CN102233419A - Molded part conveying mechanism and molded part separation device using same - Google Patents
Molded part conveying mechanism and molded part separation device using same Download PDFInfo
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- CN102233419A CN102233419A CN2010101533293A CN201010153329A CN102233419A CN 102233419 A CN102233419 A CN 102233419A CN 2010101533293 A CN2010101533293 A CN 2010101533293A CN 201010153329 A CN201010153329 A CN 201010153329A CN 102233419 A CN102233419 A CN 102233419A
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Abstract
The invention discloses a molded part conveying mechanism and a molded part separation device using the same. The molded part conveying mechanism is used for conveying molded parts and comprises an arrangement mechanism and a feeding mechanism, wherein the arrangement mechanism is arranged above the feeding mechanism and comprises a slipway and a blocking part; the feeding mechanism comprises a positioning part and a transfer part; the slipway of the arrangement mechanism is used for accommodating a plurality of molded parts; the blocking part is used for blocking the molded parts in the slipway and making the molded parts fall into the positioning part of the feeding mechanism at intervals; and the transfer part is used for transferring the molded parts of the positioning part. The molded part conveying mechanism has the advantages of simple structure and higher efficiency.
Description
Technical field
The present invention relates to a kind of material bone conveying mechanism and use the material osteodiastasis device of this mechanism, particularly a kind of moulded parts (promptly expecting bone) is expected the material bone conveying mechanism of osteodiastasis and used the material osteodiastasis device of this mechanism.
Background technology
At present, exist the method that product separates with running channel in the multiple metal pattern product that can realize die cast, the method for promptly so-called material osteodiastasis.A kind of more common method is, a certain amount of moulding die casting concentrated place in the cylinder, utilize that the rotation of this cylinder makes between wherein the die casting, mutual extrusion, friction between die casting and the cylinder, make product on these die castings stressed from the fracture of material bone, separate.At last, utilize screening washer that the product that separates is screened from the bigger die casting running channel of the bodily form, thereby realized the material osteodiastasis.The patent No. of on September 1st, 1999 bulletin is that 98208458.7 Chinese utility model patent has promptly disclosed a kind of cylinder that is used to expect osteodiastasis.
Yet this cylinder utilizes irregular mechanical force to expect osteodiastasis, mass defects such as product surface is scratched, product is bended often occur.Therefore, this method is not suitable for the product high to surperficial quality requirement.
The patent No. of on September 15th, 1992 bulletin is that U.S.'s patent of invention of 5,147,658 has disclosed another kind of material osteodiastasis equipment.The end that the road junction is watered with the metal charge bone master of firm moulding by this equipment utilization travel mechanism rests in the die casting to seal a side of this die casting, waters road junction welding mutually with the master of next one material bone, is connected as a single entity after the cooling.Like this, just can successively several material bones be connected to form one rectangular, thereby realize the orientation ordering of material bone in three dimensions.Then, utilize a separator with the product of moulding successively from this rectangular cut-out, can realize expecting osteodiastasis.Mutual welding between this equipment utilization material bone makes the material bone after the moulding be orderly arrangement in the space, so that utilize separator to expect osteodiastasis exactly, to avoid in the separation process direct extruding, the friction to product.
But, locate in order to realize the orderly arrangement of material bone in the space after the moulding, the mutual welding of main running channel of material bone before and after need making, this just causes the structure more complicated of this equipment, and the process conditions of moulding are had relatively high expectations.
Summary of the invention
In view of this, be necessary to provide a kind of simple in structure, material bone conveying mechanism that efficient is higher and use the material osteodiastasis device of this mechanism.
A kind of material bone conveying mechanism, be used for the material conveying bone, comprise arrange agencie and feeding mechanism, this arrange agencie is located at the top of this feeding mechanism, this arrange agencie comprises slideway and stop section, and this feeding mechanism comprises location division and transport unit, and the slideway of this arrange agencie is used to accommodate a plurality of material bones, this stop section is used for the material bone of this slideway of block and makes described material bone fall into the location division of this feeding mechanism at interval, and this transport unit is used to transmit the material bone of this location division.
