CN205352217U - Automatic discharging device and prefill of postponing to personally experience sth. part of body of postponing to personally experience sth. part of body divides mould machine automatically - Google Patents
Automatic discharging device and prefill of postponing to personally experience sth. part of body of postponing to personally experience sth. part of body divides mould machine automatically Download PDFInfo
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- CN205352217U CN205352217U CN201620040676.8U CN201620040676U CN205352217U CN 205352217 U CN205352217 U CN 205352217U CN 201620040676 U CN201620040676 U CN 201620040676U CN 205352217 U CN205352217 U CN 205352217U
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Abstract
The utility model provides the body automatic discharging device that postpones, including end support, the hopper, arrange the material subassembly, arrange the material subassembly including the circular fill that is used for connecing the delayed body of hopper exhaust, the circular bottom of fighting is equipped with foraminiferous A's hourglass flitch, each hole A is connected with an unloading and crosses the pipe, open on the bottom plate of end support have with all rotary die on the pore pair confession of the answering hole B that the body passes through that postpones, each hole B connects one and takes over down, each root is taken over corresponding unloading down and is crossed the pipe, takeover and unloading are crossed and are connected with an ammunition feed nature hose between the pipe under each root, next door circular fill and/or that take over down is equipped with vibrator. An automatic mould machine that divides of body prefill of postponing, include into mould mechanism body automatic discharging device, positive pressure device, turnover subassembly, top mould mechanism postpone. The utility model discloses realize to postpone the advancing the mould, arrange material, automatic positive pressure, automatic serial serialization action of having enough to meet the need the demolding voluntarily of the body, reduction intensity of labour and manufacturing cost have improved this materialization safety and the productivity in the production process.
Description
Technical field
This utility model relates to detonator and makes field, especially, relates to a kind of delay element automatic discharging device and the prefilled automatic mold splitting machine of delay element.
Background technology
Current domestic basic detonator filling line row's delay element is all adopt artificial identity mode, being that in detonator production, personnel are maximum, efficiency is minimum, the operation that cost of labor is higher, and there is obvious potential safety hazard, and produce progressive instruction requirement not in full conformity with Ministry of Industry and Information about the people are quick-fried.Increasing detonator production enterprise proposes related needs, will realize that delay element is automatically die-filling substitutes artificial identity mode.Therefore, utility model one delay element automatic discharging device will have good marketing prospect, and the innovation research and development with new line that update simultaneously for the old line of detonator production all will have positive and important meaning.Chinese patent 200920080329.8 discloses a kind of automatic discharge machine, and what it was mainly introduced is the transhipment how being attached mould, to prevent connection mode from piling up, simplifies staff, and for how automatically die-filling, this patent is not set out.
Utility model content
This utility model purpose is in that to provide a kind of delay element automatic discharging device and the prefilled automatic mold splitting machine of delay element, with the problem solving to propose in background technology.
For achieving the above object, this utility model provides a kind of delay element automatic discharging device, including fixing end bearing on the table, be fixed on end bearing for filling the hopper depositing and discharging delay element, it is fixed on the discharge assembly on end bearing, described discharge assembly includes the circular bucket of the delay element discharged for receiving hopper, agitating device, material leakage plate, pipe is crossed in blanking, circular bucket is fixed on end bearing, agitating device is coaxially disposed in circle bucket, circular bucket bottom is provided with the material leakage plate spilt by delay element of A with holes, each hole A on material leakage plate is connected to a described blanking and crosses pipe, the base plate of end bearing has the hole B passed through for delay element one to one with the hole on turnover mould, each hole B is connected to a lower linking tube, pipe is crossed in each corresponding blanking of lower linking tube, each lower linking tube and blanking are crossed and are connected to one between pipe and cross pipe from blanking slip into the elastic hose of lower linking tube for delay element, delay element crosses pipe through blanking after discharging from circle bucket successively, flexible pipe, lower linking tube, hole B enters the turnover mould that the base plate lower surface with end bearing engages, the circular side of bucket and/or the side of lower linking tube are provided with the shaking device being fixed on end bearing.
Further, the base plate of end bearing is additionally provided with the lower connecting plate of C with holes, hole C on lower connecting plate and the hole B one_to_one corresponding on base plate also align, and described lower linking tube is connected on the C of hole, is folded with and makes the hole C lock assembly connecting with hole B or cutting off between lower connecting plate with base plate.
Described lock assembly includes the locking lower plate being clipped between lower connecting plate and base plate and the locking door being positioned at locking lower plate upper surface deep gouge, locking lower plate is provided with and hole B one_to_one corresponding the hole D that aligns, locking door is provided with and hole B hole E one to one, locking lower plate and lower connecting plate are fixed together, locking door is connected to driving device A, locking door is pulled to move back and forth in the deep gouge of locking lower plate upper surface by driving device A, locking door is carried out spacing by the deep gouge of locking lower plate upper surface, in motor process, hole E and hole D and hole B aligns or staggers.
