CN108326387A

CN108326387A - One kind is based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production

Info

Publication number: CN108326387A
Application number: CN201810429903.XA
Authority: CN
Inventors: 王大同
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-05-08
Filing date: 2018-05-08
Publication date: 2018-07-27

Abstract

The present invention relates to smelting-casting equipment technical fields, and one kind is disclosed based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production, including scolding tin furnace body, the external stability of gas outlet is connected with escape pipe at the top of the scolding tin furnace body, the escape pipe is installed with gas tray far from one end at the top of scolding tin furnace body, no less than ten gas vents are evenly distributed at the top of the gas tray, the middle part fixing sleeve of the escape pipe is connected to air pressure exhaust apparatus.It should be based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production, pass through the driving effect of electric pushrod and rotation motor, the need of work for making equipment that can be fixed according to wire filaments in work, angles and positions to picking up device are effectively adjusted, scolding tin and fixed work are dipped to be efficiently completed wire filaments by mechanical structure, while reducing wire filaments fixation work difficulty, the efficiency that wire filaments fix work is greatly improved.

Description

One kind is based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production

Technical field

The present invention relates to smelting-casting equipment technical field, the fixed scolding tin of wire filaments in specially a kind of production based on distribution box Smelting furnace device.

Background technology

Scolding tin is the essential industry raw material that electronic component is connected in welding circuit, is a kind of lower melting-point weldering Material, refers mainly to the solder made of kamash alloy.The production method of scolding tin is first with legal system ingot is melted, and then pressure processing is become a useful person, Scolding tin is widely used in electronics industry, household appliances manufacturing, auto manufacturing, maintenance industry and daily life.

Carry out wire filaments fixation work when, often need use melts soldering tin stove, existing melts soldering tin stove mainly by More the first wire filaments for melting scolding tin and one is arranged inside for getting rid of scolding tin excess portion in heat-resisting vessel composition The waste recovery disk divided, relevant staff are needed whole with hand when being carried out the fixation work of wire filaments using melts soldering tin stove One wisp wire filaments of reason, which stretch into the head of wisp wire filaments, dips scolding tin in solder liquid, wait for wisp electricity after soldering tin binds Filament will be fixed together.

Because the existing melts soldering tin stove design being welded and fixed for wire filaments is simple, without the wire filaments to putting in order Carry out the fixed mechanical structure of scolding tin, need staff carried out manually in melts soldering tin stove scolding tin dip and regular worker Make, while increasing wire filaments fixation work difficulty, so that wire filaments is fixed the course of work, there are great security risks, together When because it is artificial dip scolding tin when, accurate control can not be carried out to soldering tin amount, in the amount of doing over again for improving wire filaments and fixing work Meanwhile greatly reducing the efficiency that wire filaments fix work.

Invention content

（One）The technical issues of solution

In view of the deficiencies of the prior art, the present invention provides one kind based on the fixed scolding tin smelting furnace dress of wire filaments in distribution box production It sets, has and the wire filaments put in order are carried out dipping scolding tin and fixed mechanical structure, the knot controling effectively to soldering tin amount The advantages that structure, solve that the existing melts soldering tin stove design being welded and fixed for wire filaments is simple, without to putting in order Wire filaments carry out the fixed mechanical structure of scolding tin, need staff carried out manually in melts soldering tin stove scolding tin dip and it is solid Fixed work also makes the wire filaments fixation course of work there is greatly safety hidden while increasing wire filaments fixation work difficulty Suffering from, while when because manually dipping scolding tin, accurate control can not be carried out to soldering tin amount, doing over again for work is fixed improving wire filaments While amount, the problem of wire filaments fix the efficiency of work is greatly reduced.

