CN104816560A - Ink writer and hot stamping process capable of automatically controlling pressure of ink-writing pressure wheels - Google Patents
Ink writer and hot stamping process capable of automatically controlling pressure of ink-writing pressure wheels Download PDFInfo
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- CN104816560A CN104816560A CN201510273327.0A CN201510273327A CN104816560A CN 104816560 A CN104816560 A CN 104816560A CN 201510273327 A CN201510273327 A CN 201510273327A CN 104816560 A CN104816560 A CN 104816560A
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Abstract
The invention relates to the technical field of cable processing, in particular relates to an ink writer and a hot stamping process capable of automatically controlling pressure of ink-writing pressure wheels. The ink writer is simple in structure and easy to maintain, and capable of performing fine turning on pressure between the ink-writing pressure wheels and cables through positioning nuts while being used for hot stamping process; the cables are tightly pressed between the upper ink-writing pressure wheel and the lower ink-writing pressure wheel, and the cable movement speed is relatively slow, and cable jumping conditions are reduced due to the combination of the upper ink-writing pressure wheel and the lower ink-writing pressure wheel; when the cables have up-down jumping conditions, the upper ink-writing pressure wheel jumps up and down along with the cables, and the spring stretches or retracts along with the jumping of the upper ink-writing pressure wheel to balance the pressure between the upper ink-writing pressure wheel and cables, so that the upper ink-writing pressure wheel is not separated from the cables, and the problem that a cable protecting bush is damaged due to the fact that the ink-writing pressure wheels are separated from the cables can be avoided. According to the ink writer, the upper ink-writing pressure wheel and the lower ink-writing pressure wheel work simultaneously to realize multi-row hot stamping, the pressure of the ink-writing pressure wheels is self-balanced, the work is stable, and the lettering is clear.
Description
Technical field
The present invention relates to electric wire processing technique field, be specifically related to the hot stamping technique of a kind of inker and Automated condtrol printing pinch roller pressure thereof.
Background technology
Along with cable industry is increasing, competitiveness is strengthened day by day, and enterprise's saving is controlled cost most important.Electric wire lettering is an important step in cable production process, at the electric wire printed words such as printing house's name, product type, product parameters on the surface, and the type of mark electric wire and specification information.In existing hot stamping technique, printing pinch roller is all generally be fixedly mounted on inker, the factor such as unstability because of cable own wt and tension force can cause the bob of cable, then the pressure of printing pinch roller to cable surface is uneven, make lettering deep mixed, intermittent, even lettering is fuzzy, sometimes can produce the problems such as damage sheath.
Summary of the invention
The object of the invention is for deficiency of the prior art, the hot stamping technique of a kind of inker and Automated condtrol printing pinch roller pressure thereof is provided, it has can realize multirow hot stamping, printing pinch roller pressure self-balancing, effective minimizing sheath damages problem, lettering is clear, and equipment is simple, the feature of easy care maintenance.
Object of the present invention is achieved through the following technical solutions:
A kind of inker, comprise the frame offering regulating tank, one end is fixed in frame, the other end stretches out the fixed mount outside frame, spring, balancing pole, bearing pin, upper printing pinch roller, setscrew nut, lower printing pinch roller and adjusting rod, the adjusting nut that described adjusting rod is provided with the second axis hole and matches with regulating tank, described adjusting rod is arranged in frame by adjusting nut, described lower printing pinch roller is arranged on adjusting rod by the second axis hole, described balancing pole comprises movable end and free end, described movable end offers the pin shaft hole matched with bearing pin, movable end is rotatably connected by bearing pin and fixed mount mid portion, described free end offers the first axis hole, described upper printing pinch roller is arranged on balancing pole by the first axis hole, and it is corresponding with lower printing pinch roller, described setscrew nut is arranged on frame top, and be positioned at below described free end, described spring one end connection frame, the other end connects balancing pole.
Wherein, upper printing pinch roller quantity is 1-2, and lower printing pinch roller quantity is 1-2.Hot stamping compresses cable surface by printing pinch roller, prints the convex print on printing pinch roller or gravure font to cable surface at a certain temperature, when upper printing pinch roller and lower printing pinch roller are respectively 1, can realize two row hot stampings; Upper printing pinch roller is 1, and lower printing pinch roller is 2, or upper printing pinch roller is 2, when lower printing pinch roller is 1, can realize three row hot stampings; When upper printing pinch roller and lower printing pinch roller are respectively 1, four lines hot stamping can be realized.
