CN203479181U - Fuse gluing machine - Google Patents
Fuse gluing machine Download PDFInfo
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- CN203479181U CN203479181U CN201320529620.5U CN201320529620U CN203479181U CN 203479181 U CN203479181 U CN 203479181U CN 201320529620 U CN201320529620 U CN 201320529620U CN 203479181 U CN203479181 U CN 203479181U
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Abstract
The utility model discloses a fuse gluing machine. The fuse gluing machine comprises a rough fuse rack and a gluing rack. The rough fuse rack is used for fixing fuses. The gluing rack comprises a slide rail rack, a pedestal, a glue box, a fuse pressing loop, a fuse guiding plate, a first motor, a first flower shaft, a semi-finished fuse rack, and a rotation device. The fuse pressing loop and the fuse guiding plate are both arranged in the glue box, and the fuse pressing loop is dipped into glue in the glue box. The pedestal is used for supporting the glue box. The slide rail rack and the first flower shaft are both arranged below the pedestal, and the first flower shaft is fixedly connected with the pedestal. The first motor drives the first flower shaft and the semi-finished fuse rack to rotate via the rotation device. The first flower shaft is used for driving the pedestal to move along the slide rail rack in a left and right manner. The two opposite surfaces of the glue box are correspondingly provided with multiple fuse penetrating holes and fuse outgoing holes. The fuses of the rough fuse rack sequentially pass through the fuse penetrating holes, the fuse pressing loop, the fuse guiding plate, and the fuse outgoing holes of the glue box, and then is wound onto the semi-finished fuse rack. According to the fuse gluing machine of the utility model, the production efficiency is increased and the security is improved at the same time.
Description
Technical field
The utility model relates to a kind of lead-in wire slurry and draws machine.
Background technology
Lead-in wire is used in firecrackers product, and its production is the important step in whole firecrackers industrial chain.The production technology of lead-in wire mainly comprises and adds potassium chlorate and other batchings, starching, dry several steps.Add nitre and refer to the Oxidizing and Reducing Agents medicinal powder paving mixing is sprinkled upon on paper injection, obtain the semi-finished product that go between; Starching is to show the lead-in wire semi-finished product that paving spilt mixed powder to apply glue, and makes medicinal powder be fixed on lead-in wire upper, and step is also referred to as " slurry draws ", " brush coating " or " gluing " in industry; Be dried and refer to that the complete lead-in wire of starching needs to be further dried.
In existing technique, the production of lead-in wire is all the manual making of workman, and efficiency is low, and potential safety hazard is large, and product quality is unstable.And half-finished being dried that go between is mainly the mode of being dried in the shade or being dried by air, it is many unfavorable that this naturally mode that solarization is drawn exists.First, air dries in the shade and is subject to weather effect larger, and the time of drying in the shade is uncontrollable, is difficult to definitely production efficiency; Secondly, air dries in the shade and judges that by artificial experience whether the degree of drying in the shade is up to standard, and the standardization of lead-in wire product is difficult to guarantee; Again, air dries in the shade needs the special large-area worker-house that is equipped with, and shines that to draw the danger classes in worker-house higher, and its area, position, personnel's staffing, safe distance, operation sequence are had to strict demand, therefore need to drop into higher cost, also there is potential safety hazard in itself.Naturally shining and drawing in process, because lead-in wire semi-finished product are concentrated in a large number, a lot of burnings and explosion accident are occurring, causing personnel's disability even dead.Therefore naturally shining the technique of drawing is badly in need of improving.
As can be seen here, how designing a kind of production efficiency is higher, security better, lead quality is more stable, more can effectively utilize factory's area lead-in wire starching and drying unit, is current manufacturing enterprise problem demanding prompt solution.
Utility model content
The technical problem that the utility model mainly solves is to provide that a kind of production efficiency is higher, security better goes between, and slurry draws machine.
The object of the invention realizes by following technical proposals: a kind of lead-in wire slurry draws machine, comprise that hair draws frame and slurry draws frame, described hair draws frame for anchor leg, described slurry draws frame and comprises sliding rail frame, pedestal, adhesive box, line ball circle, wire guide plate, the first motor, the first floral axis, semi-finished product lead frame and tumbler, described line ball circle and wire guide plate are all arranged in adhesive box, and described line ball circle is immersed in the glue of adhesive box inside, described pedestal is used for supporting adhesive box, described sliding rail frame and the first floral axis are all arranged at the below of pedestal, and described the first floral axis is fixing to be connected with pedestal, described the first motor drives the first floral axis and semi-finished product lead frame to rotate by tumbler, described the first floral axis is used for driving pedestal to move left and right along sliding rail frame, on two opposite faces of described adhesive box, correspondence offers some through wires holes and wire hole, the lead-in wire that described hair draws frame passes the through wires hole of adhesive box successively, line ball circle, after wire guide plate and wire hole, be wrapped on semi-finished product lead frame.
