CN201278884Y - Automatic machine for processing decoration - Google Patents
Automatic machine for processing decoration Download PDFInfo
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- CN201278884Y CN201278884Y CNU2008201648219U CN200820164821U CN201278884Y CN 201278884 Y CN201278884 Y CN 201278884Y CN U2008201648219 U CNU2008201648219 U CN U2008201648219U CN 200820164821 U CN200820164821 U CN 200820164821U CN 201278884 Y CN201278884 Y CN 201278884Y
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- pearl
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- polishing
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Abstract
The utility model relates to an automatic machine for processing ornaments, which comprises a machine base, a plurality of groups of machine head assemblies, a mainshaft turntable assembly, a bead assembling assembly, at least one group of grinding assemblies, at least one group of polishing assemblies, bead disassembling assemblies, positioning assemblies and a plurality of special stationary fixtures, wherein, the special stationary fixtures are fixed on each machine head assembly; and heating devices are arranged at the positions of the bead assembling assemblies and the bead disassembling assemblies.
Description
Technical field
The utility model relates to the device of processing a kind of ornaments, and the demifacet during particularly processed glass water bores bores.
Background technology
It is to pass through machining process that general process water is bored, the blank pearl is processed shape on plant equipment, concrete order is as follows: heating special fixture anchor clamps pin, melt adhesive powder, with the blank pearl be bonded on the anchor clamps pin, with special fixture be fixed on the machine, grinding and polish out required form; Its operation is last blank pearl, grinding black skin, polishing black skin, is processed the semi-finished product of demifacet; Then by switching, utilize bonding rubber powder switching on the anchor clamps pin of another special fixture the demifacet of having processed, expose unprocessed half black skin, grinding go out later half black skin, again polish out later half black skin, obtain finished product, unload finished product by heating then; In order to enhance productivity, also can process blank pearl demifacet shape earlier in the actual production, demifacet is in all the other machinings in addition; We have applied for patent: 2,007,101,567,211 1 kinds of automatic grinding and polishing machines of processing ornaments, can realize the whole or demifacet processing that water bores, but there is certain problem, promptly when process water is bored, in order to make grinding and polishing dish uniform loss, need to realize grinding and polishing dish uniform loss by the reciprocating motion of head, because its work under bad environment, reciprocating apparatus needs waterproof, anti-blank particulate, anti-mill and the powder of dumping to enter, because dust hardness is very high, influence the precision and the life-span of reciprocating apparatus motion, directly influence the effect of its practical applications.
Summary of the invention
We have designed a kind of novel grinding and polishing apparatus, number of patent application: 200820083365.5, this grinding and polishing apparatus not only plays the grinding and polishing effect, can play simultaneously the effect of grinding and polishing dish uniform loss, utilize this kind grinding and polishing apparatus, can adapt to the abominable working environment in the actual production fully, and can simplify machine construction, improve the machine reliability; Therefore we utilize the novel grinding and polishing apparatus of this kind, propose a kind of ornaments demifacet of realizing and bore the structure of automatic grinding and polishing.
The technical scheme that the utility model adopted is:
A kind of automaton of processing ornaments, comprise nose assembly, main shaft rotary disc assembly before support, the many groups, go up the pearl assembly, at least one group of grinding subassembly, at least one group of polishing assembly, remove pearl assembly, positioning component, gluing assembly, also have a plurality of dedicated fixed anchor clamps, control section, heater; It is characterized in that: the nose assembly five equilibrium is located on the main shaft rotary disc assembly before many groups, be equipped with pearl assembly, at least one group of grinding subassembly, at least one group of polishing assembly along the main shaft rotary disc assembly outside successively, remove the pearl assembly, all be fixed with dedicated fixed anchor clamps on each nose assembly; Last pearl position, go to the pearl position that heater all is housed; Be provided with the gluing assembly in last pearl position.