Preferably, inker also comprises spacing swing arm, and one end that described fixed mount stretches out outside frame is provided with fixed block, and described spacing swing arm is rotatable to be arranged on fixed block, above the movable end being positioned at balancing pole.When not starting hot stamping, the spacing swing arm of turn, spacing swing arm is fixed on above movable end, spacing swing arm does not contact with movable end, when there is the situation of beating in cable, upper printing pinch roller moves up along with cable or moves down, when upper printing pinch roller moves down into certain position, the movable end of balancing pole is conflicted spacing swing arm, upper printing pinch roller stops moving down, namely spacing swing arm can limit the distance that printing pinch roller moves down, match by spacing swing arm and setscrew nut, spacing swing arm limits movable end, setscrew nut limits free end, play two restriction effect, setscrew nut is avoided to damage suddenly in the course of the work, replacing causes printing pinch roller not in time and moves down apart from excessive, produce unstable situation, and spacing swing arm and setscrew nut work simultaneously, dispersible the pressure to setscrew nut when the upper printing pinch roller of part moves down, extend the service life of setscrew nut.
Inker structure of the present invention is simple, upper printing pinch roller and lower printing pinch roller separately according to, be convenient for changing, easy care maintains, and lettering is respond well.
Adopt a hot stamping technique for the Automated condtrol printing pinch roller pressure of above-mentioned inker, comprise the following steps:
A) by upper printing pinch roller and lower printing pinch roller, be installed on inker;
B) cable is carried out plasma bombardment process through plasma processor;
C) cable after plasma bombardment process is placed between upper printing pinch roller and lower printing pinch roller, and the head of described cable is connected with hauling machine;
D) by adjusting nut moving or moves down the position of lower printing pinch roller, make printing pinch roller and lower printing pinch roller compress cable, and regulate upper printing pinch roller and cable, and the pressure between lower printing pinch roller and cable;
Or after upper printing pinch roller and lower printing pinch roller compress cable, by the upper pressure between printing pinch roller and cable of setscrew nut fine setting;
E) hauling machine affects cable to move, and the movement velocity of cable is 8-12m/min, and cable drives upper printing pinch roller and the motion of lower printing pinch roller, starts hot stamping;
F) cable after hot stamping is carried out drying and processing;
G) by the cable cooling after oven dry.
Wherein, in step b), the output voltage of plasma processor is 5-10kv, and output current is 0.5-0.8A.Adopt 5-10kv output voltage, the plasma bombardment cable surface of 0.5-0.8A output current, makes the moieties of cable surface in the bombardment gasified of plasma, produces indenture, more easily adheres to ink, prints off the word come neatly clear, not easy-clear.
Wherein, in step d), upper printing pinch roller and the pressure between lower printing pinch roller and cable are 0.2-0.6Mpa.Upper printing pinch roller and cable, and the pressure between lower printing pinch roller and cable is 0.2-0.6Mpa, lucky and cable surface compresses, and reaches good lettering effect, and can not by cable surface compressive strain.
Wherein, in step e), the temperature of hot stamping is 140-160 DEG C.When hot stamping temperature is 140-160 DEG C, ink evaporation rate is moderate, and lettering is more clear; When hot stamping temperature is lower than 140 DEG C, ink attachment is adjacent to not, causes lettering fuzzy, and during higher than 160 DEG C, the volatilization of the ink of lettering is too fast, not yet prints and just to have volatilized major part to cable surface, cause consumption ink more serious.
Wherein, in step f), dry employing two sections oven dry, first the cable after hot stamping is dried 20-30min at 260-280 DEG C of temperature, be then warming up to 300-320 DEG C, continue to dry 10-20min.After hot stamping, first time dries and rapid ink drying is shaped, and avoids the fuzzy writing of the friction in moving process, and second time drying can consolidate primary dryness finalization effect.
Wherein, in step g), cooling adopts water-cooled and air-cooled combination, first adopts water-cooled to be cooled to 140-160 DEG C with the cooling velocity of 4-6 DEG C/min, then adopts the air-cooled cooling velocity with 3-5 DEG C/min to be cooled to 30-50 DEG C.Water-cooled can cool fast, reaches preliminary cooling effect, air-cooledly plays two effects, first is take away the moisture that water-cooled stays cable surface, dry cable surface, reduces moisture to the impact of cable jacket, be convenient to preserve, second completes last cooling, improves cooling effect.
