CN203917695U - A kind of feeder for rotor punching press - Google Patents
A kind of feeder for rotor punching press Download PDFInfo
- Publication number
- CN203917695U CN203917695U CN201420335858.9U CN201420335858U CN203917695U CN 203917695 U CN203917695 U CN 203917695U CN 201420335858 U CN201420335858 U CN 201420335858U CN 203917695 U CN203917695 U CN 203917695U
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- approach switch
- frame
- feeder
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- material storage
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Abstract
The utility model provides a kind of feeder for rotor punching press, belongs to mechanical equipment technical field.It has solved existing feeder inefficiency, causes percent defective high, and labour intensity is large, and the problem of security incident easily occurs.This is for the feeder of rotor punching press, comprise frame and control cabinet, on the base plate of frame, be vertically provided with material storage tube, switching mechanism on material storage tube, in frame, be provided with material absorbing structure, in frame, be also vertically provided with screw mandrel, the other end of this screw mandrel is connected with motor-driven, on screw mandrel, slidably connect and carry bin, in a side of material storage tube, be provided with Connection Block, on this Connection Block, be vertically provided with turning cylinder, the upper end of this turning cylinder is provided with swingle, turning cylinder is connected with power transmission shaft, and power transmission shaft is connected with bent axle, is provided with take out device in frame.The utility model can reduce labor intensity greatly, increases work efficiency, handling safety, avoids the waste of material, and the utilization rate of material is high.
Description
Technical field
the utility model belongs to mechanical equipment technical field, relates to a kind of feeder for rotor punching press.
Background technology
at present, the rotor of domestic punching motor and the equipment of stator chip are generally the punch press of single Slot shaping, this punch press comprises the mold frame that is fixed with patrix and the bed die frame that is fixed with counterdie, bed die frame is arranged on workbench, is also provided with rotor, stator chip finished product or rotor, stator waste product output device on workbench.The whole process of existing punch ram motor stator, rotor chip is all generally to adopt manual operations, by manual type, the plate on coiled strip device is placed on counterdie, on counterdie with positioning baffle, behind artificial location, Push switch, patrix declines, sheet-metal press working is gone out to finished product, leave waste material on counterdie, finished product material is stayed on patrix, by patrix push pedal, finished product material is released again, then by manually finished product material being placed in finished product box.This mode of operation, manually places plate and easily produces error, and inefficiency, causes percent defective high, and labour intensity is large, and security incident easily occurs.
Summary of the invention
the purpose of this utility model is to have the problems referred to above for existing technology, proposed a kind ofly can carry motor stator, rotor to punch press, and motor stator, rotor are entered in punch ram grinding tool automatically, improve punch press operating efficiency, and split is connected with press machine, the feeder that supporting the use property is high.
the purpose of this utility model can realize by following technical proposal: a kind of feeder for rotor punching press, comprise frame and be installed in the control cabinet in frame, on the base plate of frame, be vertically provided with several material storage tubes, between described material storage tube and base plate, be provided with switching mechanism, in frame, being provided with can be relative with one of them material storage tube and can be by the material absorbing structure of the material lifting of this material storage tube, in frame, be also vertically provided with screw mandrel, on the sidewall of frame, be installed with motor, the other end of this screw mandrel is connected with motor-driven, on screw mandrel, slidably connect and can carry out to material storage tube the bin of carrying of material lifting, described material absorbing structure is connected with control cabinet respectively with motor, it is characterized in that, a side at material storage tube is provided with Connection Block, on this Connection Block, be vertically provided with turning cylinder, the upper end of this turning cylinder is provided with and material rotation can be transported to the swingle on press machine, the lower end of turning cylinder is connected with power transmission shaft, the other end of power transmission shaft is connected with press machine transmission of crankshaft, in circular path in swingle end, be also provided with take out device.
this feeder for rotor punching press is mainly to motor stator, the matching used plant equipment of rotor press machine, this feeding function is transported to the blank of motor stator, rotor in the mould of press machine accurately, by swingle, can take the finished product material of press machine mold out of press machine mold again, make finished product material automatically fall into finished product box, from material storage tube charging, by carrying bin, the automatic feed of material absorbing structure arrival swingle, the whole automatic operations of automatic material taking.
