CN204315890U - A kind of new-type brush holder production line - Google Patents
A kind of new-type brush holder production line Download PDFInfo
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- CN204315890U CN204315890U CN201420812132.XU CN201420812132U CN204315890U CN 204315890 U CN204315890 U CN 204315890U CN 201420812132 U CN201420812132 U CN 201420812132U CN 204315890 U CN204315890 U CN 204315890U
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Abstract
The utility model discloses a kind of new-type brush holder production line, its frame upper end installing delivery track, first, two, six man-made assembly stations install discharging frame respectively, grounded metal sheet automatic press mounting station installing grounded metal sheet automatic press mounting mould, 3rd man-made assembly station installing electric capacity automatic pin cutter, short pin electric capacity, automatic tin soldering, inductance automatic tin soldering station installs automatic tin welding machine respectively, 4th man-made assembly station installing carbon brush automatic assembling mechanism, carbon brush automatic press mounting station installing carbon brush automatic press mounting mould, carbon brush automatic thermal riveting station installing carbon brush automatic thermal riveting mould, the automatic cutting bender of 5th man-made assembly station installing electric capacity, long pin electric capacity automatic thermal riveting station installs long pin electric capacity automatic thermal riveting mould, vision automatically detects mark station installing visual angle and automatically detects marking machine.Designed by said structure, the utility model has modern design, automaticity is high, operating efficiency is high, save labour turnover and effectively can ensure the advantage of product quality.
Description
Technical field
The utility model relates to technical field of automation equipment, particularly relates to a kind of new-type brush holder production line.
Background technology
As the core component of motor and generator, brush holder is widely used in motor and generator, for brush holder, it generally includes plastic processing frame, one connect live wire connect electric metal sheet, one connect zero line connect electric metal sheet, one connect ground wire connect electric metal sheet, (one of them is connected to grounded metal sheet and live wire connects between electric metal sheet for two short pin electric capacity, another is connected to grounded metal and zero line connects between electric metal sheet), two carbon brush be arranged symmetrically with (carbon brush is made up of shell fragment and carbon brush block), one long pin electric capacity (two pins of long pin electric capacity are connected to the shell fragment of the carbon brush of corresponding side), two inductance (each inductance respectively with the shell fragment of corresponding side and connect electric metal sheet and be connected).Need to explain further, two pins of each short pin electric capacity are respectively with corresponding grounded metal sheet and connect the soldering of electric metal sheet, two pins of long pin electric capacity respectively with corresponding shell fragment soldering, two pins of each inductance are respectively with corresponding shell fragment and connect the soldering of electric metal sheet.
Produce in the process of processing completing above-mentioned brush holder, the high and defect of difficult quality guarantee of prior art ubiquity inefficiency, cost of labor.
Utility model content
The purpose of this utility model is to provide a kind of new-type brush holder production line for the deficiencies in the prior art, and this new-type brush holder Design of Production Line is novel, automaticity is high, operating efficiency is high, save labour turnover and effectively can ensure product quality.
For achieving the above object, the utility model is achieved through the following technical solutions.