Further, the bottom surface of described pedestal is provided with pulley, on described sliding rail frame, is provided with slide rail, and described pulley is stuck on slide rail so that pedestal moves left and right along sliding rail frame.
Further, described line ball circle comprises and is laterally fixed on the first barred body of adhesive box inside and is connected in the some rings on the first barred body, and described some rings all immerse in the glue of adhesive box inside.
Further, described wire guide plate is the box body shape of a strip, on its roof, be inlaid with several rotary screws, in described wire guide plate, be also provided with the first extrude bar, the second extrude bar and adhesive tape, described the first extrude bar can be used as the diapire of wire guide plate, it is interior and inconsistent with described some rotary screws that described the second extrude bar is arranged at box body, and described adhesive tape is placed between the first extrude bar and the second extrude bar.
Further, described slurry draws frame and also comprises gear adjusting device, described tumbler comprises the first to the 5th drive, described the 4th drive is connected with the turning cylinder of the first motor, described the 4th drive, the 3rd drive and the 5th drive interconnect by belt, and described the 3rd drive is fixed on the turning cylinder on semi-finished product lead frame, described the 5th drive is fixed on gear adjusting device, described the second drive is arranged on the turning cylinder of semi-finished product lead frame, and the distance certain with the 3rd drive interval, described the second drive is also connected with the first drive by belt, described the first drive is fixed on one end of the first floral axis, the other end and the pedestal of described the first floral axis are fixedly linked.
Further, described gear adjusting device comprises shift rod and some shift slots, described the 5th drive is fixed on shift rod, by control shift rod position in different shift slots to regulate the distance between the 5th drive and the 4th drive, and then the degree of tightness of the belt of control connection between the 4th drive, the 3rd drive and the 5th drive, thereby the velocity of rotation of adjusting semi-finished product lead frame.
Further, described hair draws frame and comprises support and some lead-in wire axles, described support comprises two root posts and a cross bar, the two ends of described cross bar are connected with the two ends of two root posts respectively, and described two root post height differ, described some lead-in wire axles are equally spaced to be connected in cross bar and to be certain angle with cross bar, one end near cross bar on described each lead-in wire axle is arranged with a spiral winding, one end away from cross bar on described each lead-in wire axle is provided with a bearing, and described each lead-in wire axle is used for installing a wire leading wheel.
Further, described slurry draws frame and also comprises some guide rollers and one second barred body, and described the second barred body and sliding rail frame are fixedly linked, and described some guide rollers are all sheathed on the second barred body.
Further, described lead-in wire slurry draws machine and also comprises backwinding machine, described backwinding machine comprises some line falling circles, line falling circle bar, the second motor and the second tumbler, and described the second motor drives line falling circle bar to rotate to drive line falling circle to rotate by the second tumbler.
Further, described backwinding machine also comprises line falling frame, and described line falling frame comprises some lead-in wire circles, line falling bar and the second floral axis, and described some lead-in wire circles are all fixed on line falling bar, and described the second floral axis is connected with line falling bar.
The beneficial effects of the utility model: the lead-in wire after adopting wire guide plate to brush coating carries out frictioning processing, not only can improve rate of drying, also can make unnecessary glue utilize once again, reduces costs; Use semi-finished product lead-in wire shelf, and make adhesive box transverse shifting, can improve the lead-in wire rapid draing after brush coating, also avoid lead-in wire to stick together because of overlapping simultaneously.
Accompanying drawing explanation
Fig. 1 is that the utility model lead-in wire slurry draws hair in machine and draws the structural representation that frame and slurry draw frame.
Fig. 2 is the structural representation that in Fig. 1, lead-in wire slurry draws adhesive box in machine.
Fig. 3 is the structural representation that the utility model lead-in wire slurry draws the backwinding machine of machine.
The specific embodiment
Below in conjunction with drawings and embodiments, the utility model is elaborated.
