CN207082515U - A kind of diode feeding, flatten, rib cutting integrated shaping machine - Google Patents
A kind of diode feeding, flatten, rib cutting integrated shaping machine Download PDFInfo
- Publication number
- CN207082515U CN207082515U CN201720947680.7U CN201720947680U CN207082515U CN 207082515 U CN207082515 U CN 207082515U CN 201720947680 U CN201720947680 U CN 201720947680U CN 207082515 U CN207082515 U CN 207082515U
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- rib cutting
- diode
- flatten
- feeding
- shaping
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Abstract
The utility model discloses a kind of diode feeding, flatten, rib cutting integrated shaping machine, including set gradually from front to back along guide rail self-feeding part, flatten part and rib cutting shaping unit；The self-feeding part includes deflector chute feeding deflector-rod, driving lever motor and material toggling transmission mechanism；Part is flattened with secondary in the part of once flattening of the part including being set from front to back along guide rail of flattening；The rib cutting shaping unit includes rib cutting shaping mould, rib cutting motor and rib cutting transmission mechanism.It will flatten, rib cutting shaping is integrated into an equipment and completed, it is only necessary to after the product do not flattened is put into the deflector chute of equipment by a people, guards, equipment automatic feed, flatten, rib cutting shaping, the product of last forming is fallen in rewinding box automatically without personnel.Human cost has been saved, has reduced energy consumption, has substantially increased production efficiency.
Description
Technical field
The utility model belongs to diode production equipment, and in particular to a kind of to integrate feeding, flatten, rib cutting shaping
Automated production equipment.
Background technology
Diode is flattened after moulding, it is necessary to which lead is flattened, and rib cutting and bending integer, traditional work are needed after flattening
Flatten a point two procedures in skill to complete, rib cutting shaping divides three process to complete, altogether five processes.Wherein side is only flattened every time
Pin, carry out rib cutting trimming again afterwards.Needing more people can complete to flatten and rib cutting shaping, and human cost is high, production effect
Rate is low, and waste of energy is serious.
Utility model content
For above-mentioned technical problem, the utility model aim to provide it is a kind of integrate feeding, flatten, rib cutting shaping from
Dynamicization production equipment, it is only necessary to which a people is put into the product do not flattened at the charging of equipment, equipment automatic feed, flattens, cuts
Muscle shaping, production efficiency is improved, reduce power consumption, save human cost.
Therefore, technical scheme is used by the utility model：A kind of diode feeding, flatten, rib cutting integrated shaping machine,
Including set gradually from front to back along guide rail self-feeding part, flatten part and rib cutting shaping unit；
The self-feeding part includes being arranged on the deflector chute directly over guide rail, and is arranged on sending immediately below guide rail
Expect driving lever, driving lever motor and material toggling transmission mechanism, the deflector chute is used to stack diode material strip, and makes diode material strip
Fall from top to bottom on guide rail, the feeding deflector-rod is horizon bar, and the top time interval of horizon bar is provided with can be caught in two
Moving tooth between pole pipe material strip neighboring diode unit, the driving lever motor drive feeding deflector-rod by material toggling transmission mechanism
It is front and rear to move repeatedly, and when feeding deflector-rod is moved backward, moving tooth extends upwardly into guide rail and is caught in the adjacent of diode material strip
Diode material strip is driven to move backward between unit, when feeding deflector-rod travels forward, moving tooth exits downwards guide rail and departs from two poles
A upper card contact for materials in the tube band, and so on realizes that relay mode pushes diode material strip；
It is described flatten part include along guide rail set from front to back once flatten part and it is secondary flatten part, it is described
Once flatten part to be used to flatten the pin on the left of N number of diode, N >=1, secondary part of flattening is used for N number of two pole
Pin on the right side of pipe unit is flattened；
The rib cutting shaping unit includes rib cutting shaping mould, rib cutting motor and rib cutting transmission mechanism, the rib cutting
Shaping mould includes upper dressing blade, upper rib cutting knife, upper compressing rod, lower rib cutting tool rest, lower rib cutting knife, lower rocker piece, lower rocker piece
Spring, the upper dressing blade bottom are shaping portion, and two upper rib cutting knives are symmetrically arranged on upper dressing blade shaping portion
Both sides, the upper compressing rod is stretched into the short slot among upper dressing blade shaping portion by front or behind, and upper compressing rod is by list
Only drive part driving is moved up and down, and two lower rib cutting knives are symmetrically arranged at the top of lower rib cutting tool rest, described
Lower rocker piece is passed between two lower rib cutting knives and by lower rocker piece spring supporting, the rib cutting motor by rib cutting
Motivation structure drives upper dressing blade and upper rib cutting knife to move downwardly together, the upper rib cutting cutter spacing in respective side lower rib cutting knife it is outer
Side, so as to which the unnecessary pin of N number of diode be cut off, while the remaining pin of N number of diode by upper dressing blade and
Upper rib cutting knife carries out the bending of first bending point, afterwards rib cutting motor by rib cutting transmission mechanism drive upper dressing blade and
Upper rib cutting knife is moved upwardly together, and upper compressing rod is driven by the drive part being equipped with and moved downward and with reference to lower rocker piece to N number of
The remaining pin of diode carries out the bending of second bending point, and finally upper compressing rod is by the drive part band trend that is equipped with
Upper motion, the lower rocker piece is by lower rocker piece spring ejection and combines upper compressing rod, upper dressing blade jointly to N number of diode list
Member carries out squeezing shaping, by product size control in prescribed limit.