Beneficial effect of the present invention: when using inker of the present invention and hot stamping processes thereof, by adjusting nut, adjusting rod is fixed in frame, thus the position of fixing lower printing pinch roller, upper printing pinch roller is arranged on the free end of balancing pole, cable is through upper printing pinch roller and lower printing pinch roller, now free end and setscrew nut are conflicted, and by the upper printing pinch roller of setscrew nut fine setting and the pressure between lower printing pinch roller and cable, make pressure meet the demand of hot stamping pressure; Cable is pressed on centre by upper printing pinch roller and lower printing pinch roller, and the movement velocity of cable is 8-12m/min, movement velocity is more slow, both combine the situation decreasing cable and beat, when there is the situation of bob in cable, upper printing pinch roller is along with cable bob, spring is also along with beating of upper printing pinch roller stretches or shrink, to upper printing pinch roller active force, pressure in balance between printing pinch roller and cable, and make printing pinch roller depart from cable, avoid printing pinch roller to depart from the problem of cable damage cable jacket; On inker of the present invention, printing pinch roller and lower printing pinch roller work simultaneously, can realize multirow hot stamping, and printing pinch roller pressure self-balancing, stable working, lettering is clear.
Accompanying drawing explanation
Utilize accompanying drawing to be described further invention, but the embodiment in accompanying drawing does not form any limitation of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the following drawings.
Fig. 1 is the structural representation of a kind of inker of the present invention;
Fig. 2 is the structural representation of balancing pole;
Fig. 3 is the structural representation of adjusting rod;
Fig. 4 is the side view of adjusting rod.
Reference numeral comprises: 1, and------------------------------------spacing swing arm 7---goes up printing pinch roller 8---setscrew nut 9---lower printing pinch roller 10---adjusting rod 101---adjusting nut 102---the second axis hole to bearing pin 6 to pin shaft hole 5 to movable end 421 to the first axis hole 42 to free end 411 to balancing pole 41 to spring 4 to fixed block 3 to fixed mount 21 to regulating tank 2 to frame 11.
Detailed description of the invention
With the following Examples and accompanying drawing the invention will be further described.
embodiment 1
As shown in Figures 1 to 4, in the present embodiment, a kind of inker, comprise frame 1, fixed mount 2, spring 3, balancing pole 4, bearing pin 5, upper printing pinch roller 7, setscrew nut 8, lower printing pinch roller 9 and adjusting rod 10, described frame 1 offers regulating tank 11, the adjusting nut 101 that described adjusting rod 10 is provided with the second axis hole 102 and matches with regulating tank 11, described adjusting rod 10 is arranged in frame 1 by adjusting nut 101, described lower printing pinch roller 9 is arranged on adjusting rod 9 by the second axis hole 102, described fixed mount 2 one end is fixed in frame 1, the other end stretches out outside frame 1, described balancing pole 4 comprises movable end 42 and free end 41, described movable end 42 offers the pin shaft hole 421 matched with bearing pin 5, movable end 42 is rotatably connected by bearing pin 5 and fixed mount 2 mid portion, described free end 41 offers the first axis hole 411, described upper printing pinch roller 7 is arranged on balancing pole 4 by the first axis hole 411, and it is corresponding with lower printing pinch roller 9, described setscrew nut 8 is arranged on frame 1 top, and be positioned at below described free end 41, described spring 3 one end connection frame 1, the other end connects balancing pole 4.
Wherein, upper printing pinch roller 7 quantity is 1, and lower printing pinch roller 9 quantity is 1, can realize two row hot stampings.
Preferably, also comprise spacing swing arm 6, described fixed mount 2 one end of stretching out outside frame 1 is provided with fixed block 21, and described spacing swing arm 6 is rotatable to be arranged on fixed block 2, above the movable end 42 being positioned at balancing pole 4.When not starting hot stamping, the spacing swing arm 6 of turn, spacing swing arm 6 is fixed on above movable end 42, spacing swing arm 6 does not contact with movable end 41, when there is the situation of beating in cable, upper printing pinch roller 7 moves up along with cable or moves down, when upper printing pinch roller 7 moves down into certain position, the movable end 42 of balancing pole 4 is conflicted spacing swing arm 6, upper printing pinch roller 7 stops moving down, namely spacing swing arm 6 can limit the distance that printing pinch roller 7 moves down, match by spacing swing arm 7 and setscrew nut 8, spacing swing arm 7 limits movable end 42, setscrew nut 8 limits free end 41, play two restriction effect, setscrew nut 8 is avoided to damage suddenly in the course of the work, replacing causes printing pinch roller 7 not in time and moves down apart from excessive, produce unstable situation, and spacing swing arm 6 and setscrew nut 8 work simultaneously, dispersible the pressure to setscrew nut 8 when the upper printing pinch roller 7 of part moves down, extend the service life of setscrew nut 8.