Further, the quantifying board that thickness is identical with delay element length also it is folded with between described locking lower plate and base plate, offering on quantifying board and hole B and hole C one_to_one corresponding the hole F that aligns, the lower surface of locking lower plate has deep gouge, and quantifying board is fastened in the deep gouge of locking lower plate lower surface.
Further, described lower connecting plate is detachably mounted on the base plate of end bearing with locking lower plate by suppressing guide pillar group, lower connecting plate, locking lower plate, base plate offer the installing hole of through-thickness alignment symmetrically, described guide pillar group of suppressing includes holddown spring and locating dowel, described locating dowel bottom is detachably mounted in the installing hole of base plate after sequentially passing through the installing hole in lower connecting plate, locking lower plate, locating dowel top is provided with flange, described holddown spring upper end props up the flange of locating dowel, and lower end props up lower connecting plate.
Further, also it is folded with between described quantifying board and base plate and makes the hole B dynamic baffle plate separating with hole F or connecting, dynamic baffle plate is provided with and hole B hole G one to one, dynamic baffle plate is connected to driving device B, driving device B pulls dynamic baffle plate moving back and forth, in the process of motion, hole G and hole B and hole F aligns or staggers.
Further, described base plate offering deep gouge, driving device B pulls dynamic baffle plate to move in the deep gouge of base plate.
Further, bearing of the described end is also equipped with damping device.
Further, described hole A, hole B, hole C, hole D, hole E, hole F, hole G are taper hole, shoulder hole or the counterbore that mouth mouth big, following is little above.
Further, described delay element automatic discharging device is additionally provided with controller, the valve of described hopper, agitating device, shaking device, driving device A, driving device B, damping device control by controller electrical connection, and described controller is the controller with touch control operation screen.
A kind of prefilled automatic mold splitting machine of delay element, including the progressive die mechanism being respectively provided with on the table, described delay element automatic discharging device, positive pressure device, turnover assembly, and for placing the turnover mould of delay element and being arranged at the mold pushing mechanism below table surface, empty turnover mould is sent into below the end bearing of described delay element automatic discharging device by described progressive die mechanism, the hole that empty turnover mould upwards pushes up to turnover mould is engaged by mold pushing mechanism with the hole B on bearing at the bottom of delay element automatic discharging device, delay element automatic discharging device is to empty turnover mould row's dress delay element, delay element row installs into rear turnover mould and is transported to the delay element positive pressure in turnover mould below positive pressure device by described turnover assembly, turnover mould is transported out this automatic mold splitting machine by described turnover assembly after completing by positive pressure, enter next process.
Described progressive die mechanism includes progressive die guidance set, elevating mechanism, horizontal sliding cylinder, and described progressive die guidance set and horizontal sliding cylinder are all horizontally set on above workbench；Horizontal sliding cylinder pushes empty turnover mould to terminal from the starting point of progressive die guidance set, is connected to described elevating mechanism bottom the final position of progressive die guidance set, and the empty turnover mould at progressive die guidance set final position place is pulled to downwards on table surface by elevating mechanism.
Described positive pressure device includes positive pressure cylinder, positive pressure bearing and pressure punching part assembly, described positive pressure bearing is arranged on described workbench, described positive pressure cylinder is fixed on positive pressure bearing, the piston rod of positive pressure cylinder extends downwardly from being connected with pressing punching part assembly, and pressure punching assembly moves downward the delay element positive pressure in turnover mould.
Further, described pressure punching assembly includes pressure punching and is all distributed in the guide pillar that positive pressure cylinder is peripheral, and guide pillar and positive pressure cylinder be arranged in parallel, and guide pillar upper end is through the guide pin bushing being fixed on positive pressure bearing, and lower end is connected with pressure punching.
Described turnover assembly includes horizontal push cylinder, vertical push cylinder, spacing sliver, extension plate and unrestrained material and connects bucket, described horizontal push cylinder, longitudinal horizontal sliding air cylinder group, spacing sliver are respectively provided with on the table, spacing sliver is provided with the thing sense switch of sensing turnover mould, described extension plate is arranged on described workbench depanning position, and described unrestrained material connects bucket and arranges on the table and between delay element automatic discharging device and positive pressure device.
Further; cylinder and thing sense switch in described progressive die mechanism, delay element automatic discharging device, positive pressure device, turnover assembly control by the electrical connection of described controller; and described controller is provided with touch control operation screen, touch screen can be passed through and each cylinder and thing sense are switched be operated.
Preferably, on described progressive die guidance set, plane is 0～500mm to the vertical dimension of workbench.
