CN108477782A - A kind of full-automatic stringing machine - Google Patents
A kind of full-automatic stringing machine Download PDFInfo
- Publication number
- CN108477782A CN108477782A CN201810568684.3A CN201810568684A CN108477782A CN 108477782 A CN108477782 A CN 108477782A CN 201810568684 A CN201810568684 A CN 201810568684A CN 108477782 A CN108477782 A CN 108477782A
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- China
- Prior art keywords
- wire feed
- beading
- cylinder
- guiding piece
- wire
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- A—HUMAN NECESSITIES
- A44—HABERDASHERY; JEWELLERY
- A44C—PERSONAL ADORNMENTS, e.g. JEWELLERY; COINS
- A44C27/00—Making jewellery or other personal adornments
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B44—DECORATIVE ARTS
- B44C—PRODUCING DECORATIVE EFFECTS; MOSAICS; TARSIA WORK; PAPERHANGING
- B44C3/00—Processes, not specifically provided for elsewhere, for producing ornamental structures
- B44C3/12—Uniting ornamental elements to structures, e.g. mosaic plates
Abstract
The present invention provides a kind of full-automatic stringing machines, including arrangement feeding structure, wire feed structure and bead structure；It includes that vibrations are lined up sorting component, lower process receiving slit to arrange feeding structure；Wire feed structure includes wire feed holder, reel, silk supplying machine structure and compression bead mechanism, and silk supplying machine structure is equipped with and stings roll dies layer, active layer of rolls, wire drawing layer of rolls；Bead structure includes mutually matched left closing lid component, right closing lid component, left closing lid component includes multiple be in a row arrangement left guiding piece, multiple left cushion blocks, multiple left guide pads, multiple left briquettings, right closing lid component includes multiple be in a row arrangement right guiding piece, multiple right cushion blocks, multiple right guide pads, multiple right briquettings.The present invention realizes a full-automatic beading, pearl at random is discharged into from arrangement feeding structure in bead structure, is then also entered in bead structure from the lead drawn in wire feed structure and is moved along threading channel, to realize a beading, high degree of automation, a beading are efficient.
Description
Technical field
The present invention relates to beading machinery appliance technology more particularly to a kind of full-automatic stringing machines.
Background technology
In ornaments processing, it is often necessary to multiple pearls are serially connected, it is existing general using a manually beading
Mode, if encountering with angular pearl, such as when the pearl of brilliant, worker not only takes this kind during a beading
Pearl is inconvenient, while finger is easier to scratch, and during a beading, needs to pass through lead in the through-hole on pearl, lead
Material can be nylon, the lead of finer wire etc., finer wire is also easier to scratching fingers, therefore existing beading mode is not only given birth to
Production efficiency is low, and processing safety when worker's processing is not high, although having occurred a kind of arrangement being suitable for arranging pearl at present
Feeding structure, i.e., application No. is 201610761578.8 Chinese patent applications, but it is only capable of realizing the sequence to a beading, therefore
The present invention makes improvement on this basis, need to develop it is a can automatic line sending, lead passed through into the full-automatic of a beading automatically
Stringing machine.
Invention content
The present invention provides a kind of full-automatic stringing machine, which may be implemented automatic organ timbering, automatic feeding, an automatic beading,
Increase substantially beading efficiency.