（Two）Technical solution

The wire filaments put in order are carried out dipping scolding tin and fixed mechanical structure for realization is above-mentioned, soldering tin amount is effectively controlled The purpose of the structure of system, the present invention provide the following technical solutions：One kind is molten based on the fixed scolding tin of wire filaments in distribution box production The external stability of furnace apparatus, including scolding tin furnace body, scolding tin furnace body top gas outlet is connected with escape pipe, described Escape pipe is installed with gas tray far from one end at the top of scolding tin furnace body, and the top of the gas tray is uniform No less than ten gas vents are distributed with, the middle part fixing sleeve of the escape pipe is connected to air pressure exhaust apparatus, the scolding tin smelting furnace sheet The positive upper and lower ends of body are equipped with snap groove, and the positive side of scolding tin furnace body is hinged with protective device, the weldering The inner cavity of tin furnace body is installed with melt bushing, the underface of the melt bushing and positioned at the interior of scolding tin furnace body Chamber is connected with bearing plate, and the middle part of the bearing plate bottom end is fixedly connected with the top of metering disk, and the bottom end of the metering disk is solid Surely be connected with melt conduit, the middle part of the melt conduit is equipped with loading cartridge, the loading cartridge far from melt conduit one End is fixedly connected with the top of compression spring, and the bottom end of the compression spring is fixed with the middle part of melt holder intracavity bottom to be connected It connects.

The front of the scolding tin furnace body far from protective device side is installed with electric pushrod, the electric pushrod Impeller-hub be fixedly connected with the bottom end of catch bar, the impeller-hub of the electric pushrod is external living with catch bar bottom end junction Dynamic to be socketed with activity cover plate, the outside of the catch bar and surface fixing sleeve positioned at activity cover plate is connected to fixed disk is described The side of fixed disk is equipped with turning groove, is fixedly connected with stretch rod on the inside of the catch bar top, the stretch rod is separate The one end on catch bar top, which is fixedly connected with, picks up device, and side of the electric pushrod far from scolding tin furnace body is fixedly mounted There is rotation motor, the output shaft of the rotation motor to be fixedly connected with the input terminal of shaft coupling, the output end of the shaft coupling with The bottom end of drive link is fixedly connected, and is fixedly connected in the middle part of the top and rotating disc lower surface of the drive link, the rotating disc Side be installed with pivot protrusion, a front surface and a side surface of the scolding tin furnace body is equipped with transfer plate ontology, the biography It send and offers placing groove at the top of plate ontology.

Preferably, the air pressure exhaust apparatus includes extension spring, top and the motion stops lower surface of the extension spring Middle part be fixedly connected, be fixedly connected in the middle part of the bottom end of the extension spring and fixed surface beyond the Great Wall, the side of the fixed plug Face is fixedly connected with fixed inserted link, and the inner wall of the fixed inserted link one end and escape pipe bottom end far from fixed plug side, which is fixed, to be connected It connects.

Preferably, the protective device includes protective door, and side of the protective door far from electric pushrod is equipped with handle, institute The middle part for stating protective door upper and lower ends is installed with snap block, side of the protective door far from handle and scolding tin smelting furnace sheet The square groove that body front is equipped with is hinged at.

Preferably, the loading cartridge includes limitation disk, and the middle part of the limitation disk is equipped with movable pressure block, described The bottom end of movable pressure block is fixedly connected with stayed mast, the one end of the stayed mast far from movable pressure block and clamping cover plate upper table It is fixedly connected in the middle part of face, the clamping cover plate is connected to the outside of melt conduit bottom end.

Preferably, the device that picks up includes the arm of force, the middle part of the arm of force one end far from stretch rod and chuck top It is fixedly connected, the inner wall of the chuck, which is equipped with, clamps protrusion, and the one end of the arm of force far from chuck is with stretch rod far from catch bar One end be fixedly connected.

Preferably, the motion stops are movably connected between the inner cavity of tray and the inner cavity of escape pipe, and the gas is held It is round table-like to connect disk, and the motion stops, fix the center of plug, gas tray and escape pipe point-blank at extension spring.

Preferably, the limitation disk is made of two round platforms, and two smaller one end of round platform diameter are fixedly connected, institute State the middle part that movable pressure block is movably connected in limitation disk inner cavity, the diameter of the limitation disk with it is straight in the middle part of disk of limiting the quantity Diameter is adapted.

Preferably, the quantity of the arm of force is two, and two arm of forces are symmetrically distributed in two outside stretch rod bottom end The clamping protrusion of side, the arm of force bottom end is arc-shaped, and two opposite faces for clamping protrusion are evenly distributed with no less than ten A clamping protrusion.

Preferably, the quantity of the pivot protrusion and the quantity of turning groove are corresponding, and the size of pivot protrusion with turn The size of dynamic groove is adapted, and the quantity of the pivot protrusion is engaged with turning groove.