Preferably, described controller is PLC, and the manipulation screen that touches of controller is arranged on the hopper side of workbench.
This utility model has the advantages that
(1) this utility model is by the combination of progressive die mechanism, delay element automatic discharging device, positive pressure device, turnover assembly and controller; achieve a series of automatizatioies continuous action entering sky mould, automatic discharge, automatic positive pressure, turnover depanning automatically continuously of delay element; achieve man machine interface manipulation; only need a people can mate with filling line production capacity; reduce production cost; improve work efficiency, improve security performance.
(2) the turnover work surface of turnover mould in this utility model, namely described progressive die guidance set and extension plate work surface can match with detonator filling line and dock, and can match with basic detonator filling line production capacity.
(3) this utility model is by described temporary hopper and circular bucket, batch can be realized and add delay element to described temporary bucket by setting the described switching cylinder valve interval of feed time control to described circular bucket blowing, save the repeatedly reinforced time, reduce the labor intensity of operator, improve work efficiency.
(4) this utility model passes through described delay element automatic discharging device, the described quantifying board of respective heights can be changed according to the multicore delay element of different length, achieve the automatic discharge of the multicore delay element of all kinds of length and automatically enter die worker's work, improve production efficiency, avoiding contact too much with delay element of operator in production, security performance is good.
(5) this utility model passes through described positive pressure device, it is possible to achieve the work positioned by longer delay element positive pressure hand-hole, the filling work for subsequent work stations provides guarantee.
(6) described in this utility model, unrestrained material connects bucket, it may be achieved the floating medicine dirt caused because of unrestrained and vibrations in discharging process is carried out certain collection, can effectively avoid the production safety hidden danger because the accumulation of delay element medicine dirt too much in complete rotation track causes.
(7) this utility model middle controller is PLC, and is easy to control the sequence of movement between each parts and time equipped with touching manipulation screen, easy to operate.
This utility model provides and a kind of continuable completes delay element automatic blanking, automatically enters mould, automatically flattens and delay element automatic discharging device that delay element mould has enough to meet the need automatically, the multicore delay element being suitable for all kinds of length enters mould automatically, and can mate with basic detonator filling line production capacity.
Except purpose described above, feature and advantage, this utility model also has other purpose, feature and advantage.Below with reference to figure, this utility model is described in further detail.
Accompanying drawing explanation
The accompanying drawing constituting the part of the application is used for providing being further appreciated by of the present utility model, and schematic description and description of the present utility model is used for explaining this utility model, is not intended that improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the structural upright schematic diagram of the delay element automatic discharging device of this utility model preferred embodiment；
Fig. 2 is the texture edge schematic diagram of the delay element automatic discharging device of this utility model preferred embodiment；
Fig. 3 is the side sectional view of the delay element automatic discharging device of this utility model preferred embodiment；
Fig. 4 be this utility model preferred embodiment delay element automatic discharging device in the side sectional view of lower plate assembly；
Fig. 5 is the overall structure schematic perspective view of the prefilled automatic mold splitting machine of delay element of this utility model preferred embodiment；
Fig. 6 is the overall structure side schematic view of the prefilled automatic mold splitting machine of delay element of this utility model preferred embodiment；
Fig. 7 is the overall structure schematic top plan view of the prefilled automatic mold splitting machine of delay element of this utility model preferred embodiment；
Fig. 8 be this utility model preferred embodiment the prefilled automatic mold splitting machine of delay element in the side sectional view of positive pressure device.
In figure: 1, workbench, 2, turnover mould, 3, progressive die mechanism, 37, shaking device (pneumatic vibrator device), 38, elastic hose, 3-1, progressive die guidance set, 3-2, elevating mechanism, 3-3, horizontal sliding cylinder, 4, delay element automatic discharging device, 4-1, end bearing, 4-2, base plate, 4-20, hole B, 4-4, quantifying board, 4-40, hole F, 4-5, locking lower plate, 4-50, hole D, 4-6, lock assembly, 4-8, dampening assembly, 4-9, automatic discharge assembly, 4-10, hopper, 4-11, backform device, 4-12, dynamic baffle plate, 4-120, hole G, 4-13, dynamic gear cylinder (driving device B), 4-14, locking door, 4-140, hole E, 4-15, lock-up cylinder (driving device A), 4-16, lower connecting plate, 4-160, hole C, 4-17, floating lower linking tube, 4-18, suppress guide pillar group, 4-181, holddown spring, 4-182, locating dowel, 4-19, damping installation seat, 4-20, amortisseur (damping device), 4-21, charging base plate, 4-22, air motor (agitating device), 4-23, circular bucket, 4-24, material leakage plate, 4-240, hole A, 4-25, pipe, 4-26 are crossed in blanking, temporary hopper, 4-27, bucket mounting, 4-28, switching cylinder valve, 4-29, backform cylinder, 4-30, convergence piece, 5, positive pressure device, 5-1, positive pressure cylinder, 5-2, positive pressure bearing, 5-3, pressure punching part assembly, 5-31, pressure punching, 5-32 guide pillar, 5-33, guide pin bushing, 6, turnover assembly, 6-1, horizontal push cylinder, 6-2, longitudinal horizontal sliding air cylinder group, 6-3, spacing sliver, 6-4, extension plate, 6-5, unrestrained material connects bucket.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail, but the multitude of different ways that this utility model can limit according to claim and cover is implemented.