A kind of new-type brush holder production line, includes frame, and the upper end of frame is equiped with the delivery track extended along feed direction, and the upper end of frame is provided with and will connects electric metal sheet and be assembled in the first man-made assembly station of plastic processing frame, grounded metal sheet is assembled in the second man-made assembly station of plastic processing frame, grounded metal sheet is pressed in the grounded metal sheet automatic press mounting station of plastic processing frame, short pin capacitance group is loaded on grounded metal sheet and corresponding the 3rd man-made assembly station connect between electric metal sheet, by the soldering of short pin electric capacity in grounded metal sheet and the corresponding short pin electric capacity automatic tin soldering station connect between electric metal sheet, carbon brush is assembled in the 4th man-made assembly of plastic processing frame, carbon brush is pressed in the carbon brush automatic press mounting station of plastic processing frame, by the carbon brush automatic thermal riveting station of carbon brush rivet hot in plastic processing frame, long pin capacitance group is loaded on the 5th man-made assembly station of plastic processing frame, by the long pin electric capacity automatic thermal riveting station of long pin electric capacity rivet hot in plastic processing frame, by the long pin electric capacity automatic tin soldering station of two pin solderings of long pin electric capacity in corresponding side carbon brush, inductive bank is loaded on the Sixth Man work assembling station of plastic processing frame, by inductance soldering in the carbon brush of corresponding side and the inductance automatic tin soldering station that connects between electric metal sheet, for automatically detecting brush holder quality and the vision of carrying out mark detects mark station automatically, artificial visually examine's brush holder quality is station and the manual detection of carrying out packing is packed, the first man-made assembly station, second man-made assembly station, grounded metal sheet automatic press mounting station, 3rd man-made assembly station, short pin electric capacity automatic tin soldering station, 4th man-made assembly, carbon brush automatic press mounting station, carbon brush automatic thermal riveting station, 5th man-made assembly station, long pin electric capacity automatic thermal riveting station, long pin electric capacity automatic tin soldering station, Sixth Man work assembling station, inductance automatic tin soldering station, vision detects mark station automatically, manual detection packing station is arranged along delivery track successively interval,
Frame is equiped with for placing plastic processing frame in the first man-made assembly station, connect the first discharging frame of electric metal sheet, frame is equiped with the second discharging frame for placing grounded metal sheet in the second man-made assembly station, frame is equiped with grounded metal sheet automatic press mounting mould in grounded metal sheet automatic press mounting station, frame is equiped with electric capacity automatic pin cutter in the 3rd man-made assembly station, frame is equiped with automatic tin welding machine in short pin electric capacity automatic tin soldering station, frame is equiped with carbon brush automatic assembling mechanism in the 4th man-made assembly station, frame is equiped with carbon brush automatic press mounting mould in carbon brush automatic press mounting station, frame is equiped with carbon brush automatic thermal riveting mould in carbon brush automatic thermal riveting station, frame is equiped with the automatic cutting bender of electric capacity in the 5th man-made assembly station, frame is equiped with long pin electric capacity automatic thermal riveting mould in long pin electric capacity automatic thermal riveting station, frame is equiped with automatic soldering in long pin electric capacity automatic tin soldering station, frame is equiped with the 6th discharging frame for placing inductance in Sixth Man work assembling station, frame is equiped with automatic tin welding machine in inductance automatic tin soldering station, frame automatically detects mark station in vision and is equiped with visual angle and automatically detects marking machine.
Wherein, described carbon brush automatic assembling mechanism includes shell fragment vibrating disk, carbon brush vibrating disk and being installed between shell fragment vibrating disk and carbon brush vibrating disk and the fixed support plate arranged in horizontal cross, the discharge outlet of shell fragment vibrating disk is equiped with the shell fragment guide frame extending to fixed support plate, the discharge outlet of carbon brush vibrating disk is equiped with the carbon brush guide frame extending to fixed support plate, fixed support plate offers in carbon brush guide frame discharging opening front the through hole run through completely up and down, the upper surface of fixed support plate offers in the front of shell fragment guide frame discharging opening and extends and the guide groove be communicated with through hole towards through-hole side, the upper surface of fixed support plate is equiped with the shell fragment pusher cylinder along guide groove action, the piston rod extension end of shell fragment pusher cylinder is equiped with the shell fragment push rod be intercalated in guide groove, the lower end side of fixed support plate is equiped with the carbon brush pusher cylinder of vertical action, the piston rod extension end of carbon brush pusher cylinder is equiped with in the vertical carbon brush push rod arranged, the upper end side of fixed support plate is equiped with the shell fragment pressure holding cylinder of vertical action directly over through hole, the piston rod extension end of shell fragment pressure holding cylinder is equiped with shell fragment pressure holding block.