at above-mentioned a kind of feeder for rotor punching press, described swingle two ends are respectively arranged with rectangular block, and this two rectangular block is all vertical with swingle, at upper surface and the lower surface of each rectangular block, magnet piece are set respectively.The object arranging is like this: the magnet piece of rectangular block lower surface has the effect that from material absorbing structure absorbing material carries out charging, and the magnet piece of rectangular block upper surface has the effect of absorbing material feeding from press machine mold.
at above-mentioned a kind of feeder for rotor punching press, described take out device be included in the circular path of swingle two ends rectangular block, be provided with for rectangular block, pass against bar one with against bar two, described is connected on above-mentioned Connection Block by support bar against bar one with against bar two, on support bar, be also installed with approach switch one, described approach switch one is for being connected with the sub-switch of beating of press machine.Against bar one with between bar two, there is spacing, when swingle rotates, be fixed on the rectangular block at swingle two ends from passing against bar one with against the spacing between bar two, but drawn in the finished product materials of rectangular block upper surface and can be kept out against bar one with against bar two and flow in finished product box by rectangular block magnetic.
at above-mentioned a kind of feeder for rotor punching press, described material absorbing structure is included in and in frame, is installed with straight down relative with an above-mentioned wherein material storage tube and is the cylinder of a straight line, in the outer end of cylinder cylinder rod, level is installed with connecting plate, on connecting plate, slide and be equipped with some energy and material carried out to the suction bar of magnetic extraction, on connecting plate, also set firmly and be equipped with the approach switch two of controlling above-mentioned machine operation, in the upper end of suction bar, be connected with the command bar for inductive proximity switch two, described approach switch two is connected with control cabinet.Material in material storage tube is by sheet stator, the stack of rotor blank one by one, when material lifting being arrived to suction bar lower end under proposing the drive of bin at motor and touching with suction bar lower end, because motor is rotated further this suction bar by proposing bin lifting gradually, when command bar rises to approach switch two top, this motor stops operating, and material is stayed suction bar lower end.
at above-mentioned a kind of feeder for rotor punching press, described Connection Block comprises for being fixed on the substrate on press machine pedestal sidewall, on substrate, be fixed with rotation seat one and rotation seat two, above-mentioned turning cylinder is rotatably connected on rotation seat one, above-mentioned power transmission shaft is rotatably connected on rotation seat two, described turning cylinder and power transmission shaft are in transmission connection by umbrella tooth, on rotation seat two, be provided with the approach switch three of controlling above-mentioned cylinder operation, on the outer wall of power transmission shaft, correspondence is fixed with the fan-shaped sensor block for inductive proximity switch three, described approach switch three is connected with control cabinet.When power transmission shaft rotates, the rectangular block of swingle is in suction bar relative position, when this fan-shaped sensor block starting point and approach switch three touching, this approach switch three signals to control cabinet, control cabinet says the word to cylinder and orders cylinder cylinder rod to move upward, when cylinder cylinder rod rises, this material is near the lower surface of rectangular block, effect due to magnet piece, at cylinder cylinder rod, continue the lower surface that rising material is stayed rectangular block, now fan-shaped sensor block terminal departs from approach switch three, this approach switch three signals to control cabinet, control cabinet says the word to cylinder and orders cylinder cylinder rod to move downward, now swingle is taken away material rotation.
at above-mentioned a kind of feeder for rotor punching press, in one end of press machine bent axle, be fixed with gear one, in one end of power transmission shaft, be fixed with gear two, described gear one with on gear two, be provided with chain and this gear one and be connected by chain drive with gear two.The object arranging is like this to make when the power of press machine sends power transmission shaft to, transmits more stable, accurate.
