CN204936475U - A kind of the printing equipment paper feeding device destaticing mechanism is housed - Google Patents
A kind of the printing equipment paper feeding device destaticing mechanism is housed Download PDFInfo
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- CN204936475U CN204936475U CN201520671391.XU CN201520671391U CN204936475U CN 204936475 U CN204936475 U CN 204936475U CN 201520671391 U CN201520671391 U CN 201520671391U CN 204936475 U CN204936475 U CN 204936475U
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- inducing portion
- paper feeding
- air inducing
- feeding device
- printing equipment
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Abstract
<b> the utility model discloses and a kind of the printing equipment paper feeding device destaticing mechanism is housed, and comprises driving wheel (1), accessory whorl (2), destatics mechanism (3), belt (4), pinch roller (5); Destatic mechanism (3) and comprise support (6), insulation frame (7), ionic formula blower fan (8), wind guiding tube; Ionic formula blower fan (8) comprises housing (9), fan (11), fixed mount (12), lower protecting network (14), electric discharge circle (15), double copper ring circle (16), ionization needle (17), upper protecting network (18), and upper protecting network (18) is provided with cleaning mechanism (20); Housing (9) is provided with fixing annular groove (21); Wind guiding tube comprises the first air inducing portion (22), the second air inducing portion (23), and the exit in the second air inducing portion (23) is provided with control wind mechanism; Housing (9) is provided with electric power box (27).The utility model has the electrostatic can eliminated on paper feeding belt, the feature that production efficiency is higher.</b>
Description
Technical field
the utility model relates to printing equipment technical field, particularly a kind of the printing equipment paper feeding device destaticing mechanism is housed.
Background technology
in the printing machinery utilizing friction feed mode paper feeding at present, ubiquity produces electrostatic because paper feeding belt is too dry, and the phenomenon of adsorption paper end and dust, belt friction power can be caused like this to decline, during paper feeding, frictional force can cause paper feeding to have some setbacks not, and then affects production efficiency, for this problem, on paper feeding device in general printing house, also there is no belt Destaticizing device targetedly.Therefore, the paper feeding device of paper feeding to frictionally in current printing machinery, the electrostatic existed on paper feeding belt cannot be eliminated, and adsorption paper end and dust on belt, paper feeding is not smooth, the problem that production efficiency is lower.
Utility model content
the purpose of this utility model is, provide a kind of and the printing equipment paper feeding device destaticing mechanism is housed, it has the electrostatic can eliminated on paper feeding belt, the feature that production efficiency is higher.
the technical solution of the utility model: a kind of the printing equipment paper feeding device destaticing mechanism is housed, comprise driving wheel, driving wheel is connected with drive motors, driving wheel side is provided with accessory whorl, driving wheel opposite side is provided with and destatics mechanism, connect through belt between accessory whorl and driving wheel, be partial to accessory whorl side above belt and be provided with pinch roller; The described mechanism that destatics comprises support, and pedestal upper end is provided with insulation frame, and insulation frame is provided with ionic formula blower fan, is provided with wind guiding tube above ionic formula blower fan; Described ionic formula blower fan comprises housing, air inlet, fan, fixed mount, air outlet is provided with successively from bottom to top in housing, the air inlet of housing lower end is provided with lower protecting network, fixed mount is provided with from lower to upper electric discharge circle and double copper ring circle, electric discharge circle is laid with some ionization needles, and the needle point of ionization needle is placed between the double copper ring of double copper ring circle, and the air outlet place of housing upper end is provided with upper protecting network, upper protecting network is provided with round rail with the corresponding position, position of ionization needle, in circle rail, is provided with cleaning mechanism; The outer of air outlet on described housing is arranged with retainer ring groove, and fixing annular groove is " U " shape structure of opening towards air outlet center, and the top of fixing annular groove offers several the first installing ports; Described wind guiding tube comprises the first air inducing portion, first air inducing portion is " L " shape, the upper end open place in the first air inducing portion is provided with the second air inducing portion, the lower end in the first air inducing portion and upper end are respectively equipped with several first buckles and the second buckle, the link in the second air inducing portion and the first air inducing portion is " U " shape groove structure, the opening of " U " shape annular groove is towards the center of the second air inducing portion port, side toward the first air inducing portion on " U " shape annular groove offers several the second installing ports, and the exit in the second air inducing portion is provided with control wind mechanism; Side on housing is provided with electric power box, and electric power box is provided with speed-regulating switch and ionization indicator lamp, and speed-regulating switch is positioned at the below of ionization indicator lamp, the output of electric power box respectively with fan, discharge and to enclose and double copper ring circle is connected.