Inker structure of the present invention is simple, and upper printing pinch roller 7 and lower printing pinch roller 9 are installed separately, and are convenient for changing, and easy care maintains, and lettering is respond well.
Adopt a hot stamping technique for the Automated condtrol printing pinch roller pressure of above-mentioned inker, comprise the following steps:
A) by upper printing pinch roller 7 and lower printing pinch roller 9, be installed on inker;
B) cable is carried out plasma bombardment process through plasma processor;
C) cable after plasma bombardment process is placed between upper printing pinch roller 7 and lower printing pinch roller 9, and the head of described cable is connected with hauling machine;
D) by adjusting nut 101 moving or moves down the position of lower printing pinch roller 9, and the position of fixing lower printing pinch roller 9, make printing pinch roller 7 and lower printing pinch roller 9 compress cable, and regulate upper printing pinch roller 7 and cable, and the pressure between lower printing pinch roller 9 and cable; Or after upper printing pinch roller 7 and lower printing pinch roller 9 compress cable, finely tune upper pressure between printing pinch roller 7 and cable by setscrew nut 8;
E) hauling machine affects cable to move, and the movement velocity of cable is 8m/min, and cable drives upper printing pinch roller 7 and lower printing pinch roller 9 to move, and starts hot stamping;
F) cable after hot stamping is carried out drying and processing;
G) by the cable cooling after oven dry.
Wherein, in step b), the output voltage of plasma processor is 5kv, and output current is 0.8A.
Wherein, in step d), upper printing pinch roller 7 and cable, and the pressure between lower printing pinch roller 9 and cable is 0.2Mpa.
Wherein, in step e), the temperature of hot stamping is 140 DEG C.
Wherein, in step f), dry employing two sections oven dry, first the cable after hot stamping is dried 30min at 260 DEG C of temperature, be then warming up to 320 DEG C, continue to dry 10min.
Wherein, in step g), cooling adopts water-cooled and air-cooled combination, first adopts water-cooled to be cooled to 160 DEG C with the cooling velocity of 4 DEG C/min, then adopts the air-cooled cooling velocity with 3 DEG C/min to be cooled to 50 DEG C.
embodiment 2
Adopt a hot stamping technique for the Automated condtrol printing pinch roller pressure of inker described in embodiment 1, comprise the following steps:
A) by upper printing pinch roller 7 and lower printing pinch roller 9, be installed on inker;
B) cable is carried out plasma bombardment process through plasma processor;
C) cable after plasma bombardment process is placed between upper printing pinch roller 7 and lower printing pinch roller 9, and the head of described cable is connected with hauling machine;
D) by adjusting nut 101 moving or moves down the position of lower printing pinch roller 9, and the position of fixing lower printing pinch roller 9, make printing pinch roller 7 and lower printing pinch roller 9 compress cable, and regulate upper printing pinch roller 7 and cable, and the pressure between lower printing pinch roller 9 and cable; Or after upper printing pinch roller 7 and lower printing pinch roller 9 compress cable, finely tune upper pressure between printing pinch roller 7 and cable by setscrew nut 8;
E) hauling machine affects cable to move, and the movement velocity of cable is 10m/min, and cable drives upper printing pinch roller 7 and lower printing pinch roller 9 to move, and starts hot stamping;
F) cable after hot stamping is carried out drying and processing;
G) by the cable cooling after oven dry.
Wherein, in step b), the output voltage of plasma processor is 6kv, and output current is 0.6A.
Wherein, in step d), upper printing pinch roller 7 and cable, and the pressure between lower printing pinch roller 9 and cable is 0.4Mpa.
Wherein, in step e), the temperature of hot stamping is 150 DEG C.
Wherein, in step f), dry employing two sections oven dry, first the cable after hot stamping is dried 25min at 270 DEG C of temperature, be then warming up to 310 DEG C, continue to dry 15min.
