CN203922051U - The carousel-type rewinding Material moving device of injecting products feeder - Google Patents
The carousel-type rewinding Material moving device of injecting products feeder Download PDFInfo
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- CN203922051U CN203922051U CN201420285290.4U CN201420285290U CN203922051U CN 203922051 U CN203922051 U CN 203922051U CN 201420285290 U CN201420285290 U CN 201420285290U CN 203922051 U CN203922051 U CN 203922051U
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Abstract
The utility model relates to a kind of carousel-type rewinding Material moving device of injecting products feeder.It comprises disk material collecting device, move materials device, cropping device and rotating disk converting means, disk material collecting device comprises disk for collecting material, move materials device and comprise feeding handgrip structure, lifting structure and translation structure, cropping device comprises cutting knife, pressure ring, the second lift cylinder and stub bar deflector chute, and rotating disk converting means comprises support for rotary disc, turning cylinder, product orientation parts, sprocket wheel, chain and the second rotatable parts.Rotating disk converting means utilizes its two ends circle, middle straight is linear, convertible feature in rotation process, converts injecting products to the straight shape arrangement architecture that can be taken away by the feeding structure of feeder from discoid arrangement architecture, solve the connection problem with follow-up feeding, point material process; After going stub bar device that injecting products with stub bar also can be removed, move away, can reduce accuracy of manufacture and the manufacturing cost of injection mould.
Description
Technical field
The utility model relates to the carousel-type rewinding Material moving device of a kind of rewinding Material moving device of feeder, particularly a kind of injecting products feeder.
Background technology
The injection molding of plastic product, the most volume production product of an injection moulding depanning, particularly individual less plastic product often, the quantity of a depanning tends to more many.After injection moulding completes, pack or other operation before need to have the process of a depanning, collection, arrangement, conveying.Traditional manual mode of operation is workman's direct gripping injecting products from mould, regathers, arranges, carries, and which efficiency is low.Had afterwards automated mechanical hand, by its take out device, the directly taking-up injecting products of disposable mould preparation from mould, improves the work efficiency of injecting products depanning greatly.In the operation that will realize to follow-up conveying automation, the work that the receiving mechanism of follow-up feeding mechanical need to complete is efficient, the safe reception manipulator injecting products that disposable mould preparation takes out from mould, go so that transfer to follow-up material fetching mechanism, be conveniently connected with follow-up automation feeding, feeding distribution mechanism.At present also there is a kind of receiving mechanism can solve the Receiver Problem of material in the process from manipulator to feeder.This mechanism comprises collecting materials flat board, translating device, slewing arrangement, the flat square plate of rewinding, the carrier loaded of the flat product of rewinding, translating device and slewing arrangement are mainly used to shift product, and it is arrangement in column in a row and the injecting products that has removed stub bar (the unnecessary waste material at injection molding sprue place in injection moulding process) that this mechanism is mainly used to receive ordered state.
But there is following defect in above-mentioned disclosed mechanism: 1, this receiving mechanism requires received injecting products without stub bar, and the quality requirements of this mould to injection moulding and injection moulding is higher, 2, the usage condition that this receiving mechanism is required to meet is: injecting products must be square arrangement mode in column in a row, be that the arrangement mode of injecting products in mould is in a row in column square, but in production application, to be that two ends are not of uniform size cause a lot of products, as tableware wooden dipper, the injection mould of these products is also not suitable for being designed to square, if the Injection Mold Design squarely of these products, can cause the space service efficiency of injection moulding inconvenience and reduction injection mould, circular the Injection Mold Design of this series products be a reasonable selection, large one end is in the periphery of circular die, little one end is in the center-side of circular die, but the disclosed receiving mechanism of prior art cannot meet user demand, also cannot on the basis of published receiving mechanism, be applied by simple improvement.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of carousel-type rewinding Material moving device of injecting products feeder, and this mechanism can receive the injecting products of circular injection molding mould depanning, carries transfer, and can remove stub bar to injecting products.
