CN204276713U - Redly rush pay-off - Google Patents
Redly rush pay-off Download PDFInfo
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- CN204276713U CN204276713U CN201420757647.4U CN201420757647U CN204276713U CN 204276713 U CN204276713 U CN 204276713U CN 201420757647 U CN201420757647 U CN 201420757647U CN 204276713 U CN204276713 U CN 204276713U
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Abstract
The utility model provides and redly rushes pay-off, belongs to field of mechanical technique.It solve and existingly redly rush the stable problem in pay-off operation portion.This device comprises base and is arranged on the splicing seat on base, the cylinder one for driving main swing seat to rotate is provided with between base and main swing seat, the outer end of swing arm is hinged with material folding part, spring one is provided with between material folding part and swing arm, the two ends of spring one are separately fixed in material folding part and swing arm, and under the effect of spring one, material folding part has the trend with the clamping of swing arm outer end, pusher part is provided with on the upside of swing arm, when swing arm is rocked to below blanking barrel, pusher part to be resisted against in blanking barrel and to promote material folding part away from swing arm outer end, swing arm is fixed with the cylinder two vertically arranged, the piston rod of cylinder two is connected with pusher part, when cylinder two action, pusher part stretches between swing arm outer end and material folding part.This device utilizes two cylinder driving device to run, and cylinder is not easily stuck, and this plant running is stablized.
Description
Technical field
The utility model belongs to field of mechanical technique, relates to a kind of redly rushing pay-off.
Background technology
Chinese utility model patent (Authorization Notice No.: CN 203438577 U, authorized announcement date: 2014.2.19) disclose a kind of automatic red impact machine, comprise patrix, counterdie and mounting seat, counterdie is connected in mounting seat, mounting seat is provided with rotating shaft and for workpiece being delivered to the feed mechanism in counterdie, rotating shaft is fixed with eccentric wheel, eccentric wheel to be resisted against on feed mechanism and to drive feed mechanism feeding, mounting seat is also provided with the back-moving spring for driving feed mechanism to reset, the two ends of back-moving spring are connected in feed mechanism and mounting seat respectively, the liftout attachment that workpiece can be ejected from counterdie is provided with below counterdie, mounting seat is also provided with and controls the controlling organization of patrix relative to counterdie movement.
This red impact machine utilizes cam as power drive feeding.In actual production process, applicant finds, owing to having multiple cam in this red impact machine, not only the processing cost of cam is higher, in order to machine can be run, needs the position of constantly each cam of debugging, that finds each cam specifically arranges angle, and each cam is cooperatively interacted.In machine running process, also can there is the situation of position skew in cam, now, need machine to stop, again debug, its debug process comparatively bothers, and debug time is longer.
In addition, because this red impact machine is by all parts interlock on cam driven machine, cam is easy to occur stuck situation.Therefore, this red impact machine fluctuation of service.
Summary of the invention
The purpose of this utility model there are the problems referred to above for existing technology, proposes a kind ofly stable redly to rush pay-off.
The purpose of this utility model realizes by following technical proposal:
One is red rushes pay-off, comprise base and be arranged on the splicing seat on base, the blanking barrel be positioned at directly over splicing seat is fixed with above described base, described base is vertically provided with the main swing seat in column, described main swing seat is hinged on base, this device comprises swing arm, the inner of described swing arm is fixed in main swing seat, it is characterized in that, the cylinder one for driving main swing seat to rotate is provided with between described base and main swing seat, the outer end of swing arm is hinged with material folding part, spring one is provided with between described material folding part and swing arm, the two ends of spring one are separately fixed in material folding part and swing arm, and under the effect of spring one, material folding part has the trend with the clamping of swing arm outer end, the pusher part in strip is provided with on the upside of described swing arm, described pusher part outer end is between material folding part and swing arm, when swing arm is rocked to below blanking barrel, pusher part to be resisted against in blanking barrel and to promote material folding part away from swing arm outer end, described swing arm is fixed with the cylinder two vertically arranged, the piston rod of described cylinder two is connected with pusher part the inner, when cylinder two action, pusher part outer end moves down.