The layout of machine can be finished successively from last pearl, grinding black skin, polishing black skin, the automatic circulation of the whole process of pearl down, and whole heads can be worked simultaneously like this.
The turning joint piece is arranged in the nose assembly, and the turning joint piece is connected with the headstock hinge by rotating shaft; Be fixed with the dedicated fixed anchor clamps on the turning joint piece, executive item drives the turning joint piece and rotates, and can form dedicated fixed clip vertical position, dedicated fixed anchor clamps grinding and polishing angle position, dedicated fixed anchor clamps home position respectively; When promptly going up pearl and upward bonding rubber powder, the dedicated fixed anchor clamps are in vertical position; During the grinding and polishing ornaments, the dedicated fixed anchor clamps are in the grinding and polishing angle position; During the main shaft dial rotation, special fixture is in the home position.
Stepper motor also is housed on the turning joint piece, is connected with worm screw in the dedicated fixed anchor clamps, can realize the processing of ornaments in the multiaspect of a grinding and polishing angle position by transmission.
Executive item in the nose assembly can be a cylinder, be connected with the turning joint piece by oscillating bearing, tail cylinder is connected with the headstock hinge, spacing cylinder and gag lever post are housed on the headstock, micrometer adjusting screw is arranged on the gag lever post, on the turning joint piece limited block is set, limited block quantity is with the spacing number of positions correspondence of gag lever post; Executive item also can be a stepper motor, is processed with worm-gear toothing again on the turning joint piece, and stepper motor is by the transmission of worm and wheel tooth; Two kinds of methods all can realize the processing of a plurality of grinding and polishing angles of ornaments, satisfy the needs of dedicated fixed anchor clamps in the different operating state variation of different operating position simultaneously; When executive item was cylinder, spacing cylinder is minimum to be one, and a spacing position is arranged, and a grinding and polishing angle is promptly arranged; Spacing cylinder mostly is two double stroke cylinders most, and four spacing positions are then arranged, and four grinding and polishing angles are promptly arranged; Can process end face when adding the special fixture upright position, so processing ornaments angle can change between one to five; When executive item is stepper motor, drives the turning joint piece by leading screw and rotate, the grinding and polishing angle changes between 0～90 °, and the grinding and polishing this moment angle number of plies can be any amount.
Last pearl assembly has last pearl cylinder piston rod to connect upward pearl plate, and last pearl bar is arranged on the last pearl plate, and last pearl pin is arranged in the last pearl bar, guide pillar guide pin bushing guiding; Last pearl pin position and quantity are corresponding with dedicated fixed anchor clamps pin; When going up the pearl pin in the last pearl assembly and not rising, last pearl pin fills with the blank pearl in the magazine in magazine, and like this, during last pearl pin lifting position, last pearl pin heads into blank pearl in the magazine in the dedicated fixed anchor clamps pin.
Grinding subassembly, polishing assembly comprise eccentric grinding and polishing sector, transmission mechanism, elevating mechanism, eccentric grinding and polishing sector has fixed bearing block to be connected with the movable axis bearing by bearing, the movable axis bearing is connected with the grinding and polishing axle by bearing, and mill (dumping) is fixed on the grinding and polishing axle; Have the grinding and polishing motor shaft to be connected with the grinding and polishing axle by double universal coupling in the transmission mechanism, the grinding and polishing upper gear of motor shaft cogs by lifting tube middle gear bar and is fixed on gear ring formative gear transmission on the movable axis bearing; Elevating mechanism has stepper motor to be connected with elevating lever by lead screw transmission, and elevating lever is connected with lifting tube, and lifting tube and grinding and polishing seat are slidingly matched; Movable axis bearing middle (center) bearing hole relative movable axis bearing cylindrical is eccentric, and gear ring fixing on the movable axis bearing is concentric with the movable axis bearing.
