CN208575708U - A kind of diamond processing platform with comprehensive fine polishing function - Google Patents

Abstract

The utility model discloses a kind of diamond processing platforms with comprehensive fine polishing function, its structure includes fine polishing organisation of working, control panel, control switch, operate turntable, governor, electric cabinet, process sucker, block, processing platform, the utility model passes through the setting of rotating and regulating mechanism and adsorbing powder dust mechanism, diamond processing platform is set to have the function of rotation, it avoids by manually rotating then the problem of fixation can carry out position adjustment, and it avoids crushing the machining accuracy for influencing diamond with rubble, the pollution of dust and rubble to working environment is effectively prevented simultaneously, diamond is moved to below cutter using slide plate, manpower and material resources are greatly saved, it improves work efficiency, after diamond is fixed by compact heap, the second motor is driven to rise by the control panel on electric cabinet It is dynamic, and the lifting of hydraulic telescopic rod is controlled, so that high-speed rotating cutter is slowly close to diamond, cutter cuts diamond at this time.

Description

A kind of diamond processing platform with comprehensive fine polishing function

Technical field

The utility model is a kind of diamond processing platform with comprehensive fine polishing function, belongs to process equipment skill Art field.

Background technique

Currently, the diamond dresser on existing market, mostly put the first edge on a knife or a pair of scissors manually or it is semi-automatic put the first edge on a knife or a pair of scissors, this mode works effect Rate is low, large labor intensity, work situation are poor.To the process of polishing, usually utilize whetstone to cutting by staff Piece carries out grinding processing, and the ratio for becoming the blade of cutting sheet by the grinding of whetstone is sharp, such processing method, Operator must have working experience abundant, and the requirement to operator is relatively high, and otherwise cutting sheet quality of putting the first edge on a knife or a pair of scissors is difficult to Guarantee.But existing processing platform does not have the function of rotation when in use, is essentially all and manually rotating The adjustment that can carry out position in fixation afterwards, can waste time, the process to dally over one's work very much in this way, and in the mistake of cutting polishing Cheng Zhong often generates more dust and vibrating noise, influences the physical and mental health of staff.

Utility model content

In view of this, the present invention provides it is a kind of with it is comprehensive it is fine polishing function diamond processing platform, It is essentially all then to be existed by manually rotating to improve the function that existing processing platform does not have rotation when in use Fixation can carry out the adjustment of position, can waste time very much in this way, the process to dally over one's work, and in the process of cutting polishing In, more dust and vibrating noise are often generated, the physically and mentally healthy deficiency of staff is influenced.

To achieve the goals above, the utility model is achieved through the following technical solutions: it is a kind of with comprehensive The diamond processing platform of fine polishing function, structure include fine polishing organisation of working, control panel, control switch, behaviour Make turntable, governor, electric cabinet, processing sucker, block, processing platform, the electric cabinet bottom is fixedly welded in fine polishing It is fixedly connected on the right side of organisation of working upper end and by positioning pin, control panel rear end fixing buckle is together in electric cabinet front bottom end And the two is integrated molding structure, the control switch is equipped with more than two and rear end level and is embedded in control panel front end, The operation turntable rear end is fixedly embedded in electric cabinet front end, and the governor is rectangular configuration and rear end is fixedly welded in automatically controlled The case front end upper right corner, the control panel, control switch, operation turntable, governor are electrically connected with electric cabinet, and the processing is inhaled Disk is fixedly welded on the left of electric cabinet and close connection between the two, and the processing platform is circular configuration and bottom is fixedly embedded On the left of finely polishing organisation of working upper end, the fine polishing organisation of working is collected by driving box, power driving mechanism, rubble Case, slide plate, rotating and regulating mechanism, falling rocks through-hole, cutting workpiece polishing mechanism, adsorbing powder dust mechanism, cross bar, column, platen, support Leg, damping spring composition, the supporting leg are set to more than two and are respectively welded in platen bottom four corners, and the damping spring is solid Surely it is connected to supporting leg inner bottom, falling rocks through-hole is fixedly installed in the middle part of the platen and the two is integrated molding structure, The rubble collecting box is fixedly welded in platen lower end, and the driving box welds together with rubble collecting box and the two is integrated Change molding structure, the power driving mechanism is fixed inside driving box and through rubble collecting box and rotating and regulating mechanism Flexible connection is matched, the rotating and regulating mechanism is fixed at platen upper end, and the slide plate is located on the left of rotating and regulating mechanism And mutually welded with platen, the cutting workpiece polishing mechanism is fixed at rotating and regulating mechanism upper end, and the adsorbing powder dust mechanism is located at Rotating and regulating mechanism top is simultaneously mutually welded with platen, and the column bottom is fixedly welded on the right side of platen upper end, and the cross bar is horizontal To being welded in top on the left of column.