During work, cylinder one drives swing arm to be rocked to immediately below blanking barrel, and pusher part to be resisted against in blanking barrel and to promote material folding part away from swing arm outer end, forms the breach being used for place work piece between swing arm and material folding part.To be fallen between swing arm and material folding part by blanking barrel by the workpiece after heating and be positioned on the downside of pusher part outer end, now, dropping on splicing seat.When cylinder one drive swing arm away from immediately below blanking barrel time, pusher part leaves blanking barrel, under the effect of spring one, material folding part near swing arm and with swing arm clamping, piece-holder is lived, simultaneously, under the effect of spring one, pusher part is also pushed into by directly over holding workpiece by material folding part.After this, under the drive of cylinder one, workpiece is transported to red stamping die place.Now, cylinder two action, drive pusher part to stretch between swing arm outer end and material folding part, released between swing arm and material folding part by workpiece, workpiece falls into mould.Cylinder two is regained, and after this, cylinder one drives swing arm again to move to immediately below blanking barrel, and so forth.
Because this device drives whole feeding process by two cylinders, compared to cam, the structure of cylinder is comparatively stable; In addition, the transport of workpiece and blanking are controlled by two different cylinders respectively, and device is not easy stuck in running, makes this device comparatively stable in running.In addition, cylinder two is directly fixed in swing arm, and the promotion of cylinder two pairs of pusher parts is comparatively effective, stable.
Redly rush in pay-off above-mentioned, described splicing seat comprises splicing support and is horizontally disposed with and is slidably connected at the backgauge part in tabular on splicing support, spring two is provided with between described backgauge part and splicing support, the two ends of described spring two to be separately fixed on splicing support and backgauge part and under the effect of spring two, backgauge part has the trend extended immediately below blanking barrel, when swing arm is rocked to below blanking barrel, swing arm to be resisted against on backgauge part and to promote backgauge part and leaves immediately below blanking barrel.When swing arm is left immediately below blanking barrel, backgauge part stretches out, and is blocked by the workpiece being positioned at blanking barrel, and workpiece can not drop out in blanking barrel.When swing arm is rocked to immediately below blanking barrel, swing arm to be resisted against on backgauge part and to drive backgauge part to leave immediately below blanking barrel, and after this, workpiece to drop on splicing support and between swing arm and material folding part.Owing to being provided with backgauge part, only have when swing arm is rocked to immediately below blanking barrel, workpiece just drops between swing arm and material folding part; And because backgauge part is arranged on separately on splicing support, its length can arrange less, and backgauge part not easily affects the operation of pay-off, makes this plant running more stable.
Redly rush in pay-off above-mentioned, described splicing seat is provided with inductive component, and when workpiece drops on splicing seat, described inductive component sends the action of signal band dynamic air cylinder one.Inductive component is set, avoids continuing to run when workpiece not to fall between swing arm and material folding part timer, avoid device and to dally the impact that device is caused, make this plant running comparatively stable.
Redly rush in pay-off above-mentioned, described inductive component comprises the probe vertically arranged, described probe is positioned at immediately below blanking barrel and splicing support is stretched out in the upper end of probe, described splicing support is also hinged with sensing chip, the lower end of described probe is hinged on the inner of sensing chip, sensing chip has the trend driving and probe moves under gravity, described splicing support is fixed with proximity switch, after probe moves down, sensing chip triggers proximity switch, and proximity switch sends signal and is with dynamic air cylinder one action.Because the workpiece dropped on splicing support passes through heating, temperature is higher, therefore, probe and sensing chip are set in this device, proximity switch falls into situation by sensing chip and probe indirect detection workpiece, avoid the too high damage that proximity switch is caused of workpiece temperature, make this plant running comparatively stable.