Wherein, in step g), cooling adopts water-cooled and air-cooled combination, first adopts water-cooled to be cooled to 150 DEG C with the cooling velocity of 5 DEG C/min, then adopts the air-cooled cooling velocity with 4 DEG C/min to be cooled to 43 DEG C.
embodiment 3
Adopt a hot stamping technique for the Automated condtrol printing pinch roller pressure of inker described in embodiment 1, comprise the following steps:
A) by upper printing pinch roller 7 and lower printing pinch roller 9, be installed on inker;
B) cable is carried out plasma bombardment process through plasma processor;
C) cable after plasma bombardment process is placed between upper printing pinch roller 7 and lower printing pinch roller 9, and the head of described cable is connected with hauling machine;
D) by adjusting nut 101 moving or moves down the position of lower printing pinch roller 9, and the position of fixing lower printing pinch roller 9, make printing pinch roller 7 and lower printing pinch roller 9 compress cable, and regulate upper printing pinch roller 7 and cable, and the pressure between lower printing pinch roller 9 and cable; Or after upper printing pinch roller 7 and lower printing pinch roller 9 compress cable, finely tune upper pressure between printing pinch roller 7 and cable by setscrew nut 8;
E) hauling machine affects cable to move, and the movement velocity of cable is 12m/min, and cable drives upper printing pinch roller 7 and lower printing pinch roller 9 to move, and starts hot stamping;
F) cable after hot stamping is carried out drying and processing;
G) by the cable cooling after oven dry.
Wherein, in step b), the output voltage of plasma processor is 10kv, and output current is 0.5A.
Wherein, in step d), upper printing pinch roller 7 and cable, and the pressure between lower printing pinch roller 9 and cable is 0.6Mpa.
Wherein, in step e), the temperature of hot stamping is 160 DEG C.
Wherein, in step f), dry employing two sections oven dry, first the cable after hot stamping is dried 20min at 280 DEG C of temperature, be then warming up to 300 DEG C, continue to dry 20min.
Wherein, in step g), cooling adopts water-cooled and air-cooled combination, first adopts water-cooled to be cooled to 140 DEG C with the cooling velocity of 6 DEG C/min, then adopts the air-cooled cooling velocity with 5 DEG C/min to be cooled to 30 DEG C.
Inker structure of the present invention is simple, and upper printing pinch roller 7 and lower printing pinch roller 9 are installed separately, and are convenient for changing, and easy care maintains, and lettering is respond well.When using its hot stamping processes, by adjusting nut 101, adjusting rod 10 is fixed in frame, thus the position of fixing lower printing pinch roller 9, upper printing pinch roller 7 is arranged on the free end 41 of balancing pole 4, cable is through upper printing pinch roller 7 and lower printing pinch roller 9, now free end 41 and setscrew nut 8 are conflicted, and finely tune upper printing pinch roller 7 and the pressure between lower printing pinch roller 9 and cable, make pressure meet the demand of hot stamping pressure by setscrew nut 8; Cable is pressed on centre by upper printing pinch roller 7 and lower printing pinch roller 9, and the movement velocity of cable is 8-12m/min, movement velocity is more slow, both combine the situation decreasing cable and beat, when there is the situation of bob in cable, upper printing pinch roller 7 is along with cable bob, spring 3 is also along with beating of upper printing pinch roller 7 stretches or shrink, to upper printing pinch roller 7 one active forces, pressure in balance between printing pinch roller 7 and cable, and make printing pinch roller 7 depart from cable, avoid printing pinch roller to depart from the problem of cable damage cable jacket; On inker of the present invention, printing pinch roller 7 and lower printing pinch roller 9 work simultaneously, can realize multirow hot stamping, and printing pinch roller pressure self-balancing, stable working, lettering is clear.
Finally should be noted that; above embodiment is only in order to illustrate technical scheme of the present invention; but not limiting the scope of the invention; although done to explain to the present invention with reference to preferred embodiment; those of ordinary skill in the art is to be understood that; can modify to technical scheme of the present invention or equivalent replacement, and not depart from essence and the scope of technical solution of the present invention.
Claims (9)
1. an inker, it is characterized in that: comprise the frame (1) offering regulating tank (11), one end is fixed in frame (1), the other end stretches out the fixed mount (2) of frame (1) outside, spring (3), balancing pole (4), bearing pin (5), upper printing pinch roller (7), setscrew nut (8), lower printing pinch roller (9) and adjusting rod (10), the adjusting nut (101) that described adjusting rod (10) is provided with the second axis hole (102) and matches with regulating tank (11), described adjusting rod (10) is arranged in frame (1) by adjusting nut (101), described lower printing pinch roller (9) is arranged on adjusting rod (10) by the second axis hole (102), described balancing pole (4) comprises movable end (42) and free end (41), described movable end (42) offers the pin shaft hole (421) matched with bearing pin (5), movable end (42) is rotatably connected by bearing pin (5) and fixed mount (2) mid portion, described free end (41) offers the first axis hole (411), described upper printing pinch roller (7) is arranged on balancing pole (4) by the first axis hole (411), and it is corresponding with lower printing pinch roller (9), described setscrew nut (8) is arranged on frame (1) top, and be positioned at described free end (41) below, described spring (3) one end connection frame (1), the other end connects balancing pole (4).