The utility model solves the problems of the technologies described above adopted technical scheme: a kind of carousel-type rewinding Material moving device of injecting products feeder, comprises disk material collecting device, moves materials device, cropping device and rotating disk converting means; Described disk material collecting device, move materials device and rotating disk converting means is arranged on respectively in frame, disk material collecting device and rotating disk converting means lay respectively at the two ends of moving materials device, and described cropping device is arranged on and moves on materials device; Described disk material collecting device comprises disk for collecting material, disc holder and the first rotatable parts, and described disk for collecting material is arranged on disc holder, and its center is cutting knife hole, and disc holder is arranged on rotatable parts, and the first rotatable parts are arranged in frame; The described materials device that moves comprises feeding handgrip, lifting structure and translation structure, and described feeding handgrip is arranged on lifting structure, and lifting structure is arranged on translation structure, and translation structure is arranged in frame; Described cropping device comprises pressure ring, cutting knife and the second lift cylinder, and described pressure ring and the second lift cylinder are arranged on lifting structure, and described cutting knife is connected with the cylinder rod of the second lift cylinder; Described rotating disk converting means comprises support for rotary disc, turning cylinder, product orientation parts, sprocket wheel, chain and the second rotatable parts, described support for rotary disc is arranged in frame, described turning cylinder has two, described sprocket wheel has two, and sprocket wheel is arranged on respectively on turning cylinder, and the second described rotatable parts are arranged in frame, and be connected with turning cylinder, chain is arranged on two sprocket wheels, and product orientation parts are arranged on chain, one group of the adjacent composition of several product orientation parts.
The effect of disk for collecting material is the storage platform that receives injecting products, the effect of the first rotatable parts is to rotate disk for collecting material, moving materials device removes after the injecting products of half disk for collecting material, rotate disk for collecting material with crossing the first rotatable parts, second half injecting products is turned to and moves material level and put, make to move materials device and can remove at twice the product on disk, the effect in cutting knife hole is to interact with cutting knife, cuts the stub bar on injecting products and directs away stub bar; The effect that moves materials device is that the product on disk for collecting material is moved on rotating disk converting means, each mobile half dish; The effect of cropping device is that the stub bar of the injecting products also connecting together of injection moulding depanning is cut away, by with the interaction excision stub bar in cutting knife hole, the effect of pressure ring is that injecting products jumps and flies when pressing injecting products and preventing cropping.
Product orientation parts are the carriers that load injecting products, several product orientation parts composition product orientation parts groups, while turning to sprocket wheel place, become at chain under the effect of semi-circular curvature, each product orientation parts are combined closely, surround semi-circular shape, the shape with injecting products on feeding handgrip and on disk for collecting material is consistent, can facilitate, reception smoothly moves materials device and shift the injecting products of coming; In the time that product orientation parts group turns to the feeding place of rotating disk converting means, chain is in linear state, make the in a row straight shape ordered state of each product orientation parts in launching, this spread geometry in a row can be taken away by the follow-up material fetching mechanism of feeder, injecting products semi-circular state is converted to straight shape ordered state, making it to be taken away by the follow-up material fetching mechanism of feeder, is the central role of rotating disk converting means.
The first rotatable parts described in the utility model are rotary cylinders, select cylinder as rotatable parts, and simple in structure being easy to again controlled by programmed system, realize the automation of operation.
Translation structure described in the utility model comprises translation support, line slideway, slide block, mounting bracket, Rodless cylinder and connecting panel, described mounting bracket is vertically mounted in frame, described line slideway and Rodless cylinder level are arranged on mounting bracket, slide block is arranged on line slideway, and be connected with translation support, connecting panel is arranged on translation support and with the cylinder slide block of Rodless cylinder and is connected.The effect of translation structure is by its sway, the injecting products on disk for collecting material to be transferred on rotating disk converting means, Rodless cylinder is simple in structure, being easy to again be controlled by programmed system, is the power resources of translation support-moving, and translation support is again the installation matrix of lifting structure.
The utility model also comprises stub bar deflector chute, described stub bar deflector chute divides upper hopper chute and gliding groove, described upper hopper chute is arranged on disc holder, its upper end is communicated with the cutting knife hole of disk for collecting material, gliding groove is arranged in frame, its upper end is communicated with the end opening of upper hopper chute, and its lower end is communicated with stub bar collection container.The effect of stub bar deflector chute is the stub bar excising carrying-off timely, and upper hopper chute and disc holder are installed and can be rotated with disk for collecting material, collects stub bar, and gliding groove is arranged in frame, stub bar can be directed in stub bar collection container.
On pressure ring described in the utility model, have and the received corresponding concave port of injecting products of carrying, spill mouth in the time of blank more actv. press, control injecting products, prevent that injecting products from jumping and flying in the time of cropping.