As the another kind of scheme of inductive component, redly rush in pay-off above-mentioned, described inductive component comprises the probe vertically arranged, described probe is positioned at immediately below blanking barrel and splicing support is stretched out in the upper end of probe, spring three is provided with between described probe and splicing support, the two ends of described spring three to be separately fixed on probe and splicing support and under the effect of spring three, probe pin upper ends has the trend of stretching out splicing support, described splicing support is fixed with proximity switch, after probe moves down, proximity switch sends signal and is with dynamic air cylinder one action.
Redly rush in pay-off above-mentioned, the lower end of described probe has the swing part of rounded sheet, described sensing chip has the breach with swing part Corresponding matching, the swing part of described probe embeds in the breach of sensing chip, described splicing support has two pieces of limiting plates vertically arranged, described sensing chip is between two pieces of limiting plates.When probe moves up and down, the swing part of probe rotates relative to swing sheet in the breach of sensing chip.Swing part due to probe is positioned at the breach of sensing chip, makes the rotation that sensing chip is stable between two pieces of limiting plates, thus makes proximity switch more accurate to the induction of sensing chip, makes this plant running more stable.
Redly rush in pay-off above-mentioned, the outer end of described swing arm has the material folding breach be in the shape of the letter V.Because the material folding breach of swing arm outer end is in the shape of the letter V, when swing arm and material folding part holding workpiece, between workpiece and swing arm, material folding part, at least there are three contact points, thus it is comparatively stable when making workpiece between swing arm and material folding part, the location of workpiece not easily changes, ensure that workpiece is stable to enter accurately in mould, make the operation of this device more stable.
Redly rushing in pay-off above-mentioned, between described swing arm and main swing seat, being provided with the governor motion for regulating swing arm direction.In the process that this device uses, or in the process of first installation and debugging, the outer end of swing arm likely can not just immediately below blanking barrel to make workpiece fall between swing arm and material folding part accurately, therefore, governor motion is set, the direction of adjustable swing arm, namely makes the outer end of swing arm go to immediately below blanking barrel accurately, makes this plant running more stable.
Redly rush in pay-off above-mentioned, described swing arm is hinged in main swing seat, and described governor motion comprises some bolts, and described bolt is through swing arm and be resisted against in main swing seat.When needing the direction regulating swing arm, unclamping bolt, adjusting the direction of swing arm, then clamping screw.
Redly rush in pay-off above-mentioned, described pusher part comprises depression bar and drive link, swing arm is vertically provided with the secondary swing seat in column, described secondary swing seat is hinged in swing arm, be hinged in the middle part of described depression bar in secondary swing seat, described depression bar is between material folding part and swing arm, when swing arm is rocked to below blanking barrel, depression bar outer end to be resisted against in blanking barrel and to promote material folding part away from swing arm outer end, on the inner that the two ends of described drive link are hinged on depression bar respectively and cylinder two, depression bar outer end is driven to move down when cylinder two stretches out.When depression bar outer end is resisted against in blanking barrel, depression bar swings, and meanwhile, depression bar and drive link relatively rotate.
As the another kind of scheme of pusher part, described pusher part is shaft-like, swing arm is vertically provided with the secondary swing seat in column, described secondary swing seat is hinged in swing arm, be hinged in the middle part of described pusher part in secondary swing seat, when swing arm is rocked to below blanking barrel, pusher part outer end to be resisted against in blanking barrel and to promote material folding part away from swing arm outer end, described pusher part the inner has the butting section in tabular, spring four is provided with between described pusher part and swing arm, the two ends of described spring four are connected in pusher part and swing arm, and under the effect of spring four, butting section has the trend of the piston rod upper end downwards against cylinder two.In the process that pusher part swings, relative sliding between the piston rod of butting section and cylinder two.
Compared with prior art, this red pay-off that rushes utilizes two cylinder driving device to run, and cylinder is not easily stuck, and debugging is convenient, and this plant running is stablized.