A kind of delay element automatic discharging device referring to Fig. 1～Fig. 4, including the end bearing 4-1 being fixed on workbench 1, be fixed on end bearing 4-1 for filling the temporary hopper component 4-10 depositing and discharging delay element, it is fixed on the automatic discharge assembly 4-9 on end bearing 4-1, temporary hopper component 4-10 includes the bucket mounting 4-27 being fixed on end bearing, it is fixed on the temporary hopper 4-26 on bucket mounting 4-27, automatic discharge assembly 4-9 includes the circle bucket 4-23 for connecing the temporary hopper 4-26 delay element discharged, air motor (agitating device) 4-22, material leakage plate 4-24, pipe 4-25 is crossed in blanking, circular bucket 4-23 is fixed on end bearing 4-1, agitating device 4-22 is coaxially disposed in circle bucket 4-23, temporary hopper 4-26 headwall is provided with switching cylinder valve 4-28, the central rotating shaft of the outlet alignment agitating device 4-22 of switching cylinder valve 4-28, the material leakage plate 4-24 spilt by delay element of A with holes it is provided with bottom circular bucket 4-23, each hole A on material leakage plate 4-24 is connected to a blanking and crosses pipe 4-25, the base plate 4-2 of end bearing 4-1 has the hole B passed through for delay element one to one with the hole on turnover mould 2, each hole B is connected to a lower linking tube 4-17, pipe 4-25 is crossed in each corresponding blanking of lower linking tube 4-17, each lower linking tube 4-17 and blanking are crossed and are connected to one between pipe 4-25 and cross pipe 4-25 from blanking slip into the elastic hose 38 of lower linking tube 4-17 for delay element, delay element crosses pipe 4-25 through blanking after discharging from circle bucket 4-23 successively, elastic hose 38, lower linking tube 4-17, hole B enters the turnover mould 2 that the base plate 4-2 lower surface with end bearing 4-1 engages, the lower surface of base plate 4-2 is provided with and turnover mould 2 can be carried out spacing locating piece.
In the present embodiment, the homonymy of lower linking tube 4-17 and circular bucket 4-23 is provided with pneumatic vibrator device 37, the electromagnetic shaker on lower linking tube 4-17 side is arranged on base plate 4-2, the electromagnetic shaker on circular bucket 4-23 side is arranged on for installing circular bucket 4-23 and connecting the charging base plate 4-21 of material leakage plate 4-24, and the vibration frequency of electromagnetic shaker 37 is 27-37.5Hz.
Delay element automatic discharging device also includes connecting plate assembly 4-7, connecting plate assembly 4-7 includes lower connecting plate 4-16, lower linking tube 4-17, suppress guide pillar group 4-18, lower connecting plate 4-16 is detachably mounted on base plate 4-2, lower connecting plate 4-16 is provided with hole C4-160, hole C and the hole B one_to_one corresponding on base plate 4-2 also align, and lower linking tube 4-17 connecting hole C is provided with between lower connecting plate 4-16 with base plate 4-2 and makes the hole C lock assembly 4-6 connecting with hole B or cutting off.
Lock assembly 4-6 includes the locking lower plate 4-5 being clipped between lower connecting plate 4-16 and base plate 4-2, and it is positioned at locking lower plate 4-5 upper surface deep gouge the locking door 4-14 with the laminating of lower connecting plate 4-16 lower surface, locking lower plate 4-5 is provided with and hole B one_to_one corresponding the hole D4-50 that aligns, locking door 4-14 is provided with and hole B hole E4-140 one to one, locking lower plate 4-5, locking door 4-14 is connected to lock-up cylinder 4-15, locking door 4-14 is pulled to move back and forth in the deep gouge of locking lower plate 4-5 upper surface by lock-up cylinder 4-15, locking door 4-14 is carried out spacing by the deep gouge of locking lower plate 4-5 upper surface, in motor process, hole E and hole D and hole B aligns or staggers.