A kind of material osteodiastasis device, comprise material bone conveying mechanism and material osteodiastasis mechanism, this material bone conveying mechanism is used for the material conveying bone, comprise arrange agencie and feeding mechanism, this arrange agencie is located at the top of this feeding mechanism, this arrange agencie comprises slideway and stop section, this feeding mechanism comprises location division and transport unit, the slideway of this arrange agencie is used to accommodate a plurality of material bones, this stop section is used for the material bone of this slideway of block and makes described material bone fall into the location division of this feeding mechanism at interval, and this transport unit is used to transmit the material bone of this location division.
Compared with prior art, material bone conveying mechanism of the present invention is by being provided with this arrange agencie and this feeding mechanism, utilize the slideway and the stop section of this arrange agencie the material bone of a plurality of orderly arrangements can be sent in the location division of this feeding mechanism at interval, this feeding mechanism utilizes this transport unit promptly can be fed forward the material bone in the preset bearing.Because the slideway of this material bone conveying mechanism can be accommodated a plurality of material bones simultaneously, make this material bone conveying mechanism can realize the semi-automation of expecting that bone is carried, thereby make this material bone conveying mechanism have simple in structure, efficient advantage of higher.And, compare cylinder and remove material bone mode, the surface of product is collided during material osteodiastasis device busy of the present invention, rubs, the surface quality of products obtained therefrom is higher.
Description of drawings
The present invention is further illustrated below in conjunction with drawings and the specific embodiments.
Fig. 1 is the stereogram of material osteodiastasis device first embodiment of the present invention.
Fig. 2 is the front view of material osteodiastasis device shown in Figure 1.
Fig. 3 is the stereogram of material bone conveying mechanism in the material osteodiastasis device shown in Figure 1.
Fig. 4 is that material bone conveying mechanism shown in Figure 3 is got rid of a schematic perspective view behind the die holder.
Fig. 5 removes the schematic perspective view of expecting in the bone process after material osteodiastasis device shown in Figure 1 saves frame.
Fig. 6 is the stereogram of pedestal in the material osteodiastasis device shown in Figure 1.
Fig. 7 is the stereogram of lower lock block in the material osteodiastasis device shown in Figure 1.
Fig. 8 is the stereogram of pulling-on piece die casting in the first embodiment of the invention.
Fig. 9 is the stereogram of material osteodiastasis device second embodiment of the present invention.
Figure 10 is the front view after material osteodiastasis device shown in Figure 9 saves frame.
Figure 11 is the schematic perspective view when expecting bone conveying mechanism material conveying bone in the material osteodiastasis device shown in Figure 9.
Figure 12 is the stereogram of material bone removal mechanism in the material osteodiastasis device shown in Figure 9.
Figure 13 is the schematic perspective view of pulling-on piece die casting in the second embodiment of the invention.
The explanation of Reference numeral:
Material osteodiastasis device 100,100a die holder 2440
Table 11,12,13 positioning tables 2442
Material handle surge drum 14 locating slots 2443,2445
Pulling-on piece surge drum 16 removes to expect platform 2444
Material bone surge drum 18 blanking platforms 2446,2446a
Material bone conveying mechanism 20,20a storing platform 2448
Arrange agencie 22 material osteodiastasis mechanisms 30,30a
Slideway 222,222a material handle removal mechanism 32
Gathering sill 2221 cylinders 321
Groove 2225 material bone removal mechanism 34,34a
Stop section 224,224a cylinder 341
Whereabouts gas 2241,2243 lower lock blocks 342
Baffle plate 2248 pulling-on piece die castings 40
Location-plate 241 major ingredient bones 42
Transport unit 242,242a pulling-on piece 44
Accepting hole 2421 material handles 46
Horizontal actuated element 2422 pulling-on piece die castings 50
Vertical actuated element 2424 major ingredient bones 52
Location division 244,244a expect handle 56
The specific embodiment
Please refer to Fig. 1, this material osteodiastasis device 100 comprises a frame 10, a material bone conveying mechanism 20, a material osteodiastasis mechanism 30 and a control system (figure does not show).This material osteodiastasis device 100 is used for a pulling-on piece die casting 40 (as shown in Figure 8) is expected osteodiastasis.This pulling-on piece die casting 40 comprises a major ingredient bone 42, a defective material bone 41, some pulling-on pieces 44 and a pair of material handle 46.This material bone conveying mechanism 20 is separately fixed on this frame 10 with this material osteodiastasis mechanism 30.This frame 10 is formed by the tetragonal table 11 of several upright supports, table 12 and table 13.This frame 10 comprises a material handle surge drum 14, a pulling-on piece surge drum 16 and a material bone surge drum 18.This material bone surge drum 18 is positioned at the front end (as shown in Figure 2) of this conveying mechanism 20, and this material handle surge drum 14 and this pulling-on piece surge drum 16 are positioned at a side of this material osteodiastasis mechanism 30.This material bone conveying mechanism 20 is used to carry this pulling-on piece die casting 40, and this material osteodiastasis mechanism 30 is used for this pulling-on piece die casting 40 is expected osteodiastasis.