Please refer to shown in Fig. 1, the preferred embodiments that the utility model lead-in wire slurry draws machine comprises that hair draws frame 1, slurry draws frame 2 and draws machine 3(as shown in Figure 3).
Described hair draws frame 1 and adds potassium chlorate and other batchings lead-in wire (hereinafter to be referred as lead-in wire) afterwards for fixing process, and described slurry draws frame 2 for lead-in wire being carried out to brush coating and dry, and the described machine 3 that draws is for drawing the lead-in wire through super-dry.
Particularly, described hair draws frame 1 and comprises support 12 and some lead-in wire axles 11, and described support comprises two root posts 123 and a cross bar 122.The two ends of described cross bar 122 are connected with the two ends of two root posts 123 respectively, and described two root posts 123 highly differ, and so can make described cross bar 122 be skewed.Described some lead-in wire axles 11 are equally spaced to be connected in cross bar 122 and to be certain angle with cross bar 122.One end near cross bar 122 on described each lead-in wire axle 11 is arranged with a spiral winding (not shown), and the one end away from cross bar 122 on described each lead-in wire axle 11 is provided with a bearing (not shown).Described each lead-in wire axle 11 is for installing a wire leading wheel 121.Due to the function of spiral winding and bearing, can reduce the friction between wire leading wheel 121 and lead-in wire axle 11, and then can make wire leading wheel 121 on lead-in wire axle 11, to rotate.
Described slurry draws frame 2 and comprises shown in sliding rail frame 23, pedestal 28, adhesive box 21, wire guide plate 25(please refer to the drawing 2), shown in line ball circle 24(please refer to the drawing 2), guide roller 22, semi-finished product lead frame 26, motor 296, tumbler, gear adjusting device, glue bucket (not shown) sum counter 27.
Described wire guide plate 25, line ball circle 24 are all arranged at the inside of adhesive box 21, and described pedestal 28 is for supporting whole adhesive box 21, and described sliding rail frame 23 is arranged at the below of pedestal 28.Below pedestal 28, be also provided with floral axis 281, so that adhesive box 21 and pedestal 28 are done as a whole can moving left and right on sliding rail frame 23.Particularly, the bottom surface of described pedestal 28 is provided with pulley, on described sliding rail frame 23, is provided with slide rail, and described pulley is stuck on slide rail pedestal 28 is moved left and right along sliding rail frame 23.
Described guide roller 22 is fixedly installed on sliding rail frame 23.Described motor 296 is driven the rotation of semi-finished product lead frame 26 and is driven pedestal 28 to move left and right with respect to sliding rail frame 23 by tumbler.Described gear adjusting device is used for the velocity of rotation that regulates tumbler and then controlled semi-finished product lead frame 26.
Further, described tumbler comprises: the first drive 295, the second drive 294, the 3rd drive 293, the 4th drive 292 and the 5th drive 291.Described the 4th drive 292 is connected with the turning cylinder of motor 296, described the 4th drive 292, the 3rd drive 293 and the 5th drive 291 interconnect by belt, and described the 3rd drive 293 is fixed on the turning cylinder 263 on semi-finished product lead frame 26, described the 5th drive 291 is fixed on gear adjusting device.
Described the second drive 294 is also arranged on the turning cylinder 263 of semi-finished product lead frame 26, and the distance certain with the 3rd drive 293 intervals.Described the second drive 294 is also connected with the first drive 295 by belt.Described the first drive 295 is fixed on one end of floral axis 281, and the other end of described floral axis 281 and pedestal 28 are fixedly linked.
Described gear adjusting device comprises shift rod 290 and some shift slot (not shown), and described the 5th drive 291 is fixed on shift rod 290.By controlling shift rod 290, be positioned at different shift slots, it is the distance between adjustable the 5th drive 291 and the 4th drive 292, and then can control the degree of tightness that is connected to the belt between the 4th drive 292, the 3rd drive 293 and the 5th drive 291, thereby regulate the velocity of rotation of semi-finished product lead frame 26.
In the present embodiment, described adhesive box 21 is roughly square, and is respectively arranged with the through wires hole of equivalent on its two relative surface, for lead-in wire through.Described glue bucket is suspended on the top of adhesive box 21, and is connected with adhesive box 21 by conduit, for pouring into glue toward adhesive box 21.