Like this, utilize the grinding and polishing motor to give the grinding and polishing axle, form the grinding and polishing campaign by the double universal coupling transferring power; The grinding and polishing motor is given the movable axis bearing by gear drive, because movable axis bearing middle (center) bearing sky is eccentric, when the grinding and polishing axle rotated, the movable axis bearing was also rotated, and just forms moving of grinding and polishing dish, has realized the uniform loss of grinding and polishing dish like this; The lifting of grinding and polishing dish is to compensate grinding and polishing adjustment debit consumption automatically on the one hand, also is simultaneously the variation of height when being used for a plurality of grinding and polishing angle.
Go the pearl assembly that round brush mechanism and pearl box travel mechanism are arranged, round brush mechanism has the round brush motor to be connected with the round brush upper sprocket wheel by sprocket wheel, and round brush is connected with the round brush seat by bearing, and round brush is positioned within the pearl box; Pearl box travel mechanism has mobile cylinder piston rod to be connected with sliding panel by oscillating bearing, and sliding panel is fixed on the guide rail slide block, the guide rail guiding, and round brush mechanism is fixed on the sliding panel.
In last pearl position the gluing assembly is arranged, because each need of work is wipeed rubber powder off, so the lacquer disk(-sc) rotating mechanism is arranged, have lacquer disk(-sc) to be fixed on the lacquer disk(-sc) turning cylinder in the lacquer disk(-sc) rotating mechanism, the lacquer disk(-sc) motor cogs and the transmission that cogs of lacquer disk(-sc) turning cylinder, and glue scraping plate is arranged on the lacquer disk(-sc); Because on the nose assembly fixedly special fixture fix, so the lacquer disk(-sc) elevating mechanism is arranged, there is lift cylinder to be fixed on the sliding panel in the lacquer disk(-sc) elevating mechanism, be connected with lifter plate by piston rod, guide pillar guide pin bushing guiding, the lacquer disk(-sc) rotating mechanism is installed on lifter plate blocking cement travel mechanism; Because gluing assembly and last pearl assembly are in same position work, so need lacquer disk(-sc) travel mechanism to move, the support upper cylinder is connected with sliding panel by oscillating bearing, and sliding panel is fixedlyed connected with slide block, moves by the guide rail guiding.
The scheme of machine location is that five equilibrium is processed with the V-arrangement locating slot on the rotating disk of main shaft rotary disc assembly, and V-shaped groove quantity is identical with head quantity; Positioning component is equipped with in the main shaft rotating disk outside, and positioning cylinder is connected with backstay by oscillating bearing, and backstay and positioning seat are slidingly matched; The backstay front end has evagination V-arrangement projection, and the V-arrangement locating slot coincide on shape and the rotating disk.
The ornaments kind is a lot, and the grinding and polishing angle can change, and the grinding and polishing number of angles also can change, and also can change at each grinding and polishing angle grinding and polishing face number, all can realize by such scheme.