（Three）Advantageous effect

Compared with prior art, the fixed scolding tin smelting furnace device of wire filaments in being produced based on distribution box the present invention provides one kind, Has following advantageous effect：

1, the driving of electric pushrod and rotation motor should be passed through based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production Effect, the need of work for making equipment that can be fixed according to wire filaments in work, the angles and positions to picking up device carry out effective Adjustment dips scolding tin and fixed work to be efficiently completed wire filaments by mechanical structure, work is fixed reducing wire filaments While difficulty, the efficiency that wire filaments fix work is greatly improved.

2, the fixed scolding tin smelting furnace device of wire filaments will be whole by picking up the effect of device in should being produced based on distribution box The wire filaments of reason fasciculation are clamped and fix work, because wire filaments fixation is insecure during preventing from dipping scolding tin, lead It sends a telegraph filament surprisingly to fall off while to the making troubles property of development of related work, greatly improves wire filaments and dip scolding tin The stability and high efficiency of work is fixed in liquid.

It 3, should be based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production, by the effect of loading cartridge, to electricity Filament is fixed the soldering tin amount dipped when work and is effectively controlled, to effectively reduce the waste of scolding tin resource, anti- While only because of the unqualified welding to wire filaments of the amount of scolding tin and fixed making troubles property of work, wire filaments are greatly improved The efficiency of fixed work.

4, scolding tin should be carried out in scolding tin furnace body based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production Founding work when generating gas, the air pressure in scolding tin furnace body increases, molten to scolding tin by the effect of air pressure exhaust apparatus Gas in furnace body is timely exported, derived from gas in improving scolding tin fusion-casting process while high efficiency, into one Step improves the stability of the high efficiency and founding ambient pressure of scolding tin founding work.

It 5, should be based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production, in scolding tin furnace body without founding When with welding job, by the effect of protective device, the structure inside scolding tin furnace body is effectively protected, prevents from anticipating While outer collision is damaged to the structure member in scolding tin furnace body, it is greatly reduced existing security risk.

Description of the drawings

Fig. 1 is schematic structural view of the invention；

Fig. 2 is the schematic cross-sectional view of structure of the invention scolding tin furnace body；

Fig. 3 is the close-up schematic view at A in structure of the invention Fig. 1；

Fig. 4 is the close-up schematic view at B in structure of the invention Fig. 2；

Fig. 5 is the close-up schematic view at C in structure of the invention Fig. 2.

In figure：1 scolding tin furnace body, 2 escape pipes, 3 gas trays, 4 gas vents, 5 air pressure exhaust apparatus, 51 stretch bullet Plug, 54 fixation inserted links, 6 snap grooves, 7 protective devices, 71 protective doors, 72 handles, 73 snap blocks, 8 are fixed in spring, 52 motion stops, 53 Melt bushing, 9 bearing plates, 10 metering disks, 11 melt conduits, 12 loading cartridges, 121 limitation disks, 122 movable pressure blocks, 123 Stayed mast, 124 clamping cover plates, 13 compression springs, 14 melt holders, 15 electric pushrods, 16 catch bars, 17 activity cover plates, 18 Fixed disk, 19 turning grooves, 20 stretch rods, 21 pick up device, 211 arm of forces, 212 chucks, 213 clamp protrusions, 22 rotation motors, 23 shaft couplings, 24 drive links, 25 rotating discs, 26 pivot protrusions, 27 transfer plate ontologies, 28 placing grooves.