Please further refer to Fig. 2, described wire guide plate 25 and line ball circle 24 are all installed on the inside of adhesive box 21.Described line ball circle 24 is formed by connecting by the first barred body and several rings of traverse.Particularly, described the first barred body is laterally fixed on the inside of adhesive box 21, and described several rings are connected on the first barred body, and described several rings all immerse in the glue of adhesive box 21 inside.Described wire guide plate 25 outsides are rendered as the box body shape of a strip, and on roof, be inlaid with several rotary screws, in described wire guide plate 25, be provided with the first extrude bar, the second extrude bar and adhesive tape, described the first extrude bar can be used as the diapire of wire guide plate 25, it is interior and inconsistent with described some rotary screws that described the second extrude bar is arranged at described box body, described adhesive tape is placed between the first extrude bar and the second extrude bar, so by tightening rotary screw, can cause extruding to the second extrude bar, and then adhesive tape is therebetween caused to extruding.In addition, on the front and back of described wire guide plate 25, be all relatively provided with some through wires holes.
Described guide roller 22 has several, and it is all set on the second barred body of a traverse, and described the second barred body and sliding rail frame 23 are fixedly linked.In present embodiment, described semi-finished product lead frame 26 is a tetrahedron spool stand 262, it is connected with motor 296 indirectly by turning cylinder 263, the 3rd drive 293, the 5th drive 291 and the 4th drive 292, when motor 296 rotates, can drive the rotation of semi-finished product lead frame 26.Specifically, described tetrahedron spool stand 262 is formed by connecting by plank and four planks of two intersections.
Please refer to Fig. 3, described backwinding machine 3 comprises several line falling circles 32, line falling circle bar, motor 30, tumbler, gear adjusting device, Fixed weight 34 and line falling frame 31.
Described line falling frame 31 comprises some lead-in wire circles 311, line falling bar 312 and floral axis (not shown), and described some lead-in wire circles 311 are all fixed on line falling bar 312, and described floral axis is connected with line falling bar 312.
Described tumbler comprises the 6th to the tenth drive 331-336, and its connected mode and described slurry draw the first identical to the connected mode of the 5th drive of frame 2.Particularly, described the 6th drive 331 is connected with the rotating shaft of motor 30, described the 7th drive 332 is connected with gear adjusting device, described the 8th drive 333 is fixedly linked with line falling circle bar, described the 9th drive 334 be arranged at equally on line falling circle bar and and the 8th drive 333 between have certain spacing, described the tenth drive 335 is fixedly linked with floral axis.Described the 6th drive 331, the 7th drive 332 and the 8th drive 333 are connected by belt, so when motor 30 starts, its rotating shaft will drive the 6th drive 331 to rotate, effect due to belt, described the 7th drive 332 and the 8th drive 333 are all driven, and then make line falling circle bar start to rotate, drive the line falling circle 32 being sheathed on line falling circle bar also to start to rotate.
Described gear adjusting device comprises shift rod 336 and some shift slots equally, and described the 7th drive 332 is fixed on shift rod 336.By controlling shift rod 336, be positioned at different shift slots, it is the distance between adjustable the 7th drive 332 and the 6th drive 331, and then can control the degree of tightness that is connected to the belt between the 6th drive 331, the 7th drive 332 and the 8th drive 333, thereby regulate the velocity of rotation of line falling circle bar.
Meanwhile, described the 9th drive 334 is connected with the tenth drive 335 by belt.When the 8th drive 334 rotates, described line falling circle bar, also along with rotation, drives the 9th drive 335 to start to rotate, and then makes described the tenth drive 335 also start to rotate, can make the floral axis that is arranged at line falling frame 31 belows start to rotate, and then drive line falling frame 31 to move left and right.
In present embodiment, described Fixed weight 34 is connected to one end of the turning cylinder 263 of semi-finished product lead frame 26, plays the effect of the rotating speed of restriction semi-finished product lead frame 26.
The operation principle that whole lead-in wire slurry is drawn to machine is carried out to simple explanation below:
First the some wire leading wheels 121 that are wound with lead-in wire are sheathed on respectively on some lead-in wire axles 11, and the lead-in wire on each wire leading wheel 121 are passed through to some through wires holes of the setting on adhesive box 21 respectively and enter in adhesive box 21.After described lead-in wire enters in adhesive box 21, through being immersed in the ring on the line ball circle 24 in the interior glue of adhesive box 21, so can make script be immersed in glue higher than the lead-in wire of glue face, carry out brush coating.Then, sharp shaped material by similar draw point and so on arranges through wires hole, adhesive tape and another through wires hole through on wire guide plate 25 successively by lead-in wire, lead-in wire passes through wires hole set on the another side of adhesive box 21 afterwards, and is fastened on some guide rollers 22, is fixed on afterwards on semi-finished product lead frame 26.
