CN103128406A - Soldering tin melting furnace for facilitating soldering tin waste recycling - Google Patents
Soldering tin melting furnace for facilitating soldering tin waste recycling Download PDFInfo
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- CN103128406A CN103128406A CN2013100667167A CN201310066716A CN103128406A CN 103128406 A CN103128406 A CN 103128406A CN 2013100667167 A CN2013100667167 A CN 2013100667167A CN 201310066716 A CN201310066716 A CN 201310066716A CN 103128406 A CN103128406 A CN 103128406A
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- soldering tin
- heat
- waste recovery
- scolding tin
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
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Abstract
The invention discloses a soldering tin melting furnace for facilitating soldering tin waste recycling. The melting furnace comprises a heat-resisting cavity. A first heater wire is arranged in the heating-resisting cavity, a waste recycling plate is arranged beside the heat-resisting cavity, and an elastic body is arranged at the bottom of the waste recycling plate. Since the elastic body is arranged at the bottom of the waste recycling plate of the melting furnace, the waste recycling plate can automatically be driven to shake when workers throw out redundant soldering tin waste; and incompletely solidified soldering tin waste being thrown out is not easy to be adhered to the waste recycling plate, so that soldering tin waste recycling is facilitated.
Description
Technical field
The present invention relates to a kind of melts soldering tin stove, be used for melts soldering tin is coated in the exposed wire filaments outside, make wire filaments fixedly be bundled into bundle after scolding tin condenses, particularly a kind of melts soldering tin stove that facilitates the scolding tin waste recovery.
Background technology
The melts soldering tin stove is a kind of stove that is used for soldering tin bar fusing, is used for dipping a small amount of scolding tin liquid at exposed a bundle wire filaments head, after solder cools is solidified, wire filaments fixedly is bundled into bundle, be usually used in distribution box produce in the fixing of wire filaments.
Existing melts soldering tin stove generally comprises a heat-resisting cavity volume, is provided with many first heating wire and waste recovery dishes that are used for getting rid of the scolding tin redundance that are used for melting scolding tin in it.the workman is when using this melts soldering tin stove, first put into tin bar with melts soldering tin, putting a wisp wire filaments in order with hand again stretches into the head of wisp wire filaments in scolding tin liquid and dips scolding tin, if then pulling out the scolding tin that dips crosses at most get rid of a part in the waste recovery dish, wait for that scolding tin solidifies rear wisp wire filaments and will be fixed together, and this structure and the mode of production exist a lot of danger and operational difficulty: 1, because need to stretching in a boiling hot melts soldering tin stove with hand, the workman dips scolding tin liquid, and this melts soldering tin stove is not done any safeguard measure, just in case workman's general idea in a period of time or the very difficult assurance of other fortuitous event workman's hand or pin can not touch scolding tin liquid and cause personal injury.
2, in the melts soldering tin stove without any the scale sign, the height of scolding tin liquid level is difficult to control, the workman is when dipping scolding tin liquid, if the constant intensity of the too low wire filaments of scolding tin liquid level may be not, if can make plastic casing touch scolding tin liquid after the too high wire filaments of scolding tin liquid level is inserted liquid level, make plastic casing be melted in scolding tin liquid.
When 3, the workman gets rid of unnecessary scolding tin in the waste recovery dish, can not stick in the waste recovery dish because scolding tin solidifies at this moment fully, by the time it will be taken off recovery from the waste recovery dish after the complete cooled and solidified of scolding tin very difficult.
Summary of the invention
The present invention is directed to the prior art deficiency, a kind of melts soldering tin stove that facilitates the scolding tin waste recovery is provided, this kind melts soldering tin stove facilitates the recovery of scolding tin waste material.
in order to solve the problems of the technologies described above, the present invention is solved by following technical proposals: a kind of melts soldering tin stove that facilitates the scolding tin waste recovery, comprise heat-resisting cavity volume, be provided with the first heating wire in described heat-resisting cavity volume, the other waste recovery dish that is provided with of described heat-resisting cavity volume, described waste recovery tray bottom is provided with elastomer, because the waste recovery tray bottom is provided with elastomer, workman's waste recovery dish when getting rid of unnecessary scolding tin can be shaken, getting rid of like this scolding tin that does not solidify fully that gets off just is not easy to be bonded on the waste recovery dish, make the recovery of scolding tin waste material become convenient.
In technique scheme, preferably, described waste recovery dish below also is provided with the second cylinder, the flexible of the second cylinder can arrive the waste recovery dish in the top, make the shake effect of waste recovery dish more obvious, the scolding tin that does not solidify fully is more difficult to be bonded on the waste recovery dish, has solved waste material and has solidified and be bonded in the difficulty that is difficult to take off on the waste recovery dish.