above-mentioned a kind of being equipped with destatics in the printing equipment paper feeding device of mechanism, and described double copper ring circle is made up of in the same plane two concentric copper rings.
aforesaid a kind of being equipped with destatics in the printing equipment paper feeding device of mechanism, and described cleaning mechanism comprises slippery fellow, and slippery fellow is placed in round rail, and slippery fellow is provided with connecting rod, and connecting rod is provided with hairbrush, and hairbrush contacts with ionization needle.
aforesaid a kind of being equipped with destatics in the printing equipment paper feeding device of mechanism, and described first buckle has 3, and the first buckle is placed in fixing annular groove, size, shape, the position of the first buckle and quantity is all corresponding with the first installing port arranges.
aforesaid a kind of being equipped with destatics in the printing equipment paper feeding device of mechanism, and described second buckle has 3, and the second buckle is placed in " U " shape annular groove, size, shape, the position of the second buckle and quantity is all corresponding with the second installing port arranges.
aforesaid a kind of being equipped with destatics in the printing equipment paper feeding device of mechanism, and described insulation frame is bakelite insulation frame.
aforesaid a kind of being equipped with destatics in the printing equipment paper feeding device of mechanism, and described wind guiding tube is carbon fiber wind guiding tube.
aforesaid a kind of being equipped with destatics in the printing equipment paper feeding device of mechanism, described control wind mechanism comprises control aerofoil, and control aerofoil has 5, and the overall width of 5 control aerofoils equals the air outlet height in the second air inducing portion, each control aerofoil two ends are equipped with connecting rod, and connecting rod end is provided with knob.
aforesaid a kind of being equipped with destatics in the printing equipment paper feeding device of mechanism, and described ionization needle has 10.
compared with prior art, the utility model has the electrostatic can eliminated on paper feeding belt, the feature that production efficiency is higher.The utility model, by arranging the mode destaticing mechanism in the driving wheel side of paper feeding device, is eliminated the electrostatic that belt produces, is destaticed mechanism and be made up of ionic formula blower fan and associated components.This ionic formula blower fan structure is simple, primarily of fan, electric discharge circle, ionization needle and double copper ring circle composition, control to make electric discharge circle, ionization needle ionized air together with double copper ring circle by electric power box, then electric power box controls fan blowing and ionized air is blowed to wind guiding tube, ionized air is guided into the belt surface on driving wheel by wind guiding tube, charged ion in ionized air and on belt, and then eliminate the electrostatic on belt, the wind simultaneously blown out by fan can remove on belt with paper end and dust.The utility model is provided with wind guiding tube at the top of ionic formula Blower Housing, wind guiding tube is made up of the first air inducing portion and the second air inducing portion, first air inducing portion is connected with dismountable between ionic formula Blower Housing, also be dismountable connection between first air inducing portion and the second air inducing portion, remove and install conveniently.The utility model is provided with control wind mechanism in the exit of the second installation portion, control wind mechanism is primarily of control aerofoil and knob composition, the trend and the intensity that blow out ion wind can be controlled, better to carry out regulable control to the electrostatic on belt, dust removing situation by the angle controlling control aerofoil.The utility model can be adjustable, well eliminate electrostatic on belt and dust, ensure that belt has good frictional force, paper feeding is smooth and easy, has higher production efficiency.The upper protecting network of the utility model air outlet on ionic formula blower fan is provided with cleaning structure, this cleaning mechanism has slippery fellow, connecting rod and hairbrush to form, slippery fellow can the round rail on upper protecting network slide, cleaning mechanism is corresponding with ionization needle to be arranged, by slip cleaning mechanism, can clean ionization needle, ensure the duty of ionization needle the best.The utility model is provided with speed-regulating switch and ionization indicator lamp on electric power box, and speed-regulating switch can the rotating speed of flexible modulation fan, and then controls the size of ion wind, makes the size that ion wind reaches suitable; Ionization indicator lamp can in the moment remind current ionization situation, understand in time the ion wind situation that ionic formula blower fan is sent.In addition, the utility model is provided with bakelite, to ensure electric power safety good between ionic formula blower fan and support on the support settling ionic formula blower fan.Wind guiding tube of the present utility model uses carbon fibre materials, lightweight, hardness large, has good blower effect.