The technical solution adopted in the present invention is a kind of full-automatic stringing machine, including arrangement feeding structure, wire feed structure and
Bead structure；The arrangement feeding structure includes that vibrations are lined up sorting component, beading guidance set, send pearl length control group
Part, beading crosswise pushing component, a beading longitudinally push component, lower process receiving slit；The wire feed structure includes wire feed holder,
Reel, silk supplying machine structure, the second cylinder of compression bead mechanism, the first cylinder of wire feed and wire feed are respectively equipped on the wire feed holder；Institute
The reel stated is multilayer reel, and the silk supplying machine structure is set to the front side of the reel, and the silk supplying machine structure includes L-shaped
Be arranged for silk mounting plate and lead plate, the lead plate is equipped with multiple lead pearls, L-shaped point of multiple lead pearls
Cloth, the compression bead mechanism are arranged in the side of the silk supplying machine structure, and the compression bead mechanism includes compression bead mounting plate, described
The first cylinder of wire feed and the second cylinder of wire feed be separately positioned on the both ends of the wire feed holder, in first gas of wire feed
It is equipped with the first slide plate between cylinder and the silk supplying machine structure, is set between second cylinder of wire feed and the compression bead mechanism
There is the second slide plate, the both sides of the length direction of first slide plate and the second slide plate are respectively equipped with the first sliding groove and second and slide
Slot, the first sliding groove and second sliding slot are fixed on the wire feed holder, first cylinder of wire feed it is defeated
Shaft is connected with first slide plate, and the output shaft of second cylinder of wire feed is connected with second slide plate, described
Be fixedly linked for silk mounting plate and first slide plate, the compression bead mounting plate and the second slide plate stationary phase
Even；The end of the first slide plate corresponding to the lower end for silk mounting plate is equipped with the first elongated slot, compression bead installation
The end of the second slide plate corresponding to the lower end of plate is equipped with the second elongated slot, and the wire feed holder is equipped with straight slot, and described is logical
Slot is located at the lower section of first elongated slot and the second elongated slot, and the lower end for silk mounting plate passes through first elongated slot
Pressure is equipped with after second elongated slot and straight slot equipped with wire feed component, the lower end of the compression bead mounting plate with after straight slot
Lid；The compression bead mounting plate is equipped with wire feed third cylinder, and the wire feed third cylinder drives the gland or more past
Multiple movement；The wire feed component includes driving motor, mounting bracket, described to be equipped with the 4th cylinder of wire feed for silk mounting plate,
The output shaft of the 4th cylinder of wire feed is connected with the mounting bracket drives the wire feed component to pump；Institute
It is equipped with U-shaped cavity in the mounting bracket stated, is set gradually from top to bottom in the U-shaped cavity and stings roll dies layer, active layer of rolls, wire drawing roller
Layer, described roll dies layer, active layer of rolls, the wire drawing layer of rolls of stinging respectively include multiple stinging roll dies, drive roll and wire drawing roller；The drive
Dynamic motor is connected with the drive roll, the drive roll with it is described sting roll dies, wire drawing roller is connected by gear, described
The bottom of mounting bracket is additionally provided with multiple wire feed guide pads, and pilot hole is equipped in the wire feed guide pad；The bead structure,
Including beading holder, the first cylinder of a beading, the second cylinder of a beading, beading third cylinder, the 4th cylinder of a beading and the 5th gas of a beading
Cylinder, the beading holder are equipped with mutually matched left closing lid component, right closing lid component, and the left closing lid component includes more
A is in the left guiding piece, multiple left cushion blocks, multiple left guide pads of row arrangement, multiple left briquettings, the right closing lid component packet
Include it is multiple be in a row arrangement right guiding piece, multiple right cushion blocks, multiple right guide pads, multiple right briquettings；Multiple left guiding pieces and
Multiple right guiding pieces respectively by left lever and right pull rod series connection for one row after with first cylinders of a beading, a multiple left sides
Cushion block and multiple right cushion blocks respectively by left compression spring and the series connection of right compression spring for after a row with first cylinders of a beading, it is more
A left guide pad is connected to be connected as after a row with second cylinders of a beading, multiple right guide pads after a row
With the beading third cylinders, multiple left briquettings be connected for one row after with the 4th cylinders of a beading, it is multiple
Right briquetting be connected for one row after with the 5th cylinders of a beading；The left cushion block be arranged on the upside of left guiding piece and with
The left guiding piece is connected, and the right cushion block is arranged on the upside of right guiding piece and is connected with the right guiding piece, in institute
The upper end of the left cushion block and the adjacent side of right cushion block stated is respectively provided with the left card slot of support pearl and right card slot, the left side
Guide pad, right guide pad are located at the left cushion block, right cushion block upside, the left guide pad adjacent with right guide pad one
The left wire lead slot of arc and right wire lead slot are respectively equipped on the end face of side, what the left wire lead slot and right wire lead slot were formed after being closed
Threading channel passes through for the lead of a beading, cutter bar is equipped in the left guide pad, the cutter bar can be along a beading
Stent length direction moves back and forth, and end is accommodated in cutting in the threading channel；It is set in the right guide pad
There is relief hole corresponding with the end position of the cutter bar；The lower end of the adjacent side of the left briquetting and right briquetting
It is respectively equipped with left indent and right indent.
After the above technical solution is adopted, compared with the prior art, the present invention has the following advantages：
The present invention realizes a full-automatic beading, and pearl at random is discharged into from arrangement feeding structure in bead structure, so
Also enter in bead structure from the lead drawn in wire feed structure afterwards, and moved along the threading channel in bead structure, is being drawn
The through-hole on pearl can be passed through in line motion process, to realize a beading, high degree of automation, a beading are efficient.
As an improvement, the pilot hole is taper, the larger one end of tapered diameter close to the bottom of the mounting bracket,
Pass through convenient for lead.