Please refer to Fig. 1 to Fig. 4, this material bone conveying mechanism 20 comprises an arrange agencie 22 and a feeding mechanism 24, and this feeding mechanism 24 is positioned at the below of this arrange agencie 22, and this arrange agencie 22 is vertical substantially with this feeding mechanism 24.This arrange agencie 22 is used to make a plurality of pulling-on piece die castings 40 of orderly arrangement to fall into this feeding mechanism 24 at interval.This feeding mechanism 24 is used for these pulling-on piece die castings 40 are delivered to this material osteodiastasis mechanism 30 belows (as shown in Figure 5) at interval.This feeding mechanism 24 comprises a transport unit 242 and a location division 244.
Please refer to Fig. 3, this arrange agencie 22 comprises a slideway 222 and a stop section 224, and this stop section 224 is positioned at the lower end of this slideway 222.This slideway 222 is used to accommodate a plurality of pulling-on piece die castings 40 of butt up and down.This slideway 222 comprises a guide plate 2222 and a guide pad 2224.This guide plate 2222 platy structure that is rectangle, 2222 pairs of this guide plates should be provided with a gathering sill 2221 at front end face by pulling-on piece die casting 40, and this gathering sill 2221 is used to accommodate the pulling-on piece 44 and the material handle 46 of these pulling-on piece die castings 40.This guide pad 2224 is the pane structure, and the major ingredient bone 42 that 2224 pairs of this guide pads should pulling-on piece die casting 40 is provided with a chute 2223.This gathering sill 2221 and this chute 2223 are formed for accommodating the space of a plurality of pulling-on piece die castings 40, and these pulling-on piece die castings 40 keep major ingredient bones 42 to be horizontal state being housed in this gathering sill 2221 and this chute 2223 and connecting up and down (as shown in Figure 5).This guide pad 2224 is provided with two grooves 2225, and this two groove 2225 runs through this guide pad 2224, and the distance that corresponding adjacent two pulling-on piece die castings, the 40 major ingredient bones of the distance that this two groove is 2225 are 42 is provided with.This stop section 224 is connected (figure does not show) with this control system, this stop section 224 comprises 2241,2243 and upsets of two whereabouts cylinders cylinder 2245, each cylinder 2241,2243,2245 is with a pin 2242,2244,2246 (as shown in Figure 3) respectively, and this two pin 2242,2244 is respectively to being provided with by two grooves 2225.This pin 2242 is used for a plurality of pulling-on piece die castings 40 of its upper end of block, stops these pulling-on piece die castings 40 to fall.This pin 2244 is used for the major ingredient bone 42 of block and the corresponding pulling-on piece die casting 40 of its level.When this pin 2246 stretches out and the location division 244 of this guide plate 2222 and this feeding mechanism 24 forms accommodation space, this accommodation space is used for accepting the pulling-on piece die casting 40 that drops from this arrange agencie, makes this pulling-on piece die casting 40 vertical placing on this location-plate 241.Because the block of this pin 2244, the pulling-on piece die casting 40 that falls into this accommodation space can not contact with the pulling-on piece die casting 40 on it.After these pin 2246 withdrawals, because the major ingredient bone 42 of this pulling-on piece die casting 40 is unsettled, this pulling-on piece die casting 40 falls into this feeding mechanism 24 with upset.
Please refer to Fig. 3, this feeding mechanism 24 comprises a transport unit 242 and a location division 244.This location division 244 is used to accommodate and locatees these pulling-on piece die castings 40, and this transport unit 242 is used for batch (-type) and is fed forward these pulling-on piece die castings 40.