Accompanying drawing explanation
fig. 1 is structural representation of the present utility model;
fig. 2 destatics mechanism's structural representation in the utility model;
fig. 3 is the utility model intermediate ion formula blower fan structure schematic diagram;
fig. 4 is the utility model intermediate ion formula blower interior structural blast figure;
fig. 5 is the round rail schematic diagram in the utility model on upper protecting network;
fig. 6 controls wind mechanism schematic diagram in the utility model.
being labeled as in accompanying drawing: 1-driving wheel, 2-accessory whorl, 3-destatics mechanism, 4-belt, 5-pinch roller, 6-support, 7-insulate frame, 8-ionic formula blower fan, 9-housing, 10-air inlet, 11-fan, 12-fixed mount, 13-air outlet, 14-lower protecting network, 15-discharges circle, 16-double copper ring circle, 17-ionization needle, 18-upper protecting network, 19-circle rail, 20-cleaning mechanism, 21-fixes annular groove, 22-first air inducing portion, 23-second air inducing portion, 24-first buckle, 25-second buckle, 26-" U " shape annular groove, 27-electric power box, 28-speed-regulating switch, 29-ionizes indicator lamp, 30-is foxy, 31-connecting rod, 32-hairbrush, 33-controls aerofoil, 34-knob, 35-paper one, 36-paper two.
Detailed description of the invention
below in conjunction with drawings and Examples, the utility model is further described, but not as the foundation limited the utility model.
embodiment.A kind of the printing equipment paper feeding device destaticing mechanism is housed, form as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5 and Fig. 6, comprise driving wheel 1, driving wheel 1 is connected with drive motors, driving wheel 1 side is provided with accessory whorl 2, driving wheel 1 opposite side is provided with and destatics mechanism 3, connects between accessory whorl 2 and driving wheel 1 through belt 4, is partial to accessory whorl 2 side and is provided with pinch roller 5 above belt 4, the described mechanism 3 that destatics comprises support 6, and support 6 upper end is provided with insulation frame 7, and insulation frame 7 is provided with ionic formula blower fan 8, is provided with wind guiding tube above ionic formula blower fan 8, described ionic formula blower fan 8 comprises housing 9, air inlet 10, fan 11, fixed mount 12, air outlet 13 is provided with from bottom to top successively in housing 9, air inlet 10 place of housing 9 lower end is provided with lower protecting network 14, fixed mount 12 is provided with from lower to upper electric discharge circle 15 and double copper ring circle 16, electric discharge circle 15 is laid with some ionization needles 17, the needle point of ionization needle 17 is placed between the double copper ring of double copper ring circle 16, air outlet 13 place of housing 9 upper end is provided with upper protecting network 18, upper protecting network 18 is provided with round rail 19 with the corresponding position, position of ionization needle 17, in circle rail 19, is provided with cleaning mechanism 20, the outer of air outlet 13 on described housing 9 is arranged with retainer ring groove 21, and fixing annular groove 21 is " U " shape structure of opening towards air outlet 13 center, and the top of fixing annular groove 21 offers several the first installing ports, described wind guiding tube comprises the first air inducing portion 22, first air inducing portion 22 is " L " shape, the upper end open place in the first air inducing portion 22 is provided with the second air inducing portion 23, the lower end in the first air inducing portion 22 and upper end are respectively equipped with several the first buckle 24 and the second buckles 25, the link in the second air inducing portion 23 and the first air inducing portion 22 is " U " shape annular groove 26 structure, the opening of " U " shape annular groove 26 is towards the center of the second air inducing portion 23 port, side toward the first air inducing portion 22 on " U " shape annular groove 26 offers several the second installing ports, the exit in the second air inducing portion 23 is provided with control wind mechanism, side on housing 9 is provided with electric power box 27, and electric power box 27 is provided with speed-regulating switch 28 and ionization indicator lamp 29, and speed-regulating switch 28 is positioned at the below of ionization indicator lamp 29, and the output of electric power box 27 is connected with fan 11, discharge circle 15 and double copper ring circle 16 respectively.
