CN201165336Y - Automatic feed mechanism of screw full-automatic packing machine - Google Patents
Automatic feed mechanism of screw full-automatic packing machine Download PDFInfo
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- CN201165336Y CN201165336Y CNU200820043032XU CN200820043032U CN201165336Y CN 201165336 Y CN201165336 Y CN 201165336Y CN U200820043032X U CNU200820043032X U CN U200820043032XU CN 200820043032 U CN200820043032 U CN 200820043032U CN 201165336 Y CN201165336 Y CN 201165336Y
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- hopper
- feed bin
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- outer hopper
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Abstract
Disclosed is an automatic feeding mechanism for a full-automatic screw packing machine. The automatic feeding mechanism comprises a packing machine body, a stock bin, an external silo, a disc feeder, a gear box and a variable speed motor. The automatic feeding mechanism consists of three parts, namely, a cylindrical stock bin device which is provided with an electromagnetic oscillator, a slanting external silo device which is provided with an electromagnetic oscillator, a disc feeder which is provided with 24 U-shaped grooves on the circumference, and a gear box and a variable speed motor which are used to drive the disc feeder to rotate. The automatic feeding mechanism is suitable for full automatic packing of screws in plastic film packing bags and has the advantages of simple structure, low making cost, accurate measuring and high efficiency and is automated.
Description
[technical field]
The utility model relates to a kind of package packing machine, especially relates to a kind of automatic packer for screw tool, belongs to the package packing machine field.
[background technology]
Seal package machinery is applied in fields such as pharmacy, food, daily-use chemical industry and is widely used existing plastic film bag forming---packing---, this package packing machine can carry out plastic bag packaging and seals fine particulate material, powder material and aqueous material, but incompatibility is carried out plastic bag packaging automatically to elongate in shape metalliferous materials such as spiral nail, rivets and is sealed, and its reason mainly is that metering is not accurate enough.Therefore, present enterprise's great majority method of Mining personnel selection handbag dress still.
Spiral nail is mechanical equipment and essential union piece and the fastening parts that uses of a lot of product, behind automated production in enormous quantities, often need by some plastic bag packagings, for example: 50/bag, 100/bag, 200/bag ... determining of every bag of quantity, or with artificial one one number, labor content is very big, inefficiency, unusual trouble; Or the method for employing weighing, the weight of the good some materials of scale is pressed this weight then in advance, and the material that scale comes out is promptly thought this quantity, and the method for weighing need be set an error limit: error ± * *.Weighing also has automatic weighing and artificial weighing, if artificial weighing when weighing, has lacked and will continue to add, and many will taking out.Though the weighing method is more very fast than artificial quantitative approach, work efficiency is still not high.And after quantity was determined, the frock of still will choosing was advanced in the plastic bag, then with plastic bag sealing, just finishes bagwork, and work capacity is still big and production efficiency is not high.
A lot of products are arranged, for example: air conditioner, laundry machine and some needs just be installed the mechanical equipment or the furniture of some part, parts in use, when manufacturing the product export packing, need to be equipped with the spiral nail accessory of some, even to be equipped with several different sizes and varying number, offer the user.Its every kind quantity is not a lot, ten, eight or one, 20, bother on the contrary with the weighing method, thereby most of enterprise all is Mining with artificial one one number and packs, seal that labor content is very big that production efficiency is very low.Owing to be the simple duplication of labour, wage is lower, so that a lot of workman is unwilling to be engaged in this work, the problem of enterprise's appearance recruitment difficulty.
[summary of the invention]
For solving the problem of above-mentioned existence, the purpose of this utility model is to provide a kind of automatic feeding machanism of spiral nail device of full automatic packaging, can count, put into automatically in the plastic bag that is formed automatically by plastic sheeting automatically according to predefined quantity, automatically with plastic bag sealing, cut-out.Be transported to the appointed place by feedway then, full automaticity is finished whole feed, metering, envelope process, accurate measurement, enhance productivity greatly, compared with prior art, having metering precision is high and speed is fast, efficient is high outstanding advantage and obvious improvement, is a kind of new technical scheme.