Please refer to Fig. 3, this location division 244 comprises two die holders 2440, forms a gap 2441 between this two die holder 2440 at interval.The end face of this location division 244 forms a positioning table 2442, successively and removes to expect a platform 2444 and a blanking platform 2446, and this positioning table 2442, this removes to expect platform 2444 and this blanking platform 2446 spaced sets.2442 pairs of this positioning tables should arrange agencie 22 the bottom be provided with, this positioning table 2442 is used to accommodate this pulling-on piece die casting 40.This goes to expect that 2444 pairs of the platforms pulling-on piece 44 in should pulling-on piece die casting 40 is provided with, and this goes to expect that platform 2444 is used to carry these pulling-on pieces 44, makes the material handle 46 unsettled (as shown in Figure 5) of this pulling-on piece die casting 40.2446 pairs of this blanking platforms should pulling-on piece die casting 40 defective material bone 41 be provided with, this blanking platform 2466 is used to support this defective material bone 41, makes these pulling-on pieces 44 unsettled (as shown in Figure 5).
Please refer to Fig. 4, this transport unit 242 comprises horizontal actuated element 2422, one a vertical actuated element 2424 and a slide rail 2426.This horizontal actuated element 2422 is connected with this vertical actuated element 2424, and this vertical actuated element 2424 can be arranged on this slide rail 2426 slidingly back and forth.This horizontal actuated element 2422 and this vertical actuated element 2424 comprise a cylinder respectively.The top of this vertical actuated element 2424 is provided with three transmission blocks 2428 that structure is identical.These transmission blocks 2428 respectively to should positioning table 2442, this goes to expect that platform 2444, this blanking platform 2446 are fixed on the top of this vertical actuated element 2424 equally spacedly.During assembling, these transmission blocks 2428 are housed between the gap 2441 of this location division 244 and are lower than this location division 244.2428 pairs of each transmission blocks should pulling-on piece die casting 40 major ingredient bone 42 and defective material bone 41 be provided with an accepting hole 2421 and a storage tank 2423 at end face respectively, this storage tank 2423 is used to accommodate the defective material bone 41 of this pulling-on piece die casting 40 to prevent this pulling-on piece die casting 40 displacements.This horizontal actuated element 2422 is used for driving this vertical actuated element 2424 at these slide rail 2426 horizontal reciprocating movements, and this vertical actuated element 2424 is used to drive these transmission blocks 2428 and vertically moves back and forth.
Please refer to Fig. 1 to Fig. 2, this material osteodiastasis mechanism 30 comprises a material handle removal mechanism 32 and a material bone removal mechanism 34, this material handle removal mechanism 32 is fixed on the table 11 of this frame 10 successively with this material bone removal mechanism 34, this material handle removal mechanism 32 is positioned at the top that platform 2444 is removed to expect in this location division 244, and this material bone removal mechanism 34 is positioned at the top (as shown in Figure 5) of these location division 244 blanking platforms 2446.This material handle removal mechanism 32 is used to remove the material handle 46 of this pulling-on piece die casting 40, and this material bone removal mechanism 34 is used for these these pulling-on pieces 44 are hit down from the defective material bone 41 of this pulling-on piece die casting 40.
Please refer to Fig. 2, this material handle removal mechanism 32 comprises a cylinder 321 and a pedestal 322.This pedestal 322 is pane structure (as shown in Figure 6) substantially, and the two material handles 46 that 322 pairs of this pedestals should pulling-on piece die casting 40 extend the piece 3222 that liquidates downwards in the bottom surface, and this two is used to hit down this two material handle 46 towards piece 3222.This pedestal 322 also comprises four briquettings 3224, and these briquettings 3224 corresponding these pulling-on pieces 44 are provided with, and the bottom of these briquettings 3224 is provided with flexible member (figure does not show), and these briquettings 3224 are used for going to expect that with this platform 2444 cooperates grips these pulling-on pieces 44.
Please refer to Fig. 2, this material bone removal mechanism 34 comprises a cylinder 341 and a lower lock block 342.These lower lock block 342 corresponding these pulling-on pieces 44 are provided with four drifts 3422 (as shown in Figure 7), and these drifts 3422 are the pane structure substantially, and these drifts 3422 are used to hit down these pulling-on pieces 44.