described double copper ring circle 16 is made up of in the same plane two concentric copper rings.Described cleaning mechanism 20 comprises foxy 30, and foxy 30 are placed in round rail 19, and foxy 30 are provided with connecting rod 31, and connecting rod 31 is provided with hairbrush 32, and hairbrush 32 contacts with ionization needle 17.Described first buckle 24 has 3, and the first buckle 24 is placed in fixing annular groove 11, size, shape, the position of the first buckle 24 and quantity is all corresponding with the first installing port arranges.Described second buckle 25 has 3, and the second buckle 25 is placed in " U " shape annular groove 26, size, shape, the position of the second buckle 25 and quantity is all corresponding with the second installing port arranges.Described insulation frame 7 is bakelite insulation frame.Described wind guiding tube is carbon fiber wind guiding tube.Described control wind mechanism comprises control aerofoil 33, and control aerofoil 33 has 5, and the overall width of 5 control aerofoils 33 equals the outlet height in the second air inducing portion 23, and each control aerofoil 33 two ends are equipped with connecting rod, and connecting rod end is provided with knob 34.Described ionization needle 17 has 10.
the course of work:
paper 1 is sent into belt 4 at accessory whorl 2 place, deliver to pinch roller 5 place, under the acting in conjunction of pinch roller 5 and belt 4, paper 1 is expanded into paper 2 36 by open and flat, and continue to run with belt 4, wherein belt 4 is enclosed within driving wheel 1 and accessory whorl 2, and driving wheel 1 is driven by drive motors and rotates clockwise, with this, paper is sent into next process process.Paper is driven by the frictional force on belt 4 and advances, because belt 4 is too dry, belt 4 can produce electrostatic, and then on belt 4 adsorption paper end and dust, the frictional force of belt 4 pairs of paper can be reduced like this, cause belt 4 paper feeding to have some setbacks, affect production efficiency, so the utility model is provided with on driving wheel 1 side destatic mechanism 3, eliminate the electrostatic that belt 4 produces; Worked by the switch control rule ionic formula blower fan 8 on electric power box 27, the fan 11 that ionic formula blower fan is 8 li rotates, air is flowed from lower to upper, at electric discharge circle 15 and double copper ring circle 16 place, discharged by ionization needle 17, ionized air, the wind with electric charge sent by ionic formula blower fan 8, the ion wind of blowout guides to rotating belt 4 place on driving wheel 1 through wind guiding tube, in and charged particle on belt 4, eliminate the electrostatic on belt 4; Wherein upper protecting network 18 place of ionic formula blower fan 8 is provided with cleaning mechanism 20, cleaning mechanism 20 can remove dust on ionization needle 17 and foreign material, ensure the clean of ionization needle 17, be specially place corresponding with ionization needle 17 position on upper protecting network 18 and be provided with round rail 19, manually make the slippery fellow 30 on cleaning mechanism 20 slide in circle rail 19, the hairbrush 32 of cleaning mechanism 20 bottom can clean ionization needle 17; Electric power box 27 is provided with speed-regulating switch 28 and ionization indicator lamp 29, the rotating speed of fan 11 can be controlled by speed-regulating switch 28, the movement velocity of wind-force and belt 4 is adapted, and ionize the operation conditions that indicator lamp 29 can show ionic formula blower fan 8, whether the wind of display blowout is the air be ionized.