As the preferred of such scheme, the deflector chute includes two or so spaced stock guides, the top of stock guide
Portion is arc, to increase the width of deflector chute porch, the spacing of the width of the stock guide than diode material strip Shang Liangjiao roads
Narrow 0.5mm；Location-plate is provided with the inside of each stock guide, the height of the location-plate is less than the height of stock guide, location-plate
Inboard groove matched with the width of diode material strip body.Facilitate blowing, and ensure fine positioning of the material strip in guide rail.
Further, the driving lever motor is horizontally disposed with, left and right spacer sleeve on the output shaft of the driving lever motor
Equipped with diameter is equal, the eccentric wheel of cam of gradient thickness and Diameter Gradual Change, the fixedly connected below of feeding deflector-rod is provided with the first peace
Block is filled, the first roller is installed below the first mounting blocks, the lower contact of feeding deflector-rod is provided with the second mounting blocks, the second peace
Second roller is installed, the first mounting blocks and the second mounting blocks or so are arranged at intervals, and first roller is located at below dress block
The right side of cam and by cam driven bilateral reciprocation, the second roller is located at the surface of eccentric wheel and driven by eccentric wheel
Lower reciprocating motion, cam, eccentric wheel, the first mounting blocks, the first roller, the second mounting blocks, the second roller collectively form described dial
Expect transmission mechanism, and reciprocal relay push diode material strip is realized with reference to feeding deflector-rod.It is novel, ingenious in design, pass through one
Individual motor driving, while realizing bilateral reciprocation, moves up and down, energy-saving.
Further, proximity switch is provided with the right side of first mounting blocks, compression is provided with the left of the second mounting blocks
Spring, when diode material strip is stuck on guide rail, the second mounting blocks can not be travelled forward, and the first mounting blocks, which travel forward, to be caused to press
Contracting spring contacts proximity switch, and is alarmed by warning device, is easy to exclude clamping stagnation in time.
Further, it is described flatten transmission mechanism, rib cutting transmission mechanism, the transmission mechanism of drive part use driven pulley for
The belt transmission of cam, and driven pulley is located at the surface of corresponding driving wheel.Belt transmission of the driven pulley for cam is used, from
Wheel rotation one encloses, and corresponding mechanism moves up and down once, occupies little space, and easily controllable.
Pulp-collecting box is additionally provided with the rear of the rib cutting shaping unit, the diode after shaping passes through under gravity
The material road being obliquely installed is slipped into pulp-collecting box automatically.Automaticity is high, and can prevent diode from damaging.
The beneficial effects of the utility model：It will flatten, rib cutting shaping is integrated into an equipment and completed, it is only necessary to a people
After the product do not flattened is put into the deflector chute of equipment, guards, equipment automatic feed, flatten, rib cutting shaping, finally without personnel
The product of forming is fallen in rewinding box automatically.N diode (N >=1) can be processed every time, saved human cost, subtracted
Lack energy consumption, substantially increase production efficiency.
Brief description of the drawings
Fig. 1 is structure front view of the present utility model.
Fig. 2 is top view of the diode material strip after deflector chute falls into guide rail.
Fig. 3 is the structural representation of driving lever motor, material toggling transmission mechanism and feeding deflector-rod.
Fig. 4 is that diode material strip is flattening the top view of part.