As further, the power driving mechanism is by first gear, first motor, first bearing, second gear, Two bearings, swingle composition, the first motor bottom are fixedly welded in driving box inner bottom and connect by the way that positioning pin is fixed It connects, the first gear fixation is nested in first motor upper end outer surface, and the first bearing is fixedly welded inside driving box Bottom end, the swingle bottom are fixedly welded in first bearing upper end and weld through rubble collecting box and rotating and regulating mechanism Together, the second bearing is fixed is nested in the middle part of swingle and is in contact with rubble collecting box, and the second gear is fixed It is nested in swingle lower end outer surface and is meshed with first gear.

As further, the rotating and regulating mechanism is by ring recess, movable pulley, spin balancing bar, sieve plate, workbench group At the workbench is located at platen upper end, and the platen upper end face is fixedly installed ring recess and the two is integrated chemical conversion type knot Structure, the spin balancing bar is vertically set to inside ring recess and top welds together with workbench, and the movable pulley is fixed at Spin balancing bar lower end is simultaneously in contact with ring recess, and activity installing sieve plate is fixedly installed in the middle part of the workbench and the two is integrated Change molding structure, the swingle bottom is fixedly welded in first bearing upper end and is welded on through rubble collecting box with sieve plate Together.

As further, the cutting workpiece polishing mechanism is by supporting block, compact heap, hydraulic telescopic rod, the second motor, rotation Wheel, hairbrush, cutter, shaft composition, the supporting block is set to two and is respectively welded in rotating and regulating mechanism upper end two sides, described Hydraulic telescopic rod is fixedly welded in supporting block top, and the compact heap is fixed inside supporting block and matches with hydraulic telescopic rod It closes and is flexibly connected, second motor bottom is fixedly welded in hydraulic telescopic rod upper end and the two matches flexible connection, described Both ends of the shaft is respectively welded between two the second motors, and the cutter fixation is nested in shaft center outer surface, the rotation Wheel is set to two and is nested at left and right sides of shaft respectively, and the rotating wheel upper and lower ends are provided with activity installing hairbrush and the two Between weld together.

As further, the adsorbing powder dust mechanism is made of dust hood, sliding block, sweep-up pipe, vacuum cleaner, the dust suction Motor spindle is fixedly welded on the right side of platen upper end and is fixedly connected by positioning pin, and the sliding block is fixed at cross bar front-end surface And the two matches flexible connection, the dust hood upper end is fixedly welded in sliding block lower end, and described sweep-up pipe one end is fixedly connected It is mutually welded in vacuum cleaner upper end and with sliding block.

As further, the supporting block is set to two and is respectively welded in rotating and regulating mechanism upper end two sides.

As further, the sliding block is fixed at cross bar front-end surface and the two matches flexible connection.

As further, the stop bottom is fixedly welded in processing platform upper end face and the two is integrated chemical conversion type Structure.

The utility model has the beneficial effects that: the utility model setting by rotating and regulating mechanism and adsorbing powder dust mechanism It sets, diamond processing platform is allow to have the function of rotation, avoiding can then be carried out in fixation by manually rotating The problem of position adjusts, and avoid crushing and rubble influences the machining accuracy of diamond, while effectively preventing dust and broken Diamond is moved to the underface of cutter using the pulley being equipped with inside slide plate, greatlyd save by pollution of the stone to working environment Manpower and material resources, improve work efficiency, diamond by compact heap it is fixed after, the control panel passed through on electric cabinet drives Dynamic second electric motor starting, and the lifting of hydraulic telescopic rod is controlled, so that high-speed rotating cutter is cut at this time slowly close to diamond Knife cuts diamond, and the rubble generated in cutting process falls into through falling rocks through-hole and collects in rubble collecting box, powder Dirt escapes up, and is collected in vacuum cleaner, and the setting of damping spring has buffered the shake that whole device generates in cutting process It is dynamic, the noise pollution of whole device is effectively reduced, when staff needs to adjust orientation, can be started by control switch First motor makes first motor that first gear and second gear be driven to be rotated, thus make to be fixedly attached with second gear Swingle can be rotated, and rotate workbench in this way, so that diamond processing platform be allow to have rotation Function, avoid by manually rotate then the problem of fixation can carry out position adjustment, save the time in this way, add The fast process of work.