Wherein, the corresponding described carbon brush pusher cylinder of described fixed support plate is equiped with cylinder fixed mount, and carbon brush pusher cylinder is installed in cylinder fixed mount.
Wherein, the corresponding described shell fragment pressure holding cylinder of upper end side of described fixed support plate is equiped with cylinder mount pad, and shell fragment pressure holding cylinder is installed in cylinder mount pad.
Wherein, the upper surface of described fixed support plate is equiped with blanking and promotes cylinder, and the piston rod extension end that blanking promotes cylinder is equiped with blanking push rod.
The beneficial effects of the utility model are: the new-type brush holder production line of one described in the utility model, its frame upper end installing delivery track, frame upper end arranges the first man-made assembly station arranged successively along conveying, second man-made assembly station, grounded metal sheet automatic press mounting station, 3rd man-made assembly station, short pin electric capacity automatic tin soldering station, 4th man-made assembly, carbon brush automatic press mounting station, carbon brush automatic thermal riveting station, 5th man-made assembly station, long pin electric capacity automatic thermal riveting station, long pin electric capacity automatic tin soldering station, Sixth Man work assembling station, inductance automatic tin soldering station, vision detects mark station automatically, manual detection packing station, first man-made assembly station installs the first discharging frame, second man-made assembly station installs the second discharging frame, grounded metal sheet automatic press mounting station installing grounded metal sheet automatic press mounting mould, 3rd man-made assembly station installing electric capacity automatic pin cutter, short pin electric capacity automatic tin soldering station installing automatic tin welding machine, 4th man-made assembly station installing carbon brush automatic assembling mechanism, carbon brush automatic press mounting station installing carbon brush automatic press mounting mould, carbon brush automatic thermal riveting station installing carbon brush automatic thermal riveting mould, the automatic cutting bender of 5th man-made assembly station installing electric capacity, long pin electric capacity automatic thermal riveting station installs long pin electric capacity automatic thermal riveting mould, long pin electric capacity automatic tin soldering station installing automatic soldering, Sixth Man work assembling station installing the 6th discharging frame, inductance automatic tin soldering station installing automatic tin welding machine, vision automatically detects mark station installing visual angle and automatically detects marking machine.Designed by said structure, the utility model has modern design, automaticity is high, operating efficiency is high, save labour turnover and effectively can ensure the advantage of product quality.
Accompanying drawing explanation
Utilize accompanying drawing to be further detailed the utility model below, but the embodiment in accompanying drawing is not formed any restriction of the present utility model.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of carbon brush automatic assembling mechanism of the present utility model.
Fig. 3 is the generalized section of carbon brush automatic assembling mechanism of the present utility model.
Include in Fig. 1 to Fig. 3:
1---delivery track 2---the first man-made assembly station
21---first discharging frame 3---second man-made assembly station
31---second discharging frame 4---grounded metal sheet automatic press mounting station
41---grounded metal sheet automatic press mounting mould 5---the 3rd man-made assembly station
51---electric capacity automatic pin cutter 6---short pin electric capacity automatic tin soldering station
61---automatic tin welding machine 7---the 4th man-made assembly station
71---carbon brush automatics mechanism 711---shell fragment vibrating disk
712---carbon brush vibrating disk 713---fixed support plate
7131---through hole 7132---guide groove
714---shell fragment guide frame 715---carbon brush guide frame
716---shell fragment pusher cylinder 7161---shell fragment push rod
717---carbon brush pusher cylinder 7171---carbon brush push rod
7172---cylinder fixed mount 718---shell fragment pressure holding cylinder
7181---shell fragment pressure holding block 7182---cylinder mount pad
719---blanking promotes cylinder 8---carbon brush automatic press mounting station
81---carbon brush automatic press mounting mould 9---carbon brush automatic thermal riveting station
91---carbon brush automatic thermal riveting mould 10---the 5th man-made assembly station
101---electric capacity automatic cutting bender 11---long pin electric capacity automatic thermal riveting station
111---long pin electric capacity automatic thermal riveting mould 12---long pin electric capacity automatic tin soldering station
121---automatic tin welding machine 13---the second man-made assembly station
131---the 6th discharging frame 14---inductance automatic tin soldering station
Vision detects mark station to 141---automatic tin welding machines 15---automatically
151---vision detects marking machine 16 automatically---manual detection packing station.