Description of drawings
Fig. 1 is a kind of automaton embodiment front view of processing ornaments of the utility model
Fig. 2 processes the automaton embodiment axle of ornaments and surveys view for the utility model is a kind of
Fig. 3 is a kind of automaton nose assembly schematic diagram of processing ornaments of the utility model
Pearl assembly schematic diagram on the automaton that Fig. 4 processes ornaments for the utility model is a kind of
Fig. 5 is a kind of automaton grinding and polishing assembly schematic diagram of processing ornaments of the utility model
Fig. 6 removes pearl assembly schematic diagram for a kind of automaton of processing ornaments of the utility model
Fig. 7 is a kind of automaton gluing assembly schematic diagram of processing ornaments of the utility model
Fig. 8 processes the automaton location schematic diagram of ornaments for the utility model is a kind of
Fig. 9 is many grinding and polishings of the utility model angle nose assembly schematic diagram
Figure 10 gives an example one for the utility model processing ornaments shape
Figure 11 gives an example two for the utility model processing ornaments shape
The figure number explanation
1 ... support 2 ... nose assembly 3 ... the main shaft rotary disc assembly
4 ... last pearl assembly 5 ... grinding subassembly 6 ... polishing assembly
7 ... remove pearl assembly 8 ... positioning component 9 ... the gluing assembly
10 ... dedicated fixed anchor clamps 11 ... control section
2-1 ... turning joint piece 2-2 ... rotating shaft 2-3 ... headstock
2-4 ... cylinder 2-5 ... oscillating bearing 2-6 ... spacing cylinder
2-7 ... gag lever post 2-8 ... micrometer adjusting screw 2-9 ... limited block
2-10 ... stepper motor 2-11 ... chain gear transmission 2-12 ... gear drive
2-21 ... turning joint piece 2-22 ... worm screw 2-23 ... stepper motor
3-1 ... main shaft rotating disk 3-2 ... the V-arrangement locating slot
4-1 ... last pearl cylinder 4-2 ... last pearl plate 4-3 ... last pearl bar
4-4 ... last pearl pin 4-5 ... guide pillar guide pin bushing 4-6 ... magazine
5-1 ... eccentric grinding and polishing sector 5-2 ... transmission mechanism 5-3 ... elevating mechanism
5-1-1 ... fixed bearing block 5-1-2 ... movable axis bearing 5-1-3 ... the grinding and polishing axle
5-1-4 ... mill 5-1-5 ... lifting tube
5-2-1 ... grinding and polishing motor 5-2-2 ... double universal coupling 5-2-3 ... motor gear
5-2-4 ... lower gear 5-2-5 ... rack 5-2-6 ... gear ring
5-3-1 ... stepper motor 5-3-2 ... the 5-3-3 of band transmission synchronously ... lead screw transmission
5-3-4 ... elevating lever 5-3-5 ... the grinding and polishing seat
6-1 ... dump
7-1 ... the 7-2 of round brush mechanism ... pearl box travel mechanism
7-1-1 ... round brush motor 7-1-2 ... chain gear transmission 7-1-3 ... round brush
7-1-4 ... round brush seat 7-1-5 ... remove the pearl box
7-2-1 ... mobile cylinder 7-2-2 ... oscillating bearing 7-2-3 ... sliding panel
7-2-4 ... guide rail slide block 7-2-5 ... guide rail
8-1 ... positioning cylinder 8-2 ... oscillating bearing 8-3 ... backstay
8-4 ... positioning seat 8-5 ... the V-type projection
9-1 ... lacquer disk(-sc) rotating mechanism 9-2 ... lacquer disk(-sc) elevating mechanism 9-3 ... lacquer disk(-sc) travel mechanism
9-1-1 ... lacquer disk(-sc) 9-1-2 ... lacquer disk(-sc) turning cylinder 9-1-3 ... the lacquer disk(-sc) motor
9-1-4 ... motor gear 9-1-5 ... gear 9-1-6 ... glue scraping plate
9-2-1 ... lift cylinder 9-2-2 ... sliding panel 9-2-3 ... lifter plate
9-2-4 ... the guide pillar guide pin bushing
9-3-1 ... cylinder 9-3-2 ... oscillating bearing 9-3-3 ... slide block
9-3-4 ... guide rail
The specific embodiment
Below in conjunction with accompanying drawing automatic glass water-drill grinding and polishing machine of the present utility model is described in further detail.
Referring to Fig. 1, Fig. 2, a kind of automaton of processing ornaments, comprise support (1), four groups of nose assemblies (2), main shaft rotary disc assembly (3), go up pearl assembly (4), one group of grinding subassembly (5), one group of polishing assembly (6), remove pearl assembly (7), positioning component (8), gluing assembly (9), also have four dedicated fixed anchor clamps (10), control section (11), heater; Nose assembly (2) five equilibrium is located on the main shaft rotary disc assembly (3) before four groups, be equipped with pearl assembly (4), one group of grinding subassembly (5), one group of polishing assembly (6) successively, remove pearl assembly (7) along the main shaft rotary disc assembly outside, all be fixed with dedicated fixed anchor clamps (10) on four nose assemblies (2); Last pearl position, go to the pearl position that heater all is housed; Be provided with gluing assembly (9) in last pearl position.