Fig. 5 is the side view of rib cutting shaping unit.
Fig. 6 is the decomposing schematic representation of parts thereof in Fig. 5.
Fig. 7 is the structural representation of diode material strip.
Embodiment
By way of example and in conjunction with the accompanying drawings, the utility model is described in further detail：
As shown in figure 1, a kind of diode feeding, flatten, rib cutting integrated shaping machine, mainly by guide rail 1, along guide rail 1 from
Self-feeding part A that front to back is set gradually, flatten part B, rib cutting shaping unit C composition.
With reference to shown in Fig. 1, Fig. 2, Fig. 3, self-feeding part A mainly by the deflector chute 2 being arranged on directly over guide rail 1, with
And feeding deflector-rod 3, driving lever motor 4 and the material toggling transmission mechanism 5 being arranged on immediately below guide rail 1 form.
Deflector chute 2 is used to stack diode material strip, overlapping more diode material strips up and down in deflector chute 2, diode material strip
Structure type as shown in fig. 7, being made up of main body a, the pin b of both sides and both sides glue road c.Diode material strip is by several
Diode is in series, the purpose of this equipment be exactly by pin b dotted lines the flattening at twice with inside points of the left and right sides,
Cut off further along dotted line, finally complete the bending of two inflection points.This equipment can complete every time 5 diodes plus
Work, but it is not limited to 5.
Diode material strip in deflector chute 2 falls on guide rail 1 from top to bottom under gravity.Feeding deflector-rod 3 is level
Bar, and the top time interval of horizon bar is provided with N number of moving tooth that can be caught between diode material strip neighboring diode unit.Send
Material driving lever 3 send 5 diodes to enter next process every time, but is not limited to 5, i.e., feeding deflector-rod 3 moves forward and backward 5 every time
Individual diode pushes forward apart from feeding deflector-rod, once pushes 5 product spaces.Charging before push once forward
There is one group of Photoelectric Detection at mouthful, when product tilts or inductor will alarm shutdown when putting back.
Driving lever motor 4 moves repeatedly before and after driving feeding deflector-rod 3 by material toggling transmission mechanism 5, and feeding deflector-rod 3
When moving backward, moving tooth extend upwardly into guide rail 1 and be caught between the adjacent cells of diode material strip drive diode material strip to
After move, when feeding deflector-rod 3 travels forward, moving tooth exits downwards guide rail 1 and departs from a upper card contact for diode material strip, such as
This back and forth realizes that relay mode pushes diode material strip.
Preferably, deflector chute 2 is mainly made up of two stock guide 2a and two location-plate 2b.Two stock guide 2a are between left and right
Every setting, its width just matches with diode material strip length.Stock guide 2a top is arc, to increase the entrance of deflector chute 2
The width at place, is conveniently put into.Stock guide 2a width is narrower 0.5mm than the spacing in diode material strip Shang Liangjiao roads, to be put into two
Pole pipe material strip just position, and stock guide 2a is between two glue roads of diode material strip.Each stock guide 2a inner side is set
There is location-plate 2b, location-plate 2b height is less than stock guide 2a height, location-plate 2b inboard groove and diode material strip sheet
The width matching of body, diode material strip body is just placed in location-plate 2b inboard groove, so as to the diode material being put into
Band carries out fine positioning.When diode material strip to after transferring on guide rail 1, can continuing to put diode material strip above, so ensure
50 diode material strips can be once filled during blowing, can be with the blowing when beating, until being put into the upper limit of deflector chute 2 after piling
Put.
Preferably, driving lever motor 4 is horizontally disposed, and left and right spacer sleeve is equipped with straight on the output shaft of driving lever motor 4
Footpath is equal, the eccentric wheel 14 of the cam of gradient thickness 13 and Diameter Gradual Change.The fixedly connected below of feeding deflector-rod 3 is provided with the first peace
Block 15 is filled, the lower section of the first mounting blocks 15 is provided with the first roller 16.The lower contact of feeding deflector-rod 3 is provided with the second mounting blocks
17, the lower section of the second mounting blocks 17 is provided with the second roller 18.First mounting blocks 15 and the second mounting blocks 17 or so are arranged at intervals,
First roller 16 is located at the right side of cam 13 and drives bilateral reciprocation by cam 13, and the second roller 18 is located at eccentric wheel 14
Surface and by eccentric wheel 14 drive pump.Cam 13, eccentric wheel 14, the first mounting blocks 15, the first roller 16,
Second mounting blocks 17, the second roller 18 collectively form material toggling transmission mechanism 5, and realize reciprocal relay push with reference to feeding deflector-rod 3
Diode material strip.