Accompanying drawing explanation
Fig. 1 be this device face structural representation;
Fig. 2 is the plan structure schematic diagram of this device;
Fig. 3 is the stereogram of splicing seat;
Fig. 4 is the enlarged drawing at A place in Fig. 1;
Fig. 5 is the structural representation at pusher part swing arm outer end place when being resisted against in blanking barrel;
Fig. 6 is the structural representation at pusher part swing arm outer end place when leaving blanking barrel;
Fig. 7 is the structure of chuck in prior art.
In figure, 1, base; 2, splicing seat; 2a, splicing support; 2b, backgauge part; 2c, limiting plate; 3, blanking barrel; 4, main swing seat; 5, swing arm; 5a, material folding breach; 6, cylinder one; 7, material folding part; 8, spring one; 9, pusher part; 9a, depression bar; 9b, drive link; 10, cylinder two; 11, spring two; 12, probe; 12a, swing part; 13, sensing chip; 14, proximity switch; 15, secondary swing seat; 16, workpiece; 17, chuck one; 18, chuck two.
Detailed description of the invention
Be below specific embodiment of the utility model and 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 embodiments.
Basis is red rushes the side that pay-off is arranged on red impact machine.As depicted in figs. 1 and 2, this device comprises base 1 and is arranged on the splicing seat 2 on the left of base 1, blanking barrel 3 be positioned at splicing seat 2 directly over.
The right vertical of base 1 is provided with the main swing seat 4 in column, and main swing seat 4 is hinged on base 1, and the inner of the swing arm 5 in elongated rod shape is fixed in main swing seat 4.Be provided with cylinder 1 between base 1 and main swing seat 4, and the cylinder body of cylinder 1 and piston rod are hinged on base 1 respectively with in main swing seat 4.As equivalent technical scheme, the piston rod of cylinder 1 also can directly be hinged in swing arm 5.
As shown in Figure 5 and Figure 6, the outer end of swing arm 5 is hinged with material folding part 7, material folding part 7 and between be provided with spring 1, the two ends of spring 1 are separately fixed in material folding part 7 and swing arm 5, and under the effect of spring 1, material folding part 7 has the trend with swing arm 5 outer end clamping.
Concrete, the material folding breach 5a of the outer end of swing arm 5 is in the shape of the letter V like this, when swing arm 5 and material folding part 7 holding workpiece 16, between workpiece 16 and swing arm 5, material folding part 7, at least there are three contact points, determine a face at 3, thus comparatively stable when making workpiece 16 between swing arm 5 and material folding part 7, and workpiece 16 position not easily changes, ensure that workpiece 16 is stable to enter accurately in mould, make the operation of this device more stable.But in the prior art, as shown in Figure 7, the medial surface of chuck 1 and chuck 2 18 is circular arc.Because workpiece expands with heat and contract with cold phenomenon in heater cooling procedure, the shape of chuck 1 and chuck 2 18 cannot be accomplished and workpiece exact matching.Therefore, chuck 1 is together with chuck 2 18 during holding workpiece 16, and workpiece 16 and the contact point between chuck 1 and chuck 2 18 are two, in such an embodiment, easily there is play in workpiece 16, causes workpiece 16 cannot enter in mould, causes completing feeding.
Swing arm 5 is hinged in main swing seat 4, is provided with the governor motion for regulating swing arm 5 direction between swing arm 5 and main swing seat 4.Concrete, governor motion comprises some bolts, and bolt passes swing arm 5 and is resisted against in main swing seat 4.When needing the direction regulating swing arm 5, unclamping bolt, adjusting the direction of swing arm 5, then clamping screw.
As the another kind of scheme of governor motion, the inner of swing arm 5 is set in main swing seat 4, has equally distributed teeth, the inner side of swing arm 5 has the teeth of relative set on outside main swing seat 4.When needing the direction adjusting swing arm 5, swing arm 5 being taken out, after determining the direction of swing arm 5, then swing arm 5 cover being become owner of swing seat 4.