See Fig. 3, turning joint piece (2-1) is arranged in the nose assembly (2), turning joint piece (2-1) is connected with headstock (2-3) hinge by rotating shaft (2-2), cylinder (2-4) is connected with turning joint piece (2-1) by oscillating bearing (2-5), cylinder (2-4) afterbody is connected with headstock (2-3) hinge, is fixed with dedicated fixed anchor clamps (10) on the turning joint piece (2-1); Spacing cylinder (2-6) and gag lever post (2-7) are housed on the headstock (2-3), micrometer adjusting screw (2-8) is arranged on the gag lever post (2-7), turning joint piece (2-1) is provided with a limited block (2-9), can form dedicated fixed anchor clamps (10) upright position, dedicated fixed anchor clamps (10) grinding and polishing angle position, dedicated fixed anchor clamps (10) home position respectively; Stepper motor (2-10) also is housed on the turning joint piece (2-1), is connected with worm screw (10-1) in the dedicated fixed anchor clamps (10), rotate thereby drive stationary fixture pin (10-2) by chain gear transmission (2-11), gear drive (2-12).
Referring to Fig. 3, Fig. 4, last pearl assembly (4) has last pearl cylinder (4-1) piston rod to connect upward pearl plate (4-2), and last pearl bar (4-3) is arranged on the last pearl plate (4-2), and last pearl pin (4-4) is arranged in the last pearl bar (4-3), guide pillar guide pin bushing (4-5) guiding; Last pearl pin (4-4) is not when rising, and last pearl pin fills with the blank pearl in the magazine in magazine (4-6), and during last pearl pin (4-4) lifting position, last pearl pin heads into blank pearl in the magazine in the dedicated fixed anchor clamps pin (10-2).
See Fig. 5, grinding subassembly (5), polishing assembly (6) comprise eccentric grinding and polishing sector (5-1), transmission mechanism (5-2), elevating mechanism (5-3), eccentric grinding and polishing sector (5-1) has fixed bearing block (5-1-1) to be connected with movable axis bearing (5-1-2) by bearing, movable axis bearing (5-1-2) is connected with grinding and polishing axle (5-1-3) by bearing, mill (5-1-4) or dump (6-1) are fixed on the grinding and polishing axle (5-1-3), and fixed bearing block is connected with lifting tube (5-1-5); Have grinding and polishing motor (5-2-1) motor shaft to be connected with grinding and polishing axle (5-1-3) by double universal coupling (5-2-2) in the transmission mechanism (5-2), grinding and polishing upper gear of motor shaft (5-2-3) by lifting tube (5-1-5) middle gear bar cog (5-2-4), rack (5-2-5) and be fixed on gear ring (5-2-6) formative gear transmission on the movable axis bearing (5-1-2); Elevating mechanism (5-3) has stepper motor (5-3-1) to be connected with elevating lever (5-3-4) by band transmission (5-3-2) synchronously, lead screw transmission (5-3-3), elevating lever (5-3-4) is connected with lifting tube (5-1-5), and lifting tube (5-1-5) is slidingly matched with grinding and polishing seat (5-3-5).
See Fig. 6, go pearl assembly (7) that round brush mechanism (7-1) and pearl box travel mechanism (7-2) are arranged, round brush mechanism (7-1) has round brush motor (7-1-1) to be connected with round brush (7-1-3) by chain gear transmission (7-1-2), round brush (7-1-3) is connected with round brush seat (7-1-4) by bearing, and round brush (7-1-3) is positioned within the pearl box (7-1-5); Pearl box travel mechanism (7-2) has mobile cylinder (7-2-1) piston rod to be connected with sliding panel (7-2-3) by oscillating bearing (7-2-2), sliding panel (7-2-3) is fixed on the guide rail slide block (7-2-4), guide rail (7-2-5) guiding, round brush mechanism (7-1) is fixed on the sliding panel (7-2-3).