As an improvement, the excircle of the wire drawing roller is equipped with a circle alignment groove, convenient for making the lead of bending become flat
It prepares along for a next step beading.
As an improvement, the left lever and right pull rod are respectively stairstepping, moved convenient for left guiding piece and right guiding piece.
As an improvement, the left cushion block is equipped with left connecting pole close to the side of left guiding piece, the right cushion block is close
The side of the right guiding piece is equipped with right connecting pole, and the left cushion block passes through the left connection with the left guiding piece
Column is connected, and the right cushion block is connected with the right guiding piece by the right connecting pole, and connection type is simple, firm.
As an improvement, being respectively equipped with left pin hole and right pin hole on the left connecting pole and right connecting pole, the left side is led
Draw and be respectively equipped with left pin and right pin in block and right guiding piece, the left pin, right pin are plugged on the left side respectively
In pin hole and right pin hole, connection structure is simple, firm.
Description of the drawings
Fig. 1 is full-automatic stringing machine overall structure diagram
Fig. 2 is wire feed structural schematic diagram
Fig. 3 is close-up schematic view at A
Fig. 4 is wire feed component close-up schematic view
Fig. 5 is bead structure schematic diagram
Fig. 6 is close-up schematic view at B
Fig. 7 is beading process schematic
Fig. 8 is left closing lid component diagram
Fig. 9 is left guide block structure schematic diagram
Figure 10 is right closing lid component diagram
Figure 11 is right guide block structure schematic diagram
Figure 12 is right cushion block structure schematic diagram
Figure 13 is right drawbar structure diagram
Figure 14 is for silk mounting plate lower end partial enlarged view
As shown in the figure, 1, arrangement feeding structure, 101, vibrations be lined up sorting component, 2, wire feed structure, 21, wire feed holder,
22, reel, 23, for silk mounting plate, the 231, first limiting slot, the 232, first limited cover, 24, lead plate, 25, lead pearl, 26, send
The first cylinder of silk, 27, the second cylinder of wire feed, the 28, first slide plate, the 29, second slide plate, 210, second sliding slot, 211, wire feed component,
2111, roll dies is stung, 2112, drive roll, 2113, wire drawing roller, 2114, driving motor, 2115, wire feed guide pad, 212, gland,
213, lead, 214, wire feed third cylinder, 215, the 4th cylinder of wire feed, 2151, the output shaft of the 4th cylinder of wire feed, 216, compression bead
Mounting plate, 3, bead structure, 31, beading holder, 32, left closing lid component, 321, left guiding piece, 322, left cushion block, 323, a left side leads
To block, 324, left briquetting, 325, left wire lead slot, 326, cutter bar, 327, movable plate, 328, left guide plate, 33, right closing lid group
Part, 331, right guiding piece, 332, right cushion block, 3321, right card slot, 3322, right connecting pole, 333, right guide pad, 334, right briquetting,
335, right compression spring, 336, right pull rod, 337, right wire lead slot, 338, relief hole, 339, right connection board, 3310, right guide plate, 34,
The first cylinder of a beading, 35, the second cylinder of a beading, 36, beading third cylinder, 37, the 4th cylinder of a beading, 38, the 5th cylinder of a beading,
39, the 6th cylinder of a beading, 310, the 7th cylinder of a beading, 4, pearl.
Specific implementation mode
As shown in Figure 1, a kind of full-automatic stringing machine includes arrangement feeding structure 1, wire feed structure 2 and bead structure 3；Arrangement
Feeding structure 1 includes that vibrations are lined up sorting component 101, beading guidance set, send pearl length control assembly, beading crosswise pushing group
Part, a beading longitudinally push component, lower process receiving slit；It includes vibrating disc host, delivery chute that vibrations, which are lined up sorting component 101,；String
Pearl guidance set includes guide groove；Send pearl length control assembly include length control push electromagnet, length control connecting rod and
Length control push slide block slot；Beading crosswise pushing component includes crosswise pushing cylinder, and longitudinally push component includes longitudinal to a beading
Push cylinder, multiple pearls at random are aligned to a row and are located in lower process receiving slit, under after arranging feeding structure
The pearl 4 of process receiving slit discharge will enter in bead structure 3.