The quantifying board 4-4 that thickness is identical with delay element length it is provided with between locking lower plate 4-5 with base plate 4-2, quantifying board 4-4 offers and hole B and hole C one_to_one corresponding the hole F4-40 that aligns, the lower surface of locking lower plate 4-5 has deep gouge, quantifying board 4-4 is fastened in the deep gouge of locking lower plate 4-5 lower surface, and quantifying board 4-4 lower surface is fitted with base plate 4-2 upper surface.
Referring to Fig. 4, lower connecting plate 4-16 and locking lower plate 4-5 is detachably mounted on the base plate 4-2 of end bearing 4-1 by suppressing guide pillar group 4-18, lower connecting plate 4-16, locking lower plate 4-5, base plate 4-2 offers the installing hole of through-thickness alignment symmetrically, suppress guide pillar group 4-18 and include holddown spring 4-181 and locating dowel 4-182, locating dowel 4-182 bottom sequentially passes through lower connecting plate 4-16, it is detachably mounted in the installing hole of base plate 4-2 after installing hole on locking lower plate 4-5, locating dowel 4-182 top is provided with flange, holddown spring 4-181 upper end props up the flange of locating dowel 4-182, lower end props up lower connecting plate 4-16.
Delay element automatic discharging device also includes dynamic gear door assembly 4-3, dynamic gear door assembly 4-3 includes dynamic baffle plate 4-12 and dynamic gear cylinder 4-13, the dynamic baffle plate 4-12 making hole B separate with hole F or connecting also it is folded with between quantifying board 4-4 with base plate 4-2, dynamic baffle plate 4-12 is provided with and hole B hole G4-120 one to one, dynamic baffle plate 4-12 is connected to dynamic gear cylinder 4-13, dynamic gear cylinder 4-13 pulls dynamic baffle plate 4-12 moving back and forth, and in the process of motion, hole G and hole B and hole F aligns or staggers.
Referring to Fig. 4, base plate 4-2 offering deep gouge, dynamic baffle plate 4-12 moves back and forth in the deep gouge of base plate 4-2.
Referring to Fig. 1 and Fig. 2, end bearing 4-1 is also equipped with dampening assembly 8, dampening assembly 4-8 includes damping installation seat 4-19, amortisseur 4-20, damping installation seat 4-19, amortisseur 4-20 and charging base plate 4-21 sequentially install from top to bottom and are arranged on the base plate 4-2 of end bearing 4-1, serve the effect supporting fixing and damping.
In the present embodiment, delay element automatic discharging device is additionally provided with the controller with touch control operation screen, and the temporary switching cylinder door 4-28 of hopper 4-26, air motor 4-22, shaking device 37, dynamic gear cylinder 4-13, lock-up cylinder 4-15, amortisseur 4-20 control by controller electrical connection.
The operation principle of this delay element automatic discharging device approximately as: dynamic baffle plate 4-12 is arranged between base plate 4-2 and quantifying board 4-4 and is in normally off, realizes falling in turnover mould 2 delay element entered in quantifying board 4-4 by controlling dynamic gear cylinder 4-13；Quantifying board 4-4 is played spacing and positioning action by the deep gouge of locking lower plate 4-5 front surface；Locking door 4-14 is arranged in the deep gouge of locking lower plate 4-5 upper surface and is in normally open, second from the bottom the delay element of quantifying board 4-4 it is introduced into for locking, by the coordinated signals with dynamic baffle plate 4-12, can realize only having in each hole every time falling in turnover mould 2 single-shot delay element.
The prefilled automatic mold splitting machine of a kind of delay element referring to Fig. 5～Fig. 8, including the progressive die mechanism 3 being respectively provided with on the table, delay element automatic discharging device 4, positive pressure device 5, turnover assembly 6, and for placing the turnover mould 2 of delay element and being arranged at the mold pushing mechanism 4-11 below table surface, empty turnover mould 2 is sent into below the end bearing 4-1 of delay element automatic discharging device 4 by progressive die mechanism 3, mold pushing mechanism 4-11 includes being positioned at the convergence piece 4-30 can being connected immediately below end bearing 4-1 and backform cylinder 4-29 connected vertically with convergence piece 4-30 with turnover mould 2, the hole that empty turnover mould 2 upwards pushes up to turnover mould 2 is engaged with the hole B on the end bearing 4-1 of delay element automatic discharging device 4 by backform cylinder 4-29 by convergence piece 4-30, delay element automatic discharging device 4 is to empty turnover mould 2 row's dress delay element, delay element row installs into rear turnover mould 2 and is transported to the delay element positive pressure in turnover mould 2 below positive pressure device 5 by turnover assembly 6, turnover mould 2 is transported out this automatic mold splitting machine by turnover assembly 6 after completing by positive pressure, enter next process.