For achieving the above object, the technical solution adopted in the utility model is: at common bag forming---packing---on the basis of capper, keep its original advantage, overcome its shortcoming, the automatic feed of design and installation one cover spiral nail, queuing automatically, automatically counting, put in the plastic bag that forms automatically by plastic sheeting and through heat-sealing automatically mouthful with cut off automatically and encapsulate bag automatically, finish the full-automatic mechanism of a series of programming controls of whole packing working process,---packing---capper that solves common bag forming can not carry out the technical matters of fully-automatic packaging to spiral nail.
The technical solution of the utility model mainly comprises three parts: one has the cylindrical shape feed bin device of hertz oscilltor, an outer channel devices of the bevelled that has hertz oscilltor, a change speed motor and a gear case that the disk feed panel assembly of several U-shaped grooves is arranged and be arranged on the other photoelectric counter of disk feed plate and drive the rotation of disk feed plate at circumferential edges.
A described cylindrical shape feed bin device that has a hertz oscilltor comprises the cylindrical shape feed bin of a upper opening, the sphere base plate of a spherical shape is arranged at the bottom of feed bin, design has a spiral hopper that rises to the feed bin top from feed bin sphere base plate along feed bin inner peripheral wall screw on the inner peripheral wall of feed bin, the circumference kiss of the lower end of spiral hopper and sphere base plate connects, the upper end connects with the upper end kiss of outer hopper, below the sphere base plate center of feed bin a hertz oscilltor is arranged, be fastenedly connected by truncated cone shape adapter sleeve and connecting screw and sphere base plate, the spiral hopper at cylindrical shape feed bin top offers one section width greater than screw ailing shank diameter with the feed bin sidewall that outer hopper kiss connects the position, sidewall groove less than spiral nail ailhead diameter, the nail bar of sidewall groove spiral nail stretches out sidewall groove outside, ailhead is stuck in the inside, posture adjustment becomes preliminary regular queuing, change the groove of outer hopper then over to, be formed with the rule queuing, the cylindrical shape feed bin is installed on the damping frame of a circle, and the damping frame fasten with screws is connected on the fuselage table top of wrapping machine.Spiral nail is at random add the cylindrical shape feed bin after, under the vibration of hertz oscilltor, move to the feed bin top from the feed bin base plate that is spherical shape along the soaring spiral hopper queuing of screw, after the sidewall groove is adjusted posture, enter the outer hopper that connects with spiral hopper kissing.
A described outer channel devices of bevelled that has hertz oscilltor comprises: the spiral hopper kissing at the upper end of outer hopper and feed bin top connects, the U-shaped groove kiss of lower end and disk feed plate circumference connects, be downward-sloping linear, the bench section of outer hopper is " " font, the top centre longitudinally of outer hopper offers a groove, the width dimensions of groove less than the diameter of spiral nail ailhead, can stretch in the groove nail bar of outer hopper spiral nail and ailhead is stuck in above the groove greater than the diameter of screw ailing bar.A window is offered in one side side of outer hopper, the outside of window has a photo-electric to lack the material inductor, be connected by the program control program of circuit and wrapping machine, hopper lacks material outside induction detects, also be that feed bin lacks when expecting, automatically notify the complete machine programming control to quit work immediately, to avoid the complete machine dry run.Operating personal is after feed bin is reinforced, and restart routine control is reworked complete machine.Be provided with a hertz oscilltor below the outer hopper, be fastenedly connected by holding screw and outer hopper, be fastenedly connected a damping block below the hertz oscilltor, damping block is installed on the outer hopper support, and outer hopper support fasten with screws is connected on the fuselage table top of wrapping machine.Outside spiral nail is lined up from the helix hopper of feed bin and is entered behind the hopper, rely on self gravity and the main vibration that relies on outer hopper hertz oscilltor from the upper end of outer hopper move downward enter with outside the U-shaped groove of the disk feed plate circumference that docks of hopper lower end.Outer hopper and outer hopper oscillator are fixed on the fuselage table top by outer hopper support.