at above-mentioned a kind of feeder for rotor punching press, in frame, be also vertically provided with guide post, on bin, offer guide openings carrying, describedly carry the guide openings of bin and above-mentioned relative connection of guide post, the described bin spiral of carrying is connected on above-mentioned screw mandrel, at the two ends of guide post, be respectively arranged with and control the upper approach switch of carrying bin oscilaltion stroke, lower approach switch, described upper approach switch, lower approach switch respectively with the described bin relative induction of carrying, one end of above-mentioned screw mandrel is installed with belt pulley, this screw mandrel is in transmission connection by belt pulley and above-mentioned electric machine main shaft, described upper approach switch, lower approach switch is connected with above-mentioned control cabinet respectively.
at above-mentioned a kind of feeder for rotor punching press, described switching mechanism comprises by slide rail and is connected to the sliding seat on framework soleplate, on sliding seat, be rotationally connected swivel plate, the quantity of above-mentioned material storage tube arranges two, and these two material storage tubes lay respectively at the two ends of swivel plate.
compared with prior art, this feeder for rotor punching press is that press machine supports the use connection, can carry out supporting connection with the impact lathe of different model, he provides stator or rotor chip automatically for press machine, and this feeder swingle enters in the mould of press machine stator, rotor chip automatically; The utility model can reduce labor intensity greatly, increases work efficiency, handling safety, avoids the waste of material, and the utilization rate of material is high.
Accompanying drawing explanation
fig. 1 is that this is for the perspective view of the feeder of rotor punching press.
fig. 2 is that this is for the part perspective view of the feeder of rotor punching press.
fig. 3 is that this is for the sectional structure schematic diagram of the feeder rectangular block of rotor punching press.
in figure, 1, frame; 2, control cabinet; 3, material storage tube; 4, screw mandrel; 5, motor; 6, carry bin; 7, turning cylinder; 8, swingle; 9, power transmission shaft; 10, bent axle; 11, rectangular block; 12, magnet piece; 13, against bar one; 14, against bar two; 15, support bar; 16, approach switch one; 17, cylinder; 18, connecting plate; 19, suction bar; 20, approach switch two; 21, command bar; 22, pedestal; 23, substrate; 24, rotation seat one; 25, rotation seat two; 26, approach switch three; 27, fan-shaped sensor block; 28, gear one; 29, gear two; 30, chain; 31, guide post; 32, upper approach switch; 33, lower approach switch; 34, sliding seat; 35, swivel plate.
The specific embodiment
be below specific embodiment of the utility model by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiment.
as shown in Figure 1, Figure 2 or shown in Fig. 3, this feeder for rotor punching press is mainly comprised of frame 1 and the control cabinet 2 being installed in frame 1, on the base plate of frame 1, be vertically provided with two each and every one material storage tubes 3, between material storage tube 3 and base plate, be provided with switching mechanism, when practical application, this switching mechanism is mainly comprised of sliding seat 34, this sliding seat 34 is connected on frame 1 base plate by slide rail, on sliding seat 34, be rotationally connected swivel plate 35, these two material storage tubes 3 are separately fixed at the two ends of swivel plate 35, in frame 1, being provided with can be relative with one of them material storage tube 3 and can be by the material absorbing structure of the material lifting of this material storage tube 3, the primary structure of this material absorbing structure is: mainly in frame 1, be installed with straight down relative with a material storage tube 3 wherein and be the cylinder 17 of a straight line, outer end level at cylinder 17 cylinder rods is installed with connecting plate 18, on connecting plate 18, slide and be equipped with two energy and material carried out to the suction bar 19 of magnetic extraction, on connecting plate 18, also set firmly and be equipped with the approach switch 2 20 of controlling motor 5 work, in the upper end of suction bar 19, be connected with the command bar 21 for inductive proximity switch 2 20, approach switch 2 20 is connected with control cabinet 2.In frame 1, be also vertically provided with screw mandrel 4, on the sidewall of frame 1, be installed with motor 5, one end of screw mandrel 4 is installed with belt pulley, this screw mandrel 4 is connected with motor 5 spindle drive by belt pulley, on screw mandrel 4, slidably connect can carry out material lifting to material storage tube 3 carry bin 6, in frame 1, be also vertically provided with guide post 31, this is carried on bin 6 and offers guide openings, proposes the guide openings of bin 6 and the above-mentioned relative connection of guide post 31; When Practical manufacturing, this is carried bin 6 spirals and is connected on screw mandrel 4, at the two ends of guide post 31, be respectively arranged with and control upper approach switch 32, the lower approach switch 33 of carrying bin 6 oscilaltion strokes, upper approach switch 32, lower approach switch 33 respectively with carry bin 6 relative inductions, upper approach switch 32, lower approach switch 33 are connected with control cabinet 2 respectively.