The second rotatable parts described in the utility model are rotary cylinders.Rotary cylinder can produce simple reciprocating rotation, is used as rotatable parts, and simple in structure being easy to controlled by programmed system, realizes the automation of operation.
Product orientation parts described in the utility model outer end is large, inner little, and upper surface is and the received corresponding concave/convex-shaped structure of injecting products shape of carrying that lower surface has outstanding installation foot downwards.Product orientation parts are carriers of injecting products spread geometry conversion in transfer process, the shape of large small end can make product orientation parts be closely integrated into the semicircle convenient injecting products that receives at the turn of bilge of chain, concave/convex-shaped structure is easy to locate injecting products, and the effect of installation foot is to be arranged on chain for a product orientation parts.
The utility model also comprises follower and location horizontal stripe, described follower is arranged on product orientation parts, on each product orientation parts, there are two followers, be arranged on respectively the two ends of product orientation parts, described location horizontal stripe has two, they are installed in frame, and have positioning groove on the horizontal stripe of location, and described follower is positioned at respectively in positioning groove.Product orientation parts group receives injecting products and at feeding place during by follow-up material fetching mechanism feeding on rotating disk converting means, capital is subject to the extruding of corresponding component, therefore chain can produce displacement, affect the safety and reliability of operation, follower and location horizontal stripe can fixed product positioning elements, convenient reception, removed, improves the safety and reliability of operation.
The beneficial effects of the utility model are: rotating disk converting means utilizes its two ends circle, middle straight is linear, convertible feature in rotary course, cleverly discoid product arrangement architecture is converted to the straight shape arrangement architecture that can be taken away by the feeding structure of feeder, actv. has solved the linking of the rewinding operation of discoid injecting products and follow-up feeding, point material process, and entirety has improved the production efficiency of injecting products in injection moulding and course of conveying; Go stub bar device that even injecting products that injection machine is produced also can be removed with stub bar of the present utility model after, move away, can reduce accuracy of manufacture and the manufacturing cost of injection mould.
Brief description of the drawings
Fig. 1 is that the utility model moves materials device and is positioned at the disk for collecting material perspective view in when top.
Fig. 2 is that the utility model moves materials device and is positioned at the rotating disk converting means perspective view in when top.
Fig. 3 is back view of the present utility model.
Fig. 4 is the perspective view of the utility model lifting structure and cropping device.
Fig. 5 is the utility model lifting structure rear perspective structural representation.
Fig. 6 is the front elevation of the utility model cropping device.
Fig. 7 is product orientation component mounting structure schematic diagram of the present utility model.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.
The present embodiment is the carousel-type rewinding Material moving device that is applied to the feeder of carrying plastic tableware wooden dipper.
As shown in Fig. 1,2,3,5, the first rotatable parts in the present embodiment are the first rotary cylinder 1, the second rotatable parts are the second rotary cylinder 30, the first rotary cylinder 1 is arranged on frame flat board 2, disc holder 3 is arranged on above the first rotary cylinder 1, the bottom surface of disc holder 3 is connected with the first cylinder rotating shaft 103 of the first rotary cylinder 1, disk for collecting material 4 be arranged on disc holder 3 above, disk for collecting material 4 and disc holder 3 can rotate along with the first cylinder rotating shaft 101.The center of disk for collecting material 4 is cutting knife holes 401, disk for collecting material 4 upper surfaces are the concave grooves for locating plastic tableware wooden dipper, on a disk for collecting material 4, have 28 in the present embodiment, be used for receiving 28 plastic tableware wooden dippers depositing disposable depanning, the head of wooden dipper is a little bigger, outside disk, shank point, gathers the cutting knife hole 401 to the center of circle.Upper hopper chute 5 is arranged on disc holder 3, it is suitable for reading is connected with cutting knife hole 401, can rotate with disc holder 3, gliding groove 6 is arranged on frame flat board 2, and through frame flat board 2, its upper end is square orifice, when disk for collecting material 4 is during in rewinding location status, be connected the end opening lateral openings of gliding groove 6 with the end opening of upper hopper chute 5.