Described one has the disk feed panel assembly of several U-shaped grooves to comprise at circumferential edges: a disk feed plate, the circumferential edges of disk feed plate offers the U-shaped groove of several five equilibrium angles, the width of U-shaped groove greater than the diameter of screw ailing bar less than the diameter of spiral nail ailhead, screw ailing bar can stretch in the U-shaped groove and the spiral nail ailhead is stuck in above the U-shaped groove, becomes suspension status; One of them U-shaped groove is over against the position of wrapping machine feeder hopper top, the top of this U-shaped groove has a side to be the obstruction plate on inclined-plane, the bottom land that stops the inclined-plane of plate and U-shaped groove is tangent but not on same horizontal surface, the bottom surface that stops plate is higher than the end face of disk feed plate and is lower than the end face of the spiral nail ailhead that is suspended on the U-shaped groove, disk feed plate can rotate by obstruction plate bottom surface, but the ailhead impassabitity of spiral nail stops plate.Spiral nail is suspended on the U-shaped groove and rotatablely moves to the photoelectric counter front behind counting, the spiral nail ailhead is subjected to stopping that the obstruction on plate inclined-plane is crowded makes whole spiral nail break away from the U-shaped groove and wrapping machine hopper below the U-shaped groove that falls and enter from hopper is packed in the plastic film packaging bag, thereby finishes automatic feed work.Because photoelectric counter is counted one by one to spiral nail, metering is accurate, counting is accurate.There is a headstock below of disk feed plate, and a gear case and a change speed motor are arranged in the headstock, and the gear of change speed motor driven gear case rotates, and the axle sleeve of gear wheel shaft and disk feed plate bottom center position is fastenedly connected, and drives disk feed plate and rotates.Change speed motor, gear case and headstock are fixed on the fuselage table top.
Automatically the working process of feeding machanism is: behind the spiral nail threading cylindrical shape at random feed bin, under the vibration of feed bin oscillator, move to the feed bin top from the feed bin base plate that is spherical shape along the soaring spiral hopper queuing of feed bin inner periphery screw, and enter the outer hopper that connects with spiral hopper kissing, the vibration of hopper oscillator is arranged and is moved downward outer hopper spiral nail relies on the gravity of self and mainly relies in downward-sloping outer hopper outside, arrive the interface of outer hopper lower end and disk feed plate, screw ailing bar falls in the U-shaped groove, the spiral nail ailhead then is stuck on the U-shaped groove, disk feed plate anti-clockwise rotation under the drive of change speed motor and gear wheel shaft, spiral nail in the U-shaped groove is taken away, after spiral nail is pulled away and is counted to the photoelectric counter position that is placed in the disk feed plate outside, stopped the plate interception and break away from the feeder hopper that the U-shaped groove falls into U-shaped groove below by the inclined-plane of disk feed plate top immediately, enter in the plastic film bag, when the quantity of photoelectric counter counting reaches predefined number, the hot-press sealed device that fuselage is installed seals plastic film bag immediately, then the spiral nail of counting enters in the back plastic film bag, circulation repeatedly, reach automatic feed, automatically the purpose of counting realizes full-automatic packing.Other mechanisms are identical with the basic structure and the function of function and common bag forming---packing---capper.
The utlity model has simple in structure, low cost of manufacture, accurate measurement, automation and advantage of high production efficiency, can separate the labour power of the simple duplication of labour of amplification quantity, solve the difficult problem of simple duplication of labour work post recruitment that enterprise exists, reduce production costs greatly, realize the production automation.
[description of drawings]
Fig. 1 is that master of the present utility model looks scheme drawing;
Fig. 2 is the birds-eye view of Fig. 1;
Fig. 3 is a cylindrical shape feed bin cutaway view (amplification);
Fig. 4 is the birds-eye view of Fig. 3;
Fig. 5 is the schematic cross section (amplification) of outer hopper.
Among the figure
1, cylindrical shape feed bin 2, spiral hopper 3, connecting screw
4, adapter sleeve 5, advancing spiral nail 6, sphere base plate
7, feed bin oscillator 8, feed bin damping frame 9, body table top
10, sidewall groove 11, side groove spiral nail 12, outer hopper spiral nail
13, outer hopper 14, outer hopper side window 15, photo-electric lack the material inductor
16, outer hopper hertz oscilltor 17, damping block 18, outer hopper support
19, stop plate 20, disk feed plate 21, disk feed plate axle sleeve
22, photoelectric counter 23, gear wheel shaft 24, gear case
25, change speed motor 26, headstock 27, U-shaped groove
28, outer hopper groove
[specific embodiment]
Below in conjunction with accompanying drawing embodiment of the present utility model is elaborated.