a side at material storage tube 3 is provided with Connection Block, on this Connection Block, be vertically provided with turning cylinder 7, the upper end of this turning cylinder 7 is provided with and material rotation can be transported to the swingle 8 on press machine, the lower end of turning cylinder 7 is connected with power transmission shaft 9, in one end of press machine bent axle 10, be fixed with gear 1, in one end of power transmission shaft 9, be fixed with gear 2 29, on gear 1 and gear 2 29, be provided with chain 30 and this gear 1 and gear 2 29 and be in transmission connection by chain 30.When Practical manufacturing, these swingle 8 two ends are respectively arranged with rectangular block 11, and this two rectangular block 11 is all vertical with swingle 8, at upper surface and the lower surface of each rectangular block 11, magnet piece 12 are set respectively.In circular path in swingle 8 ends, be also provided with take out device, the primary structure of this take out device is: in the circular path of swingle 8 two ends rectangular blocks 11, be provided with for rectangular block 11 pass against bar 1 with against bar 2 14, against bar 1 with against bar 2 14, by support bar 15, be connected on Connection Block, on support bar 15, be also installed with approach switch 1, approach switch 1 is for being connected with the sub-switch of beating of press machine.When actual design, this Connection Block is mainly comprised of the substrate 23 for being fixed on press machine pedestal 22 sidewalls, on substrate 23, be fixed with rotation seat 1 and rotation seat 2 25, turning cylinder 7 is rotatably connected on rotation seat 1, power transmission shaft 9 is rotatably connected on rotation seat 2 25, turning cylinder 7 and power transmission shaft 9 are in transmission connection by umbrella tooth, on rotation seat 2 25, be provided with the approach switch 3 26 of control cylinder 17 work, on the outer wall of power transmission shaft 9, correspondence is fixed with the fan-shaped sensor block 27 for inductive proximity switch 3 26, approach switch 3 26 is connected with control cabinet 2.
this course of work for the feeder of rotor punching press is as follows: when control cabinet 2 is pressed the button of beginning, this motor 5 rotates, be arranged on the upper approach switch 32 at the two ends of guide post 31, lower approach switch 33 is controlled the forward or reverse of motor 5, when motor 5 starts to rotate, while carrying the lower approach switch 33 of bin 6 touchings, lower approach switch 33 signals to control cabinet 2, control cabinet 2 says the word and causes motor 5 forwards to motor 5, making to carry bin 6 rises, when carrying the upper approach switch 32 of bin 6 touching, on this, approach switch 32 signals to control cabinet 2, control cabinet 2 says the word and causes motor 5 reversions to motor 5, making to carry bin 6 declines.