Please refer to Fig. 1 to Fig. 8, during these material osteodiastasis device 100 work, earlier a plurality of pulling-on piece die castings 40 are placed in this slideway 222 (as shown in Figure 5) successively.Then, this control system drives two whereabouts cylinders, 2241,2243 actions of this stop section 224, this whereabouts cylinder 2241 blocks a plurality of pulling-on piece die castings 40 in this slideway 222, and these whereabouts cylinder 2243 retractions make the pulling-on piece die casting 40 between this two whereabouts cylinder 2241,2243 fall in the accommodation space of this upset cylinder 2245 and 244 formation of this location division; Pin 2246 retractions of this upset cylinder 2245 turn over this pulling-on piece die casting 40 counterclockwise and fall into this positioning table 2442 (figure does not show).Then, this control system drives this feeding mechanism 24 actions.At first, this vertical actuated element 2424 drives to move on these transmission blocks 2428 and the pulling-on piece die casting 40 on this positioning table 2442 is upwards lifted (figure does not show).Then, this horizontal actuated element 2422 promotes this vertical actuated element 2424 and is moved to the left a fixed range, makes the pulling-on piece die casting 40 that is positioned at these positioning table 2442 tops originally move to the top that this removes to expect platform 2444.Then, this vertical actuated element 2424 drives these transmission blocks 2428 and moves down, and this pulling-on piece die casting 40 will be housed in this and go to expect in the platform 2444.Then, these horizontal actuated element 2422 these vertical actuated elements 2424 of pulling are got back to original position.At last, this material bone removal mechanism 34 drives this lower lock block 342 and moves down, and this material handle removal mechanism 32 drives this pedestal 322 and moves down.The briquetting 3224 of this material handle removal mechanism 32 at first goes to expect that with this platform 2444 cooperates grips these pulling-on pieces 44, this pedestal 322 continues to move down, this two is hit the material handle 46 of this pulling-on piece die casting 40 down towards piece 3222, and the material handle 46 that falls slips into assigned address (figure does not show) along this material handle surge drum 14.This stop section 224 repetition period sexual act makes a pulling-on piece die casting 40 fall into this positioning table 2442 again.This 242 repetition period of transport unit sexual act will remove the pulling-on piece die casting 40 of material handle 46 and deliver in this blanking platform 2446, simultaneously the pulling-on piece die casting 40 on this positioning table 2442 be delivered to this and go to expect in the platform 2444.Like this, but this material handle removal mechanism 32 just the repetition period sexual act this is gone to expect that the pulling-on piece die casting 40 on the platform 2444 removes to expect handle, the pulling-on piece die casting 40 on this blanking platform 2446 is removed to expect bone.The major ingredient bone 42 on this blanking platform 2466 will be sent into (figure does not show) in this material bone surge drum 18 forward during sexual act repetition period once more when this transport unit 242.
By above narration as can be known, material bone conveying mechanism 20 of the present invention utilizes the slideway 222 of this arrange agencie 22 and stop section 224 just a plurality of pulling-on piece die castings 40 in the ordering of three dimensions interior orientation can be sent in the location division 244 of this feeding mechanism 24 at interval by this arrange agencie 22 and this feeding mechanism 24 are set.This feeding mechanism 24 utilizes this transport unit 242 promptly can be fed forward this pulling-on piece die casting 40 in the preset bearing, and what make that this pulling-on piece die casting 40 can be successively crosses this location division 244 removes to expect platform 2444 and blanking platform 2446.Because the slideway 222 of this material bone conveying mechanism 20 can be accommodated a plurality of pulling-on piece die castings 40 simultaneously, make this material bone conveying mechanism 20 can realize the semi-automation of expecting that bone is carried, thereby make this material bone conveying mechanism 20 have simple in structure, efficient advantage of higher.