By controlling the startup of motor 296, can drive the rotation of semi-finished product lead frame 26, because lead-in wire is fixed on semi-finished product lead frame 26, therefore can drive the rotation that is sheathed on the wire leading wheel 121 on lead-in wire axle 11, and then the lead-in wire that makes to be wound on wire leading wheel 121 is wound on semi-finished product lead frame 26 again through adhesive box 21 afterwards.In process at lead-in wire through adhesive box, lead-in wire will first be soaked in glue, has completed the gluing to lead-in wire.Lead-in wire after soaking through glue, again through the adhesive tape in wire guide plate 25, due to the tractive force of semi-finished product lead frame 26, will pull lead-in wire through adhesive tape, the lead-in wire after gluing be carried out to extrusion process (dry for the first time).In present embodiment, the effect of described wire guide plate 25 one is pushed for the lead-in wire to after gluing, and two for preventing the bonding winding between the lead-in wire after gluing.
Lead-in wire passes adhesive box 21, and is wrapped on semi-finished product lead frame 26 by guide roller 22 after having carried out being dried for the first time.In present embodiment, the effect of described guide roller 22 is to prevent that lead-in wire from being broken.Simultaneously, under the drive of motor 296, floral axis 281 also starts to rotate, drive pedestal 28 left and right on sliding rail frame 23 to move around, thereby it is different to reach the position of each coiling on semi-finished product lead frame 26, avoid lead-in wire to stick together because overlapping, that is to say, lead-in wire is only just wound around one deck on semi-finished product lead frame 26.Described counter 27 according to the number of revolutions of motor 296, on semi-finished product lead frame 26, around the length of a circle lead-in wire etc., calculate the total length of the lead-in wire on semi-finished product lead frame 26.
Lead-in wire, through after air-dry on semi-finished product lead frame 26, takes off semi-finished product lead frame 26, and it is connected with the backwinding machine 3 in being arranged at another one workshop.Opening motor 30 can be wound to the lead-in wire on semi-finished product lead frame 26 on line falling circle 32, and the some line falling circles 32 that have been wound around lead-in wire get final product direct goods dispatch to client after packing.
In present embodiment, the floral axis of described backwinding machine 3 also moves left and right line falling bar 312 back and forth, can make lead-in wire to be wrapped in uniformly on line falling circle 32.
These are only embodiment of the present utility model; not thereby limit the scope of the claims of the present utility model; every equivalent structure or conversion of equivalent flow process that utilizes the utility model description and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a lead-in wire slurry draws machine, comprise that hair draws frame and slurry draws frame, described hair draws frame for anchor leg, it is characterized in that, described slurry draws frame and comprises sliding rail frame, pedestal, adhesive box, line ball circle, wire guide plate, the first motor, the first floral axis, semi-finished product lead frame and tumbler, described line ball circle and wire guide plate are all arranged in adhesive box, and described line ball circle is immersed in the glue of adhesive box inside, described pedestal is used for supporting adhesive box, described sliding rail frame and the first floral axis are all arranged at the below of pedestal, and described the first floral axis is fixing to be connected with pedestal, described the first motor drives the first floral axis and semi-finished product lead frame to rotate by tumbler, described the first floral axis is used for driving pedestal to move left and right along sliding rail frame, on two opposite faces of described adhesive box, correspondence offers some through wires holes and wire hole, the lead-in wire that described hair draws frame passes the through wires hole of adhesive box successively, line ball circle, after wire guide plate and wire hole, be wrapped on semi-finished product lead frame.
2. lead-in wire slurry according to claim 1 draws machine, it is characterized in that, the bottom surface of described pedestal is provided with pulley, on described sliding rail frame, is provided with slide rail, and described pulley is stuck on slide rail so that pedestal moves left and right along sliding rail frame.
3. lead-in wire according to claim 1 slurry draws machine, it is characterized in that, described line ball circle comprises and is laterally fixed on the first barred body of adhesive box inside and is connected in the some rings on the first barred body, and described some rings all immerse in the glue of adhesive box inside.