When motor 5 rotates, 6 pairs of the bins carried that are arranged on screw mandrel 4 are carried with this that material storage tube 3 that bin 6 is relative and are risen and carry material, when material lifting is touched to suction bar 19 lower ends and with suction bar 19 lower ends, because motor 5 is rotated further this suction bar 19 by proposing bin 6 lifting gradually, when command bar 21 leaves approach switch 2 20 and the top in approach switch 2 20, this motor 5 stops operating, material is stayed suction bar 19 lower ends, now, press machine is started working, when press machine bent axle 10 drives power transmission shaft 9 motion, the rectangular block 11 of swingle 8 is in suction bar 19 relative positions, when this power transmission shaft 9 rotates, when these fan-shaped sensor block 27 starting points and approach switch 3 26 touching, this approach switch 3 26 signals to control cabinet 2, control cabinet 2 says the word to cylinder 17 and orders cylinder 17 cylinder 17 bars to move upward, when cylinder 17 cylinder 17 bars rise, this material is near the lower surface of rectangular block 11, effect due to magnet piece 12, at cylinder 17 cylinder 17 bars, continue the lower surface that rising material is stayed rectangular block 11, now fan-shaped sensor block 27 terminals depart from approach switch 3 26, this approach switch 3 26 signals to control cabinet 2, control cabinet 2 says the word to cylinder 17 and orders cylinder 17 cylinder 17 bars to move downward, now swingle 8 is taken away material rotation, when swingle 8 rotates to diel place of press machine, because the effect of backer on the bed die of press machine is resisted against the material resting on rectangular block 11 lower surfaces on the bed die of press machine, press machine starts punching press, patrix declines, sheet-metal press working is gone out to finished product, on counterdie, leave waste material, finished product material is stayed on patrix, by patrix push pedal, finished product material is released again, when finished product material is released in patrix push pedal, the rectangular block 11 of the other end just in time rotates the below to patrix by another material on suction bar 19, should be pushed at the material of patrix the upper surface of rectangular block 11, swingle 8 continue to rotatablely move time, approach switch one 16 touching materials, signal to control cabinet 2, control cabinet 2 is controlled the son of beating of press machine, work on, bent axle 10 continues motion, be fixed on the rectangular block 11 at swingle 8 two ends from passing against bar 1 with against the spacing between bar 2 14, but drawn in the finished product materials of rectangular block 11 upper surfaces and can be kept out against bar 1 with against bar 2 14 and flow in finished product box by rectangular block 11 magnetic, when swingle 8 rotations, when this approach switch 1 is not touched material, this approach switch 1 signals to control cabinet 2, and control cabinet 2 is controlled the son of beating of press machine, quits work.Swingle 8 rotation half-turns, this press machine punching press once, completes the circulation of a unit like this, and this feeder is cycled to repeat work by this.
Claims (8)
1.
a kind of feeder for rotor punching press, comprise frame (1) and be installed in the control cabinet (2) in frame (1), on the base plate of frame (1), be vertically provided with several material storage tubes (3), between described material storage tube (3) and base plate, be provided with switching mechanism, in frame (1), being provided with can be relative with one of them material storage tube (3) and can be by the material absorbing structure of the material lifting of this material storage tube (3), in frame (1), be also vertically provided with screw mandrel (4), on the sidewall of frame (1), be installed with motor (5), the other end of this screw mandrel (4) and motor (5) are in transmission connection, on screw mandrel (4), slidably connect can carry out material lifting to material storage tube (3) carry bin (6), described material absorbing structure is connected with control cabinet (2) respectively with motor (5), it is characterized in that, a side at material storage tube (3) is provided with Connection Block, on this Connection Block, be vertically provided with turning cylinder (7), the upper end of this turning cylinder (7) is provided with and material rotation can be transported to the swingle (8) on press machine, the lower end of turning cylinder (7) is connected with power transmission shaft (9), the other end of power transmission shaft (9) and press machine bent axle (10) are in transmission connection, in circular path in swingle (8) end, be also provided with take out device.
2.
a kind of feeder for rotor punching press according to claim 1, it is characterized in that, described swingle (8) two ends are respectively arranged with rectangular block (11), this two rectangular block (11) is all vertical with swingle (8), at upper surface and the lower surface of each rectangular block (11), magnet piece (12) is set respectively.
3.
a kind of feeder for rotor punching press according to claim 2, it is characterized in that, described take out device be included in the circular path of swingle (8) two ends rectangular blocks (11), be provided with for rectangular block (11), pass against bar one (13) with against bar two (14), described is connected on above-mentioned Connection Block by support bar (15) against bar one (13) with against bar two (14), on support bar (15), be also installed with approach switch one (16), described approach switch one (16) is for being connected with the sub-switch of beating of press machine.