Detailed description of the invention

Fig. 1 is a kind of structural representation of the diamond processing platform with comprehensive fine polishing function of the utility model Figure.

Fig. 2 is that the utility model is finely polished the schematic diagram of internal structure of organisation of working.

Fig. 3 is the internal structure detailed maps of the utility model Fig. 2.

Fig. 4 is the partial structural diagram of the utility model Fig. 3.

Fig. 5 is the structural schematic diagram of A in the utility model Fig. 2.

In figure: organisation of working -1 of finely polishing, control panel -2, control switch -3, operation turntable -4, governor -5, electricity Control case -6, processing sucker -7, block -8, processing platform -9, driving box -11, power driving mechanism -12, rubble collecting box -13, Slide plate -14, rotating and regulating mechanism -15, falling rocks through-hole -16, cutting workpiece polishing mechanism -17, adsorbing powder dust mechanism -18, cross bar -19, Column -110, platen -111, supporting leg -112, damping spring -113, first gear -121, first motor -122, first bearing - 123, second gear -124, second bearing -125, swingle -126, ring recess -151, movable pulley -152, spin balancing bar -153, Sieve plate -154, workbench -155, supporting block -171, compact heap -172, hydraulic telescopic rod -173, the second motor -174, rotating wheel - 175, hairbrush -176, cutter -177, shaft -178, dust hood -181, sliding block -182, sweep-up pipe -183, vacuum cleaner -184.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, Fig. 1 ~Fig. 5 schematically shows the structure of the diamond processing platform of the utility model embodiment, below with reference to specific implementation The utility model is further described in mode.

Embodiment

As Figure 1-Figure 5, it is flat to provide a kind of diamond processing with comprehensive fine polishing function for the utility model Platform, structure include fine polishing organisation of working 1, control panel 2, control switch 3, operation turntable 4, governor 5, electric cabinet 6, Sucker 7, block 8, processing platform 9 are processed, 6 bottom of electric cabinet is fixedly welded on the right side of finely polishing 1 upper end of organisation of working And be fixedly connected by positioning pin, the 2 rear end fixing buckle of control panel is together in 6 front bottom end of electric cabinet and the two is integration Molding structure, the control switch 3 are equipped with more than two and rear end level and are embedded in 2 front end of control panel, the operation turntable 4 Rear end is fixedly embedded in 6 front end of electric cabinet, and the governor 5 is rectangular configuration and rear end is fixedly welded in 6 front end of the electric cabinet right side Upper angle, the control panel 2, control switch 3, operation turntable 4, governor 5 are electrically connected with electric cabinet 6, the processing sucker 7 It is fixedly welded in 6 left side of electric cabinet and close connection between the two, the processing platform 9 is circular configuration and bottom is fixedly embedded On the left of finely polishing 1 upper end of organisation of working, the fine polishing organisation of working 1 is by driving box 11, power driving mechanism 12, broken Stone collecting box 13, slide plate 14, rotating and regulating mechanism 15, falling rocks through-hole 16, cutting workpiece polishing mechanism 17, adsorbing powder dust mechanism 18, cross Bar 19, column 110, platen 111, supporting leg 112, damping spring 113 form, and the supporting leg 112 is set to more than two and divides It is not welded in 111 bottom four corners of platen, the damping spring 113 is fixedly connected on 112 inner bottom of supporting leg, the platen 111 middle parts are fixedly installed falling rocks through-hole 16 and the two as integrated molding structure, the rubble collecting box 13 be fixedly welded in 111 lower end of platen, the driving box 11 welds together with rubble collecting box 13 and the two is integrated molding structure, the electricity Power drive mechanism 12 is fixed at 11 inside of driving box and matches work with rotating and regulating mechanism 15 through rubble collecting box 13 Dynamic connection, the rotating and regulating mechanism 15 are fixed at 111 upper end of platen, and the slide plate 14 is located at 15 left side of rotating and regulating mechanism And welded with 111 phase of platen, the cutting workpiece polishing mechanism 17 is fixed at 15 upper end of rotating and regulating mechanism, the adsorbing powder dust machine Structure 18 is located at 15 top of rotating and regulating mechanism and welds with 111 phase of platen, and 110 bottom of column is fixedly welded in platen 111 On the right side of upper end, 19 transverse weld of cross bar is in 110 left side top of column.

