the second fastener 942 is in 93 side wall of lower cover, the first fastener 941 and the connection of the second fastener 942, upper cover 91 and lower cover 93
Connection forms protective cover 9, and 91 inner cavity of upper cover connects to form emery wheel accommodating cavity 96 with 93 inner cavity of lower cover, and the cooling water of upper cover 91
Slot 913 is located in the drop shadow spread of the sewage collecting chamber 932 of lower cover 93.
In conjunction with shown in Figure 14 to Figure 15, the pulp water collection device 7 includes steam knockout drum 71, high pressure blower 72, draws water
Device 73, blowdown tank 74, blowdown water level monitor 75 and mounting 76, the water plug 73 include transfer water tank 77 and suction pump
78。
The steam knockout drum 71 includes separation lid 711, separation tank body 712 and assembly and connection button 713, described group of load
Buckle 713 includes the first assembly and connection button 7131 and the second assembly and connection button 7132, and the first assembly and connection button 7131 is arranged
In separation 711 side wall of lid, the setting of the second assembly and connection button 7132 is in separation 712 side wall of tank body, the first assembly and connection button 7131
With the second assembly and connection button 7132 mutually buckle, separation lid 711 seals with tank body 712 is separated, realizes separation lid 711 and divide
From 712 dismantling connection of tank body.The steam knockout drum 71 is placed on mounting 76, and steam knockout drum 71 is provided with connection steam separation
Gas discharge outlet 714, outlet of sewer 715 and the sewage inlet 716 of 71 inner cavity of tank, 71 inner cavity of steam knockout drum are provided with exhaust gas
Filter screen 717.
The transfer water tank 77 includes that lid 771, cabinet 772 and installation connection buckle 773, the installation connection buckle 773 wrap
The first installing tache 777 and the second installing tache 778 are included, first installing tache 777 is arranged in 771 side wall of lid, the second installing tache
In 772 side wall of cabinet, the first installing tache 777 and the second installing tache 778 mutually buckle, lid 771 and cabinet 772 are close for 778 settings
Envelope realizes that lid 771 and 772 dismantling connection of cabinet, the transfer water tank 77 are provided with sewage connector 774 and pump mouth 775.
The sewage collecting chamber 932 of the 716 connective protection lid 9 of sewage inlet of the steam knockout drum 71, steam knockout drum 71
Outlet of sewer 715 be connected to the sewage connector 774 of transfer water tank 77, the gas discharge outlet 714 of steam knockout drum 71 is connected to height
Pressure fan 72.The pump mouth 775 of 78 one end of suction pump connection transfer water tank 77,78 other end of suction pump are connected to blowdown tank
74, the blowdown water level monitor 75 is liquid level sensor, and blowdown water level monitor 75 is arranged in blowdown tank 74, blowdown water level
The timely sewage effluent of water level situation of the monitoring sewage of monitor 75.
The steam knockout drum 71 is connected to sewage collecting chamber 932, and high pressure blower 72 generates powerful suction, and grinding glass generates
Exhaust gas, sewage by actively sucking set in steam knockout drum 71, exhaust gas after exhaust gas filter screen 717, formed uncontaminated gases, nothing
Polluted gas is actively extracted out the external world by high pressure blower 72, and the sewage of transfer water tank 77 is actively pumped into blowdown tank 74 by suction pump 78
It is interior, sewage precipitation process in blowdown tank 74, when blowdown water level monitor 75 monitors that sewage reaches preset height of water level,
Sewage is automatically drained out the processing of extraneous or apparatus for treating sewage along blowdown tank 74, is not necessarily to manual cleaning, simplifies manpower, improves single circle mill
The degree of automation of side machine.
In conjunction with shown in Figure 16, the cooling device 6 includes water tank 61, water inlet pipe 62 and water pump 63, and the water pump 63 is connected to
Water tank 61 and water inlet pipe 62, water inlet pipe 62 and fast joint 95 connect, and water pump 63 extracts the water of water tank 61 out, and water is along water inlet pipe
62 flow into cooling trough 913 through fast joint 95, most spray afterwards through hole for water spraying 914 and shine emery wheel 534, realize that emery wheel 534 cools down.