Referring to Fig. 6 and Fig. 7, progressive die mechanism 3 includes progressive die guidance set 3-1, elevating mechanism 3-2, horizontal sliding cylinder 3-3, progressive die guidance set 3-1 and horizontal sliding cylinder 3-3 and is all horizontally set on above workbench 1 table top；Horizontal sliding cylinder 3-3 pushes empty turnover mould 2 to terminal from the starting point of progressive die guidance set 3-1, it is connected to elevating mechanism 3-2, elevating mechanism 3-2 bottom the final position of progressive die guidance set 3-1 to be pulled to downwards on workbench 1 table top by the empty turnover mould 2 at progressive die guidance set 3-1 final position place.
Positive pressure device 5 includes positive pressure cylinder 5-1, positive pressure bearing 5-2 and pressure punching part assembly 5-3, positive pressure bearing 5-2 is arranged on workbench 1 table top, positive pressure cylinder 5-1 is fixed on positive pressure bearing 5-2, the piston rod of positive pressure cylinder 5-1 extends downwardly from being connected with pressing punching part assembly 5-3, and pressure punching assembly 5-3 moves downward the delay element positive pressure in turnover mould.
Referring to Fig. 8, pressure punching assembly 5-3 includes pressure punching 5-31 and is all distributed in the peripheral guide pillar 5-32 of positive pressure cylinder 5-1, guide pillar 5-32 and positive pressure cylinder 5-1 be arranged in parallel, the traverse of guide pillar 5-32 upper end is fixed on the guide pin bushing 5-33 on positive pressure bearing 5-2, lower end is connected with pressure punching 5-31, pressure punching 5-31 moves downward the delay element positive pressure in turnover mould 2, and after positive pressure completes, positive pressure cylinder 5-1 band dynamic pressure punching 5-31 upwards regains.
Turnover assembly 6 includes horizontal push cylinder 6-1, longitudinal horizontal sliding air cylinder group 6-2, spacing sliver 6-3, extension plate 6-4 and unrestrained material and meets bucket 6-5, horizontal push cylinder 6-1, longitudinal horizontal sliding air cylinder group 6-2, spacing sliver 6-3 are arranged on workbench 1, extension plate 6-4 is arranged on workbench 1 depanning position, and unrestrained material meets bucket 6-5 and is arranged on workbench 1 and between delay element automatic discharging device 4 and positive pressure device 5；Spacing sliver 6-3 is provided with the thing sense switch of sensing turnover mould 2.
In the present embodiment; cylinder and thing sense switch in progressive die mechanism 3, delay element automatic discharging device 4, positive pressure device 5, turnover assembly 6 control by controller electrical connection; and controller is provided with touch control operation screen, touch screen can be passed through each cylinder and thing sense switch are operated.
In the present embodiment, on progressive die guidance set, plane is 260mm to the vertical dimension of workbench.
In the present embodiment, controller is PLC, and the manipulation screen that touches of controller is arranged on temporary hopper 26 side of workbench 1.
Work process of the present utility model is as follows:
(1) preparation charging is first carried out after start, delay element to be installed is poured in temporary hopper 4-26, controller controls switching cylinder door 4-28 intermittence and opens emptying door, delay element automatically falls in circular bucket 4-23, controller controls air motor 4-22 and starts work, vibrator action 3-5s, is pre-loaded into a certain amount of delay element in delay element automatic discharging device 4 simultaneously；
(2) by progressive die mechanism 3, turnover mould 2 is pushed operating position one by one, when turnover mould 2 arrives delay element automatic discharging device 4 times, controller controls backform cylinder 4-29 action, after sky turnover mould 2 jacking is put in place by backform device 4-11, dynamic gear door assembly 4-3 starts action, dynamic baffle plate 4-12 opens from normally off, now lock-up cylinder 4-15 is in lock position, by in quantifying board freely delay element fall in turnover mould 2, while dynamic baffle plate 4-12 opens, pneumatic vibrator 37 works the time of 0.5-3s, after pneumatic vibrator 37 stops, backform cylinder 4-29 retracts, charging turnover mould is dropped to turnover work surface；
(3) delay element automatic discharging device 4 action needs within 2 weeks, to go to charging turnover mould the position of positive pressure device 5 after completing; first need to continue to have entered turnover mould from progressive die mechanism 3; repeat the course of action of step (2); will be equipped with the turnover mould 2 of material and push the position of positive pressure device 5 one by one; positive pressure cylinder 5-1 band dynamic pressure punching part assembly 5-3 depresses to turnover mould; delay element positive pressure in turnover mould is positioned, resets after the of short duration pressure down of positive pressure device 5.
(4), after controller control interval charging 2-4 mould, switching cylinder door 4-28 opens and adds delay element in circle bucket 4-23, repeats the motion flow that preparation is reinforced, it is to avoid lack the generation of material phenomenon, it is possible to repeatedly operate according to actual needs.