2. a kind of inker according to claim 1, is characterized in that: described upper printing pinch roller (7) quantity is 1-2, and lower printing pinch roller (9) quantity is 1-2.
3. a kind of inker according to claim 1, it is characterized in that: also comprise spacing swing arm (6), one end that described fixed mount (2) stretches out frame (1) outside is provided with fixed block (21), described spacing swing arm (6) is rotatable to be arranged on fixed block (21), and described spacing swing arm (6) is positioned at the top of balancing pole (4) movable end (42).
4. adopt a hot stamping technique for the Automated condtrol printing pinch roller pressure of the arbitrary described inker of claim 1-3, it is characterized in that, comprise the following steps:
A) upper printing pinch roller (7) and lower printing pinch roller (9) are installed on inker;
B) cable is carried out plasma bombardment process through plasma processor;
C) cable after plasma bombardment process is placed between upper printing pinch roller (7) and lower printing pinch roller (9), and the head of described cable is connected with hauling machine;
D) by adjusting nut (101) moving or moves down the position of lower printing pinch roller (9), printing pinch roller (7) and lower printing pinch roller (9) is made to compress cable, and regulate upper printing pinch roller (7) and cable, and the pressure between lower printing pinch roller (9) and cable;
Or by the pressure in setscrew nut (8) fine setting between printing pinch roller (7) and cable;
E) hauling machine affects cable to move, and cable drives upper printing pinch roller (7) and lower printing pinch roller (9) motion, starts hot stamping;
Cable after hot stamping is carried out drying and processing;
F) by the cable cooling after oven dry.
5. the hot stamping technique of a kind of Automated condtrol printing pinch roller pressure according to claim 4, is characterized in that: in described step b), and the output voltage of plasma processor is 5-10kv, and output current is 0.5-0.8A.
6. the hot stamping technique of a kind of Automated condtrol printing pinch roller pressure according to claim 4, is characterized in that: in described step d), and upper printing pinch roller (7) and the pressure between lower printing pinch roller (9) and cable are 0.2-0.6Mpa.
7. the hot stamping technique of a kind of Automated condtrol printing pinch roller pressure according to claim 4, is characterized in that: in described step e), and the temperature of hot stamping is 140-160 DEG C.
8. the hot stamping technique of a kind of Automated condtrol printing pinch roller pressure according to claim 4, it is characterized in that: in described step f), dry employing two sections oven dry, first the cable after hot stamping is dried 20-30min at 260-280 DEG C of temperature, then be warming up to 300-320 DEG C, continue to dry 10-20min.
9. the hot stamping technique of a kind of Automated condtrol printing pinch roller pressure according to claim 4, it is characterized in that: in described step g), cooling adopts water-cooled and air-cooled combination, first adopt water-cooled to be cooled to 140-160 DEG C with the cooling velocity of 4-6 DEG C/min, then adopt the air-cooled cooling velocity with 3-5 DEG C/min to be cooled to 30-50 DEG C.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510273327.0A CN104816560B (en) | 2015-05-26 | 2015-05-26 | Ink writer and hot stamping process capable of automatically controlling pressure of ink-writing pressure wheels |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510273327.0A CN104816560B (en) | 2015-05-26 | 2015-05-26 | Ink writer and hot stamping process capable of automatically controlling pressure of ink-writing pressure wheels |
Publications (2)
| Publication Number | Publication Date |
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| CN104816560A true CN104816560A (en) | 2015-08-05 |
| CN104816560B CN104816560B (en) | 2017-05-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510273327.0A Active CN104816560B (en) | 2015-05-26 | 2015-05-26 | Ink writer and hot stamping process capable of automatically controlling pressure of ink-writing pressure wheels |
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| CN106364153A (en) * | 2016-08-25 | 2017-02-01 | 江苏省海洋资源开发研究院(连云港) | Novel intelligent tubular product marking equipment |
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| CN104816560B (en) | 2017-05-10 |
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