The power driving mechanism 12 by first gear 121, first motor 122, first bearing 123, second gear 124, Second bearing 125, swingle 126 form, and 122 bottom of first motor is fixedly welded in 11 inner bottom of driving box and passes through Positioning pin is fixedly connected, and the fixation of first gear 121 is nested in 122 upper end outer surface of first motor, the first bearing 123 Be fixedly welded in 11 inner bottom of driving box, 126 bottom of swingle be fixedly welded in 123 upper end of first bearing and through Rubble collecting box 13 welds together with rotating and regulating mechanism 15, and the second bearing 125 is fixed to be nested in 126 middle part of swingle And be in contact with rubble collecting box 13, the second gear 124 is fixed be nested in 126 lower end outer surface of swingle and with the first tooth Wheel 121 is meshed.

The rotating and regulating mechanism 15 is by ring recess 151, movable pulley 152, spin balancing bar 153, sieve plate 154, workbench 155 Composition, the workbench 155 are located at 111 upper end of platen, and 111 upper end face of platen is fixedly installed ring recess 151 and the two For integrated molding structure, the spin balancing bar 153 is vertically set to 151 inside of ring recess and top is welded on workbench 155 Together, the movable pulley 152 is fixed at 153 lower end of spin balancing bar and is in contact with ring recess 151, in the workbench 155 Portion is fixedly installed activity installing sieve plate 154 and the two as integrated molding structure, 126 bottom of swingle be fixedly welded in 123 upper end of first bearing simultaneously welds together through rubble collecting box 13 and sieve plate 154.

The cutting workpiece polishing mechanism 17 by supporting block 171, compact heap 172, hydraulic telescopic rod 173, the second motor 174, turn Driving wheel 175, hairbrush 176, cutter 177, shaft 178 form, and the supporting block 171 is set to two and is respectively welded and adjusts in rotation 15 upper end two sides of mechanism, the hydraulic telescopic rod 173 are fixedly welded in 171 top of supporting block, and the compact heap 172 is fixed at 171 inside of supporting block simultaneously matches flexible connection with hydraulic telescopic rod 173, and 174 bottom of the second motor is fixedly welded in liquid It presses 173 upper end of telescopic rod and the two matches flexible connection, 178 both ends of shaft are respectively welded in two the second motors 174 Between, the cutter 177 is fixed to be nested in 178 center outer surface of shaft, and the rotating wheel 175 is set to two and is nested in respectively 178 left and right sides of shaft, 175 upper and lower ends of rotating wheel are provided with activity installing hairbrush 176 and are welded on one between the two It rises.

The adsorbing powder dust mechanism 18 is made of dust hood 181, sliding block 182, sweep-up pipe 183, vacuum cleaner 184, the suction 184 bottom of dirt machine is fixedly welded on the right side of 111 upper end of platen and is fixedly connected by positioning pin, and the sliding block 182 is fixed at 19 front-end surface of cross bar and the two match flexible connection, and 181 upper end of dust hood is fixedly welded in 182 lower end of sliding block, institute It states 183 one end of sweep-up pipe to be fixedly connected on 184 upper end of vacuum cleaner and weld with 182 phase of sliding block, the supporting block 171 is set to two And be respectively welded in 15 upper end two sides of rotating and regulating mechanism, the sliding block 182 is fixed at 19 front-end surface of cross bar and the two phase Cooperation is flexibly connected, and 8 bottom of block is fixedly welded in 9 upper end face of processing platform and the two is integrated molding structure.