As shown in Fig. 2, Fig. 3, Fig. 4 and Figure 14, wire feed structure 2 includes wire feed holder 21, is respectively equipped on wire feed holder 21
Reel 22, silk supplying machine structure, the second cylinder of compression bead mechanism, the first cylinder of wire feed and wire feed；Reel is multilayer reel, and silk supplying machine structure is set
In the front side of reel, silk supplying machine structure includes L-shaped setting for silk mounting plate 23 and lead plate 24, and lead plate 24 is equipped with multiple
Lead pearl 25, the 25 L-shaped distribution of multiple lead pearls, compression bead mechanism are arranged in the side of silk supplying machine structure, and compression bead mechanism includes compression bead
Mounting plate 216, the first cylinder of wire feed 26 and the second cylinder of wire feed 27 are separately positioned on the both ends of wire feed holder 21, in wire feed first
It is equipped with the first slide plate 28 between cylinder 26 and silk supplying machine structure, the second slide plate is equipped between the second cylinder of wire feed 27 and compression bead mechanism
29, the both sides of the length direction of the first slide plate 28 and the second slide plate 29 are respectively equipped with the first sliding groove and second sliding slot 210, and first slides
Slot and second sliding slot 210 are fixed on wire feed holder 21, and the output shaft of the first cylinder of wire feed 26 is connected with the first slide plate, send
The output shaft of the second cylinder 27 of silk is connected with the second slide plate 29, is fixedly linked for silk mounting plate 23 and the first slide plate 28, compression bead peace
Loading board 216 is fixedly linked with the second slide plate 29；The end of the first slide plate 28 corresponding to the lower end for silk mounting plate 23 is equipped with
The end of first elongated slot, the second slide plate corresponding to the lower end of compression bead mounting plate 216 is equipped with the second elongated slot, is set on wire feed holder 21
There are straight slot, straight slot to be located at the lower section of the first elongated slot and the second elongated slot, the first elongated slot and straight slot are passed through for the lower end of silk mounting plate 23
It is equipped with wire feed component 211 afterwards, the lower end of compression bead mounting plate 216 is equipped with 212,212 gland of gland after the second elongated slot and straight slot
It is multiple；Compression bead mounting plate 216 is equipped with wire feed third cylinder 214, and wire feed third cylinder 214 drives gland 212 up and down reciprocatingly
Movement；Wire feed component 211 includes driving motor 2114, mounting bracket, and the 4th cylinder 215 of wire feed, wire feed are equipped with for silk mounting plate
The output shaft of 4th cylinder 215 is connected with mounting bracket drives wire feed component 211 to pump；U-shaped cavity is equipped in mounting bracket,
It is set gradually from top to bottom in U-shaped cavity and stings roll dies layer, active layer of rolls, wire drawing layer of rolls, sting roll dies layer, active layer of rolls, wire drawing layer of rolls
It respectively includes multiple stinging roll dies 2111, drive roll 2112 and wire drawing roller；Driving motor 2114 is connected with drive roll 2112, drive roll
2112 with sting roll dies 2111, wire drawing roller 2113 is connected by gear, driving motor 2114 drive drive roll 2112 rotate, drive roll
2112 again respectively drive sting a rod 2111, wire drawing rod 2113 rotate, be additionally provided with multiple wire feed guide pads in the bottom of mounting bracket
2115, pilot hole is equipped in wire feed guide pad 2115, pilot hole is taper, and the larger one end of tapered diameter is close to the bottom of mounting bracket
Portion.The cross section of the first sliding groove and second sliding slot 210 is " 7 " type, and lead pearl 25 is cylindrical type, is set on the outer circumference surface of cylinder
There is groove of the circle for lead, the excircle of wire drawing roller 2113 to be equipped with a circle alignment groove, lower end for silk mounting plate 23 and
The lower end of compression bead mounting plate 216 is respectively equipped with the first limiting slot 231 and the second limiting slot, the limit of the first limiting slot 231 and second
It is respectively equipped with the first limited cover 232 and the second limited cover on slot, forms between the first limiting slot 231 and the first limited cover 232
One channel, first passage are passed through for the output shaft 2151 of the 4th cylinder of wire feed, are formed between the second limiting slot and the second limited cover
Second channel, second channel are passed through for the output shaft of wire feed third cylinder.
The course of work of wire feed structure is：Reel 22 is rolled up equipped with multiple leads, is rolled up from each lead and is drawn a lead
213, lead 213 is that finer wire material is introduced to using straight slot after lead first passes through the positioning fixation of lead pearl 25 and stings roll dies
Layer, is wrapped in and stings on a rod 2111, and when winding lead, the nothing on a rod of stinging of adjacent two wire wounds stung between a rod is drawn
Line wind, that is, it is multiple sting 2111 apart windings of a rod leaded 213, do not wind lead sting a rod for compress with its phase
The adjacent lead stung on a rod, makes even closer being wrapped in of lead 213 sting on a rod, the end of lead is laggard through stinging a rod layer
Enter wire drawing rod layer, alignment groove is equipped on each wire drawing rod 2113, alignment groove can make the lead of bending become more straight, draw
Line is oriented in the block by entering wire feed guide pad 2115 to lower draw after the alignment groove between two neighboring wire drawing rod from wire feed
It is pierced by pilot hole.