In technique scheme, preferred, described elastomer is spring, because the good price of spring force is cheap, therefore select spring as elastomer.
The present invention compared with prior art, have following beneficial effect: the present invention is provided with elastomer in the waste recovery tray bottom, workman's waste recovery dish when getting rid of unnecessary scolding tin can be shaken, get rid of like this scolding tin that does not solidify fully that gets off and just be not easy to be bonded on the waste recovery dish, make the recovery of scolding tin waste material become convenient.
Description of drawings
Fig. 1 is the overall structure schematic diagram of the embodiment of the present invention one.
Fig. 2 is the structural representation of guard.
Fig. 3 is the schematic diagram of guard arranged outside heat-barrier material.
Fig. 4 is the cross-sectional schematic of heat-resisting cavity volume.
Fig. 5 is the schematic top plan view of automatic feeding.
Fig. 6 is the schematic diagram of heat-resisting support.
Fig. 7 is the side schematic view of conical shell.
Fig. 8 is the schematic top plan view of conical shell.
Fig. 9 is the schematic diagram of the waste recovery dish in embodiment one.
Figure 10 is the schematic diagram of the waste recovery dish in embodiment two.
Figure 11 is the schematic diagram of the waste recovery dish in embodiment three.
The specific embodiment
Below in conjunction with accompanying drawing and the specific embodiment, the present invention is described in further detail: referring to Fig. 1 to Figure 11.
Embodiment one, a kind of melts soldering tin stove that facilitates the scolding tin waste recovery, the heat-resisting cavity volume 100 that comprises an openings at one side cuboid, heat-resisting cavity volume 100 sides are provided with a waste recovery dish 200, the inside of heat-resisting cavity volume 100 is equipped with the first heating wire 101, one side of heat-resisting cavity volume 100 openings is provided with the guard 300 that is rotationally connected, the hand that guard 300 makes the workman is set on heat-resisting cavity volume 100 can not be stretched in heat-resisting cavity volume 100, thoroughly eliminate the possibility of the scolding tin liquid in workman's hand touching cavity volume 100, improved security performance.The outside of described guard 300 is enclosed with the first thermal insulation layer 301, and the temperature that the first thermal insulation layer 301 can reduce guard 300 is set, and the workman is safer when touching guard 300, there is no the sensation that scalds one's hand.
the melts soldering tin stove also includes automatic feeding 400, described automatic feeding 400 comprises a plate body 401, be provided with control device 402 on described plate body 401, be provided with the first groove 403 on described plate body 401, one end of described the first groove 403 is provided with the first cylinder 404, the cylinder bar of the first cylinder 404 is used for promoting soldering tin bar 405 in the first groove 403, described control device 402 is used for controlling the stretching motion of the first cylinder 404, the other end of described the first groove 403 is connected on heat-resisting cavity volume 100, be provided with the first through hole 403a on heat-resisting cavity volume 100, described the first groove 403 communicates with described the first through hole 403a, be provided with on described plate body 401 be used to the shelf 406 of laying soldering tin bar 405, be provided with sensor 102 on heat-resisting cavity volume 100 inwalls, described sensor 102 is connected with control device 402, control device described in the present embodiment 402 is PLC controller etc.this automatic feeding 400 in use, a lot of soldering tin bar 405 can be placed on shelf 406, a lowermost root bead tin bar 405 falls within the first groove 403, the scolding tin liquid level during higher than the height of sensor 102 the first cylinder 404 remain static, when the scolding tin liquid level during lower than the height of sensor 102, sensor 102 issues a signal to the PLC controller, PLC controller control the first cylinder 404 stretches out the soldering tin bars 405 in the first groove 403 is pushed 100 li of heat-resisting cavity volumes, then the first cylinder 404 is retracted, drop into again in the first groove 403 at the lowermost soldering tin bar 405 of shelf 406, soldering tin bar 405 fusings that enter heat-resisting cavity volume 100 improve the scolding tin liquid level, when liquid level flooded sensor 102, the first cylinder 404 is transfixion again, height can be regulated according to the processing request of the wire filaments of different length in the position of sensor 102 in heat-resisting cavity volume 100, in order to facilitate this operation, be provided with the first guide rail 103 in heat-resisting cavity volume 100, described sensor 102 is arranged on described the first guide rail 103, sensor 102 can slide on the first guide rail 103.Adopt the automatic feeding 400 of this kind structure to make the workman not need to open again guard 300 and add soldering tin bar 405, and tin soldering liquid face height has been realized automatic control, can not cause the too high or too low phenomenon of scolding tin liquid level, make the scolding tin liquid level maintain all the time best height.