Specific implementation mode

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

- 5 are please referred to Fig.1, one kind is based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production, including scolding tin smelting furnace The external stability of ontology 1,1 top gas outlet of scolding tin furnace body is connected with escape pipe 2, and escape pipe 2 is far from scolding tin furnace body 1 The one end at top is installed with gas tray 3, and the top of gas tray 3 is evenly distributed with no less than ten gas vents 4, The middle part fixing sleeve of escape pipe 2 is connected to air pressure exhaust apparatus 5, and air pressure exhaust apparatus 5 includes extension spring 51, extension spring 51 It is fixedly connected in the middle part of top and 52 lower surface of motion stops, motion stops 52 are movably connected in inner cavity and the escape pipe 2 of tray 3 Between inner cavity, gas tray 3 is round table-like, when carrying out the founding work generation gas of scolding tin in scolding tin furnace body 1, weldering Air pressure in tin furnace body 1 increases, and the gas generated in fusion-casting process enters escape pipe 2 and pushes motion stops 52, drives and stretches The stretching of spring 51 moves up, and so that motion stops 52 is moved to the inner cavity of gas tray 3, gas is timely arranged by gas vent 4 Go out, derived from gas in improving scolding tin fusion-casting process while high efficiency, further improves the efficient of scolding tin founding work Property and founding ambient pressure stability, motion stops 52, extension spring 51, fixed plug 53, gas tray 3 and escape pipe 2 Center point-blank, is fixedly connected, the side of fixed plug 53 in the middle part of the bottom end of extension spring 51 and 53 upper surfaces of fixed plug Face is fixedly connected with fixed inserted link 54, and the quantity of fixed inserted link 54 is three, and triangle pair is surrounded by three fixed inserted links 54 Fixed plug 53 is effectively fixed, and the one end of fixed inserted link 54 far from 53 sides of fixed plug and the inner wall of 2 bottom end of escape pipe are solid Fixed connection, 1 positive upper and lower ends of scolding tin furnace body are equipped with snap groove 6, and 1 positive side of scolding tin furnace body is hinged with Protective device 7, protective device 7 include protective door 71, and side of the protective door 71 far from electric pushrod 15 is equipped with handle 72, protective door The middle part of 71 upper and lower ends is installed with snap block 73, side of the protective door 71 far from handle 72 and scolding tin furnace body 1 The square groove that front is equipped with is hinged at, and by making snap block 73 be clamped with snap groove 6, so that protective door 71 is closed, by anti- The structure inside scolding tin furnace body 1 is effectively protected in the effect of protection unit 7, prevents accident collision from giving scolding tin smelting furnace While structure member in ontology 1 damages, be greatly reduced existing security risk, scolding tin furnace body 1 it is interior Chamber is installed with melt bushing 8, the underface of melt bushing 8 and is connected with bearing plate positioned at the inner cavity of scolding tin furnace body 1 9, the middle part of 9 bottom end of bearing plate is fixedly connected with the top of metering disk 10, and the bottom end of metering disk 10 is fixedly connected with melt conduit 11, the middle part of melt conduit 11 is equipped with loading cartridge 12, and loading cartridge 12 includes limitation disk 121, and limitation disk 121 is by two Round platform forms, and two smaller one end of round platform diameter are fixedly connected, and movable pressure block 122 is movably connected in limitation disk 121 The diameter at the middle part of inner cavity, disk 121 of limiting the quantity is adapted with the diameter at 121 middle part of limitation disk, and the middle part of limitation disk 121 is set There are movable pressure block 122, the bottom end of movable pressure block 122 to be fixedly connected with stayed mast 123, stayed mast 123 is far from movable pressure It is fixedly connected in the middle part of one end of block 122 and 124 upper surface of clamping cover plate, clamping cover plate 124 is connected to 11 bottom end of melt conduit Outside, the one end of loading cartridge 12 far from melt conduit 11 is fixedly connected with the top of compression spring 13, compression spring 13 It being fixedly connected in the middle part of bottom end and 14 intracavity bottom of melt holder, melt enters the top of bearing plate 9 by melt bushing 8, Then metering disk 10 is entered by the leakage hole at 9 top of bearing plate, melt is fallen through disk 121 of limiting the quantity on the top of movable pressure block 122 Portion makes movable pressure block 122 that stayed mast 123 be driven to push clamping cover plate 124, passes through pressure bullet under the pressure effect of melt Spring 13 moves down, and drives clamping cover plate 124 to move down, melt is made to flow to the inner cavity of melt holder 14, when fixing work to wire filaments The soldering tin amount dipped is effectively controlled, to effectively reduce the waste of scolding tin resource, prevent because scolding tin amount not Qualification to wire filaments welding and fixed making troubles property of work while, greatly improve the effect that wire filaments fix work Rate.