As shown in Fig. 5 to 13, bead structure 3 include beading holder 31, the first cylinder of a beading 34, the second cylinder of a beading 35,
Beading third cylinder 36, the 4th cylinder 37 of a beading and the 5th cylinder 38 of a beading, beading holder 31 are equipped with mutually matched left conjunction
Cap assemblies 32, right closing lid component 33, it is in the left guiding piece 321 of row arrangement, multiple left cushion blocks that left closing lid component 32, which includes multiple,
322, multiple left guide pads 323, multiple left briquettings 324, right closing lid component 33 include it is multiple be in a row arrangement right guiding piece
331, multiple right cushion blocks 332, multiple right guide pads 333, multiple right briquettings 334；Multiple left guiding pieces 321 and multiple right guiding pieces
331 after a row with the first cylinder of a beading 34 respectively by left lever and the series connection of right pull rod 336 to be connected, multiple 322 Hes of left cushion block
Multiple right cushion blocks 332 after a row with the first cylinder of a beading 34 respectively by left compression spring and the series connection of right compression spring 335 to be connected, a multiple left sides
Guide pad 323 is connected to be connected with the second cylinder of a beading 35 after a row, multiple right guide pads 333 are connected arranged for one after with a beading the
Three cylinders 36 are connected, and multiple left briquettings 324 are connected to be connected with the 4th cylinder 37 of a beading after a row, and multiple right briquettings 334 are connected
To be connected with the 5th cylinder 38 of a beading after a row；The setting of left cushion block 322 is consolidated in 321 upside of left guiding piece and with left guiding piece 321
Even, the setting of right cushion block 332 is connected in 331 upside of right guiding piece and with right guiding piece 331, in 332 phase of left cushion block 322 and right cushion block
The upper end of adjacent side is respectively provided with the left card slot and right card slot 3321 of support pearl, left guide pad 323, right guide pad
333 are located at left cushion block 322,332 upside of right cushion block, divide on the end face of the side adjacent with right guide pad 333 of left guide pad 323
Not She You the left wire lead slot 325 of arc and right wire lead slot 337, the threading channel that left wire lead slot and right wire lead slot are formed after being closed is for string
The lead 213 of pearl passes through, and cutter bar 326 is equipped in left guide pad 323, cutter bar 326 can be along 31 length side of beading holder
To reciprocating motion, end is accommodated in threading channel in cutting and carries out cutting lead；It is equipped with and cutting in right guide pad 333
The corresponding relief hole of the end position of bar 338；The lower end of the adjacent side of left briquetting and right briquetting be respectively equipped with left indent and
Right indent.Left lever and right pull rod 336 are respectively stairstepping.Multiple left guide pads, multiple right guide pads are integrally formed, multiple
Left briquetting and multiple right briquettings are connected by left connection board and right connection board 339 respectively.It is equipped with activity in the other end of cutter bar
Plate 327, cutter bar are connected with movable plate, and the side of movable plate 327 is additionally provided with fixed frame, and fixed frame is equipped with the 6th cylinder of a beading
39 and the 7th cylinder 310 of a beading, the 6th cylinder of a beading and the 7th cylinder of beading driving movable plate 327 drive cutter bar 236 along string
The length direction of pearl holder moves back and forth.
Preferably, bead structure further includes being arranged in the left guide plate 328 of 321 downside of left guiding piece and setting in right traction
The right guide plate 3310 of 331 downside of block, left guide plate 328 and right guide plate 3310 are equipped with sliding slot, the downside of left guiding piece 321
It is equipped with and the matched sliding block of sliding slot with the downside of right guiding piece 331.In left cushion block left company is equipped with close to the side of left guiding piece
Column is connect, right cushion block 332 is equipped with right connecting pole 3322 close to the side of right guiding piece, and left cushion block 322 passes through a left side with left guiding piece 321
Connecting pole is connected, and right cushion block 332 is connected with right guiding piece 331 by right connecting pole 3322.Left connecting pole and right connecting pole 3322
On be respectively equipped with left pin hole and right pin hole, left pin and right pin, left pin, the right side are respectively equipped in left guiding piece and right guiding piece
Pin is plugged on respectively in left pin hole and right pin hole.