also be provided with two heat-resisting supports 104 in the heat-resisting cavity volume 100 of melts soldering tin stove, be provided with up big and down small conical shell 105 on described heat-resisting support 104, the bottom of described conical shell 105 is provided with the second through hole 106, the size of described the second through hole 106 is decided according to the diameter of the wire filaments of different thicknesses or radical, the inwall of described conical shell 105 is provided with the second thermal insulation layer 111, the workman is when the processing wire filaments, wire filaments is inserted in the second through hole 106, exposed wire filaments wherein can not passed the second through hole 106 by the plastics that the second through hole 106 is wrapped in exposed wire filaments outer wrap, therefore the plastics of outer wrap can not be melted in scolding tin liquid, if it is accurately wire filaments not to be inserted the second through hole 106 for the workman that housing is arranged to taper, taper surface also can slide into wire filaments in the second through hole 106, improved the serious forgiveness in work, make workman's work become light, and conical shell 105 has been installed has effectively been improved the hand scald that security prevents the workman.for the exposed wire filaments that makes different length can be with this kind conical shell 105, need to make conical shell 105 can regulate from the height of liquid level, certainly the height that can select to regulate the scolding tin liquid level also can be regulated the height of conical shell 105, in order to regulate the height of conical shell 105, be provided with some first screws 107 of differing heights on heat-resisting support 104, on described conical shell, great circle one side is provided with some flanges 108, be provided with the second screw 109 on described flange 108, described conical shell 105 is fixed on described heat-resisting support 104 by the bolt 110 that passes described the first screw 107 and described the second screw 109.
Embodiment two, a kind of melts soldering tin stove that facilitates the scolding tin waste recovery, the heat-resisting cavity volume 100 that comprises an openings at one side cuboid, heat-resisting cavity volume 100 sides are provided with a waste recovery dish 200, the inside of heat-resisting cavity volume 100 is equipped with the first heating wire 101, one side of heat-resisting cavity volume 100 openings is provided with the guard 300 that is rotationally connected, the hand that guard 300 makes the workman is set on heat-resisting cavity volume 100 can not be stretched in heat-resisting cavity volume 100, thoroughly eliminate the possibility of the scolding tin liquid in workman's hand touching cavity volume 100, improved security performance.The outside of described guard 300 is enclosed with the first thermal insulation layer 301, and the temperature that the first thermal insulation layer 301 can reduce guard 300 is set, and the workman is safer when touching guard 300, there is no the sensation that scalds one's hand.
the melts soldering tin stove also includes automatic feeding 400, described automatic feeding 400 comprises a plate body 401, be provided with control device 402 on described plate body 401, be provided with the first groove 403 on described plate body 401, one end of described the first groove 403 is provided with the first cylinder 404, the cylinder bar of the first cylinder 404 is used for promoting soldering tin bar 405 in the first groove 403, described control device 402 is used for controlling the stretching motion of the first cylinder 404, the other end of described the first groove 403 is connected on heat-resisting cavity volume 100, be provided with the first through hole 403a on heat-resisting cavity volume 100, described the first groove 403 communicates with described the first through hole 403a, be provided with on described plate body 401 be used to the shelf 406 of laying soldering tin bar 405, be provided with sensor 102 on heat-resisting cavity volume 100 inwalls, described sensor 102 is connected with control device 402, control device described in the present embodiment 402 is PLC controller etc.this automatic feeding 400 in use, a lot of soldering tin bar 405 can be placed on shelf 406, a lowermost root bead tin bar 405 falls within the first groove 403, the scolding tin liquid level during higher than the height of sensor 102 the first cylinder 404 remain static, when the scolding tin liquid level during lower than the height of sensor 102, sensor 102 issues a signal to the PLC controller, PLC controller control the first cylinder 404 stretches out the soldering tin bars 405 in the first groove 403 is pushed 100 li of heat-resisting cavity volumes, then the first cylinder 404 is retracted, drop into again in the first groove 403 at the lowermost soldering tin bar 405 of shelf 406, soldering tin bar 405 fusings that enter heat-resisting cavity volume 100 improve the scolding tin liquid level, when liquid level flooded sensor 102, the first cylinder 404 is transfixion again, height can be regulated according to the processing request of the wire filaments of different length in the position of sensor 102 in heat-resisting cavity volume 100, in order to facilitate this operation, be provided with the first guide rail 103 in heat-resisting cavity volume 100, described sensor 102 is arranged on described the first guide rail 103, sensor 102 can slide on the first guide rail 103.Adopt the automatic feeding 400 of this kind structure to make the workman not need to open again guard 300 and add soldering tin bar 405, and tin soldering liquid face height has been realized automatic control, can not cause the too high or too low phenomenon of scolding tin liquid level, make the scolding tin liquid level maintain all the time best height.