4.
a kind of feeder for rotor punching press according to claim 3, it is characterized in that, described material absorbing structure is included in and in frame (1), is installed with straight down relative with an above-mentioned wherein material storage tube (3) and is the cylinder (17) of a straight line, outer end level at cylinder (17) cylinder rod is installed with connecting plate (18), in the upper slip of connecting plate (18), be equipped with some energy and material carried out to the suction bar (19) of magnetic extraction, on connecting plate (18), also set firmly and be equipped with the approach switch two (20) of controlling above-mentioned motor (5) work, in the upper end of suction bar (19), be connected with the command bar (21) for inductive proximity switch two (20), described approach switch two (20) is connected with control cabinet (2).
5.
a kind of feeder for rotor punching press according to claim 4, it is characterized in that, described Connection Block comprises for being fixed on the substrate (23) on press machine pedestal (22) sidewall, on substrate (23), be fixed with rotation seat one (24) and rotation seat two (25), above-mentioned turning cylinder (7) is rotatably connected on rotation seat one (24), above-mentioned power transmission shaft (9) is rotatably connected on rotation seat two (25), described turning cylinder (7) and power transmission shaft (9) are in transmission connection by umbrella tooth, on rotation seat two (25), be provided with the approach switch three (26) of controlling above-mentioned cylinder (17) work, on the outer wall of power transmission shaft (9), correspondence is fixed with the fan-shaped sensor block (27) for inductive proximity switch three (26), described approach switch three (26) is connected with control cabinet (2).
6.
a kind of feeder for rotor punching press according to claim 5, it is characterized in that, in one end of press machine bent axle (10), be fixed with gear one (28), in one end of power transmission shaft (9), be fixed with gear two (29), on described gear one (28) and gear two (29), be provided with chain (30) and this gear one (28) and gear two (29) and be in transmission connection by chain (30).
7.
a kind of feeder for rotor punching press according to claim 1, it is characterized in that, in frame (1), be also vertically provided with guide post (31), offer guide openings carrying on bin (6), describedly propose the guide openings of bin (6) and the above-mentioned relative connection of guide post (31), described bin (6) spiral of carrying is connected on above-mentioned screw mandrel (4), at the two ends of guide post (31), be respectively arranged with and control the upper approach switch (32) of carrying bin (6) oscilaltion stroke, lower approach switch (33), described upper approach switch (32), lower approach switch (33) respectively with described bin (6) relative induction of carrying, one end of above-mentioned screw mandrel (4) is installed with belt pulley, this screw mandrel (4) is connected with above-mentioned motor (5) spindle drive by belt pulley, described upper approach switch (32), lower approach switch (33) is connected with above-mentioned control cabinet (2) respectively.
8.
a kind of feeder for rotor punching press according to claim 1, it is characterized in that, described switching mechanism comprises by slide rail and is connected to the sliding seat (34) on frame (1) base plate, on sliding seat (34), be rotationally connected swivel plate (35), the quantity of above-mentioned material storage tube (3) arranges two, and these two material storage tubes (3) lay respectively at the two ends of swivel plate (35).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420335858.9U CN203917695U (en) | 2014-06-23 | 2014-06-23 | A kind of feeder for rotor punching press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420335858.9U CN203917695U (en) | 2014-06-23 | 2014-06-23 | A kind of feeder for rotor punching press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203917695U true CN203917695U (en) | 2014-11-05 |
Family
ID=51813576
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420335858.9U Expired - Fee Related CN203917695U (en) | 2014-06-23 | 2014-06-23 | A kind of feeder for rotor punching press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203917695U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109550858A (en) * | 2018-12-18 | 2019-04-02 | 梁瑞贤 | A kind of automatic film feeder for punching press |
-
2014
- 2014-06-23 CN CN201420335858.9U patent/CN203917695U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109550858A (en) * | 2018-12-18 | 2019-04-02 | 梁瑞贤 | A kind of automatic film feeder for punching press |
| CN109550858B (en) * | 2018-12-18 | 2024-02-06 | 梁瑞贤 | Automatic sheet feeding machine for stamping |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141105 Termination date: 20150623 |
|
| EXPY | Termination of patent right or utility model |