4. lead-in wire slurry according to claim 1 draws machine, it is characterized in that, described wire guide plate is the box body shape of a strip, on its roof, be inlaid with several rotary screws, in described wire guide plate, be also provided with the first extrude bar, the second extrude bar and adhesive tape, described the first extrude bar is as the diapire of wire guide plate, and it is interior and inconsistent with described some rotary screws that described the second extrude bar is arranged at box body, and described adhesive tape is placed between the first extrude bar and the second extrude bar.
5. lead-in wire slurry according to claim 1 draws machine, it is characterized in that, described slurry draws frame and also comprises gear adjusting device, described tumbler comprises the first to the 5th drive, described the 4th drive is connected with the turning cylinder of the first motor, described the 4th drive, the 3rd drive and the 5th drive interconnect by belt, and described the 3rd drive is fixed on the turning cylinder on semi-finished product lead frame, described the 5th drive is fixed on gear adjusting device, described the second drive is arranged on the turning cylinder of semi-finished product lead frame, and the distance certain with the 3rd drive interval, described the second drive is also connected with the first drive by belt, described the first drive is fixed on one end of the first floral axis, the other end and the pedestal of described the first floral axis are fixedly linked.
6. lead-in wire slurry according to claim 5 draws machine, it is characterized in that, described gear adjusting device comprises shift rod and some shift slots, described the 5th drive is fixed on shift rod, by control shift rod position in different shift slots to regulate the distance between the 5th drive and the 4th drive, and then the degree of tightness of the belt of control connection between the 4th drive, the 3rd drive and the 5th drive, thereby the velocity of rotation of adjusting semi-finished product lead frame.
7. lead-in wire slurry according to claim 1 draws machine, it is characterized in that, described hair draws frame and comprises support and some lead-in wire axles, described support comprises two root posts and a cross bar, the two ends of described cross bar are connected with the two ends of two root posts respectively, and described two root post height differ, described some lead-in wire axles are equally spaced to be connected in cross bar and to be certain angle with cross bar, one end near cross bar on described each lead-in wire axle is arranged with a spiral winding, one end away from cross bar on described each lead-in wire axle is provided with a bearing, and described each lead-in wire axle is used for installing a wire leading wheel.
8. lead-in wire slurry as claimed in claim 1 draws machine, it is characterized in that, described slurry draws frame and also comprises some guide rollers and one second barred body, and described the second barred body and sliding rail frame are fixedly linked, and described some guide rollers are all sheathed on the second barred body.
9. lead-in wire slurry as claimed in claim 1 draws machine, it is characterized in that, described lead-in wire slurry draws machine and also comprises backwinding machine, described backwinding machine comprises some line falling circles, line falling circle bar, the second motor and the second tumbler, and described the second motor drives line falling circle bar to rotate to drive line falling circle to rotate by the second tumbler.
10. lead-in wire slurry according to claim 9 draws machine, it is characterized in that, described backwinding machine also comprises line falling frame, and described line falling frame comprises some lead-in wire circles, line falling bar and the second floral axis, described some lead-in wire circles are all fixed on line falling bar, and described the second floral axis is connected with line falling bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320529620.5U CN203479181U (en) | 2013-08-28 | 2013-08-28 | Fuse gluing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320529620.5U CN203479181U (en) | 2013-08-28 | 2013-08-28 | Fuse gluing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203479181U true CN203479181U (en) | 2014-03-12 |
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ID=50227496
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320529620.5U Expired - Fee Related CN203479181U (en) | 2013-08-28 | 2013-08-28 | Fuse gluing machine |
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| Country | Link |
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| CN (1) | CN203479181U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108861804A (en) * | 2018-06-27 | 2018-11-23 | 长沙跃奇节能电气设备有限公司 | Actinobacillus device and lead drying system |
| CN108955410A (en) * | 2018-06-27 | 2018-12-07 | 长沙跃奇节能电气设备有限公司 | Lead guide mechanism and lead drying system |
-
2013
- 2013-08-28 CN CN201320529620.5U patent/CN203479181U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108861804A (en) * | 2018-06-27 | 2018-11-23 | 长沙跃奇节能电气设备有限公司 | Actinobacillus device and lead drying system |
| CN108955410A (en) * | 2018-06-27 | 2018-12-07 | 长沙跃奇节能电气设备有限公司 | Lead guide mechanism and lead drying system |
| CN108955410B (en) * | 2018-06-27 | 2023-08-18 | 长沙跃奇节能电气设备有限公司 | Lead guiding mechanism and lead drying system |
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Granted publication date: 20140312 Termination date: 20160828 |