Pusher part 9 is provided with on the upside of swing arm 5.As shown in Figure 1, pusher part 9 comprises depression bar 9a and drive link 9b, swing arm 5 is vertically provided with the secondary swing seat 15 in column, and secondary swing seat 15 is hinged in swing arm 5, is hinged in secondary swing seat 15 in the middle part of depression bar 9a.When swing arm 5 is rocked to below blanking barrel 3, depression bar 9a outer end to be resisted against in blanking barrel 3 and to promote material folding part 7 away from swing arm 5 outer end, on the inner that the two ends of drive link 9b are hinged on depression bar 9a respectively and cylinder 2 10.When depression bar 9a outer end is resisted against in blanking barrel 3, depression bar 9a swings, and meanwhile, depression bar 9a and drive link 9b relatively rotates.When cylinder 2 10 action, depression bar 9a stretches into outer end between swing arm 5 outer end and material folding part 7 that workpiece 16 is released by this.
As the another kind of scheme of pusher part 9, pusher part 9 is in shaft-like, and swing arm 5 is vertically provided with the secondary swing seat 15 in column, secondary swing seat 15 is hinged in swing arm 5, is hinged in secondary swing seat 15 in the middle part of pusher part 9.When swing arm 5 is rocked to below blanking barrel 3, pusher part 9 outer end to be resisted against in blanking barrel 3 and to promote material folding part 7 away from swing arm 5 outer end, and pusher part 9 the inner has the butting section in tabular.Be provided with spring four between pusher part 9 and swing arm 5, the two ends of spring four are connected in pusher part 9 and swing arm 5, and under the effect of spring four, butting section has the trend of the piston rod upper end downwards against cylinder 2 10.In the process that pusher part 9 swings, relative sliding between the piston rod of butting section and cylinder 2 10.
As shown in Figure 3 and Figure 4, splicing seat 2 comprises splicing support 2a and is horizontally disposed with and is slidably connected at the backgauge part 2b in tabular on splicing support 2a.Spring 2 11 is provided with between backgauge part 2b and splicing support 2a, the two ends of spring 2 11 to be separately fixed on splicing support 2a and backgauge part 2b and under the effect of spring 2 11, backgauge part 2b has the trend extended immediately below blanking barrel 3, to be blocked by the workpiece 16 in blanking barrel 3.
When swing arm 5 is rocked to below blanking barrel 3, swing arm 5 to be resisted against on backgauge part 2b and to promote backgauge part 2b and leaves immediately below blanking barrel 3.When swing arm 5 is left immediately below blanking barrel 3, backgauge part 2b stretches out, and is blocked by the workpiece 16 being positioned at blanking barrel 3, and workpiece 16 can not drop out in blanking barrel 3.When swing arm 5 is rocked to immediately below blanking barrel 3, swing arm 5 to be resisted against on backgauge part 2b and to drive backgauge part 2b to leave immediately below blanking barrel 3, and after this, workpiece 16 to drop on splicing support 2a and between swing arm 5 and material folding part 7.
Splicing seat 2 is provided with inductive component, and when workpiece 16 drops on splicing seat 2, inductive component sends signal to cylinder 1, cylinder 1 action.
Concrete, as shown in Figure 3 and Figure 4, inductive component comprises the probe 12 vertically arranged, and probe 12 is positioned at immediately below the blanking barrel 3 and upper end of probe 12 and stretches out splicing support 2a.Splicing support 2a is also hinged with sensing chip 13, and the lower end of probe 12 is hinged on the inner of sensing chip 13, and sensing chip 13 has the trend driving and probe 12 moves under gravity.