Embodiment
Below in conjunction with concrete execution mode, the utility model is described.
As shown in Figure 1, a kind of new-type brush holder production line, includes frame, and the upper end of frame is equiped with the delivery track 1 extended along feed direction, and the upper end of frame is provided with and will connects electric metal sheet and be assembled in the first man-made assembly station 2 of plastic processing frame, grounded metal sheet is assembled in the second man-made assembly station 3 of plastic processing frame, grounded metal sheet is pressed in the grounded metal sheet automatic press mounting station 4 of plastic processing frame, short pin capacitance group is loaded on grounded metal sheet and corresponding the 3rd man-made assembly station 5 connect between electric metal sheet, by the soldering of short pin electric capacity in grounded metal sheet and the corresponding short pin electric capacity automatic tin soldering station 6 connect between electric metal sheet, carbon brush is assembled in the 4th man-made assembly of plastic processing frame, carbon brush is pressed in the carbon brush automatic press mounting station 8 of plastic processing frame, by the carbon brush automatic thermal riveting station 9 of carbon brush rivet hot in plastic processing frame, long pin capacitance group is loaded on the 5th man-made assembly station 10 of plastic processing frame, by the long pin electric capacity automatic thermal riveting station 11 of long pin electric capacity rivet hot in plastic processing frame, by the long pin electric capacity automatic tin soldering station 12 of two pin solderings of long pin electric capacity in corresponding side carbon brush, inductive bank is loaded on the Sixth Man work assembling station 13 of plastic processing frame, by inductance soldering in the carbon brush of corresponding side and the inductance automatic tin soldering station 14 that connects between electric metal sheet, for automatically detecting brush holder quality and the vision of carrying out mark detects mark station 15 automatically, artificial visually examine's brush holder quality is station 16, first man-made assembly station 2 and the manual detection of carrying out packing is packed, second man-made assembly station 3, grounded metal sheet automatic press mounting station 4, 3rd man-made assembly station 5, short pin electric capacity automatic tin soldering station 6, 4th man-made assembly, carbon brush automatic press mounting station 8, carbon brush automatic thermal riveting station 9, 5th man-made assembly station 10, long pin electric capacity automatic thermal riveting station 11, long pin electric capacity automatic tin soldering station 12, Sixth Man work assembling station 13, inductance automatic tin soldering station 14, vision detects mark station 15 automatically, manual detection packing station 16 is arranged along delivery track 1 successively interval.
Further, frame is equiped with for placing plastic processing frame in the first man-made assembly station 2, connect the first discharging frame 21 of electric metal sheet, frame is equiped with the second discharging frame 31 for placing grounded metal sheet in the second man-made assembly station 3, frame is equiped with grounded metal sheet automatic press mounting mould 41 in grounded metal sheet automatic press mounting station 4, frame is equiped with electric capacity automatic pin cutter 51 in the 3rd man-made assembly station 5, frame is equiped with automatic tin welding machine 61 in short pin electric capacity automatic tin soldering station 6, frame is equiped with carbon brush automatic assembling mechanism in the 4th man-made assembly station 7, frame is equiped with carbon brush automatic press mounting mould 81 in carbon brush automatic press mounting station 8, frame is equiped with carbon brush automatic thermal riveting mould 91 in carbon brush automatic thermal riveting station 9, frame is equiped with the automatic cutting bender 101 of electric capacity in the 5th man-made assembly station 10, frame is equiped with long pin electric capacity automatic thermal riveting mould 111 in long pin electric capacity automatic thermal riveting station 11, frame is equiped with automatic tin welding machine 121 in long pin electric capacity automatic tin soldering station 12, frame is equiped with the 6th discharging frame 131 for placing inductance in Sixth Man work assembling station 13, frame is equiped with automatic tin welding machine 141 in inductance automatic tin soldering station 14, frame automatically detects mark station 15 in vision and is equiped with visual angle and automatically detects marking machine.