also be provided with two heat-resisting supports 104 in the heat-resisting cavity volume 100 of melts soldering tin stove, be provided with up big and down small conical shell 105 on described heat-resisting support 104, the bottom of described conical shell 105 is provided with the second through hole 106, the size of described the second through hole 106 is decided according to the diameter of the wire filaments of different thicknesses or radical, the inwall of described conical shell 105 is provided with the second thermal insulation layer 111, the workman is when the processing wire filaments, wire filaments is inserted in the second through hole 106, exposed wire filaments wherein can not passed the second through hole 106 by the plastics that the second through hole 106 is wrapped in exposed wire filaments outer wrap, therefore the plastics of outer wrap can not be melted in scolding tin liquid, if it is accurately wire filaments not to be inserted the second through hole 106 for the workman that housing is arranged to taper, taper surface also can slide into wire filaments in the second through hole 106, improved the serious forgiveness in work, make workman's work become light, and conical shell 105 has been installed has effectively been improved the hand scald that security prevents the workman.for the exposed wire filaments that makes different length can be with this kind conical shell 105, need to make conical shell 105 can regulate from the height of liquid level, certainly the height that can select to regulate the scolding tin liquid level also can be regulated the height of conical shell 105, in order to regulate the height of conical shell 105, be provided with some first screws 107 of differing heights on heat-resisting support 104, on described conical shell, great circle one side is provided with some flanges 108, be provided with the second screw 109 on described flange 108, described conical shell 105 is fixed on described heat-resisting support 104 by the bolt 110 that passes described the first screw 107 and described the second screw 109.
Embodiment three, a kind of melts soldering tin stove that facilitates the scolding tin waste recovery, the heat-resisting cavity volume 100 that comprises an openings at one side cuboid, heat-resisting cavity volume 100 sides are provided with a waste recovery dish 200, the inside of heat-resisting cavity volume 100 is equipped with the first heating wire 101, one side of heat-resisting cavity volume 100 openings is provided with the guard 300 that is rotationally connected, the hand that guard 300 makes the workman is set on heat-resisting cavity volume 100 can not be stretched in heat-resisting cavity volume 100, thoroughly eliminate the possibility of the scolding tin liquid in workman's hand touching cavity volume 100, improved security performance.The outside of described guard 300 is enclosed with the first thermal insulation layer 301, and the temperature that the first thermal insulation layer 301 can reduce guard 300 is set, and the workman is safer when touching guard 300, there is no the sensation that scalds one's hand.
the melts soldering tin stove also includes automatic feeding 400, described automatic feeding 400 comprises a plate body 401, be provided with control device 402 on described plate body 401, be provided with the first groove 403 on described plate body 401, one end of described the first groove 403 is provided with the first cylinder 404, the cylinder bar of the first cylinder 404 is used for promoting soldering tin bar 405 in the first groove 403, described control device 402 is used for controlling the stretching motion of the first cylinder 404, the other end of described the first groove 403 is connected on heat-resisting cavity volume 100, be provided with the first through hole 403a on heat-resisting cavity volume 100, described the first groove 403 communicates with described the first through hole 403a, be provided with on described plate body 401 be used to the shelf 406 of laying soldering tin bar 405, be provided with sensor 102 on heat-resisting cavity volume 100 inwalls, described sensor 102 is connected with control device 402, control device described in the present embodiment 402 is PLC controller etc.this automatic feeding 400 in use, a lot of soldering tin bar 405 can be placed on shelf 406, a lowermost root bead tin bar 405 falls within the first groove 403, the scolding tin liquid level during higher than the height of sensor 102 the first cylinder 404 remain static, when the scolding tin liquid level during lower than the height of sensor 102, sensor 102 issues a signal to the PLC controller, PLC controller control the first cylinder 404 stretches out the soldering tin bars 405 in the first groove 403 is pushed 100 li of heat-resisting cavity volumes, then the first cylinder 404 is retracted, drop into again in the first groove 403 at the lowermost soldering tin bar 405 of shelf 406, soldering tin bar 405 fusings that enter heat-resisting cavity volume 100 improve the scolding tin liquid level, when liquid level flooded sensor 102, the first cylinder 404 is transfixion again, height can be regulated according to the processing request of the wire filaments of different length in the position of sensor 102 in heat-resisting cavity volume 100, in order to facilitate this operation, be provided with the first guide rail 103 in heat-resisting cavity volume 100, described sensor 102 is arranged on described the first guide rail 103, sensor 102 can slide on the first guide rail 103.Adopt the automatic feeding 400 of this kind structure to make the workman not need to open again guard 300 and add soldering tin bar 405, and tin soldering liquid face height has been realized automatic control, can not cause the too high or too low phenomenon of scolding tin liquid level, make the scolding tin liquid level maintain all the time best height.