Front of the scolding tin furnace body 1 far from 7 side of protective device is installed with electric pushrod 15, electric pushrod 15 Impeller-hub is fixedly connected with the bottom end of catch bar 16, and the impeller-hub of electric pushrod 15 is lived with the external of 16 bottom end junction of catch bar It is dynamic to be socketed with activity cover plate 17, the outside of the catch bar 16 and surface fixing sleeve positioned at activity cover plate 17 is connected to fixed disk 18, The side of fixed disk 18 is equipped with turning groove 19, and stretch rod 20 is fixedly connected on the inside of 16 top of catch bar, and stretch rod 20 is remote One end from 16 top of catch bar, which is fixedly connected with, picks up device 21, and it includes the arm of force 211, the quantity of the arm of force 211 to pick up device 21 It it is two, two arm of forces 211 are symmetrically distributed in the both sides outside 20 bottom end of stretch rod, and the clamping protrusion 213 of 211 bottom end of the arm of force is Arc-shaped, two opposite faces for clamping protrusion 213 are evenly distributed with no less than ten and clamp protrusion 213, and the arm of force 211 is separate to be stretched It is fixedly connected in the middle part of one end of bar 20 and 212 top of chuck, the inner wall of chuck 212, which is equipped with, clamps protrusion 213, passes through the arm of force 211 flexible makes chuck 212 and clamps protrusion 213 to be clamped and fix work by the wire filaments for arranging fasciculation, is preventing It dips during scolding tin because wire filaments are fixed insecure, leads to that wire filaments surprisingly fall off and the development to related work is made troubles While property, greatly improves wire filaments and dip work is fixed in tin soldering liquid stability and high efficiency, the arm of force 211 is separate One end of chuck 212 is fixedly connected with the one end of stretch rod 20 far from catch bar 16, and electric pushrod 15 is far from scolding tin furnace body 1 Side be installed with rotation motor 22, catch bar 16 is pushed by the electric pushrod 15 of work, makes stretch rod 20 Drive picks up the movement of device 21, while driving drive link 24 and rotating disc 25 to rotate synchronously by the rotation motor of work 22, leads to It crosses shaft coupling 23 and speed stabilizing is carried out to rotation motor 22, engaged with turning groove 19 by pivot protrusion 26, fixed disk 18 is made to drive It picks up device 21 to be rotated, the need of work for making equipment that can be fixed according to wire filaments in work, to picking up the angle of device 21 It is effectively adjusted with position, dips scolding tin and fixed work to be efficiently completed wire filaments by mechanical structure, dropping While low wire filaments fix work difficulty, the efficiency that wire filaments fix work, the output of rotation motor 22 are greatly improved Axis is fixedly connected with the input terminal of shaft coupling 23, and the output end of shaft coupling 23 is fixedly connected with the bottom end of drive link 24, drive link It is fixedly connected in the middle part of 24 top and 25 lower surface of rotating disc, the side of rotating disc 25 is installed with pivot protrusion 26, turns The quantity of dynamic protrusion 26 is corresponding with the quantity of turning groove 19, and the size phase of the size of pivot protrusion 26 and turning groove 19 Adaptation, the quantity of pivot protrusion 26 are engaged with turning groove 19, and a front surface and a side surface of scolding tin furnace body 1 is equipped with transfer plate sheet The top of body 27, transfer plate ontology 27 offers placing groove 28, and wire filaments harness is placed in placing groove 28, transfer plate is passed through Ontology 27 carries out transhipment and the transmission work of wire filaments harness.

When work, the gas generated in fusion-casting process enters the promotion motion stops 52 of escape pipe 2, and extension spring 51 is driven to stretch It moves up, motion stops 52 is made to be moved to the inner cavity of gas tray 3, gas is discharged by gas vent 4, and melt passes through melt bushing 8 Into the top of bearing plate 9, metering disk 10 is then entered by the leakage hole at 9 top of bearing plate, melt is fallen through disk 121 of limiting the quantity The top of movable pressure block 122 under pressure effect, makes movable pressure block 122 that stayed mast 123 be driven to push clamping cover plate 124, leads to Excess pressure spring 13 moves down, and drives clamping cover plate 124 to move down, so that melt is flow to the inner cavity of melt holder 14, pass through work Electric pushrod 15 pushes catch bar 16, so that the drive of stretch rod 20 is picked up the movement of device 21, passes through the rotation motor of work 22 drive drive link 24 and rotating disc 25 to rotate synchronously, and speed stabilizing is carried out to rotation motor 22 by shaft coupling 23, convex by rotating It plays 26 to engage with turning groove 19, so that the fixed drive of disk 18 is picked up device 21 and rotated, flexible by the arm of force 211 makes chuck It 212 and clamps raised 213 pairs of electric wire tow and is clamped fixation, then carry out electric wire tow dips tin soldering liquid and transhipment work .