Below in conjunction with concrete work, the utility model is described in detail, be specially: the staff in the first man-made assembly station 2 place is by the plastic processing frame in the first discharging frame 21 and connect electric metal sheet and be assembled in together, and by the plastic processing frame be assembled in together with connect electric metal sheet and be positioned over delivery track 1, be assembled in plastic processing frame together and connect electric metal sheet along with delivery track 1 and be transferred to the second man-made assembly station 3, grounded metal sheet in second discharging frame 31 is assembled in plastic processing frame by staff in the second man-made assembly station 3 place again, be assembled with and connect electric metal sheet, the plastic processing frame of grounded metal sheet is transferred to grounded metal sheet automatic press mounting station 4 along with delivery track 1, grounded metal sheet press-fits in plastic processing frame by grounded metal sheet automatic press mounting mould 41 tightly, after treating that grounded metal sheet press-fits, plastic processing frame is transferred to the 3rd man-made assembly station 5 along with delivery track 1, short pin capacitance group after being processed by electric capacity automatic pin cutter 51 is loaded on grounded metal sheet and corresponding connects between electric metal sheet by the staff in the 3rd man-made assembly station 5 place, the plastic processing frame being assembled with two short pin electric capacity is short pin electric capacity automatic tin soldering station 6 along with delivery track 1 is transferred to, automatic tin welding machine 61 by the soldering of two short pin electric capacity in grounded metal sheet and corresponding connect between electric metal sheet, after treating the soldering of two short pin electric capacity, plastic processing frame is transferred to the 4th man-made assembly station 7 along with delivery track 1, the shell fragment that staff in the 4th man-made assembly station 7 place will be assembled in by carbon brush automatic assembling mechanism together, carbon brush block (entirety is called carbon brush) is installed on plastic processing frame, after treating that carbon brush is assembled in plastic processing frame, plastic processing frame is transferred to carbon brush automatic press mounting station 8 successively along with delivery track 1, carbon brush automatic thermal riveting station 9, shell fragment press-fits in plastic processing frame by carbon brush automatic press mounting mould 81 tightly, carbon brush automatic thermal riveting mould 91 by shell fragment rivet hot in plastic processing frame, after treating carbon brush rivet hot, plastic processing frame is transferred to the 5th man-made assembly station 10 along with delivery track 1, long pin capacitance group after being processed by electric capacity automatic cutting bender 101 is loaded on plastic processing frame by the staff in the 5th man-made assembly station 10, and the plastic processing frame being assembled with long pin electric capacity along with delivery track 1 is transferred to successively long pin electric capacity automatic thermal riveting station 11 and long pin electric capacity automatic tin soldering station 12, in the long pin electric capacity automatic thermal riveting mould 111 of long pin electric capacity automatic thermal riveting station 11 by the rivet hot of long pin electric capacity in plastic processing frame, in the automatic tin welding machine 121 of long pin electric capacity automatic tin soldering station 12 by two pin solderings of long pin electric capacity in the shell fragment of the carbon brush of corresponding side, after treating the soldering of long pin electric capacity, plastic processing frame assembles station 13 along with delivery track 1 is transferred to Sixth Man work, inductive bank in 6th discharging frame 131 is loaded on plastic processing frame by the staff in Sixth Man work assembling station 13 place, the plastic processing frame being assembled with two inductance is transferred to inductance automatic tin soldering station 14 along with delivery track 1, the automatic tin welding machine 141 being positioned at inductance automatic tin soldering station 14 place by two of inductance pin solderings in the shell fragment of the carbon brush of corresponding side and connect electric metal sheet, after treating inductance soldering, assemble complete brush holder and automatically detect mark station 15 and manual detection packing station 16 along with delivery track 1 is transferred to vision successively, automatically the vision detecting mark station 15 in vision automatically detects marking machine 151 pairs of carbon brush finished products and detects and carry out mark, automatically the brush holder finished product detecting mark station 15 through vision is transferred to manual detection packing station 16, staff in manual detection packing station 16 place detects brush holder finished product, and is packed by the brush holder being defined as non-defective unit.