(5) position that the charging turnover mould after being completed by positive pressure finally by the horizontal push cylinder 6-1 in turnover assembly 6, longitudinal horizontal sliding air cylinder group 6-2, spacing sliver 6-3 meets bucket 6-5 and extension plate 6-4 by unrestrained material has enough to meet the need next filling station of feeding automatically.
This utility model is by the combination of progressive die mechanism, delay element automatic discharging device, positive pressure device, turnover assembly and controller; only need a people can mate with filling line production capacity; achieve a series of serialization actions of the progressive die of delay element, automatic discharge, automatic positive pressure, turnover depanning automatically; reduce labor intensity and production cost, improve the essence safety in production process and labor productivity.While achieving man machine interface operation, it is to avoid operator contact with the direct of delay element, and security performance is good.
The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for a person skilled in the art, this utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment of making, equivalent replacement, improvement etc., should be included within protection domain of the present utility model.
Claims (10)
1. a delay element automatic discharging device, it is characterized in that, including fixing end bearing on the table, be fixed on end bearing for filling the hopper depositing and discharging delay element, it is fixed on the discharge assembly on end bearing, described discharge assembly includes the circular bucket of the delay element discharged for receiving hopper, agitating device, material leakage plate, pipe is crossed in blanking, circular bucket is fixed on end bearing, agitating device is coaxially disposed in circle bucket, circular bucket bottom is provided with the material leakage plate spilt by delay element of A with holes, each hole A on material leakage plate is connected to a described blanking and crosses pipe, the base plate of end bearing has the hole B passed through for delay element one to one with the hole on turnover mould, each hole B is connected to a lower linking tube, pipe is crossed in each corresponding blanking of lower linking tube, each lower linking tube and blanking are crossed and are connected to one between pipe and cross pipe from blanking slip into the elastic hose of lower linking tube for delay element, delay element crosses pipe through blanking after discharging from circle bucket successively, flexible pipe, lower linking tube, hole B enters the turnover mould that the base plate lower surface with end bearing engages, the circular side of bucket and/or the side of lower linking tube are provided with the shaking device being fixed on end bearing.
2. a kind of delay element automatic discharging device according to claim 1, it is characterized in that, the base plate of end bearing is additionally provided with the lower connecting plate of C with holes, hole C on lower connecting plate and the hole B one_to_one corresponding on base plate also align, described lower linking tube is connected on the C of hole, is folded with and makes the hole C lock assembly connecting with hole B or cutting off between lower connecting plate with base plate.
3. a kind of delay element automatic discharging device according to claim 2, it is characterized in that, described lock assembly includes the locking lower plate being clipped between lower connecting plate and base plate, and it is positioned at the locking door of locking lower plate upper surface deep gouge, locking lower plate is provided with and hole B one_to_one corresponding the hole D that aligns, locking door is provided with and hole B hole E one to one, locking lower plate and lower connecting plate are fixed together, locking door is connected to driving device A, locking door is pulled to move back and forth in the deep gouge of locking lower plate upper surface by driving device A, locking door is carried out spacing by the deep gouge of locking lower plate upper surface, in motor process, hole E and hole D and hole B aligns or staggers.
4. a kind of delay element automatic discharging device according to claim 3, it is characterized in that, the quantifying board that thickness is identical with delay element length also it is folded with between described locking lower plate and base plate, quantifying board offers and hole B and hole C one_to_one corresponding the hole F that aligns, the lower surface of locking lower plate has deep gouge, and quantifying board is fastened in the deep gouge of locking lower plate lower surface.
5. a kind of delay element automatic discharging device according to claim 4, it is characterized in that, described lower connecting plate is detachably mounted on the base plate of end bearing with locking lower plate by suppressing guide pillar group, lower connecting plate, locking lower plate, base plate offers the installing hole of through-thickness alignment symmetrically, described guide pillar group of suppressing includes holddown spring and locating dowel, described locating dowel bottom sequentially passes through lower connecting plate, it is detachably mounted in the installing hole of base plate after installing hole in locking lower plate, locating dowel top is provided with flange, described holddown spring upper end props up the flange of locating dowel, lower end props up lower connecting plate.
6. a kind of delay element automatic discharging device according to claim 5, it is characterized in that, also it is folded with between described quantifying board and base plate and makes the hole B dynamic baffle plate separating with hole F or connecting, dynamic baffle plate is provided with and hole B hole G one to one, dynamic baffle plate is connected to driving device B, driving device B pulls dynamic baffle plate moving back and forth, and in the process of motion, hole G and hole B and hole F aligns or staggers；Offering deep gouge on described base plate, driving device B pulls dynamic baffle plate to move in the deep gouge of base plate；Described hole A, hole B, hole C, hole D, hole E, hole F, hole G are taper hole, shoulder hole or the counterbore that mouth mouth big, following is little above.