As shown in Figure 6 and Figure 7, the course of work of bead structure is：In the initial state, two neighboring left guiding piece 321
Between there are there are gaps between gap, two neighboring right guiding piece 331, that is to say, that left guiding piece and right guiding piece are respectively
Not close arrangement, when the first cylinder of a beading 34 drives left lever and right pull rod 336 to be received to close to the direction of the first cylinder of a beading 34
When contracting movement, left guiding piece 321 and right guiding piece 331 on left lever and right pull rod follow movement, left compression spring and right pressure
Spring 335 stores power, finally so that the gap between two adjacent left guiding pieces 321, two neighboring right guiding piece 331 disappears, this
When multiple left guiding pieces close-packed arrays are realized respectively against together with multiple right guiding pieces, due to left cushion block 322 and right cushion block
332 are connected with left guiding piece 321 and right guiding piece 331 respectively, therefore left cushion block and right cushion block also achieve close-packed arrays, work as a left side
After 332 close-packed arrays of cushion block 322 and right cushion block, left card slot and right card slot 3321 be docking together to be formed for pearl 4 by work
The bottom in channel is moved, then pearl 4 enters the bottom of the active tunnel from lower process receiving slit in arrangement feeding structure 1, this
When two neighboring pearl be located next to, after pearl 4 enters active tunnel bottom, the gland 212 that is located in wire feed structure 2
Top while being covered in side compression pearl on pearl as active tunnel, subsequently left briquetting 324 and right briquetting 334 cover
On gland 212, the first cylinder of a beading discharges left lever and right pull rod 336, and left compression spring and right compression spring 335 discharge bullet respectively at this time
Power, original compact arranged multiple left cushion blocks 322 are separated from each other to form certain gap under the action of elastic force, multiple right cushion blocks
332 are separated from each other to form certain gap, and then left guide pad 323 is inserted into the gap between two neighboring left cushion block 322, right
Guide pad 333 is inserted into respectively in the gap between adjacent right cushion block 332, at this time active tunnel be no longer complete one but one
One section of section, a pearl 4 is stuck in every section of active tunnel, multiple left guiding pieces and multiple right guiding pieces are respectively in left cushion block
It is also at discrete state under drive with right cushion block；After left guide pad and right guide pad are inserted into gap, left wire lead slot 325 and the right side
Wire lead slot 337 merges into threading channel, and the wire feed guide pad 2115 on wire feeder is pressed on left guide pad 323 and right guide pad
333 upsides, lead in pilot hole from being pierced by into threading channel, and then the track row along threading channel takes a round adjacent two
After a pearl 4 is serially connected, cutter bar cuts off the lead at threading feeder connection again, prepares for threading next time,
The lead waste material cut out is discharged from relief hole, and full-automatic stringing machine is then discharged in the pearl being serially connected, and beading process is completed.
Arrangement feeding structure, wire feed structure and bead structure mutual cooperation in the present invention realize a full-automatic beading, energy
Beading efficiency is enough increased substantially, production cost is reduced, overall construction design is accurate.
The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations.Although with reference to the foregoing embodiments
Invention is explained in detail, it will be understood by those of ordinary skill in the art that, it still can be to implementation above-mentioned
Example recorded in technical solution modify, or to wherein each section technical characteristic carry out equivalent replacement, and these modification or
Person replaces, the range for technical solution of the embodiment of the present invention that it does not separate the essence of the corresponding technical solution.