Comprehensive above-mentioned situation is known, is designed by said structure, and the utility model has modern design, automaticity is high, operating efficiency is high, save labour turnover and effectively can ensure the advantage of product quality.
As preferred embodiment, as shown in Figures 2 and 3, carbon brush automatic assembling mechanism includes shell fragment vibrating disk 711, carbon brush vibrating disk 712 and being installed between shell fragment vibrating disk 711 and carbon brush vibrating disk 712 and the fixed support plate 713 arranged in horizontal cross, the discharge outlet of shell fragment vibrating disk 711 is equiped with the shell fragment guide frame 714 extending to fixed support plate 713, the discharge outlet of carbon brush vibrating disk 712 is equiped with the carbon brush guide frame 715 extending to fixed support plate 713, fixed support plate 713 offers in carbon brush guide frame 715 discharging opening front the through hole 7131 run through completely up and down, the upper surface of fixed support plate 713 offers in the front of shell fragment guide frame 714 discharging opening and extends and the guide groove 7132 be communicated with through hole 7131 towards through hole 7131 side, the upper surface of fixed support plate 713 is equiped with the shell fragment pusher cylinder 716 along guide groove 7132 action, the piston rod extension end of shell fragment pusher cylinder 716 is equiped with the shell fragment push rod 7161 be intercalated in guide groove 7132, the lower end side of fixed support plate 713 is equiped with the carbon brush pusher cylinder 717 of vertical action, the piston rod extension end of carbon brush pusher cylinder 717 is equiped with in the vertical carbon brush push rod 7171 arranged, the upper end side of fixed support plate 713 is equiped with the shell fragment pressure holding cylinder 718 of vertical action directly over through hole 7131, the piston rod extension end of shell fragment pressure holding cylinder 718 is equiped with shell fragment pressure holding block 7181.
Wherein, fixed support plate 713 corresponding carbon brush pusher cylinder 717 is equiped with cylinder fixed mount 7172, and carbon brush pusher cylinder 717 is installed in cylinder fixed mount 7172.Same, the upper end side corresponding shell fragment pressure holding cylinder 718 of fixed support plate 713 is equiped with cylinder mount pad 7182, and shell fragment pressure holding cylinder 718 is installed in cylinder mount pad 7182.
Further, the upper surface of fixed support plate 713 is equiped with blanking and promotes cylinder 719, and the piston rod extension end that blanking promotes cylinder 719 is equiped with blanking push rod.