7. a kind of delay element automatic discharging device according to claim 6, it is characterized in that, bearing of the described end is also equipped with damping device, described delay element automatic discharging device is additionally provided with controller, the valve of described hopper, agitating device, shaking device, driving device A, driving device B, damping device control by controller electrical connection, and described controller is the controller with touch control operation screen.
8. the prefilled automatic mold splitting machine of delay element, it is characterized in that, including the progressive die mechanism being respectively provided with on the table, delay element automatic discharging device as described in any one in claim 1～7, positive pressure device, turnover assembly, and for placing the turnover mould of delay element and being arranged at the mold pushing mechanism below table surface, empty turnover mould is sent into below the end bearing of described delay element automatic discharging device by described progressive die mechanism, the hole that empty turnover mould upwards pushes up to turnover mould is engaged by mold pushing mechanism with the hole B on bearing at the bottom of delay element automatic discharging device, delay element automatic discharging device is to empty turnover mould row's dress delay element, delay element row installs into rear turnover mould and is transported to the delay element positive pressure in turnover mould below positive pressure device by described turnover assembly, turnover mould is transported out this automatic mold splitting machine by described turnover assembly after completing by positive pressure, enter next process.
9. a kind of prefilled automatic mold splitting machine of delay element according to claim 8, it is characterised in that described progressive die mechanism includes progressive die guidance set, elevating mechanism, horizontal sliding cylinder, and described progressive die guidance set and horizontal sliding cylinder are all horizontally set on above workbench；Horizontal sliding cylinder pushes empty turnover mould to terminal from the starting point of progressive die guidance set, is connected to described elevating mechanism bottom the final position of progressive die guidance set, and the empty turnover mould at progressive die guidance set final position place is pulled to downwards on table surface by elevating mechanism；Described positive pressure device includes positive pressure cylinder, positive pressure bearing and pressure punching part assembly, described positive pressure bearing is arranged on described workbench, described positive pressure cylinder is fixed on positive pressure bearing, the piston rod of positive pressure cylinder extends downwardly from being connected with pressing punching part assembly, and pressure punching assembly moves downward the delay element positive pressure in turnover mould；Described turnover assembly includes horizontal push cylinder, vertical push cylinder, spacing sliver, extension plate and unrestrained material and connects bucket, described horizontal push cylinder, longitudinal horizontal sliding air cylinder group, spacing sliver are respectively provided with on the table, spacing sliver is provided with the thing sense switch of sensing turnover mould, described extension plate is arranged on described workbench depanning position, and described unrestrained material connects bucket and arranges on the table and between delay element automatic discharging device and positive pressure device.
10. a kind of prefilled automatic mold splitting machine of delay element according to claim 9; it is characterized in that; described pressure punching assembly includes pressure punching and is all distributed in the guide pillar that positive pressure cylinder is peripheral; guide pillar and positive pressure cylinder be arranged in parallel; guide pillar upper end is through the guide pin bushing being fixed on positive pressure bearing, and lower end is connected with pressure punching.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620040676.8U CN205352217U (en) | 2016-01-15 | 2016-01-15 | Automatic discharging device and prefill of postponing to personally experience sth. part of body of postponing to personally experience sth. part of body divides mould machine automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620040676.8U CN205352217U (en) | 2016-01-15 | 2016-01-15 | Automatic discharging device and prefill of postponing to personally experience sth. part of body of postponing to personally experience sth. part of body divides mould machine automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205352217U true CN205352217U (en) | 2016-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620040676.8U Withdrawn - After Issue CN205352217U (en) | 2016-01-15 | 2016-01-15 | Automatic discharging device and prefill of postponing to personally experience sth. part of body of postponing to personally experience sth. part of body divides mould machine automatically |
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| Country | Link |
|---|---|
| CN (1) | CN205352217U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105547057A (en) * | 2016-01-15 | 2016-05-04 | 湖南长斧众和科技有限公司 | Automatic delay element discharging device and delay element pre-filling automatic mold splitting machine |
| CN108684275A (en) * | 2018-05-18 | 2018-10-23 | 西北农林科技大学 | A kind of orchard cave-applied fertilizer variable fertilizer distributor |
-
2016
- 2016-01-15 CN CN201620040676.8U patent/CN205352217U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105547057A (en) * | 2016-01-15 | 2016-05-04 | 湖南长斧众和科技有限公司 | Automatic delay element discharging device and delay element pre-filling automatic mold splitting machine |
| CN108684275A (en) * | 2018-05-18 | 2018-10-23 | 西北农林科技大学 | A kind of orchard cave-applied fertilizer variable fertilizer distributor |
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