also be provided with two heat-resisting supports 104 in the heat-resisting cavity volume 100 of melts soldering tin stove, be provided with conical shell 105 on described heat-resisting support 104, the bottom of described conical shell 105 is provided with the second through hole 106, the size of described the second through hole 106 is decided according to the diameter of the wire filaments of different thicknesses or radical, the inwall of described conical shell 105 is provided with the second thermal insulation layer 111, the workman is when the processing wire filaments, wire filaments is inserted in the second through hole 106, exposed wire filaments wherein can not passed the second through hole 106 by the plastics that the second through hole 106 is wrapped in exposed wire filaments outer wrap, therefore the plastics of outer wrap can not be melted in scolding tin liquid, if it is accurately wire filaments not to be inserted the second through hole 106 for the workman that housing is arranged to taper, taper surface also can slide into wire filaments in the second through hole 106, improved the serious forgiveness in work, make workman's work become light, and conical shell 105 has been installed has effectively been improved the hand scald that security prevents the workman.for the exposed wire filaments that makes different length can be with this kind conical shell 105, need to make conical shell 105 can regulate from the height of liquid level, certainly the height that can select to regulate the scolding tin liquid level also can be regulated the height of conical shell 105, in order to regulate the height of conical shell 105, be provided with some first screws 107 of differing heights on heat-resisting support 104, on described conical shell, great circle one side is provided with some flanges 108, be provided with the second screw 109 on described flange 108, described conical shell 105 is fixed on described heat-resisting support 104 by the bolt 110 that passes described the first screw 107 and described the second screw 109.
be arranged on the upper end of described heat-resisting cavity volume 100 1 sides in waste recovery dish 200, the bottom of described waste recovery dish 200 is communicated with the sidewall of described heat-resisting cavity volume 100, also be provided with the second heating wire 204 in described waste recovery dish 200, the workman can condense in scolding tin on waste recovery dish 200 when getting rid of unnecessary scolding tin, when when being agglomerated to the waste material of some, give the second heating wire 204 energisings with these scrap meltings, can flow in heat-resisting cavity volume 100 by the passage between waste recovery dish 200 bottoms and heat-resisting cavity volume 100 sidewalls after these scrap meltings, realize the recycling of waste material, having removed waste material sticks in the very difficult puzzlement of reclaiming in waste recovery dish 200 bottoms.
Claims (3)
1. melts soldering tin stove that facilitates the scolding tin waste recovery, comprise heat-resisting cavity volume (100), be provided with the first heating wire (101) in described heat-resisting cavity volume (100), described heat-resisting cavity volume (100) is other is provided with waste recovery dish (200), it is characterized in that: be provided with elastomer bottom described waste recovery dish (200).
2. a kind of melts soldering tin stove that facilitates the scolding tin waste recovery as claimed in claim 1, is characterized in that: also be provided with the second cylinder (202) below described waste recovery dish (200).
3. a kind of melts soldering tin stove that facilitates the scolding tin waste recovery as claimed in claim 1, it is characterized in that: described elastomer is spring (201).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310066716.7A CN103128406B (en) | 2013-03-04 | 2013-03-04 | Soldering tin melting furnace for facilitating soldering tin waste recycling |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310066716.7A CN103128406B (en) | 2013-03-04 | 2013-03-04 | Soldering tin melting furnace for facilitating soldering tin waste recycling |
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| CN103128406A true CN103128406A (en) | 2013-06-05 |
| CN103128406B CN103128406B (en) | 2015-04-22 |
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| JP2002374063A (en) * | 2001-06-14 | 2002-12-26 | Taichiro Sato | Jet tank with solder suction device |
| CN201002160Y (en) * | 2006-12-18 | 2008-01-09 | 深圳市昂科电子设备有限公司 | High temperature welding furnace |
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| CN103128406B (en) | 2015-04-22 |
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