Claims (6)
1. a kind of full-automatic stringing machine, which is characterized in that including arrangement feeding structure, wire feed structure and bead structure；
The arrangement feeding structure (1) includes that vibrations are lined up sorting component (101), beading guidance set, pearl length are sent to control
Component, beading crosswise pushing component, a beading longitudinally push component, lower process receiving slit；
The wire feed structure (2) includes wire feed holder (21), and reel (22) is respectively equipped on the wire feed holder (21), is supplied
Silk mechanism, compression bead mechanism, the first cylinder of wire feed (26) and the second cylinder of wire feed (27)；The reel (22) is multilayer reel,
The silk supplying machine structure is set to the front side of the reel (22), and the silk supplying machine structure includes being installed for silk for L-shaped setting
Plate (23) and lead plate (24), the lead plate (24) are equipped with multiple lead pearls (25), multiple lead pearls (25)
L-shaped distribution, the compression bead mechanism are arranged in the side of the silk supplying machine structure, and the compression bead mechanism includes compression bead installation
Plate (216), first cylinder of wire feed (26) and the second cylinder of wire feed (27) are separately positioned on the wire feed holder (21)
Both ends, between first cylinder of wire feed (26) and the silk supplying machine structure be equipped with the first slide plate (28), described
The second slide plate (29), first slide plate (28) and second are equipped between the second cylinder of wire feed (27) and the compression bead mechanism
The both sides of the length direction of slide plate (29) are respectively equipped with the first sliding groove and second sliding slot (210), the first sliding groove and second
Sliding slot (210) is fixed on the wire feed holder (21), the output shaft of first cylinder of wire feed (26) with it is described
The first slide plate (28) be connected, the output shaft of second cylinder of wire feed (27) is connected with second slide plate (29), institute
That states is fixedly linked for silk mounting plate (23) and first slide plate (28), the compression bead mounting plate (216) with it is described
Second slide plate (29) is fixedly linked；The end of the first slide plate (28) corresponding to the lower end for silk mounting plate (23) is set
There are the first elongated slot, the end of the second slide plate (29) corresponding to the lower end of the compression bead mounting plate (216) to be equipped with the second elongated slot,
The wire feed holder (21) is equipped with straight slot, and the straight slot is located at the lower section of first elongated slot and the second elongated slot, institute
The lower end for silk mounting plate (23) stated is equipped with wire feed component (211), the pressure after passing through first elongated slot and straight slot
The lower end of pearl mounting plate (216) is equipped with gland (212) after passing through second elongated slot and straight slot；The compression bead mounting plate
(216) it is equipped with wire feed third cylinder (214), the wire feed third cylinder (214) drives the gland (212) past up and down
Multiple movement；The wire feed component (211) includes driving motor (2114), mounting bracket, described for being set on silk mounting plate (23)
There is the 4th cylinder (215) of wire feed, the output shaft (2151) of the 4th cylinder of wire feed is connected with the mounting bracket drives institute
The wire feed component (211) stated pumps；U-shaped cavity is equipped in the mounting bracket, in the U-shaped cavity from top to bottom according to
Roll dies layer, active layer of rolls, wire drawing layer of rolls are stung in secondary setting, it is described sting roll dies layer, active layer of rolls, wire drawing layer of rolls respectively include it is multiple
Sting roll dies (2111), drive roll (2112) and wire drawing roller (2113)；The driving motor (2114) and the drive roll
(2112) be connected, the drive roll (2112) with it is described sting roll dies (2111), wire drawing roller (2113) is connected by gear, institute
The bottom for the mounting bracket stated is additionally provided with multiple wire feed guide pads (2115), is equipped with and is oriented in the wire feed guide pad (2115)
Hole；
The bead structure (3), including beading holder (31), the first cylinder of a beading (34), the second cylinder of a beading (35), a beading
Third cylinder (36), the 4th cylinder (37) of a beading and the 5th cylinder (38) of a beading, the beading holder (31) are equipped with mutual
The left closing lid component (32) of cooperation, right closing lid component (33), it is in what a row arranged that the left closing lid component (32), which includes multiple,
Left guiding piece (321), multiple left cushion blocks (322), multiple left guide pads (323), multiple left briquettings (324), the right closing lid
Component (33) includes multiple be in a row arrangement right guiding piece (331), multiple right cushion blocks (332), multiple right guide pads (333),
Multiple right briquettings (334)；Multiple left guiding pieces (321) and multiple right guiding pieces (331) pass through left lever and right pull rod respectively
(336) series connection is is connected with first cylinder of a beading (34) after a row, multiple left cushion blocks (322) and multiple right cushion blocks
(332) multiple respectively by left compression spring and right compression spring (335) series connection to be connected with first cylinder of a beading (34) after a row
Left guide pad (323) is connected to be connected with second cylinder of a beading (35) after a row, multiple right guide pads (333)
Be connected for one row after be connected with the beading third cylinder (36), multiple left briquettings (324) be connected for one arrange after with it is described
The 4th cylinder (37) of a beading is connected, and multiple right briquettings (334) are connected to be connected with the 5th cylinder (38) of a beading after a row；
Left cushion block (322) setting is connected on the upside of left guiding piece (321) and with the left guiding piece (321), the right side
Cushion block (332) setting is connected on the upside of right guiding piece (331) and with the right guiding piece (331), in the left cushion block
(322) and the upper end of the adjacent side of right cushion block (332) is respectively provided with the left card slot and right card slot (3321) for supporting pearl, institute
Left guide pad (323), the right guide pad (333) stated are located at the left cushion block (322), right cushion block (332) upside, described
Left guide pad (323) be respectively equipped with the left wire lead slot of arc (325) on the end face of adjacent side with right guide pad (333) and the right side is drawn
Threading channel the drawing for a beading that wire casing (337), the left wire lead slot (325) and right wire lead slot (337) are formed after being closed
Line (213) passes through, and cutter bar (326) is equipped in the left guide pad, the cutter bar (326) can be along beading holder
(31) length direction moves back and forth, and end is accommodated in cutting in the threading channel；The right guide pad (333)
In be equipped with relief hole (338) corresponding with the end position of cutter bar (326)；The left briquetting (324) and the right side
The lower end of the adjacent side of briquetting (334) is respectively equipped with left indent and right indent.