Material osteodiastasis device 100 of the present invention is by being provided with this material bone conveying mechanism 20, utilize the arrange agencie 22 of this material bone conveying mechanism 20 to accommodate a plurality of pulling-on piece die castings 40 simultaneously, and these pulling-on piece die castings 40 are sorted at the three dimensions interior orientation, utilize the feeding mechanism 24 of this material bone conveying mechanism 20 that these pulling-on piece die castings 40 are delivered to this material osteodiastasis mechanism 30 places at interval, utilize the material handle removal mechanism 32 of this material osteodiastasis mechanism 30 and material handle 46 and the material bone 41 that material bone removal mechanism 34 is removed pulling-on piece die casting 40,42, make this material osteodiastasis device 100 have the efficient advantage of higher.And, to compare cylinder and remove material bone mode, material osteodiastasis device 100 of the present invention can not make the surface of pulling-on piece 44 be collided when work, rub, and the surface quality of gained pulling-on piece is higher.In addition, this material handle removal mechanism 32 is provided with separately respectively with this material bone removal mechanism 34 and works asynchronously, and has the operating efficiency advantage of higher.This material osteodiastasis device 100 can install to this major ingredient bone 42, pulling-on piece 44, material handle in the different aggregate tubes in 46 minutes, had reduced the labour, had improved production efficiency.For the pulling-on piece die casting of different structure, as long as change corresponding slideway, just can realize automatic pull-tab die casting removal material bone, realize automated production easily.
Be appreciated that ground, this guide plate 2222 also can be wholely set with this guide pad 2224, as long as can form the space of accommodating a plurality of pulling-on piece die castings 40, and these pulling-on piece die castings 40 orderly arrangements is got final product.This transport unit 242 also can adopt other conveying element, as push rod, chain etc., as long as can realize 244 at interval mobile these pulling-on piece die castings 40 along this location division.If this transmission block 2428 is not provided with this storage tank 2423, can realize carrying at interval these pulling-on piece die castings 40 equally.
Please refer to Figure 13, it is depicted as the stereogram of pulling-on piece die casting 50 among material osteodiastasis device second embodiment of the present invention.This pulling-on piece die casting 50 is strip substantially, and this pulling-on piece die casting 50 comprises a major ingredient bone 52, a defective material bone 51, ten pulling-on pieces 54 and a pair of material handles 56, and each material handle 56 is connected with five pulling-on pieces 54.This major ingredient bone 52 is provided with a groove 522 in the bottom.
Please refer to Fig. 9, it is depicted as the stereogram of material osteodiastasis device second embodiment of the present invention.First difference of this material osteodiastasis device 100a and first embodiment of the invention is, the slideway 222a of material bone conveying mechanism 20a comprises a pair of guide plate 2222a among this material osteodiastasis device 100a, the cross section of this two guide plate 2222a is the T shape substantially, and this two guide plate 2222a is symmetrical arranged.This two guide plate 2222a forms and accommodates the space of a plurality of pulling-on piece die castings 50, and makes these pulling-on piece die castings 50 keep major ingredient bone 52 sequence of states down to arrange (figure does not show).Because the major ingredient bone 52 of each pulling-on piece die casting 50 can be accommodated in the groove 522 of next pulling-on piece die casting 50 major ingredient bones 52, so this guide plate 2222a can disposablely accommodate more pulling-on piece die casting 50.This stop section 224a comprises a baffle plate 2248 and a location-plate 241, and this baffle plate 2248 and this location-plate 241 all are connected with a whereabouts cylinder.This baffle plate 2248 is positioned at the bottom (as shown in figure 10) of this slideway 222a, but this baffle plate 2248 transversal stretchings motion.This transport unit 242a comprises four transmission block 2428a, and this location-plate 241 is positioned at the below (as shown in figure 10) of this baffle plate 2248, and this location-plate 241 can move up and down, and this location-plate 241 is used to receive a pulling-on piece die casting 50 of this slideway 222a lowermost end.The end face of this location division 244a forms two storing platforms 2448 and a blanking platform 2446a successively.This blanking platform 2446a is respectively equipped with a locating slot 2443,2445 with this storing platform 2448 at the defective material bone 51 of the corresponding pulling-on piece die casting 50 of end face, this locating slot 2443,2445 is used to accommodate the defective material bone 51 of this pulling-on piece die casting 50, prevents that this pulling-on piece die casting 50 is because of vibrations displacements (as shown in figure 11).Another difference of this material osteodiastasis device 100a and first embodiment of the invention is that this material osteodiastasis 30a of mechanism comprises a material bone removal mechanism 34a, and this material osteodiastasis 30a of mechanism is positioned at the top of this blanking platform 2446a.This material bone removal mechanism 34a comprises eight depression bars 344 and ten drift 3422a (as shown in figure 12).These depression bars 344 are provided with spring (figure does not show) in the bottom.