Fig. 1 is that the master of the utility model embodiment looks scheme drawing, and present embodiment mainly comprises three parts: one has cylindrical shape feed bin device, the outer channel devices of the bevelled that has hertz oscilltor of hertz oscilltor and is arranged on the scarce material of the photo-electric inductor on outer hopper side side, a change speed motor 25 and a gear case 24 that the disk feed panel assembly of 24 U-shaped grooves is arranged and be arranged on the other photoelectric counter 22 of disk feed plate and drive the rotation of disk feed plate at circumferential edges.
A described cylindrical shape feed bin device that has a hertz oscilltor comprises the cylindrical shape feed bin 1 of a upper opening, the sphere base plate 6 of a spherical shape is arranged at the bottom of feed bin 1, on the inner peripheral wall of feed bin 1 design have one from feed bin sphere base plate 6 along feed bin 1 inner peripheral wall screw rises to the spiral hopper 2 at feed bin top, the circumference kiss of the lower end of spiral hopper 2 and sphere base plate 6 connects, the upper end connects with the upper end kiss of outer hopper 13, a feed bin oscillator 7 is arranged below sphere base plate 6 centers, feed bin oscillator 7 is a kind of hertz oscilltors, be fastenedly connected with sphere base plate 6 by truncated cone shape adapter sleeve 4 and connecting screw 3, the spiral hopper 2 at cylindrical shape feed bin 1 top and the feed bin sidewall of outer hopper 13 engagements offer one section width greater than screw ailing shank diameter less than the sidewall groove 10 of spiral nail ailhead diameter, the nail bar of side groove spiral nail 11 stretches out sidewall groove 10 outsides, ailhead is stuck in the inside, posture adjustment becomes preliminary regular queuing, change outer hopper groove 28 then over to, be formed with the rule queuing.Cylindrical shape feed bin 1 is installed on the feed bin damping frame 8 of a circle, and feed bin damping frame 8 fasten with screwss are connected on the body table top 9 of wrapping machine.Spiral nail is at random add cylindrical shape feed bin 1 after, under the vibration of feed bin oscillator 7,2 queuings move to the feed bin top from the sphere base plate 6 of feed bin along the spiral hopper, enter the outer hopper 13 that connects with spiral hopper 2 kissings after sidewall groove 10 is adjusted postures.
A described outer channel devices of bevelled that has hertz oscilltor comprises the outer hopper 13 of a bevelled, spiral hopper 2 kissings at the upper end of outer hopper 13 and cylindrical shape feed bin 1 top connect, dock with the U-shaped groove of disk feed plate 20 circumference the lower end, be downward-sloping shape, the top panel of outer hopper 13 centre along the longitudinal offers an outer hopper groove 28, the width dimensions of outer hopper groove 28 less than the diameter of spiral nail ailhead, can stretch in the outer hopper groove 28 the nail bar of outer hopper spiral nail 12 and ailhead is stuck in above the groove 28 greater than the diameter of screw ailing bar.An outer hopper side window 14 is offered in one side side of outer hopper 13, the outside of side window 14 is equipped with a photo-electric and lacks material inductor 15, lacking material inductor 15 is connected with wrapping machine programming control program by circuit, hopper 13 scarce material also are that feed bin 1 lacks when expecting outside induction detects, automatically notify the complete machine programming control to quit work immediately, to avoid the complete machine dry run.When operating personal after feed bin 1 is reinforced, restart routine control makes complete machine restart work.Be provided with an outer hopper hertz oscilltor 16 below the outer hopper 13, be fastenedly connected by holding screw and outer hopper 13, be fastenedly connected a damping block 17 below the outer hopper hertz oscilltor 16, damping block 17 is installed on the outer hopper support 18, and outer hopper support 18 fasten with screwss are connected on the body table top 9 of wrapping machine.Advancing spiral nail 5 is outside spiral hopper 2 queuing of feed bin 1 enters behind the hopper 13, rely on gravity of self and the upper end of the oscillation action that mainly relies on outer hopper hertz oscilltor 16 to move downward, enter in the U-shaped groove of disk feed plate 20 circumference that dock with outer hopper 13 lower ends from outer hopper 13.Outer hopper 13 and outer hopper hertz oscilltor 16 are fixed on the body table top 9 by outer hopper support 18.