2. a kind of full-automatic stringing machine according to claim 1, which is characterized in that the pilot hole is taper, taper
The one end being relatively large in diameter is close to the bottom of the mounting bracket.
3. a kind of full-automatic stringing machine according to claim 1, which is characterized in that the outer circle of the wire drawing roller (2113)
It is equipped with a circle alignment groove week.
4. a kind of full-automatic stringing machine according to claim 1, which is characterized in that the left lever and right pull rod
(336) it is respectively stairstepping.
5. a kind of full-automatic stringing machine according to claim 1, which is characterized in that the left cushion block (322) is close to left
The side of guiding piece (321) is equipped with left connecting pole, and the right cushion block (332) is equipped with the right side close to the side of the right guiding piece
Connecting pole (3322), the left cushion block are connected with the left guiding piece by the left connecting pole, the right cushion block
It is connected by the right connecting pole with the right guiding piece.
6. a kind of full-automatic stringing machine according to claim 5, which is characterized in that the left connecting pole and right connecting pole
(3322) it is respectively equipped with left pin hole and right pin hole on, left pin and right pin are respectively equipped in the left guiding piece and right guiding piece
Nail, the left pin, right pin are plugged on respectively in the left pin hole and right pin hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810568684.3A CN108477782B (en) | 2018-06-05 | 2018-06-05 | A kind of full-automatic stringing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810568684.3A CN108477782B (en) | 2018-06-05 | 2018-06-05 | A kind of full-automatic stringing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108477782A true CN108477782A (en) | 2018-09-04 |
| CN108477782B CN108477782B (en) | 2019-10-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810568684.3A Expired - Fee Related CN108477782B (en) | 2018-06-05 | 2018-06-05 | A kind of full-automatic stringing machine |
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| CN (1) | CN108477782B (en) |
Cited By (2)
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| CN109819816A (en) * | 2019-03-05 | 2019-05-31 | 徐州工程学院 | A kind of camptotheca acuminata decne cultivation solid water carrier process units |
| CN109940037A (en) * | 2019-03-05 | 2019-06-28 | 徐州工程学院 | A kind of contaminated soil remediation agent production equipment |
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| CN106185256A (en) * | 2016-08-29 | 2016-12-07 | 浙江工商职业技术学院 | A kind of contact interior trim arranges pay-off like a chain of pearls or a string of beads |
| CN106388155A (en) * | 2016-12-18 | 2017-02-15 | 叶强 | Automatic bead stringing robot |
| CN106826845A (en) * | 2016-12-30 | 2017-06-13 | 叶强 | A kind of automatic bead stringing machine device people |
| CN107303777A (en) * | 2016-04-21 | 2017-10-31 | 袁秀兰 | Automatic string of beads machine of lamps and lanterns pendant |
| CN206744743U (en) * | 2017-04-14 | 2017-12-15 | 昆山奎克霖自动化科技有限公司 | A kind of automatic bead stringing machine |
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| CN107303777A (en) * | 2016-04-21 | 2017-10-31 | 袁秀兰 | Automatic string of beads machine of lamps and lanterns pendant |
| CN106185256A (en) * | 2016-08-29 | 2016-12-07 | 浙江工商职业技术学院 | A kind of contact interior trim arranges pay-off like a chain of pearls or a string of beads |
| CN106388155A (en) * | 2016-12-18 | 2017-02-15 | 叶强 | Automatic bead stringing robot |
| CN106826845A (en) * | 2016-12-30 | 2017-06-13 | 叶强 | A kind of automatic bead stringing machine device people |
| CN206744743U (en) * | 2017-04-14 | 2017-12-15 | 昆山奎克霖自动化科技有限公司 | A kind of automatic bead stringing machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109819816A (en) * | 2019-03-05 | 2019-05-31 | 徐州工程学院 | A kind of camptotheca acuminata decne cultivation solid water carrier process units |
| CN109940037A (en) * | 2019-03-05 | 2019-06-28 | 徐州工程学院 | A kind of contaminated soil remediation agent production equipment |
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| Publication number | Publication date |
|---|---|
| CN108477782B (en) | 2019-10-11 |
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Granted publication date: 20191011 |