In conclusion 15 He of electric pushrod should be passed through based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production The driving effect of rotation motor 22, the need of work for making equipment that can be fixed according to wire filaments in work, to picking up the angle of device 21 Degree and position are effectively adjusted, and scolding tin and fixed work are dipped to be efficiently completed wire filaments by mechanical structure, While reducing wire filaments fixation work difficulty, the efficiency that wire filaments fix work is greatly improved, by picking up device 21 Effect, the wire filaments for arranging fasciculation are clamped and are fixed work, because wire filaments are solid during preventing from dipping scolding tin It is fixed insecure, cause wire filaments surprisingly to fall off while to the making troubles property of development of related work, greatly improves electricity Filament, which dips tin soldering liquid the stability and high efficiency of work is fixed, fixes wire filaments by the effect of loading cartridge 12 The soldering tin amount dipped when work is effectively controlled, and to effectively reduce the waste of scolding tin resource, is being prevented because of scolding tin The unqualified welding to wire filaments of amount and while fixed making troubles property of work, greatly improve wire filaments and fix work Efficiency, when carrying out the founding work of scolding tin in the scolding tin furnace body 1 and generating gas, the air pressure in scolding tin furnace body 1 increases Greatly, by the effect of air pressure exhaust apparatus 5, the gas in scolding tin furnace body 1 is timely exported, it is molten improving scolding tin During casting derived from gas while high efficiency, the high efficiency and founding ambient pressure of scolding tin founding work are further improved Stability, when scolding tin furnace body 1 is without founding and welding job, by the effect of protective device 7, to scolding tin smelting furnace Structure inside ontology 1 is effectively protected, and prevents accident collision from being damaged to the structure member in scolding tin furnace body 1 While, it is greatly reduced existing security risk；Solves the existing melts soldering tin stove being welded and fixed for wire filaments Design is simple, without the fixed mechanical structure of scolding tin is carried out to the wire filaments put in order, needs staff in melts soldering tin Carry out scolding tin in stove manually dips and fixes work, while increasing wire filaments fixation work difficulty, also wire filaments is made to consolidate Determining the course of work, there are great security risks, while when because manually dipping scolding tin, can not carry out accurate control to soldering tin amount, While improving the amount of doing over again of wire filaments fixation work, the problem of wire filaments fix the efficiency of work is greatly reduced.

It should be noted that herein, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also include other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.

It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with Understanding without departing from the principles and spirit of the present invention can carry out these embodiments a variety of variations, modification, replace And modification, the scope of the present invention is defined by the appended.

Claims

1. one kind is based on the fixed scolding tin smelting furnace device of wire filaments in distribution box production, including scolding tin furnace body（1）, feature It is：The scolding tin furnace body（1）The external stability of top gas outlet is connected with escape pipe（2）, the escape pipe（2）It is separate Scolding tin furnace body（1）The one end at top is installed with gas tray（3）, the gas tray（3）Top it is uniform No less than ten gas vents are distributed with（4）, the escape pipe（2）Middle part fixing sleeve be connected to air pressure exhaust apparatus（5）, the weldering Tin furnace body（1）Positive upper and lower ends are equipped with snap groove（6）, the scolding tin furnace body（1）Positive side is hinged There is protective device（7）, the scolding tin furnace body（1）Inner cavity be installed with melt bushing（8）, the melt bushing（8） Underface and be located at scolding tin furnace body（1）Inner cavity be connected with bearing plate（9）, the bearing plate（9）The middle part of bottom end with Metering disk（10）Top be fixedly connected, the metering disk（10）Bottom end be fixedly connected with melt conduit（11）, the melt Conduit（11）Middle part be equipped with loading cartridge（12）, the loading cartridge（12）Far from melt conduit（11）One end and pressure bullet Spring（13）Top be fixedly connected, the compression spring（13）Bottom end and melt holder（14）The middle part of intracavity bottom is fixed Connection；

The scolding tin furnace body（1）Far from protective device（7）The front of side is installed with electric pushrod（15）, the electricity Dynamic push rod（15）Impeller-hub and catch bar（16）Bottom end be fixedly connected, the electric pushrod（15）Impeller-hub and catch bar （16）The external activity of bottom end junction is socketed with activity cover plate（17）, the catch bar（16）Outside and be located at activity cover plate （17）Surface fixing sleeve be connected to fixed disk（18）, the fixed disk（18）Side be equipped with turning groove（19）, described to push away Lever（16）Stretch rod is fixedly connected on the inside of top（20）, the stretch rod（20）Far from catch bar（16）The one end on top It is fixedly connected with and picks up device（21）, the electric pushrod（15）Far from scolding tin furnace body（1）Side be installed with turn Dynamic motor（22）, the rotation motor（22）Output shaft and shaft coupling（23）Input terminal be fixedly connected, the shaft coupling （23）Output end and drive link（24）Bottom end be fixedly connected, the drive link（24）Top and rotating disc（25）Lower surface Middle part be fixedly connected, the rotating disc（25）Side be installed with pivot protrusion（26）, the scolding tin furnace body（1） A front surface and a side surface be equipped with transfer plate ontology（27）, the transfer plate ontology（27）Top offer placing groove（28）.