Below in conjunction with concrete course of action, carbon brush automatic assembling mechanism of the present utility model is described in detail, be specially: shell fragment vibrating disk 711 matches with shell fragment guide frame 714 and is automatically delivered to by shell fragment in the guide groove 7132 of fixed support plate 713, carbon brush vibrating disk 712 matches with carbon brush guide frame 715 and is automatically delivered in the through hole 7131 of fixed support plate 713 by carbon brush block, wherein, the carbon brush push rod 7171 stretched in fixed support plate 713 through hole 7131 supports the carbon brush block fallen in through hole 7131; The shell fragment fallen in guide groove 7132 also pushes in through hole 7131 by shell fragment push rod 7161 by then shell fragment pusher cylinder 716 action, shell fragment pressure holding cylinder 718 action being held by the shell fragment pushed in through hole 7131 by shell fragment pressure holding block 7181 is fixed, last carbon brush pusher cylinder 717 action by carbon brush push rod 7171 up pushing tow carbon brush block, finally make shell fragment and carbon brush block riveting shape in together with; After treating carbon brush assembling, shell fragment pressure holding cylinder 718 and carbon brush pusher cylinder 717 reset, and push the driving effect of cylinder and corresponding blanking push rod at blanking under, the carbon brush after assembling pushes away from fixed support plate 713 and falls.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (5)
1. a new-type brush holder production line, it is characterized in that: include frame, the upper end of frame is equiped with the delivery track (1) extended along feed direction, and the upper end of frame is provided with and will connects electric metal sheet and be assembled in the first man-made assembly station (2) of plastic processing frame, grounded metal sheet is assembled in the second man-made assembly station (3) of plastic processing frame, grounded metal sheet is pressed in the grounded metal sheet automatic press mounting station (4) of plastic processing frame, short pin capacitance group is loaded on grounded metal sheet and corresponding the 3rd man-made assembly station (5) connect between electric metal sheet, by the soldering of short pin electric capacity in grounded metal sheet and corresponding short pin electric capacity automatic tin soldering station (6) connect between electric metal sheet, carbon brush is assembled in the 4th man-made assembly of plastic processing frame, carbon brush is pressed in the carbon brush automatic press mounting station (8) of plastic processing frame, by the carbon brush automatic thermal riveting station (9) of carbon brush rivet hot in plastic processing frame, long pin capacitance group is loaded on the 5th man-made assembly station (10) of plastic processing frame, by long pin electric capacity automatic thermal riveting station (11) of long pin electric capacity rivet hot in plastic processing frame, by long pin electric capacity automatic tin soldering station (12) of two pin solderings of long pin electric capacity in corresponding side carbon brush, inductive bank is loaded on Sixth Man work assembling station (13) of plastic processing frame, by inductance soldering in the carbon brush of corresponding side and the inductance automatic tin soldering station (14) that connects between electric metal sheet, for automatically detecting brush holder quality and the vision of carrying out mark detects mark station (15) automatically, artificial visually examine's brush holder quality is station (16) and the manual detection of carrying out packing is packed, the first man-made assembly station (2), second man-made assembly station (3), grounded metal sheet automatic press mounting station (4), 3rd man-made assembly station (5), short pin electric capacity automatic tin soldering station (6), 4th man-made assembly, carbon brush automatic press mounting station (8), carbon brush automatic thermal riveting station (9), 5th man-made assembly station (10), long pin electric capacity automatic thermal riveting station (11), long pin electric capacity automatic tin soldering station (12), Sixth Man work assembling station (13), inductance automatic tin soldering station (14), vision detects mark station (15) automatically, manual detection packing station (16) is arranged along delivery track (1) successively interval,
Frame is equiped with for placing plastic processing frame in the first man-made assembly station (2), connect first discharging frame (21) of electric metal sheet, frame is equiped with the second discharging frame (31) for placing grounded metal sheet in the second man-made assembly station (3), frame is equiped with grounded metal sheet automatic press mounting mould (41) in grounded metal sheet automatic press mounting station (4), frame is equiped with electric capacity automatic pin cutter (51) in the 3rd man-made assembly station (5), frame is equiped with automatic tin welding machine (61) in short pin electric capacity automatic tin soldering station (6), frame is equiped with carbon brush automatic assembling mechanism in the 4th man-made assembly station (7), frame is equiped with carbon brush automatic press mounting mould (81) in carbon brush automatic press mounting station (8), frame is equiped with carbon brush automatic thermal riveting mould (91) in carbon brush automatic thermal riveting station (9), frame is equiped with the automatic cutting bender (101) of electric capacity in the 5th man-made assembly station (10), frame is equiped with long pin electric capacity automatic thermal riveting mould (111) in long pin electric capacity automatic thermal riveting station (11), frame is equiped with automatic tin welding machine (121) in long pin electric capacity automatic tin soldering station (12), frame is equiped with the 6th discharging frame (131) for placing inductance in Sixth Man work assembling station (13), frame is equiped with automatic tin welding machine (141) in inductance automatic tin soldering station (14), frame automatically detects mark station (15) in vision and is equiped with visual angle and automatically detects marking machine.