wind guiding tube in the utility model is made up of the first air inducing portion 22 and the second air inducing portion 23, is connected between the first air inducing portion 22 and the housing 9 of ionic formula blower fan 8 for opening to unload, also for removably connecting between the first air inducing portion 22 and the second air inducing portion 23, retainer ring groove 21 is arranged with outside air outlet 13 on the housing 9 of ionic formula blower fan 8, fixing annular groove 21 is " U " shape structure of opening towards air outlet 13 center, the top of fixing annular groove 21 offers 3 the first installing ports, lower end outside in the first air inducing portion 22 protrudes and is provided with 3 the first buckles 24, 3 the first buckles 24 and 3 the first installing port correspondences are arranged, during installation, 3 the first buckles 24 of the first lower end, air inducing portion 22 are aimed at 3 first installing ports at fixing annular groove 21 top, 3 the first buckles 24 corresponding can put into fixing annular groove 21 by 3 the first installing ports just, then the first air inducing portion 22 is rotated, 3 first buckles 24 in the first air inducing portion 22 can be fixed in fixing annular groove 21, and then the first air inducing portion 22 has been fixed on the housing 9 of ionic formula blower fan 8, in like manner install corresponding with 3 the second buckles 25 of first air inducing portion 22 port of export for 3 the second installing ports on " U " shape annular groove 26 of the second end, air inducing portion 23, then the second air inducing portion 23 is rotated, 3 the second buckles 25 can be fixed in " U " shape annular groove 26, so by the first air inducing portion 22 and the second air inducing portion 23 dismountable fixing.In addition, control wind mechanism is provided with in the exit in the second air inducing portion 23, control wind mechanism forms by controlling aerofoil 33, connecting rod and knob 34, control aerofoil 33 has 5, be combined and the outlet in the second air inducing portion 23 can be shut completely, the angle of aerofoil 33 can be controlled by rotating knob 34, and then the direction of ion wind blowout and the intensity of ion wind can be controlled, the charged particle in so adjustable and on belt 4.Wind guiding tube of the present utility model is that carbon fibre materials is formed, and lightweight, hardness is large, can not produce too large holding capacity, can play good wind effect to the housing 9 of ionic formula blower fan 8.The support 6 supporting ionic formula blower fan 8 in the utility model is iron stand, wind can enter ionic formula blower fan 8 by support 6, end is provided with bakelite insulation frame 7 on the frame 6, and ionic formula blower fan 8 is placed on bakelite insulation frame 7, ensures the electric power safety between ionic formula blower fan 8 and support 6 with this.
the utility model destatics mechanism 3 by arranging on paper feeding device driving wheel 1 side, to remove electrostatic on belt 4 and dust, it is simple that this destatics mechanism 5 structure, electrostatic on removing belt 4 and dust Be very effective, can by controlling the direction and intensity of blowout wind, eliminate the electrostatic on paper feeding belt 4 and dust, there is controllability; So would not produce on paper feeding belt 4 too much by paper end and the dust of Electrostatic Absorption, belt 4 can have good frictional force always, transport of sheets of paper smoothly, makes whole device have higher production efficiency.
Claims (9)
1. one kind is equipped with the printing equipment paper feeding device destaticing mechanism, it is characterized in that: comprise driving wheel (1), (1) is connected with drive motors to driving wheel, driving wheel (1) side is provided with accessory whorl (2), driving wheel (1) opposite side is provided with and destatics mechanism (3), connect through belt (4) between accessory whorl (2) and driving wheel (1), belt (4) top is partial to accessory whorl (2) side and is provided with pinch roller (5), the described mechanism (3) that destatics comprises support (6), and support (6) upper end is provided with insulation frame (7), and insulation frame (7) is provided with ionic formula blower fan (8), and ionic formula blower fan (8) top is provided with wind guiding tube, described ionic formula blower fan (8) comprises housing (9), air inlet (10) is provided with from bottom to top successively in housing (9), fan (11), fixed mount (12), air outlet (13), air inlet (10) place of housing (9) lower end is provided with lower protecting network (14), fixed mount (12) is provided with from lower to upper electric discharge circle (15) and double copper ring circle (16), electric discharge circle (15) is laid with some ionization needles (17), the needle point of ionization needle (17) is placed between the double copper ring of double copper ring circle (16), air outlet (13) place of housing (9) upper end is provided with upper protecting network (18), upper protecting network (18) corresponding position, position that is upper and ionization needle (17) is provided with round rail (19), cleaning mechanism (20) is provided with in circle rail (19), the outer of air outlet (13) on described housing (9) is arranged with retainer ring groove (21), and fixing annular groove (21) is for opening is towards " U " shape structure at air outlet (13) center, and the top of fixing annular groove (21) offers several the first installing ports, described wind guiding tube comprises the first air inducing portion (22), first air inducing portion (22) is " L " shape, the upper end open place in the first air inducing portion (22) is provided with the second air inducing portion (23), the lower end in the first air inducing portion (22) and upper end are respectively equipped with several first buckles (24) and the second buckle (25), second air inducing portion (23) is " U " shape annular groove (26) structure with the link in the first air inducing portion (22), the opening of " U " shape annular groove (26) is towards the center of the second air inducing portion (23) port, " U " shape annular groove (26) offers several the second installing ports toward the side in the first air inducing portion (22), the exit in the second air inducing portion (23) is provided with control wind mechanism, side on housing (9) is provided with electric power box (27), electric power box (27) is provided with speed-regulating switch (28) and ionization indicator lamp (29), speed-regulating switch (28) is positioned at the below of ionization indicator lamp (29), the output of electric power box (27) respectively with fan (11), discharge and enclose (15) and double copper ring circle (16) is connected.