Referring to Fig. 1, Fig. 7, in last pearl position gluing assembly (9) is arranged, comprise lacquer disk(-sc) rotating mechanism (9-1), lacquer disk(-sc) elevating mechanism (9-2), lacquer disk(-sc) travel mechanism (9-3); There is lacquer disk(-sc) (9-1-1) to be fixed on the lacquer disk(-sc) turning cylinder (9-1-2) in the lacquer disk(-sc) rotating mechanism (9-1), lacquer disk(-sc) motor (9-1-3) by gear (9-1-4) and lacquer disk(-sc) turning cylinder (9-1-2) cog (9-1-5) drive transmission, there is glue scraping plate (9-1-6) lacquer disk(-sc) (9-1-1) top; There is lift cylinder (9-2-1) to be fixed on the sliding panel (9-2-2) in the lacquer disk(-sc) elevating mechanism (9-2), lift cylinder (9-2-1) is connected with lifter plate (9-2-3) by piston rod, guide pillar guide pin bushing (9-2-4) guiding, lacquer disk(-sc) rotating mechanism (9-1) is installed on the lifter plate (9-2-3); Have cylinder (9-3-1) to be connected with sliding panel (9-2-2) by oscillating bearing (9-3-2) in the lacquer disk(-sc) travel mechanism (9-3), sliding panel (9-2-2) is fixedlyed connected with slide block (9-3-3), moves by guide rail (9-3-4) guiding.
Referring to Fig. 8, last four the V-arrangement locating slots of rotating disk (3-1) (3-2) of main shaft rotary disc assembly (3), in main shaft rotary disc assembly (3) outside positioning component (8) is housed, positioning cylinder (8-1) is connected with backstay (8-3) by oscillating bearing (8-2), and backstay (8-3) is slidingly matched with positioning seat (8-4); Backstay (8-3) front end has V-arrangement projection (8-5), and shape and rotating disk (3-1) are gone up V-arrangement locating slot (3-2) and coincide.
In present embodiment Fig. 3, spacing cylinder (2-6), gag lever post (2-7) are two in the nose assembly (2), and corresponding limited block (2-9) is two, and grinding and polishing angle like this is two.
Spacing cylinder (2-6), the gag lever post (2-7) of nose assembly among Fig. 3 (2) can be one, and corresponding limited block (2-9) is one, and the grinding and polishing angle is one; The spacing cylinder of nose assembly (2) also can be double stroke cylinder, and so spacing cylinder can form two spacing positions, about two double stroke cylinders can form four spacing positions, corresponding spacing block set is four; Add the upright position and can process the ornaments end face, can form five grinding and polishing angle positions at most; Be that the grinding and polishing angle is selected according to ornaments processing needs between one to five.
In Fig. 9, when executive component is stepper motor, be processed with worm-gear toothing on the turning joint piece (2-21), form worm-drive with worm screw (2-22), stepper motor (2-23) is connected with worm screw (2-22), and like this, turning joint piece (2-21) rotational angle is 0～90 ° of variation, the grinding and polishing angle can change arbitrarily between 0～90 °, i.e. grinding and polishing angle can be processed needs according to ornaments and be changed arbitrarily.
Because the ornaments shape of actual production is a lot, illustrate that as Figure 10,11 this uses novel processing ornaments shape for example.