Please refer to Fig. 9 to Figure 13, during this material osteodiastasis device 100a work, at first, this location-plate 241 rises and form the space (figure does not show) of accommodating a pulling-on piece die casting 50 between this location-plate 241 and this baffle plate 2248.This baffle plate 2248 moves to left, and these pulling-on piece die castings 50 are fallen on this location-plate 241, and then, this baffle plate 2248 resets, and like this, this location-plate 241 is accommodated a pulling-on piece die casting 50, other pulling-on piece die casting 50 of these baffle plate 2248 blocks.This location-plate 241 drives pulling-on piece die casting 50 on it and moves down and reset.At the same time, this transport unit 242a repeats the sampling action among first embodiment, and the pulling-on piece die casting on this location-plate 241 50 is carried forward at interval.When this pulling-on piece die casting 50 was positioned on this blanking platform 2446a, this material bone removal mechanism 34a moved down, and this pulling-on piece die casting 50 is removed to expect bone.At first, these depression bars 344 suppress the defective material bone 51 and the material handle 56 (figure does not show) of this pulling-on piece die casting 50.This material bone removal mechanism 34a continues to move down, and these drifts 3422a hits these pulling-on pieces 54 down, and this two material handle 56 is separated with these pulling-on pieces 54.Move on this material bone removal mechanism 34a, this two material handle 56 is because of gravity fall.
By above narration as can be known, because the major ingredient bone 52 of each pulling-on piece die casting 50 can be accommodated in the groove 522 of next pulling-on piece die casting 50 major ingredient bones 52 (figure does not show), therefore this slideway 222a can disposablely accommodate more pulling-on piece die casting 50, has improved the operating efficiency of this material osteodiastasis device 100a.This stop section 224a comes these pulling-on piece die castings 50 of block by this baffle plate 2248 is set, and saves three cylinders among first embodiment and the setting of three push rods, makes this stop section 224a simple in structure.This material osteodiastasis 30a of mechanism only is provided with this material bone removal mechanism 34a can realize simultaneously that just going in the first embodiment of the invention expect the work of handle, makes this material osteodiastasis device 100a simple in structure.
Be appreciated that ground, these baffle plate 2248 belows also can be provided with the positioning table among first embodiment.This location division 244a is provided with this two storings platform 2448 so that increasing manufacturing procedure uses in the future, and this material osteodiastasis device 100a can not be provided with this two storings platform 2448.If this storing platform 2448 is not provided with this locating slot 2445,2443 the same this pulling-on piece die casting 50 accurately can location with this blanking platform 2446a.
Obviously, those skilled in the art can carry out various changes and modification to the embodiment among the present invention and not break away from the spirit and scope of the present invention.Like this, if these in the embodiment of the invention are revised and modification belongs to claim of the present invention and the scope that is equal within, then the embodiment among the present invention also is intended to comprise these changes and modification interior.
Claims (12)
1. expect the bone conveying mechanism for one kind, be used for the material conveying bone, it is characterized in that, comprise arrange agencie and feeding mechanism, this arrange agencie is located at the top of this feeding mechanism, and this arrange agencie comprises slideway and stop section, this feeding mechanism comprises location division and transport unit, the slideway of this arrange agencie is used to accommodate a plurality of material bones, and this stop section is used for the material bone of this slideway of block and makes described material bone fall into the location division of this feeding mechanism at interval, and this transport unit is used to transmit the material bone of this location division.
2. material bone conveying mechanism according to claim 1 is characterized in that, the corresponding material of this slideway bone is provided with guide plate and guide pad, and this guide plate is provided with gathering sill, and this guide pad is provided with chute to the major ingredient bone that should expect bone.
3. material bone conveying mechanism according to claim 2, it is characterized in that, this stop section comprises two whereabouts cylinders, described each whereabouts cylinder all is provided with telescopic pin, the corresponding described pin of this guide pad is provided with two grooves, and this two whereabouts cylinder is used for making the material bone of described slideway to fall at interval.
4. material bone conveying mechanism according to claim 3, it is characterized in that, this stop section also comprises the upset cylinder, and this upset cylinder is provided with telescopic pin, and when the pin of this upset cylinder stretches out and the location division of this guide plate and this feeding mechanism forms accommodation space.