2. according to claim 1ly a kind of the printing equipment paper feeding device destaticing mechanism is housed, it is characterized in that: described double copper ring circle (16) is made up of in the same plane two concentric copper rings.
3. according to claim 1ly a kind of the printing equipment paper feeding device destaticing mechanism is housed, it is characterized in that: described cleaning mechanism (20) comprises slippery fellow (30), foxy (30) are placed in round rail (19), foxy (30) are provided with connecting rod (31), connecting rod (31) is provided with hairbrush (32), and hairbrush (32) contacts with ionization needle (17).
4. according to claim 1ly a kind of the printing equipment paper feeding device destaticing mechanism is housed, it is characterized in that: described first buckle (24) has 3, first buckle (24) is placed in fixing annular groove (11), and the first buckle (24) is corresponding with the first installing port to be arranged.
5. according to claim 1ly a kind of the printing equipment paper feeding device destaticing mechanism is housed, it is characterized in that: described second buckle (25) has 3, second buckle (25) is placed in " U " shape annular groove (26), and the second buckle (25) is corresponding with the second installing port to be arranged.
6. according to claim 1ly a kind of the printing equipment paper feeding device destaticing mechanism is housed, it is characterized in that: described insulation frame (7) is bakelite insulation frame.
7. according to claim 1ly a kind of the printing equipment paper feeding device destaticing mechanism is housed, it is characterized in that: described wind guiding tube is carbon fiber wind guiding tube.
8. according to claim 1ly a kind of the printing equipment paper feeding device destaticing mechanism is housed, it is characterized in that: described control wind mechanism comprises control aerofoil (33), control aerofoil (33) has 5, and each control aerofoil (33) two ends are equipped with connecting rod, and connecting rod end is provided with knob (34).
9. a kind of according to any one of claim 1-8 is equipped with the printing equipment paper feeding device destaticing mechanism, it is characterized in that: described ionization needle (17) has 10.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520671391.XU CN204936475U (en) | 2015-09-01 | 2015-09-01 | A kind of the printing equipment paper feeding device destaticing mechanism is housed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520671391.XU CN204936475U (en) | 2015-09-01 | 2015-09-01 | A kind of the printing equipment paper feeding device destaticing mechanism is housed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204936475U true CN204936475U (en) | 2016-01-06 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520671391.XU Expired - Fee Related CN204936475U (en) | 2015-09-01 | 2015-09-01 | A kind of the printing equipment paper feeding device destaticing mechanism is housed |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204936475U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105034576A (en) * | 2015-09-01 | 2015-11-11 | 湖州佳宁印刷有限公司 | Printing equipment paper feeding device with static removing mechanism |
-
2015
- 2015-09-01 CN CN201520671391.XU patent/CN204936475U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105034576A (en) * | 2015-09-01 | 2015-11-11 | 湖州佳宁印刷有限公司 | Printing equipment paper feeding device with static removing mechanism |
| CN105034576B (en) * | 2015-09-01 | 2017-11-10 | 湖州佳宁印刷有限公司 | Equipped with the printing equipment paper feeding device for destaticing mechanism |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160106 Termination date: 20160901 |