First rotary cylinder 1 of the present embodiment is 180 degree rotary cylinders, in the time giving A gas port 101 air feed of the first rotary cylinder 1, disk for collecting material 4 is in rewinding location status, now the end opening of upper hopper chute 5 is aimed at and is connected with the square orifice of gliding groove 6, the first half dishes 402 of disk for collecting material 4 must move material level in the inside, the second half non-the move material levels of dish 403 in outside of disk for collecting material 4; In the time giving B gas port 102 air feed of the first rotary cylinder 1, disk for collecting material 4 can clockwise rotate 180 degree, and the first half dishes 402 can turn to the non-material level that moves of outside, and the second half 403, dishes turn to the material levels that move of the inside; While giving A gas port 101 air feed again, disk for collecting material 4 conter clockwises are return 180 degree, recover to get back to rewinding location status.
As Fig. 1, shown in 2, mounting bracket 7 comprises support riser 701 and support transverse slat 702, support riser 701 is vertically vertically mounted on frame flat board 2, support transverse slat 702 levels are installed on the top of support riser 701, Rodless cylinder 8 levels are arranged on support transverse slat 702, line slideway 9 has two, level is arranged on support transverse slat 702, slide block 10 is arranged on line slideway 9, translation support 11 is fixedly connected with slide block 10, one side of connecting panel 12 is connected with translation support 11, another side is connected with the cylinder slide block 801 of Rodless cylinder 8, under the drive of cylinder slide block 801, translation support 11 can be on line slideway 9 sway.
As Fig. 1, 2, 4, 5, shown in 6, lifting structure 36 is arranged on the mobile transverse slat 13 of translation support 11, it comprises guide rod 14, axle sleeve 15, the first lift cylinder 16 and adapter plate 17, the first lift cylinder 16 is vertically fixed on mobile transverse slat 13, its cylinder rod 1601 is passed down through mobile transverse slat 13 and is connected with adapter plate 17, axle sleeve 15 has four, be arranged on mobile transverse slat 13, guide rod 14 is arranged in axle sleeve 14, the lower end of guide rod 14 is connected with adapter plate 17, under the drive of the first lift cylinder 16, adapter plate 17 can do the oscilaltion campaign with respect to mobile transverse slat 17.
Feeding handgrip in the present embodiment is feeding handgrip 18, feeding handgrip 18 is arranged on adapter plate 17, plastic tableware wooden dipper of 18 two a pair of common absorptions of feeding handgrip, 28 feeding handgrips 18 surround semicircle, its semi-circular shape is consistent with the spread geometry of the wooden dipper that moves the half disc on material level of disk for collecting material 4, can facilitate like this wooden dipper of drawing smoothly on disk for collecting material 4.
As Fig. 1, 2, 4, shown in 6, cropping device 37 is arranged on adapter plate 17, the cylinder block of the second lift cylinder 19 is arranged on adapter plate 17 by air cylinder support 20, its cylinder rod 1901 is connected with cutting knife 21 vertically downward through adapter plate 17, cutting knife 21 is circular, under driving, the lifting of the second lift cylinder 19 can move up and down, cutting knife hole 401 that can disk for collecting material 4 when decline acts on crush-cutting injecting products, the stub bar with the injecting products of stub bar is also cut away, pressure ring 22 is loop configuration, be arranged on below adapter plate 17, its circle ring center is corresponding with cutting knife hole 401, on pressure ring 22, there is the corresponding concave port 2201 with plastic tableware wooden dipper, concave port 2201 can be pushed down plastic tableware wooden dipper, in the time that cutting knife 21 excises stub bar, can prevent that the spring of plastic tableware wooden dipper from flying.
As Fig. 1, 2, 3, shown in 7, support for rotary disc 23 is arranged on the right of frame flat board 2, comprise pillar 24, lower sprocket adapter plate 25 and upper sprocket wheel adapter plate 26, lower sprocket adapter plate 25 is maked somebody a mere figurehead on frame flat board 2 by pillar 24, turning cylinder divides imput shaft 2701 and driven shaft 2702, the lower end of turning cylinder is vertically mounted on lower sprocket adapter plate 24 by bearing, the upper end of turning cylinder is connected with upper sprocket wheel adapter plate 26 by bearing, sprocket wheel divides drive sprocket 2801 and driven sprocket 2802, be arranged on respectively the middle part of corresponding turning cylinder, chain 29 is enclosed within on two sprocket wheels, the chain ear that its carrier bar has vertically upward and turns down vertically downward.The second rotary cylinder 30 is arranged on frame flat board 2, and its second cylinder rotating shaft 3003 is connected with imput shaft 2701 by belt 31, and the rotation of the second cylinder rotating shaft 3001 can drive imput shaft 2701, sprocket wheel 28, chain 29 to rotate.Product orientation parts 32 are arranged on chain 29, outer end is large, inner little, upper surface is the concave/convex-shaped structure corresponding with being transferred product, outer end holds the head of locating wooden dipper, the shank of inner location wooden dipper, the lower surface of product orientation parts 32 has outstanding installation foot 3201 downwards, be connected with the chain ear of chain 29 by installation foot 3201, product orientation parts 32 are installed on chain 29, and can rotate with chain 29,14 product orientation parts 32 are combined into one group in the present embodiment, synchronous rewinding and move material.