Claims (10)
1. automaton of processing ornaments, it comprises support, organize nose assembly more, the main shaft rotary disc assembly, go up pearl assembly, at least one group of grinding subassembly, at least one group of polishing assembly, remove pearl assembly, positioning component, gluing assembly, also has a plurality of dedicated fixed anchor clamps, control section, heater; It is characterized in that: organize the nose assembly five equilibrium more and be located on the main shaft rotary disc assembly, be equipped with pearl assembly, at least one group of grinding subassembly, at least one group of polishing assembly along the main shaft rotary disc assembly outside successively, remove the pearl assembly, all be fixed with dedicated fixed anchor clamps on each nose assembly; Last pearl position, go to the pearl position that heater all is housed; Be provided with the gluing assembly in last pearl position.
2, a kind of automaton of processing ornaments according to claim 1 is characterized in that: the turning joint piece is arranged in the described nose assembly, and the turning joint piece is connected with the headstock hinge by rotating shaft, is fixed with the dedicated fixed anchor clamps on the turning joint piece; Executive item drives the turning joint piece and rotates, and can form dedicated fixed clip vertical position, dedicated fixed anchor clamps grinding and polishing angle position, dedicated fixed anchor clamps home position respectively; When promptly going up pearl and upward bonding rubber powder, the dedicated fixed anchor clamps are in vertical position; During the grinding and polishing ornaments, the dedicated fixed anchor clamps are in the grinding and polishing angle position; During the main shaft dial rotation, the dedicated fixed anchor clamps are in the home position; Stepper motor also is housed on the turning joint piece, is connected with worm screw in the dedicated fixed anchor clamps by transmission.
3, a kind of automaton of processing ornaments according to claim 2, it is characterized in that: the executive item in the described nose assembly can be a cylinder, be connected with the turning joint piece by oscillating bearing, tail cylinder is connected with the headstock hinge, spacing cylinder and gag lever post are housed on the headstock, micrometer adjusting screw is arranged on the gag lever post, on the turning joint piece limited block is set, limited block quantity is with the spacing number of positions correspondence of gag lever post; Described executive item also can be a stepper motor, is processed with worm-gear toothing at the turning joint piece, and stepper motor is by the transmission of worm and wheel tooth.
4. a kind of automaton of processing ornaments according to claim 1 is characterized in that: the described pearl assembly of going up has last pearl cylinder piston rod to connect upward pearl plate, and last pearl bar is arranged on the last pearl plate, last pearl pin is arranged, guide pillar guide pin bushing guiding in the last pearl bar; Special-purpose stationary fixture pin position and quantity are corresponding in the nose assembly of last pearl pin position and quantity and last pearl position; When upward the pearl pin did not rise in the last pearl assembly, last pearl pin filled with the blank pearl in the magazine in magazine.
5. a kind of automaton of processing ornaments according to claim 1, it is characterized in that: described grinding subassembly, polishing assembly comprise eccentric grinding and polishing sector, transmission mechanism, elevating mechanism, described eccentric grinding and polishing sector has fixed bearing block to be connected with the movable axis bearing by bearing, the movable axis bearing is connected with the grinding and polishing axle by bearing, mill (dumping) is fixed on the grinding and polishing axle, and fixed bearing block is connected with lifting tube; Have the grinding and polishing motor shaft to be connected with the grinding and polishing axle by double universal coupling in the described transmission mechanism, the grinding and polishing upper gear of motor shaft cogs by lifting tube middle gear bar and is fixed on gear ring formative gear transmission on the movable axis bearing; Described elevating mechanism has stepper motor to be connected with elevating lever by lead screw transmission, and elevating lever is connected with lifting tube, and lifting tube and grinding and polishing seat are slidingly matched.
6. a kind of automaton of processing ornaments according to claim 5 is characterized in that: described movable axis bearing middle (center) bearing hole relative movable axis bearing cylindrical is eccentric, and gear ring fixing on the movable axis bearing is concentric with movable axis bearing cylindrical.