The utility model passes through the setting of rotating and regulating mechanism and adsorbing powder dust mechanism, has diamond processing platform The function of standby rotation, avoids by manually rotating then the problem of fixation can carry out position adjustment, and avoid powder Broken and rubble influences the machining accuracy of diamond, while effectively preventing the pollution of dust and rubble to working environment.

Specifically, diamond to be moved to the underface of cutter 177 using the pulley being equipped with inside slide plate 14, greatly save Manpower and material resources, improve work efficiency, diamond by compact heap 172 it is fixed after, pass through the control plane on electric cabinet 6 Plate 2 drives the second motor 174 to start, and controls the lifting of hydraulic telescopic rod 173, so that high-speed rotating cutter 177 slowly connects Nearly diamond, cutter 177 cuts diamond at this time.

Specifically, the rubble generated in cutting process falls into through falling rocks through-hole 16 and collects in rubble collecting box 13, powder Dirt escapes up, and is collected in vacuum cleaner 184, and the setting of damping spring 113 has buffered whole device and produced in cutting process Raw vibration effectively reduces the noise pollution of whole device.

Specifically, when staff needs to adjust orientation, first motor 122 can be started by control switch 3, make the One motor 122 drives first gear 121 and second gear 124 to be rotated, to make the rotation being fixedly attached with second gear 124 Bull stick 126 can be rotated, and in this way be rotated workbench 155, so that diamond processing platform 155 be allow to have The function of standby rotation, avoids by manually rotating and then the problem of fixation can carry out position adjustment, saves in this way Time accelerates the process of work.

In some embodiments, the setting of hairbrush 176 timely removes dust and rubble on diamond, avoids crushing The machining accuracy of diamond is influenced with rubble.

Claims (8)

1. a kind of diamond processing platform with comprehensive fine polishing function, structure include fine polishing organisation of working (1), control panel (2), control switch (3), operation turntable (4), governor (5), electric cabinet (6), processing sucker (7), block (8), processing platform (9), it is characterised in that:

Electric cabinet (6) bottom is fixedly welded on the right side of finely polishing organisation of working (1) upper end and connects by the way that positioning pin is fixed It connects, control panel (2) the rear end fixing buckle is together in electric cabinet (6) front bottom end and the two is integrated molding structure, described Control switch (3) is equipped with more than two and rear end level and is embedded in control panel (2) front end, and operation turntable (4) rear end is solid Surely it is embedded in electric cabinet (6) front end, the governor (5) is rectangular configuration and rear end is fixedly welded in electric cabinet (6) front end right side Upper angle, the control panel (2), control switch (3), operation turntable (4), governor (5) are electrically connected with electric cabinet (6), institute It states processing sucker (7) to be fixedly welded on the left of electric cabinet (6) and closely connect between the two, the processing platform (9) is circle Structure and bottom it is fixedly embedded in finely polishing organisation of working (1) upper end on the left of；

The fine polishing organisation of working (1) is by driving box (11), power driving mechanism (12), rubble collecting box (13), slide plate (14), rotating and regulating mechanism (15), falling rocks through-hole (16), cutting workpiece polishing mechanism (17), adsorbing powder dust mechanism (18), cross bar (19), column (110), platen (111), supporting leg (112), damping spring (113) composition；

The supporting leg (112) is set to more than two and is respectively welded in platen (111) bottom four corners, the damping spring (113) be fixedly connected on supporting leg (112) inner bottom, be fixedly installed in the middle part of the platen (111) falling rocks through-hole (16) and The two is integrated molding structure, and the rubble collecting box (13) is fixedly welded in platen (111) lower end, the driving box (11) Weld together with rubble collecting box (13) and the two is integrated molding structure, the power driving mechanism (12) is fixed at Driving box (11) is internal and matches flexible connection, the rotation with rotating and regulating mechanism (15) through rubble collecting box (13) Adjustment mechanism (15) is fixed at platen (111) upper end, the slide plate (14) be located on the left of rotating and regulating mechanism (15) and with platform Plate (111) mutually welds, and the cutting workpiece polishing mechanism (17) is fixed at rotating and regulating mechanism (15) upper end, the adsorbing powder dust machine Structure (18) is located at rotating and regulating mechanism (15) top and mutually welds with platen (111), column (110) bottom be fixedly welded in On the right side of platen (111) upper end, cross bar (19) transverse weld top on the left of column (110).