Second rotary cylinder 30 of the present embodiment is 180 degree rotary cylinders, in the time giving the C gas port air feed of the second rotary cylinder 30, drive sprocket 2801, chain 29 are in initial initial point, product orientation parts 32 are in groups positioned at rewinding place of drive sprocket 2801, product orientation parts 32 are in groups under the effect of chain 29 circular arc bendings, closely connect, surround semicircle, corresponding with the shape of the plastic tableware wooden dipper on feeding handgrip 18, can receive smoothly, easily and move materials device and shift the plastic tableware wooden dipper of coming; In the time giving D gas port 3002 air feed of the second rotary cylinder 30, the second cylinder rotating shaft 3003 drives drive sprocket 2801 to clockwise rotate 180 degree, chain 29 drives product orientation parts 32 in groups to turn to two feeding places between sprocket wheel, at feeding place, product orientation parts 32 are in groups under the effect of chain 29 rectilinear forms, launch shape in a row, can be smoothly, facilitate the feeding handgrip of the follow-up material fetching mechanism of feeder to take plastic tableware wooden dipper away; When giving the C gas port air feed of the second rotary cylinder 30, the second cylinder rotating shaft 3003 drives drive sprocket 2801 to rotate counterclockwise 180 degree again, and chain 29 drives product orientation parts 32 in groups to return to rewinding place of drive sprocket 2801 along former route.
As shown in Fig. 1,2,7, the first follower 3301 is arranged on the inner of product orientation parts 32, the second follower 3302 is arranged on the outside of installation foot 3201, the first 3,401 one of horizontal stripes in location are arranged on upper sprocket wheel adapter plate 26, in relatively in interior position, horizontally outward, the first follower 3301 is positioned in the first positioning groove 3501 its first positioning groove 3501; The second location horizontal stripe 3402 is arranged on lower sprocket adapter plate 24, and in edge, its second positioning groove 3502 levels are inside, and the second follower 3302 is positioned in the second positioning groove 3502; In the time that product orientation parts 32 rotate with chain 29, the second follower 3302 can slide in the first positioning groove 3501, the interior horizontal direction of the second positioning groove 3502, but vertical direction is positioned, groove is located.
Rewinding of the present utility model, move material working process as follows:
As shown in Figure 2, the state of the utility model in reference position, now, A gas port 101 air feed of electromagnetic valve to the first rotary cylinder 1 in the control of appearance system, disk for collecting material 4 is positioned at rewinding location status, 14 plastic tableware wooden dippers on the first half dishes 402 of disk for collecting material 4 are in moving material level, and the end opening of upper hopper chute 5 is to be connected relative with the square orifice of gliding groove 6 upper ends; Now, C gas port 3001 air feed of electromagnetic valve to the second rotary cylinder 30 in programmed system control, and drive sprocket 2801, chain 29 are in initial initial point, and product orientation parts 32 are in groups positioned at rewinding place of drive sprocket 2801; This Rodless cylinder 8 of programmed system control, drives translation support 11 to be positioned at the right-hand member of Rodless cylinder 8, the top of drive sprocket 2801.
The first step: the manipulator of injection machine takes out mould the plastic tableware wooden dipper of the mould preparation also linking together of injection formed, is put on disk for collecting material 4, and manipulator leaves disk for collecting material 4, returns to injection machine, and signal is passed to programmed system.
Second step: programmed system control Rodless cylinder 8 drives translation support 11 to move to the left end of Rodless cylinder 8, the top of moving material level of disk for collecting material 4.