2. the fixed scolding tin smelting furnace device of wire filaments in a kind of production based on distribution box according to claim 1, feature It is：The air pressure exhaust apparatus（5）Including extension spring（51）, the extension spring（51）Top and motion stops（52）Under It is fixedly connected in the middle part of surface, the extension spring（51）Bottom end filled in fixed（53）It is fixedly connected in the middle part of upper surface, institute State fixed plug（53）Side be fixedly connected with fixed inserted link（54）, the fixed inserted link（54）Far from fixed plug（53）Side One end and escape pipe（2）The inner wall of bottom end is fixedly connected.

3. the fixed scolding tin smelting furnace device of wire filaments in a kind of production based on distribution box according to claim 1, feature It is：The protective device（7）Including protective door（71）, the protective door（71）Far from electric pushrod（15）Side be equipped with handle Hand（72）, the protective door（71）The middle part of upper and lower ends is installed with snap block（73）, the protective door（71）It is separate Handle（72）Side and scolding tin furnace body（1）The square groove that front is equipped with is hinged at.

4. the fixed scolding tin smelting furnace device of wire filaments in a kind of production based on distribution box according to claim 1, feature It is：The loading cartridge（12）Including disk of limiting the quantity（121）, the limitation disk（121）Middle part be equipped with movable pressure block （122）, the movable pressure block（122）Bottom end be fixedly connected with stayed mast（123）, the stayed mast（123）Far from pressure Movable block（122）One end with clamping cover plate（124）It is fixedly connected in the middle part of upper surface, the clamping cover plate（124）It is connected to Melt conduit（11）The outside of bottom end.

5. the fixed scolding tin smelting furnace device of wire filaments in a kind of production based on distribution box according to claim 1, feature It is：It is described to pick up device（21）Including the arm of force（211）, the arm of force（211）Far from stretch rod（20）One end and chuck （212）It is fixedly connected in the middle part of top, the chuck（212）Inner wall be equipped with clamp protrusion（213）, the arm of force（211）Far From chuck（212）One end and stretch rod（20）Far from catch bar（16）One end be fixedly connected.

6. the fixed scolding tin smelting furnace device of wire filaments in a kind of production based on distribution box according to claim 1, feature It is：The motion stops（52）It is movably connected in tray（3）Inner cavity and escape pipe（2）Inner cavity between, the gas is held Connect disk（3）To be round table-like, the motion stops（52）, extension spring（51）, fixed plug（53）, gas tray（3）And escape pipe （2）Center point-blank.

7. the fixed scolding tin smelting furnace device of wire filaments in a kind of production based on distribution box according to claim 1, feature It is：The limitation disk（121）It is made of two round platforms, and two smaller one end of round platform diameter are fixedly connected, the pressure Power movable block（122）It is movably connected in limitation disk（121）The middle part of inner cavity, the limitation disk（121）Diameter and limitation Disk（121）The diameter at middle part is adapted.

8. the fixed scolding tin smelting furnace device of wire filaments in a kind of production based on distribution box according to claim 1, feature It is：The arm of force（211）Quantity be two, two arm of forces（211）It is symmetrically distributed in stretch rod（20）Outside bottom end Both sides, the arm of force（211）The clamping protrusion of bottom end（213）For arc-shaped, two clamping protrusions（213）Opposite face It is evenly distributed with no less than ten and clamps protrusion（213）.

9. the fixed scolding tin smelting furnace device of wire filaments in a kind of production based on distribution box according to claim 1, feature It is：The pivot protrusion（26）Quantity and turning groove（19）Quantity it is corresponding, and pivot protrusion（26）Size with Turning groove（19）Size be adapted, the pivot protrusion（26）Quantity and turning groove（19）Engagement.