A kind of edging technique of coated glass:
A: glass input unit 11 acts: the glass that glass is delivered to glass processing platform 1 by glass input unit 11 is defeated
It send and takes and measure the dimension data of glass to control centre 8；
B: glass buffer conveyor device 2 acts: glass is lifted in the rising of glass conveyer belt 21, and movable glass to glass, which is corrected, to be filled
3 tops are set, glass conveyer belt 21 declines, and glass is seated on glass correcting device 3；
C: glass correcting device 3 acts: the telescopic rod of sucker lifting cylinder 321 up pushes sucker 322, forces sucker
322 contact glass surfaces, then air pump 33 generates negative pressure sucker 322 and sucks glass, and the telescopic rod of sucker lifting cylinder 321 is down
It shrinks, sucker 322 pulls glass that glass is enabled to be deformed, to correct the curvature of glass；
D: glass position adjusts device 4 and acts: the first draft cylinder 43 that glass position adjusts device 4 pulls supporting plate 31
Side is mobile backward, and the back side edge of supporting plate 31 collides supporting plate back side edge crusherbull zone component 42, and glass back side edge is resisted against glass
On glass back side edge positioning component 41, the alignment of glass back side edge is completed；The second draft cylinder 46 that glass position adjusts device 4 pulls
Supporting plate 31 is turned right movement, and the right edge of supporting plate 31 collides supporting plate right edge crusherbull zone component 45, glass right edge
It is resisted against on glass right edge positioning component 44, completes the alignment of glass right edge, the glass is aligned by two sides, realizes glass
Glass positioning alignment；
E: grinding head device 5 acts: control centre 8 adjusts the grinding parameter of grinding head device 5,532 edge of roughing grinding head assembly
Track base 51 slides, and roughing grinding head assembly 532 carries out preliminary grinding to glass side, finishes 531 edge of grinding head assembly
Track base 51 slides, and finishing grinding head assembly 531 is processed glass side fine grinding and is ground to the chamfering position of glass；
F: cooling device movement 6: cooling device 6 follows grinding head device 5 to act, and cooling water is inputted and protected by cooling device 6
It covers in the cooling trough 913 of 9 upper lumens, cooling water is sprayed along the hole for water spraying 914 of cooling trough 913 reduces by 534 temperature of emery wheel；
G: pulp water collection device 7 acts: emery wheel 534 is ground the sewage that glass generates and exhaust gas flows into 9 lower part of protective cover
It is pumped into steam knockout drum 71 in the sewage collecting chamber 9 of inner cavity by high pressure blower, exhaust gas extracts the external world, sewage out along high pressure blower 72
It flows into transfer water tank 77, suction pump 78 extracts the sewage discharge in transfer water tank 77 to blowdown tank 74 and precipitates, blowdown water level prison
The sewage level height for surveying the monitoring blowdown tank 74 of device 75 drains sewage in blowdown tank 74 in time；
H: glass correcting device 3 acts again: gas is blown to 322 position of sucker by tracheae 323 by air pump 33, is realized and is inhaled
Disk 322 and glass unclamp, and then the telescopic rod of sucker lifting cylinder 321 is shunk down, and sucker 322 and glass are kept completely separate；
I: glass buffer conveyor device 2 acts again: glass is lifted in the rising of glass conveyer belt 21, and movable glass is defeated to glass
Glass is discharged or is delivered to subsequent processing by device 12 out, glass output device 12.
J: grinding head device 5 acts: roughing grinding head assembly 532, finishing grinding head assembly 531 slide reset along track base 51
To initial position, prepare for processing glass next time.
Claims (10)
1. a kind of grinding head device of single edge rounding machine of coated glass, including track base (51), slide (52), transmission component
(54) it is arranged on slide (52) with grinding head assembly (53), the grinding head assembly (53), slide (52) is seated on track base (51),
Transmission component (54) drives slide (52) to slide along track base (51), and the grinding head assembly (53) includes emery wheel driving motor
(533), emery wheel (534) and protective cover (9), it is characterised in that: the protective cover (9) is arranged in emery wheel driving motor (533)
Shaft (5331) position, emery wheel (534) is placed in the emery wheel accommodating cavity (96) of protective cover (9) and connect with shaft (5331), described
Protective cover (9) upper lumen is provided with the cooling trough (913) for cooling down emery wheel (534), and cooling trough (913) is provided with water spray
Hole (914), protective cover (9) lower lumen are provided with for recycling sewage and being ground the sewage collecting chamber (932) of waste residue,
Protective cover (9) side wall is provided with convenient for the edging mouth (933) of emery wheel grinding glass, and emery wheel (534) outer wall is close to edging mouth
(933).
2. the grinding head device of single edge rounding machine of coated glass according to claim 1, it is characterised in that: the protective cover
It (9) include upper cover (91), connecting plate (92), lower cover (93) and connection buckle (94), the connecting plate (92) and emery wheel driving motor
(533) it connects, connecting plate (92) top is arranged in upper cover (91) in a plug-in manner, and lower cover (93) is hinged under connecting plate (92)
Portion is linked together between upper cover (91) and lower cover (93) by connection buckle (94), upper cover (91) inner cavity and lower cover (93) inner cavity
It is formed emery wheel accommodating cavity (96).