Splicing support 2a is fixed with proximity switch 14, and after probe 12 moves down, sensing chip 13 triggers proximity switch 14, and proximity switch 14 sends signal and is with dynamic air cylinder 1 action.Because the workpiece 16 dropped on splicing support 2a passes through heating, temperature is higher, therefore, arranges probe 12 and sensing chip 13 in this device, proximity switch 14 falls into situation by sensing chip 13 and probe 12 indirect detection workpiece 16, avoids the too high damage caused proximity switch 14 of workpiece 16 temperature.
The lower end of probe 12 has the swing part 12a of rounded sheet, and sensing chip 13 has the breach with swing part 12a Corresponding matching, and the swing part 12a of probe 12 embeds in the breach of sensing chip 13.Splicing support 2a has two pieces of limiting plate 2c vertically arranged, sensing chip 13 is between two pieces of limiting plate 2c.When probe 12 moves up and down, the swing part 12a of probe 12 rotates relative to swing sheet in the breach of sensing chip 13.
As the another kind of scheme of inductive component, inductive component comprises the probe 12 vertically arranged, probe 12 is positioned at immediately below the blanking barrel 3 and upper end of probe 12 and stretches out splicing support 2a, spring three is provided with between probe 12 and splicing support 2a, the two ends of spring three to be separately fixed on probe 12 and splicing support 2a and under the effect of spring three, probe 12 upper end has the trend of stretching out splicing support 2a, splicing support 2a is fixed with proximity switch 14, after probe 12 moves down, proximity switch 14 sends signal and is with dynamic air cylinder 1 action.
Now the course of work of this device is described below:
During work, cylinder 1 drives swing arm 5 to be rocked to immediately below blanking barrel 3, and pusher part 9 to be resisted against in blanking barrel 3 and to promote material folding part 7 away from swing arm 5 outer end, forms the breach being used for place work piece 16 between swing arm 5 and material folding part 7.Fallen between swing arm 5 and material folding part 7 by blanking barrel 3 by the workpiece 16 after heating, and drop on splicing seat 2.When cylinder 1 drive swing arm 5 away from immediately below blanking barrel 3 time, pusher part 9 leaves blanking barrel 3, under the effect of spring 1, material folding part 7 near swing arm 5 and with swing arm 5 clamping, workpiece 16 is clamped, meanwhile, under the effect of spring 1, pusher part 9 is also pushed into by directly over holding workpiece 16 by material folding part 7.After this, under the drive of cylinder 1, workpiece 16 is transported to red stamping die place.Now, cylinder 2 10 action, drive pusher part 9 to stretch between swing arm 5 outer end and material folding part 7, released between swing arm 5 and material folding part 7 by workpiece 16, workpiece 16 falls into mould.Cylinder 2 10 is regained, and after this, cylinder 1 drives swing arm 5 again to move to immediately below blanking barrel 3, and so forth.
Because this device drives whole feeding process by two cylinders, compared to cam, the structure of cylinder is comparatively stable; In addition, the transport of workpiece 16 and blanking are controlled by two different cylinders respectively, and device is not easy stuck in running, makes this device comparatively stable in running.In addition, cylinder 2 10 is directly fixed in swing arm 5, and the promotion of cylinder 2 10 pairs of pusher parts 9 is comparatively effective, stable.The debug process of this device is also comparatively simple, only needs the stroke of adjusting cylinders one and cylinder two to proper states, needs to regulate multiple cam unlike the device mentioned in background technology, and what need again between cam to cooperatively interact is just right.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Although more employ the term such as base 1, splicing seat 2, splicing support 2a, backgauge part 2b, limiting plate 2c, blanking barrel 3, main swing seat 4, swing arm 5, material folding breach 5a, cylinder 1, material folding part 7, spring 1, pusher part 9, depression bar 9a, drive link 9b, cylinder 2 10, spring 2 11, probe 12, swing part 12a, sensing chip 13, proximity switch 14, secondary swing seat 15, workpiece 16, chuck 1, chuck 2 18 herein, do not get rid of the possibility using other term.These terms are used to be only used to describe and explain essence of the present utility model more easily; The restriction that they are construed to any one additional is all contrary with the utility model spirit.