In addition, the right side of the first mounting blocks 15 is provided with proximity switch 19, the left side of the second mounting blocks 17 is provided with compression
Spring 20.When diode material strip is stuck on guide rail 1, the second mounting blocks 17 can not be travelled forward, and the first mounting blocks 15 are transported forward
It is dynamic to cause compression spring 20 to contact proximity switch, and alarmed by warning device.
As Figure 1 and Figure 4, flatten part B mainly by along guide rail 1 set from front to back once flatten part B1 and
It is secondary to flatten part B2, once flatten part B1 and be used to flatten the pin on the left of 5 diodes, it is secondary to flatten part B2
For the pin on the right side of 5 diodes to be flattened, it is identical with secondary part B2 structure types of flattening once to flatten part B1,
Arranged at left and right sides of point.Below by it is secondary flatten part B2 exemplified by carry out structure description, mainly by flattening mold 6, flatten knife 7,
Flatten motor 8 and flatten transmission mechanism 9 and form, flattening mold 6 divides to flatten upper mould and flattening lower mould, and flatten mould and
Flatten to be respectively arranged with lower mould and flatten knife.Flatten motor 8 and flatten upper mould fortune up and down by flattening the drive of transmission mechanism 9
It is dynamic, so as to which the pin of 5 diode sides be flattened.Run forward, enter when product is driven in guide rail by feeding deflector-rod
Enter and once flatten part, after having beaten one side, feeding deflector-rod retracts back position, hook product ontology upwards, continue to sinking
Push forward, product flattens operating position to secondary, flattens the another side pin of product downwards, and both sides pin meeting is flattened at one
Product is electrically impacted.Flatten the structure type of part and tradition to flatten structure identical, will not be repeated here.
As shown in Fig. 1, Fig. 5 and Fig. 6, rib cutting shaping unit C is mainly by rib cutting shaping mould 10, the and of rib cutting motor 11
Rib cutting transmission mechanism 12 forms, and first carries out the rib cutting pins of both sides (cut off), then carries out a bending, secondary bending and whole
Shape.Rib cutting shaping mould 10 is mainly by upper dressing blade 10a, upper rib cutting knife 10b, upper compressing rod 10c, lower rib cutting tool rest 10d, incision
Muscle knife 10e, lower rocker piece 10f, lower rocker piece spring 10g compositions.Upper dressing blade 10a bottoms are shaping portion, and two are gone up rib cutting knives
10b is symmetrically arranged on the both sides in upper dressing blade 10a shapings portion, and upper compressing rod 10c stretches into upper shaping by front or behind
In short slot among knife 10a shapings portion, and upper compressing rod 10c is driven by single drive part D and moved up and down.
Two lower rib cutting knife 10e are symmetrically arranged at the top of lower rib cutting tool rest 10d, and lower rocker piece 10f is located at two
Supported between lower rib cutting knife 10e and by lower rocker piece spring 10g, rib cutting motor 11 passes through the band of rib cutting transmission mechanism 12
Dynamic upper dressing blade 10a and upper rib cutting knife 10b is moved downwardly together, and upper rib cutting knife 10b is located at the outer of the lower rib cutting knife 10e of respective side
Side, so as to which the unnecessary pin of 5 diodes be cut off, while the remaining pin of 5 diodes is by upper dressing blade 10a
The bending of first bending point is carried out with upper rib cutting knife 10b.Afterwards, rib cutting motor 11 passes through the band of rib cutting transmission mechanism 12
Dynamic upper dressing blade 10a and upper rib cutting knife 10b is moved upwardly together, and upper compressing rod 10c drives fortune downwards by the drive part D being equipped with
The bending that lower rocker piece 10f carries out second bending point to the remaining pin of 5 diodes is moved and combines, finally upper binder
Bar 10c is driven by the drive part D being equipped with and moved upwards, and lower rocker piece 10f is ejected by lower rocker piece spring 10g and combined upper pressure
Expect that bar 10c, upper dressing blade 10a carry out squeezing shaping to 5 diodes jointly, product size is controlled in prescribed limit
It is interior.