Described one has the disk feed panel assembly of several U-shaped grooves to comprise at circumferential edges: a disk feed plate 20, the circumferential edges of disk feed plate 20 offers the U-shaped groove of 24 five equilibrium angles, the width of U-shaped groove greater than the diameter of screw ailing bar less than the diameter of spiral nail ailhead, screw ailing bar can stretch in the U-shaped groove and the spiral nail ailhead is stuck in above the U-shaped groove, becomes suspension status; One of them U-shaped groove 27 is in the position of wrapping machine feeder hopper top, the top of U-shaped groove 27 has a side to be the obstruction plate 19 on inclined-plane, the bottom land that stops the inclined-plane of plate 19 and U-shaped groove 27 is tangent but not on same horizontal surface, the bottom surface that stops plate 19 is higher than the end face of disk feed plate 20 and is lower than the end face of the spiral nail ailhead that is suspended on U-shaped groove 27, disk feed plate 20 can rotate by stopping the bottom surface of plate 19, but spiral nail ailhead impassabitity stops plate 19, stops plate 19 fasten with screwss and is connected on the case face of headstock 26.Spiral nail is suspended on the U-shaped groove and rotatablely moves to photoelectric counter 22 fronts behind counting, the spiral nail ailhead is subjected to stopping that the obstruction on plate 19 inclined-planes is crowded makes whole spiral nail break away from U-shaped groove 27 and fall into the wrapping machine hopper of U-shaped groove 27 belows and enter from hopper and pack in the plastic film packaging bag, thereby finishes automatic feed work.Because 22 pairs of spiral nails of photoelectric counter are counted one by one, metering precision height, counting are accurately.There is a headstock 26 below of disk feed plate 20, a gear case 24 and a change speed motor 25 are arranged in the headstock 26, the gear of change speed motor 25 driven gear casees 24 rotates, the gear wheel shaft 23 of gear case 24 is fastenedly connected with the disk feed plate axle sleeve 21 of disk feed plate 20 bottom center positions, drives disk feed plate 20 and rotates.Change speed motor 25, gear case 24 and headstock 26 are fixed on the body table top 9 of wrapping machine.
Claims (4)
1, a kind of automatic feeding machanism of spiral nail device of full automatic packaging, be made up of wrapping machine body, feed bin, outer hopper, disk loader, motor, gear case, it is characterized in that: automatically feeding machanism comprises three parts: cylindrical shape feed bin device that has a hertz oscilltor, outer channel devices of the bevelled that has hertz oscilltor, one have the disc feed panel assembly of 24 U-shaped grooves and drive change speed motor (25) and the gear case (24) that disk feed plate (20) rotates at circumferential edges.
2, the automatic feeding machanism of spiral nail device of full automatic packaging according to claim 1, it is characterized in that: the upper opening of cylindrical shape feed bin (1), a sphere base plate (6) that is spherical shape is arranged at the bottom, a spiral hopper (2) that rises to the feed bin top from feed bin sphere base plate (6) along feed bin inner peripheral wall screw is arranged on its inner peripheral wall, the circumference kiss of the lower end of spiral hopper (2) and sphere base plate (6) connects, the upper end connects with the upper end kiss of outer hopper (13), below sphere base plate (6) center feed bin oscillator (7) is arranged, feed bin oscillator (7) is a kind of hertz oscilltor, be fastenedly connected with sphere base plate (6) by truncated cone shape adapter sleeve (4) and connecting screw (3), the feed bin sidewall of the spiral hopper (2) at cylindrical shape feed bin (1) top and outer hopper (13) engagement offer one section width greater than screw ailing shank diameter less than the sidewall groove (10) of spiral nail ailhead diameter, cylindrical shape feed bin (1) is installed on the feed bin damping frame (8) of a circle, and feed bin damping frame (8) fasten with screws is on the body table top (9) of wrapping machine.