Claims (10)
1. one kind is redly rushed pay-off, comprise base (1) and be arranged on the splicing seat (2) on base (1), described base (1) top is fixed with the blanking barrel (3) be positioned at directly over splicing seat (2), described base (1) is vertically provided with the main swing seat (4) in column, described main swing seat (4) is hinged on base (1), this device also comprises swing arm (5), the inner of described swing arm (5) is fixed in main swing seat (4), it is characterized in that, the cylinder one (6) for driving main swing seat (4) to rotate is provided with between described base (1) and main swing seat (4), the outer end of swing arm (5) is hinged with material folding part (7), spring one (8) is provided with between described material folding part (7) and swing arm (5), the two ends of spring one (8) are separately fixed in material folding part (7) and swing arm (5), and under the effect of spring one (8), material folding part (7) has the trend with swing arm (5) outer end clamping, described swing arm (5) upside is provided with the pusher part (9) in strip, described pusher part (9) outer end is positioned between material folding part (7) and swing arm (5), when swing arm (5) is rocked to blanking barrel (3) below, the blanking barrel (3) that is resisted against pusher part (9) goes up and promotes material folding part (7) away from swing arm (5) outer end, described swing arm (5) is fixed with the cylinder two (10) vertically arranged, the piston rod of described cylinder two (10) is connected with pusher part (9) the inner, when cylinder two (10) action, pusher part (9) outer end moves down.
2. according to claim 1ly redly rush pay-off, it is characterized in that, described splicing seat (2) comprises splicing support (2a) and is horizontally disposed with and is slidably connected at the backgauge part (2b) in tabular on splicing support (2a), spring two (11) is provided with between described backgauge part (2b) and splicing support (2a), the two ends of described spring two (11) be separately fixed at splicing support (2a) and backgauge part (2b) upper and under the effect of spring two (11), backgauge part (2b) has the trend extended immediately below blanking barrel (3), when swing arm (5) is rocked to blanking barrel (3) below, swing arm (5) is resisted against backgauge part (2b) and goes up and promote backgauge part (2b) and leave immediately below blanking barrel (3).
3. according to claim 2ly redly rush pay-off, it is characterized in that, described splicing seat (2) is provided with inductive component, and when workpiece (16) drops on splicing seat (2), described inductive component sends signal band dynamic air cylinder one (6) action.
4. according to claim 3ly redly rush pay-off, it is characterized in that, described inductive component comprises the probe (12) vertically arranged, described probe (12) is positioned at immediately below blanking barrel (3) and splicing support (2a) is stretched out in the upper end of probe (12), described splicing support (2a) is also hinged with sensing chip (13), the lower end of described probe (12) is hinged on the inner of sensing chip (13), sensing chip (13) has the trend that drive probe (12) moves under gravity, described splicing support (2a) is fixed with proximity switch (14), after probe (12) moves down, sensing chip (13) triggers proximity switch (14), proximity switch (14) sends signal and is with dynamic air cylinder one (6) action.
5. according to claim 3ly redly rush pay-off, it is characterized in that, described inductive component comprises the probe (12) vertically arranged, described probe (12) is positioned at immediately below blanking barrel (3) and splicing support (2a) is stretched out in the upper end of probe (12), spring three is provided with between described probe (12) and splicing support (2a), the two ends of described spring three be separately fixed at probe (12) and splicing support (2a) upper and under the effect of spring three, probe (12) upper end has the trend of stretching out splicing support (2a), described splicing support (2a) is fixed with proximity switch (14), after probe (12) moves down, proximity switch (14) sends signal and is with dynamic air cylinder one (6) action.