Preferably, flatten transmission mechanism 9, rib cutting transmission mechanism 12, drive part D transmission mechanism use driven pulley for
The belt transmission of cam, and driven pulley is located at the surface of corresponding driving wheel.
In addition, as shown in figure 1, pulp-collecting box 21 is additionally provided with rib cutting shaping unit C rear, the diode after shaping exists
Slipped into automatically in pulp-collecting box 21 by the material road 22 being obliquely installed under Action of Gravity Field.
Claims (6)
1. a kind of diode feeding, flatten, rib cutting integrated shaping machine, it is characterised in that：Including along guide rail (1) from front to back according to
The self-feeding part (A) of secondary setting, flatten part (B) and rib cutting shaping unit (C)；
The self-feeding part (A) includes being arranged on the deflector chute (2) directly over guide rail (1), and is arranged on guide rail (1) just
Feeding deflector-rod (3), driving lever motor (4) and the material toggling transmission mechanism (5) of lower section, the deflector chute (2) are used to stack two poles
Materials in the tube band, and make diode material strip fall from top to bottom on guide rail (1), the feeding deflector-rod (3) are horizon bar, and horizon bar
Top time interval is provided with the moving tooth that can be caught between diode material strip neighboring diode unit, the driving lever motor
(4) drive feeding deflector-rod (3) is front and rear to move repeatedly by material toggling transmission mechanism (5), and when feeding deflector-rod (3) is moved backward,
Drive diode material strip moves backward between moving tooth extends upwardly into guide rail (1) and is caught in the adjacent cells of diode material strip, send
When material driving lever (3) travels forward, moving tooth exits downwards guide rail (1) and departs from a upper card contact for diode material strip, so past
Realize that relay mode pushes diode material strip again；
The part (B) of flattening includes once flattening part (B1) along what guide rail (1) was set from front to back and secondary flattening portion
Divide (B2), the part (B1) of once flattening is used to flatten the pin on the left of N number of diode, and N >=1 is secondary to flatten portion
(B2) is divided to be used to flatten the pin on the right side of N number of diode, secondary part (B2) of flattening includes flattening mold (6), flattened
Knife (7), flatten motor (8) and flatten transmission mechanism (9)；
The rib cutting shaping unit (C) includes rib cutting shaping mould (10), rib cutting motor (11) and rib cutting transmission mechanism
(12), the rib cutting shaping mould (10) includes upper dressing blade (10a), upper rib cutting knife (10b), upper compressing rod (10c), lower rib cutting
Tool rest (10d), lower rib cutting knife (10e), lower rocker piece (10f), lower rocker piece spring (10g), upper dressing blade (10a) bottom
For shaping portion, two upper rib cutting knives (10b) are symmetrically arranged on the both sides in upper dressing blade (10a) shaping portion, described
Upper compressing rod (10c) is stretched into the short slot among upper dressing blade (10a) shaping portion by front or behind, and upper compressing rod (10c)
Driven and moved up and down by single drive part (D), two lower rib cutting knives (10e) are symmetrically arranged on lower rib cutting knife
At the top of seat (10d), the lower rocker piece (10f) is located between two lower rib cutting knives (10e) and passes through lower rocker piece spring (10g)
Support, the rib cutting motor (11) pass through dressing blade (10a) and upper rib cutting knife (10b) in rib cutting transmission mechanism (12) drive
Move downwardly together, the upper rib cutting knife (10b) is located at the outside of the lower rib cutting knife (10e) of respective side, so as to by N number of diode
The unnecessary pin cut-out of unit, while the remaining pin of N number of diode is by upper dressing blade (10a) and upper rib cutting knife (10b)
The bending of first bending point is carried out, rib cutting motor (11) passes through dressing blade in rib cutting transmission mechanism (12) drive afterwards
(10a) and upper rib cutting knife (10b) are moved upwardly together, and upper compressing rod (10c) is driven by the drive part (D) being equipped with and moved downward
And the bending of second bending point is carried out to the remaining pin of N number of diode with reference to lower rocker piece (10f), finally go up binder
Bar (10c) is driven by the drive part (D) being equipped with and moved upwards, and the lower rocker piece (10f) is pushed up by lower rocker piece spring (10g)
Go out and combine compressing rod (10c), upper dressing blade (10a) jointly to N number of diode carry out squeezing shaping, by product size
Control is in prescribed limit.