5. material bone conveying mechanism according to claim 1, it is characterized in that, the transport unit of this feed mechanism comprises horizontal actuated element, vertical actuated element and slide rail, this level passes actuated element and is connected with this vertical actuated element, this vertical actuated element can be arranged on this slide rail slidingly back and forth, the top of this vertical actuated element is provided with transmission block, and this transmission block is provided with accepting hole and storage tank to expecting bone.
6. material bone conveying mechanism according to claim 5, it is characterized in that this location division comprises a pair of die holder, form the gap between this two die holder at interval, this gap is used to accommodate this transmission block, and the end face of this location division forms positioning table successively, removes to expect platform and blanking platform.
7. material bone conveying mechanism according to claim 1 is characterized in that, the corresponding described material bone of this slideway is provided with a pair of guide plate, and this stop section comprises baffle plate and location-plate, and the major ingredient bone of described material bone is provided with groove.
8. material bone conveying mechanism according to claim 7 is characterized in that, but this baffle plate transversal stretching motion, and this location-plate can pump.
9. material bone conveying mechanism according to claim 7, it is characterized in that, the transport unit of this feeding mechanism comprises horizontal actuated element, vertical actuated element and slide rail, this horizontal actuated element is connected with this vertical actuated element, this vertical actuated element can be arranged on this slide rail slidingly back and forth, the top of this vertical actuated element is provided with transmission block, and this transmission block is provided with accepting hole and storage tank to expecting bone.
10. material bone conveying mechanism according to claim 9 is characterized in that this location division comprises a pair of die holder, forms the gap at interval between this two die holder, and this gap is used to accommodate this transmission block, and the end face of this location division forms storing platform and blanking platform successively.
11. a material osteodiastasis device comprises material bone conveying mechanism and material osteodiastasis mechanism, it is characterized in that this material bone conveying mechanism is selected from each described material bone conveying mechanism in the claim 1 to 10.
12. material osteodiastasis device according to claim 11 is characterized in that, this material osteodiastasis mechanism comprises material bone removal mechanism, and this material bone removal mechanism is provided with depression bar and drift to expecting bone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010153329.3A CN102233419B (en) | 2010-04-21 | 2010-04-21 | Molded part conveying mechanism and molded part separation device using same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010153329.3A CN102233419B (en) | 2010-04-21 | 2010-04-21 | Molded part conveying mechanism and molded part separation device using same |
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| Publication Number | Publication Date |
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| CN102233419A true CN102233419A (en) | 2011-11-09 |
| CN102233419B CN102233419B (en) | 2014-04-23 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4434923A (en) * | 1981-06-20 | 1984-03-06 | Yoshida Kogyo K. K. | Apparatus for separating castings into necessary and unnecessary pieces |
| US5147658A (en) * | 1989-04-20 | 1992-09-15 | Yoshida Kogyo K.K. | Apparatus for continuous manufacturing of injection molded articles |
| CN2335739Y (en) * | 1998-03-30 | 1999-09-01 | 中传企业股份有限公司 | Drum type screening and grinding machine |
| CN2432005Y (en) * | 2000-07-03 | 2001-05-30 | 赖俊吉 | Automatic burr-removing device |
| CN2741671Y (en) * | 2004-05-18 | 2005-11-23 | 黄运烘 | Quick glue spotting machine for special screw |
-
2010
- 2010-04-21 CN CN201010153329.3A patent/CN102233419B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4434923A (en) * | 1981-06-20 | 1984-03-06 | Yoshida Kogyo K. K. | Apparatus for separating castings into necessary and unnecessary pieces |
| US5147658A (en) * | 1989-04-20 | 1992-09-15 | Yoshida Kogyo K.K. | Apparatus for continuous manufacturing of injection molded articles |
| CN2335739Y (en) * | 1998-03-30 | 1999-09-01 | 中传企业股份有限公司 | Drum type screening and grinding machine |
| CN2432005Y (en) * | 2000-07-03 | 2001-05-30 | 赖俊吉 | Automatic burr-removing device |
| CN2741671Y (en) * | 2004-05-18 | 2005-11-23 | 黄运烘 | Quick glue spotting machine for special screw |
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| CN102233419B (en) | 2014-04-23 |
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