3, the automatic feeding machanism of spiral nail device of full automatic packaging according to claim 1, it is characterized in that: the outer hopper (13) of bevelled that has outer hopper hertz oscilltor (16), spiral hopper (2) kissing at the upper end of outer hopper (13) and cylindrical shape feed bin (1) top connects, the U-shaped groove kiss of lower end and disk feed plate (20) connects, be downward-sloping shape, the top panel of outer hopper (13) centre along the longitudinal offers an outer hopper groove (28), the width dimensions of outer hopper groove (28) greater than the diameter of screw ailing bar less than the diameter of spiral nail ailhead; An outer hopper side window (14) is offered in one side side of outer hopper (13), the outside of outer hopper side window (14) is equipped with a photo-electric and lacks material inductor (15), and photo-electric lacks material inductor (15) and is connected with wrapping machine programming control program by circuit; Be provided with an outer hopper hertz oscilltor (16) below the outer hopper (13), be fastenedly connected by holding screw and outer hopper (13); Be fastenedly connected a damping block (17) below the outer hopper hertz oscilltor (16), damping block (17) is installed on the outer hopper support (18); Outer hopper support (18) fasten with screws is connected on the body table top (9) of wrapping machine.
4, the automatic feeding machanism of spiral nail device of full automatic packaging according to claim 1, it is characterized in that: the lower end of outer hopper (13) is to being connected to a disk feed plate (20), the circumferential edges of disk feed plate (20) offers the U-shaped groove of 24 five equilibrium angles, the width of U-shaped groove greater than the diameter of screw ailing bar less than the diameter of spiral nail ailhead, one of them U-shaped groove (27) is in the position of wrapping machine feeder hopper top, the top of U-shaped groove (27) has a side to be the obstruction plate (19) on inclined-plane, the bottom land that stops the inclined-plane of plate (19) and U-shaped groove (27) is tangent but not on same horizontal surface, the bottom surface that stops plate (19) is higher than the end face of disk feed plate (20) and is lower than the end face of the spiral nail ailhead that is suspended on U-shaped groove (27), disk feed plate (20) can rotate by stopping the bottom surface of plate (19), but the spiral nail ailhead can not stop plate (19) fasten with screws and be connected on the case face of headstock (26) by stopping plate (19); There is a headstock (26) below of disk feed plate (20), a gear case (24) and a change speed motor (25) are arranged in the headstock (26), and the gear wheel shaft (23) of gear case (24) is fastenedly connected with the disk feed plate axle sleeve (21) of disk feed plate (20) bottom center position; Change speed motor (25), gear case (24) and headstock (26) are fixed on the body table top (9) of wrapping machine.
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| Application Number | Priority Date | Filing Date | Title |
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| CNU200820043032XU CN201165336Y (en) | 2008-01-21 | 2008-01-21 | Automatic feed mechanism of screw full-automatic packing machine |
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| CNU200820043032XU CN201165336Y (en) | 2008-01-21 | 2008-01-21 | Automatic feed mechanism of screw full-automatic packing machine |
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| CNU200820043032XU Expired - Fee Related CN201165336Y (en) | 2008-01-21 | 2008-01-21 | Automatic feed mechanism of screw full-automatic packing machine |
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| CN111099078A (en) * | 2018-10-26 | 2020-05-05 | 广东溢达纺织有限公司 | Collar top support packaging equipment |
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| CN108015457B (en) * | 2017-12-05 | 2023-10-31 | 武汉德恒汽车装备有限公司 | Repetitive nut forking conveying mechanism and using method |
-
2008
- 2008-01-21 CN CNU200820043032XU patent/CN201165336Y/en not_active Expired - Fee Related
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| CN108726107A (en) * | 2018-06-11 | 2018-11-02 | 苏州德格玛精密部件有限公司 | A kind of the vibration feeding equipment and charging method of T shapes metal insert |
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| CN109552819A (en) * | 2018-12-04 | 2019-04-02 | 梅木精密工业(珠海)有限公司 | A kind of screw/pin discharge component, feeding machine and its working method |
| CN109987405A (en) * | 2018-12-06 | 2019-07-09 | 广东长虹智能制造技术有限公司 | A kind of cotton swab automatic discharge apparatus |
| CN109941498A (en) * | 2019-04-23 | 2019-06-28 | 浙江海派机械科技有限公司 | A kind of feeding device |
| CN109941498B (en) * | 2019-04-23 | 2024-04-19 | 浙江励泰智能机械有限公司 | Feeding device |
| CN110435940A (en) * | 2019-08-15 | 2019-11-12 | 浙江海洋大学 | A kind of stripped tuna can automatic rationization cutting filling machine |
| CN110775588A (en) * | 2019-10-31 | 2020-02-11 | 海盐龙腾高强度紧固件有限公司 | Square head bolt direction adjusting device |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20081217 Termination date: 20130121 |