The 3rd step: the cylinder rod 1601 of programmed system control the first lift cylinder 16, to decline, drives adapter plate 17 to decline, until adapter plate 17 pressure ring 22 is below pushed down plastic tableware wooden dipper, feeding handgrip 18 also arrives on plastic tableware wooden dipper simultaneously.
The 4th step: 1901 times movements of cylinder rod of programmed system control the second lift cylinder 19, drive cutting knife 21 to pressing down, cutting knife 21 is pressed downwardly onto the cutting knife hole 401 of disk for collecting material 4, the stub bar of plastic tableware wooden dipper is cut away, the cylinder rod 1901 of controlling again subsequently the second lift cylinder 19 rises, and cutting knife is taken back, and stub bar drops on upper hopper chute 5, be slipped to again gliding groove 6, be finally collected away.
The 5th step: programmed system control control feeding handgrip 18 is drawn wooden dipper.
The 6th step: the cylinder rod 1601 of programmed system control the first lift cylinder 16 rises, drives adapter plate 17, feeding handgrip 18 to rise, and 14 plastic tableware wooden dippers on the first half dishes 402 of disk for collecting material 4 are drawn up.
The 7th step: programmed system control Rodless cylinder 8 drives translation support 11 to be shifted to the right to the right-hand member of Rodless cylinder 8, the top of drive sprocket 2801.
The 8th step: the cylinder rod 1601 of programmed system control the first lift cylinder 16 declines, drives adapter plate 17, feeding handgrip 18 and plastic tableware wooden dipper to decline, until plastic tableware wooden dipper drops on product orientation parts 32.
The 9th step: programmed system control feeding handgrip 18 discharges plastic tableware wooden dipper,
The tenth step: the cylinder rod 1601 of programmed system control the first lift cylinder 16 rises, adapter plate 17 and feeding handgrip 18 are along with rising;
Simultaneously, programmed system control control electromagnetic valve is given D gas port 3002 air feed of the second rotary cylinder 30, the second cylinder rotating shaft 3003 drives drive sprocket 2801 to clockwise rotate 180 degree, and chain 29 drives product orientation parts 32 in groups to turn to two feeding places between sprocket wheel.
Meanwhile, when programmed system control control electromagnetic valve is given B gas port 102 air feed of the first rotary cylinder 1, disk for collecting material 4 clockwise rotates 180 degree, and 14 plastic tableware wooden dippers on the second half dishes 403 of disk for collecting material 4 are transferred to and move material level.
The 11 step: at feeding place, product orientation parts 32 are in groups launched into several rows of row, the follow-up material fetching mechanism of feeder is taken the plastic tableware wooden dipper of 32 li of product orientation parts in groups away.
The 12 step: C gas port 3001 air feed of programmed system control electromagnetic valve the second rotary cylinder 30, the second cylinder rotating shaft 3003 drives drive sprocket 2801 to rotate counterclockwise 180 degree, chain 29 drives product orientation parts 32 in groups to return to rewinding place of drive sprocket 2801 along original route, prepares to receive to move materials device next time and shift the plastic tableware wooden dipper of coming.
Like this, the plastic tableware that partly coils on disk for collecting material 4 is just transferred, takes away.
The 13 step: programmed system is carried out above second and third step and the 5th to the 12 step, shifts and takes the second half of disk for collecting material 4 away and coil 14 plastic tableware wooden dippers on 403.
Like this, the plastic tableware wooden dipper of the mould that the manipulator of injection machine is once sent is received, transfer just, and is taken away by the follow-up material fetching mechanism of feeder.Above the first rewinding to the 13 step, move material, reclaiming process and continue circulation and go down.
Above are only embodiment of the present utility model, design of the present utility model is not limited to this, and all equivalence or simple change of doing according to described structure, feature and the principle of the utility model design, are included in the protection domain of the utility model patent.