2. the new-type brush holder production line of one according to claim 1, it is characterized in that: described carbon brush automatic assembling mechanism includes shell fragment vibrating disk (711), carbon brush vibrating disk (712) and being installed between shell fragment vibrating disk (711) and carbon brush vibrating disk (712) and the fixed support plate (713) arranged in horizontal cross, the discharge outlet of shell fragment vibrating disk (711) is equiped with the shell fragment guide frame (714) extending to fixed support plate (713), the discharge outlet of carbon brush vibrating disk (712) is equiped with the carbon brush guide frame (715) extending to fixed support plate (713), fixed support plate (713) offers the through hole (7131) run through completely up and down in carbon brush guide frame (715) discharging opening front, the upper surface of fixed support plate (713) offers in the front of shell fragment guide frame (714) discharging opening and extends and the guide groove (7132) be communicated with through hole (7131) towards through hole (7131) side, the upper surface of fixed support plate (713) is equiped with the shell fragment pusher cylinder (716) along guide groove (7132) action, the piston rod extension end of shell fragment pusher cylinder (716) is equiped with the shell fragment push rod (7161) be intercalated in guide groove (7132), the lower end side of fixed support plate (713) is equiped with the carbon brush pusher cylinder (717) of vertical action, the piston rod extension end of carbon brush pusher cylinder (717) is equiped with in the vertical carbon brush push rod (7171) arranged, the upper end side of fixed support plate (713) is equiped with the shell fragment pressure holding cylinder (718) of vertical action directly over through hole (7131), the piston rod extension end of shell fragment pressure holding cylinder (718) is equiped with shell fragment pressure holding block (7181).
3. the new-type brush holder production line of one according to claim 2, it is characterized in that: the corresponding described carbon brush pusher cylinder (717) of described fixed support plate (713) is equiped with cylinder fixed mount (7172), and carbon brush pusher cylinder (717) is installed in cylinder fixed mount (7172).
4. the new-type brush holder production line of one according to claim 3, it is characterized in that: the corresponding described shell fragment pressure holding cylinder (718) of upper end side of described fixed support plate (713) is equiped with cylinder mount pad (7182), and shell fragment pressure holding cylinder (718) is installed in cylinder mount pad (7182).
5. the new-type brush holder production line of one according to claim 4, is characterized in that: the upper surface of described fixed support plate (713) is equiped with blanking and promotes cylinder (719), and the piston rod extension end that blanking promotes cylinder (719) is equiped with blanking push rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420812132.XU CN204315890U (en) | 2014-12-22 | 2014-12-22 | A kind of new-type brush holder production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420812132.XU CN204315890U (en) | 2014-12-22 | 2014-12-22 | A kind of new-type brush holder production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204315890U true CN204315890U (en) | 2015-05-06 |
Family
ID=53138186
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420812132.XU Withdrawn - After Issue CN204315890U (en) | 2014-12-22 | 2014-12-22 | A kind of new-type brush holder production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204315890U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104485562A (en) * | 2014-12-22 | 2015-04-01 | 东莞市富基自动化设备有限公司 | Novel brush holder production line |
| CN110581420A (en) * | 2019-09-29 | 2019-12-17 | 昆山新创力电子设备有限公司 | Multifunctional carbon brush carrier |
-
2014
- 2014-12-22 CN CN201420812132.XU patent/CN204315890U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104485562A (en) * | 2014-12-22 | 2015-04-01 | 东莞市富基自动化设备有限公司 | Novel brush holder production line |
| CN110581420A (en) * | 2019-09-29 | 2019-12-17 | 昆山新创力电子设备有限公司 | Multifunctional carbon brush carrier |
| CN110581420B (en) * | 2019-09-29 | 2024-04-05 | 昆山新创力电子设备有限公司 | Multifunctional carbon brush carrier |
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