3. the grinding head device of single edge rounding machine of coated glass according to claim 2, it is characterised in that: the upper cover
It (91) include cover (911) and bottom cover (912), the bottom cover (912) is provided with the cooling trough (913) of annular, cooling trough
(913) bottom is arranged at intervals with multiple hole for water sprayings (914) along its circumferencial direction, the cover (911) and bottom cover (912) connection,
Cover (911) seals cooling trough (913) and forms cooling-water duct (915), and cooling-water duct (915) inlet is provided with
Fast joint (95), corresponding fast joint (95) position of connecting plate (92) are provided with spliced eye (921), fast joint (95)
It is inserted into spliced eye (921) internal locking, realizes upper cover (91) and connecting plate (92) connection.
4. the grinding head device of single edge rounding machine of coated glass according to claim 2, it is characterised in that: the lower cover
(93) end is provided with the trunnion (931) with axis hole (9311), and connecting plate (92) lower part is provided with axle sleeve (922), lower cover (93)
It is provided between connecting plate (92) central spindle (97), the central spindle (97) sequentially passes through trunnion (931) and axle sleeve (922), lower cover
(93) and connecting plate (92) hingedly, lower cover (93) can rotate centered on central spindle (97).
5. the grinding head device of single edge rounding machine of coated glass according to claim 4, it is characterised in that: the lower cover
(93) inner cavity is sewage collecting chamber (932), and corresponding sewage collecting chamber (932) position of connecting plate (92) is provided with sewage connector
(923), the sewage connector (923) is connected to sewage collecting chamber (932).
6. the grinding head device of single edge rounding machine of coated glass according to claim 2, it is characterised in that: the connection buckle
It (94) include the first fastener (941) and the second fastener (942), first fastener (941) is arranged in upper cover (91) side wall, and second
Fastener (942) setting is in lower cover (93) side wall, the first fastener (941) and the second fastener (942) connection, upper cover (91) and lower cover
(93) connection forms protective cover (9).
7. the grinding head device of single edge rounding machine of coated glass according to claim 1, it is characterised in that: the protective cover
(9) cooling trough (913) on top is located in the drop shadow spread of the sewage collecting chamber (932) of protective cover (9) lower part.
8. the grinding head device of single edge rounding machine of coated glass according to claim 1, it is characterised in that: the slide
(52) it is provided with the feeding distance for adjusting grinding head assembly (53) feeding distance on and adjusts component (55), and for adjusting mill
The height adjustment assembly (56) of head assembly (53) height.
9. the grinding head device of single edge rounding machine of coated glass according to claim 7, it is characterised in that: the bistrique group
There are two parts (53), and each grinding head assembly (53) structure is the same, and first grinding head assembly (53) is roughing grinding head assembly
(532), second grinding head assembly (53) is finishing grinding head assembly (531).
10. the grinding head device of single edge rounding machine of coated glass according to claim 1, it is characterised in that: the guide rail
Seat (51) includes support base (511) and guide rail (512), and guide rail (512) is arranged on support base (511), the transmission component
It (54) include screw rod (541), screw drive motor (542) and nut (543), the screw rod (541) is arranged in support base (511)
Upper parallel with guide rail (512), nut (543) mode of being threadedly coupled is nested on screw rod (541), the slide (52) and nut
(543) it connects, slide (52) follows nut (543) to slide along the length direction of screw rod (541).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820528510.XU CN208323058U (en) | 2018-04-14 | 2018-04-14 | The grinding head device of single edge rounding machine of coated glass |
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| CN201820528510.XU CN208323058U (en) | 2018-04-14 | 2018-04-14 | The grinding head device of single edge rounding machine of coated glass |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108372463A (en) * | 2018-04-14 | 2018-08-07 | 佛山市顺德区高力威机械有限公司 | The grinding head device of single edge rounding machine of coated glass |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108372463A (en) * | 2018-04-14 | 2018-08-07 | 佛山市顺德区高力威机械有限公司 | The grinding head device of single edge rounding machine of coated glass |
| CN108372463B (en) * | 2018-04-14 | 2024-04-05 | 广东高力威机械科技有限公司 | Grinding head device of single round edge grinding machine for coated glass |
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Address after: 528300, No. 11, Cheng Cheng Road, Daliang street, Shunde District, Guangdong, Foshan Patentee after: Guangdong Gaoliwei Machinery Technology Co., Ltd. Address before: 528300, No. 11, Cheng Cheng Road, Daliang street, Shunde District, Guangdong, Foshan Patentee before: Foshan City Shunde District Golive Machinery Co., Ltd. |