Claims (8)
1. a carousel-type rewinding Material moving device for injecting products feeder, is characterized in that: comprise disk material collecting device, move materials device, cropping device and rotating disk converting means; Described disk material collecting device, move materials device and rotating disk converting means is arranged on respectively in frame, disk material collecting device and rotating disk converting means lay respectively at the two ends of moving materials device, and described cropping device is arranged on and moves on materials device;
Described disk material collecting device comprises disk for collecting material, disc holder and the first rotatable parts, and described disk for collecting material is arranged on disc holder, and its center is cutting knife hole, and disc holder is arranged on the first rotatable parts, and the first rotatable parts are arranged in frame;
The described materials device that moves comprises feeding handgrip, lifting structure and translation structure, and described feeding handgrip is arranged on lifting structure, and lifting structure is arranged on translation structure, and translation structure is arranged in frame;
Described cropping device comprises pressure ring, cutting knife and the second lift cylinder, and described pressure ring and the second lift cylinder are arranged on lifting structure, and described cutting knife is connected with the cylinder rod of the second lift cylinder;
Described rotating disk converting means comprises support for rotary disc, turning cylinder, product orientation parts, sprocket wheel, chain and the second rotatable parts, described support for rotary disc is arranged in frame, described turning cylinder has two, described sprocket wheel has two, and sprocket wheel is arranged on respectively on turning cylinder, and the second described rotatable parts are arranged in frame, and be connected with turning cylinder, chain is arranged on two sprocket wheels, and product orientation parts are arranged on chain, one group of the adjacent composition of several product orientation parts.
2. the carousel-type rewinding Material moving device of injecting products feeder according to claim 1, is characterized in that: the first described rotatable parts are rotary cylinders.
3. the carousel-type rewinding Material moving device of injecting products feeder according to claim 1, it is characterized in that: described translation structure comprises translation support, line slideway, slide block, mounting bracket, Rodless cylinder and connecting panel, described mounting bracket is vertically mounted in frame, described line slideway and Rodless cylinder level are arranged on mounting bracket, slide block is arranged on line slideway, and be connected with translation support, connecting panel is arranged on translation support and with the cylinder slide block of Rodless cylinder and is connected.
4. the carousel-type rewinding Material moving device of injecting products feeder according to claim 1, it is characterized in that: also comprise stub bar deflector chute, described stub bar deflector chute divides upper hopper chute and gliding groove, described upper hopper chute is arranged on disc holder, its upper end is communicated with the cutting knife hole of disk for collecting material, gliding groove is arranged in frame, and its upper end is communicated with the end opening of upper hopper chute, and its lower end is communicated with stub bar collection container.
5. the carousel-type rewinding Material moving device of injecting products feeder according to claim 1, is characterized in that: on described pressure ring, have and the received corresponding concave port of injecting products of carrying.
6. the carousel-type rewinding Material moving device of injecting products feeder according to claim 1, is characterized in that: the second described rotatable parts are rotary cylinders.
7. the carousel-type rewinding Material moving device of injecting products feeder according to claim 1, it is characterized in that: described product orientation parts outer end is large, inner little, upper surface is and the received corresponding concave/convex-shaped structure of injecting products shape of carrying that lower surface has outstanding installation foot downwards.
8. the carousel-type rewinding Material moving device of injecting products feeder according to claim 1, it is characterized in that: also comprise follower and location horizontal stripe, described follower is arranged on product orientation parts, on each product orientation parts, there are two followers, be arranged on respectively the two ends of product orientation parts, described location horizontal stripe has two, and they are installed in frame, and on the horizontal stripe of location, have positioning groove, described follower is positioned at respectively in positioning groove.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420285290.4U CN203922051U (en) | 2014-05-30 | 2014-05-30 | The carousel-type rewinding Material moving device of injecting products feeder |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420285290.4U CN203922051U (en) | 2014-05-30 | 2014-05-30 | The carousel-type rewinding Material moving device of injecting products feeder |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104044909A (en) * | 2014-05-30 | 2014-09-17 | 台州华曙机械有限公司 | Turntable material collecting and transferring mechanism for injection molding product feeder |
| CN104709712A (en) * | 2015-03-23 | 2015-06-17 | 宁波家联塑料科技有限公司 | On-line knife, fork and spoon packaging system |
| CN104773324A (en) * | 2015-04-01 | 2015-07-15 | 瑞安市金泰包装机械有限公司 | Automatic feeding device of packing machine |
| CN109049671A (en) * | 2018-08-06 | 2018-12-21 | 福州市恒晟弹簧有限公司 | A kind of LED lamp spring pyrocondensation periosteum automatic assembling machine |
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2014
- 2014-05-30 CN CN201420285290.4U patent/CN203922051U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104044909A (en) * | 2014-05-30 | 2014-09-17 | 台州华曙机械有限公司 | Turntable material collecting and transferring mechanism for injection molding product feeder |
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