7, a kind of automaton of processing ornaments according to claim 1, it is characterized in that: the described pearl assembly that goes has round brush mechanism and pearl box travel mechanism, round brush mechanism has the round brush motor to be connected with the round brush upper sprocket wheel by sprocket wheel, round brush is connected with the round brush seat by bearing, and round brush is positioned within the pearl box; Pearl box travel mechanism has mobile cylinder piston rod to be connected with sliding panel by oscillating bearing, and sliding panel is fixed on the guide rail slide block, the guide rail guiding, and round brush mechanism is fixed on the sliding panel.
8, a kind of automaton of processing ornaments according to claim 1 is characterized in that: described gluing assembly in last pearl position comprises the lacquer disk(-sc) rotating mechanism, lacquer disk(-sc) elevating mechanism, lacquer disk(-sc) travel mechanism; Have lacquer disk(-sc) to be fixed on the lacquer disk(-sc) turning cylinder in the described lacquer disk(-sc) rotating mechanism, the lacquer disk(-sc) motor cogs and the transmission that cogs of lacquer disk(-sc) turning cylinder, and glue scraping plate is arranged on the lacquer disk(-sc); Have lift cylinder to be fixed on the sliding panel in the described lacquer disk(-sc) elevating mechanism, lift cylinder is connected with lifter plate by piston rod, guide pillar guide pin bushing guiding, and the lacquer disk(-sc) rotating mechanism is installed on the lifter plate; The support upper cylinder is connected with sliding panel by oscillating bearing in the described lacquer disk(-sc) travel mechanism, and sliding panel is fixedlyed connected with slide block, moves by the guide rail guiding.
9. a kind of automaton of processing ornaments according to claim 1 is characterized in that: the first-class branch of the rotating disk of described main shaft rotary disc assembly is provided with the V-arrangement locating slot, and V-shaped groove quantity is identical with head quantity.
10. a kind of automaton of processing ornaments according to claim 1 is characterized in that: on the support of the described main shaft rotating disk outside positioning component is housed, positioning cylinder is connected with backstay by oscillating bearing, and backstay and positioning seat are slidingly matched; The backstay front end has evagination V-arrangement projection, and the V-arrangement locating slot coincide on shape and the rotating disk.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201648219U CN201278884Y (en) | 2008-09-19 | 2008-09-19 | Automatic machine for processing decoration |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201648219U CN201278884Y (en) | 2008-09-19 | 2008-09-19 | Automatic machine for processing decoration |
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|---|---|
| CN201278884Y true CN201278884Y (en) | 2009-07-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201648219U Expired - Fee Related CN201278884Y (en) | 2008-09-19 | 2008-09-19 | Automatic machine for processing decoration |
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| CN102048317A (en) * | 2010-10-19 | 2011-05-11 | 中国一拖集团有限公司 | Automatic feeding and gluing device for ornament machine |
| CN102059616A (en) * | 2009-10-27 | 2011-05-18 | 金华久隆机械有限公司 | Switching device, and bead loading, material discharging and switching integrated machine for processing accessories |
| CN102658513A (en) * | 2012-06-05 | 2012-09-12 | 张东平 | Grinding and polishing all-in-one machine of bottom drill |
| CN104309389A (en) * | 2014-09-30 | 2015-01-28 | 深圳市龙兴机械科技有限公司 | Cutter head device for automatically molding patterns and a method for automatically molding patterns |
| CN102019569B (en) * | 2009-09-09 | 2016-05-18 | 浙江金久机械有限公司 | A kind of polished machine of one man operation's multiple clip |
| CN105883041A (en) * | 2016-04-28 | 2016-08-24 | 苏州达恩克精密机械有限公司 | Rotary table device of wire bundling machine |
| CN106913026A (en) * | 2017-03-14 | 2017-07-04 | 上海大花自动化科技股份有限公司 | A zirconium bores automatic gummer device equipment |
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2008
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| CN106913026A (en) * | 2017-03-14 | 2017-07-04 | 上海大花自动化科技股份有限公司 | A zirconium bores automatic gummer device equipment |
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Granted publication date: 20090729 Termination date: 20120919 |