2. a kind of diamond processing platform with comprehensive fine polishing function according to claim 1, feature exist In: the power driving mechanism (12) is by first gear (121), first motor (122), first bearing (123), second gear (124), second bearing (125), swingle (126) composition, first motor (122) bottom is fixedly welded in driving box (11) It inner bottom and is fixedly connected by positioning pin, first gear (121) fixation is nested in first motor (122) upper end appearance Face, the first bearing (123) are fixedly welded in driving box (11) inner bottom, and swingle (126) bottom is fixedly welded Weld together in first bearing (123) upper end and through rubble collecting box (13) and rotating and regulating mechanism (15), described Two bearings (125) are fixed to be nested in the middle part of swingle (126) and is in contact with rubble collecting box (13), the second gear (124) fixation is nested in swingle (126) lower end outer surface and is meshed with first gear (121).

3. a kind of diamond processing platform with comprehensive fine polishing function according to claim 1, feature exist In: the rotating and regulating mechanism (15) is by ring recess (151), movable pulley (152), spin balancing bar (153), sieve plate (154), work Platform (155) composition, the workbench (155) are located at platen (111) upper end, and platen (111) upper end face is fixedly installed Ring recess (151) and the two are integrated molding structure, and the spin balancing bar (153) is vertically set to ring recess (151) inside and pushes up End welds together with workbench (155), and the movable pulley (152) is fixed at spin balancing bar (153) lower end and and ring recess (151) it is in contact, activity installing sieve plate (154) is fixedly installed in the middle part of the workbench (155) and the two is integrated chemical conversion type Structure, swingle (126) bottom be fixedly welded in first bearing (123) upper end and through rubble collecting box (13) and sieve Plate (154) welds together.

4. a kind of diamond processing platform with comprehensive fine polishing function according to claim 1, feature exist In: the cutting workpiece polishing mechanism (17) is by supporting block (171), compact heap (172), hydraulic telescopic rod (173), the second motor (174), rotating wheel (175), hairbrush (176), cutter (177), shaft (178) composition, the supporting block (171) be set to two and It is respectively welded in rotating and regulating mechanism (15) upper end two sides, the hydraulic telescopic rod (173) is fixedly welded pushes up in supporting block (171) End, the compact heap (172) are fixed at supporting block (171) inside and match flexible connection, institute with hydraulic telescopic rod (173) State that the second motor (174) bottom is fixedly welded in hydraulic telescopic rod (173) upper end and the two matches flexible connection, the shaft (178) both ends are respectively welded between two the second motors (174), and the cutter (177) is fixed to be nested in the middle part of shaft (178) Outer surface, the rotating wheel (175) is set to two and is nested at left and right sides of shaft (178) respectively, on the rotating wheel (175) Lower both ends are provided with activity installing hairbrush (176) and weld together between the two.

5. a kind of diamond processing platform with comprehensive fine polishing function according to claim 1, feature exist In: the adsorbing powder dust mechanism (18) is made of dust hood (181), sliding block (182), sweep-up pipe (183), vacuum cleaner (184), institute Vacuum cleaner (184) bottom is stated to be fixedly welded on the right side of platen (111) upper end and be fixedly connected by positioning pin, the sliding block (182) it is fixed at cross bar (19) front-end surface and the two matches flexible connection, dust hood (181) upper end is fixedly welded In sliding block (182) lower end, described sweep-up pipe (183) one end is fixedly connected on vacuum cleaner (184) upper end and mutually welds with sliding block (182) It connects.

6. a kind of diamond processing platform with comprehensive fine polishing function according to claim 4, feature exist In: the supporting block (171) is set to two and is respectively welded in rotating and regulating mechanism (15) upper end two sides.

7. a kind of diamond processing platform with comprehensive fine polishing function according to claim 5, feature exist In: the sliding block (182) is fixed at cross bar (19) front-end surface and the two matches flexible connection.

8. a kind of diamond processing platform with comprehensive fine polishing function according to claim 1, feature exist It is fixedly welded in: block (8) bottom in processing platform (9) upper end face and the two is integrated molding structure.