6. red according to claim 4 or 5 rushes pay-off, it is characterized in that, the lower end of described probe (12) has the swing part (12a) of rounded sheet, described sensing chip (13) has the breach with swing part (12a) Corresponding matching, the swing part (12a) of described probe (12) embeds in the breach of sensing chip (13), described splicing support (2a) has two pieces of limiting plates (2c) vertically arranged, described sensing chip (13) is positioned between two pieces of limiting plates (2c).
7. as claimed in any of claims 1 to 5ly redly rush pay-off, it is characterized in that, the outer end of described swing arm (5) has the material folding breach (5a) be in the shape of the letter V.
8. as claimed in any of claims 1 to 5ly redly rush pay-off, it is characterized in that, between described swing arm (5) and main swing seat (4), being provided with the governor motion for regulating swing arm (5) direction.
9. according to claim 8ly redly rush pay-off, it is characterized in that, described swing arm (5) is hinged in main swing seat (4), described governor motion comprises some bolts, and described bolt passes swing arm (5) and is resisted against in main swing seat (4).
10. as claimed in any of claims 1 to 5ly redly rush pay-off, it is characterized in that, described pusher part (9) comprises depression bar (9a) and drive link (9b), swing arm (5) is vertically provided with the secondary swing seat (15) in column, described secondary swing seat (15) is hinged in swing arm (5), described depression bar (9a) middle part is hinged in secondary swing seat (15), the outer end of described depression bar (9a) is positioned between material folding part (7) and swing arm (5), when swing arm (5) is rocked to blanking barrel (3) below, depression bar (9a) outer end is resisted against blanking barrel (3) and goes up and promote material folding part (7) away from swing arm (5) outer end, on the inner that the two ends of described drive link (9b) are hinged on depression bar (9a) respectively and cylinder two (10), drive depression bar (9a) outer end to move down when cylinder two (10) action.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420757647.4U CN204276713U (en) | 2014-12-04 | 2014-12-04 | Redly rush pay-off |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420757647.4U CN204276713U (en) | 2014-12-04 | 2014-12-04 | Redly rush pay-off |
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| Publication Number | Publication Date |
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| CN204276713U true CN204276713U (en) | 2015-04-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420757647.4U Withdrawn - After Issue CN204276713U (en) | 2014-12-04 | 2014-12-04 | Redly rush pay-off |
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| CN (1) | CN204276713U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104438925A (en) * | 2014-12-04 | 2015-03-25 | 浙江华龙巨水科技股份有限公司 | Red-punching feeding device |
| CN108311619A (en) * | 2018-01-31 | 2018-07-24 | 浙江彪马自动化设备有限公司 | A kind of red automatic feeding for rushing raw material of hydraulic pressure |
| CN108580720A (en) * | 2018-03-23 | 2018-09-28 | 台州英达机械科技有限公司 | Workpiece feeding testing agency |
| CN111702023A (en) * | 2020-04-30 | 2020-09-25 | 邬明磊 | Auxiliary processing device for cold-drawing tube |
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2014
- 2014-12-04 CN CN201420757647.4U patent/CN204276713U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104438925A (en) * | 2014-12-04 | 2015-03-25 | 浙江华龙巨水科技股份有限公司 | Red-punching feeding device |
| CN108311619A (en) * | 2018-01-31 | 2018-07-24 | 浙江彪马自动化设备有限公司 | A kind of red automatic feeding for rushing raw material of hydraulic pressure |
| CN108311619B (en) * | 2018-01-31 | 2019-11-19 | 浙江彪马自动化设备有限公司 | A kind of hydraulic red automatic feeding for rushing raw material |
| CN108580720A (en) * | 2018-03-23 | 2018-09-28 | 台州英达机械科技有限公司 | Workpiece feeding testing agency |
| CN111702023A (en) * | 2020-04-30 | 2020-09-25 | 邬明磊 | Auxiliary processing device for cold-drawing tube |
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| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150422 Effective date of abandoning: 20160608 |
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| AV01 | Patent right actively abandoned |