2. according to the diode feeding described in claim 1, flatten, rib cutting integrated shaping machine, it is characterised in that：The deflector chute
(2) two or so spaced stock guides (2a) are included, the top of stock guide (2a) is arc, is entered to increase deflector chute (2)
Width at mouthful, the width of the stock guide (2a) are narrower 0.5mm than the spacing in diode material strip Shang Liangjiao roads；Each stock guide
Location-plate (2b) is provided with the inside of (2a), the height of the location-plate (2b) is less than the height of stock guide (2a), location-plate
The inboard groove of (2b) matches with the width of diode material strip body.
3. according to the diode feeding described in claim 1 or 2, flatten, rib cutting integrated shaping machine, it is characterised in that：Described group
Bar motor (4) is horizontally disposed, and left and right spacer sleeve is equal, thick equipped with diameter on the output shaft of the driving lever motor (4)
The cam (13) of gradual change and the eccentric wheel (14) of Diameter Gradual Change are spent, the fixedly connected below of feeding deflector-rod (3) is provided with the first mounting blocks
(15) the first roller (16), is installed, the lower contact of feeding deflector-rod (3) is provided with the second peace below the first mounting blocks (15)
Block (17) is filled, the second roller (18), the first mounting blocks (15) and the second mounting blocks are installed below the second mounting blocks (17)
(17) left and right is arranged at intervals, and first roller (16) is located at the right side of cam (13) and drives the reciprocal fortune in left and right by cam (13)
Dynamic, the second roller (18), which is located at the surface of eccentric wheel (14) and driven by eccentric wheel (14), to pump, cam (13),
Eccentric wheel (14), the first mounting blocks (15), the first roller (16), the second mounting blocks (17), the second roller (18) collectively form institute
Material toggling transmission mechanism (5) is stated, and combines feeding deflector-rod (3) and realizes reciprocal relay push diode material strip.
4. according to the diode feeding described in claim 3, flatten, rib cutting integrated shaping machine, it is characterised in that：First peace
Proximity switch (19) is provided with the right side of dress block (15), compression spring (20) is provided with the left of the second mounting blocks (17), when two
When pole pipe material strip is stuck on guide rail (1), the second mounting blocks (17) can not travel forward, and the first mounting blocks (15) travel forward and caused
Compression spring (20) contact proximity switch (19), and alarmed by warning device.
5. according to the diode feeding described in claim 1, flatten, rib cutting integrated shaping machine, it is characterised in that：It is described to flatten biography
Motivation structure (9), rib cutting transmission mechanism (12), the transmission mechanism of drive part (D) use belt transmission of the driven pulley for cam,
And driven pulley is located at the surface of corresponding driving wheel.
6. according to the diode feeding described in claim 1, flatten, rib cutting integrated shaping machine, it is characterised in that：In the rib cutting
The rear of shaping unit (C) is additionally provided with pulp-collecting box (21), and diode after shaping is under gravity by being obliquely installed
Material road (22) slips into pulp-collecting box (21) automatically.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720947680.7U CN207082515U (en) | 2017-07-27 | 2017-07-27 | A kind of diode feeding, flatten, rib cutting integrated shaping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720947680.7U CN207082515U (en) | 2017-07-27 | 2017-07-27 | A kind of diode feeding, flatten, rib cutting integrated shaping machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207082515U true CN207082515U (en) | 2018-03-09 |
Family
ID=61424940
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720947680.7U Withdrawn - After Issue CN207082515U (en) | 2017-07-27 | 2017-07-27 | A kind of diode feeding, flatten, rib cutting integrated shaping machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207082515U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111941088A (en) * | 2020-08-06 | 2020-11-17 | 四川同一热能设备有限公司 | Heat exchanger connecting pipe forming integrated machine |
| CN114883220A (en) * | 2022-04-29 | 2022-08-09 | 湖南晶讯光电股份有限公司 | Automatic carbon-coated guide chute plate and processing equipment thereof |
-
2017
- 2017-07-27 CN CN201720947680.7U patent/CN207082515U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111941088A (en) * | 2020-08-06 | 2020-11-17 | 四川同一热能设备有限公司 | Heat exchanger connecting pipe forming integrated machine |
| CN114883220A (en) * | 2022-04-29 | 2022-08-09 | 湖南晶讯光电股份有限公司 | Automatic carbon-coated guide chute plate and processing equipment thereof |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180309 Effective date of abandoning: 20230414 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180309 Effective date of abandoning: 20230414 |
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| AV01 | Patent right actively abandoned |