CN107598041B - A kind of automobile damping spring production equipment - Google Patents
A kind of automobile damping spring production equipment Download PDFInfo
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- CN107598041B CN107598041B CN201710751216.5A CN201710751216A CN107598041B CN 107598041 B CN107598041 B CN 107598041B CN 201710751216 A CN201710751216 A CN 201710751216A CN 107598041 B CN107598041 B CN 107598041B
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- damping spring
- cabinet
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- 238000013016 damping Methods 0.000 title claims abstract description 55
- 238000004519 manufacturing process Methods 0.000 title claims abstract description 24
- 230000000694 effects Effects 0.000 claims abstract description 24
- 238000007667 floating Methods 0.000 claims description 58
- 238000010438 heat treatment Methods 0.000 claims description 34
- 244000309464 bull Species 0.000 claims description 27
- 238000003723 Smelting Methods 0.000 claims description 26
- 238000005520 cutting process Methods 0.000 claims description 18
- 239000006260 foam Substances 0.000 claims description 17
- 230000008878 coupling Effects 0.000 claims description 7
- 238000010168 coupling process Methods 0.000 claims description 7
- 238000005859 coupling reaction Methods 0.000 claims description 7
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 abstract description 162
- 229910052742 iron Inorganic materials 0.000 abstract description 81
- 239000012459 cleaning agent Substances 0.000 description 15
- 239000003245 coal Substances 0.000 description 6
- 230000002146 bilateral effect Effects 0.000 description 4
- 238000005096 rolling process Methods 0.000 description 4
- 238000004140 cleaning Methods 0.000 description 3
- 238000007493 shaping process Methods 0.000 description 3
- 238000005452 bending Methods 0.000 description 2
- 230000005611 electricity Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000012535 impurity Substances 0.000 description 1
- 238000000338 in vitro Methods 0.000 description 1
- 238000011065 in-situ storage Methods 0.000 description 1
- 239000006210 lotion Substances 0.000 description 1
- 230000003647 oxidation Effects 0.000 description 1
- 238000007254 oxidation reaction Methods 0.000 description 1
- 238000011084 recovery Methods 0.000 description 1
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- Processing Of Solid Wastes (AREA)
Abstract
The present invention relates to a kind of production equipment more particularly to a kind of automobile damping spring production equipments.The technical problem to be solved in the present invention is to provide it is a kind of it is time saving and energy saving, labor intensity is small, can carry out preliminary removing before processing to the oxide skin on iron wire, and the automobile damping spring production equipment that work efficiency is high.In order to solve the above-mentioned technical problems, the present invention provides such a automobile damping spring production equipments, include bottom plate, riser, 7 type bars, conveying device cross bar etc.；Bottom plate top left side is equipped with riser, and first through hole is provided in the middle part of riser, is equipped with 7 type bars at the top of riser, conveying device is equipped between 7 type bar bottom ends and bottom plate top left side.The present invention passes through remove device, oxide skin on the damping spring produced can be purged, and damping spring is made to have matt effect, it is small to have reached time saving and energy saving, labor intensity, it can carry out preliminary removing before processing to the oxide skin on iron wire, and the effect that work efficiency is high.
Description
Technical field
The present invention relates to a kind of production equipment more particularly to a kind of automobile damping spring production equipments.
Background technique
Automobile parts are each unit for constituting automobile entirety and a kind of product for serving automobile.
The manufacture craft of damping spring is all after being processed by floating die assembly to iron wire, and iron wire is made to become damping
Spring, and when manually being processed to iron wire, time-consuming and laborious, large labor intensity also needs manually before processing to the oxidation on iron wire
Skin is purged, and working efficiency is low, carry out therefore needing to research and develop it is a kind of it is time saving and energy saving, labor intensity is small, can be to iron before processing
Oxide skin on silk carries out preliminary removing, and the automobile damping spring production equipment that work efficiency is high.
Summary of the invention
(1) technical problems to be solved
When the present invention manually processes iron wire to overcome, time-consuming and laborious, large labor intensity also needs artificial before processing
Oxide skin on iron wire is purged, and ineffective disadvantage, the technical problem to be solved in the present invention is to provide one kind
It is time saving and energy saving, labor intensity is small, can carry out preliminary removing before processing to the oxide skin on iron wire, and the automobile that work efficiency is high
Damping spring production equipment.
(2) technical solution
In order to solve the above-mentioned technical problems, the present invention provides such a automobile damping spring production equipments, include
Bottom plate, riser, 7 type bars, conveying device cross bar, flat belt, the second belt pulley, strut, cabinet, floating die assembly, bearing piece, first axle
Seat, bull stick, bevel gear, the first motion bar and cutter device are held, bottom plate top left side is equipped with riser, is provided with first in the middle part of riser
Through-hole is equipped with 7 type bars at the top of riser, is equipped with conveying device between 7 type bar bottom ends and bottom plate top left side, conveying device it is defeated
Component is sent to be located on the right side of first through hole, 7 type bar external right side Middle faces are equipped with cross bar, and bottom plate top center and top right side are all pacified
Equipped with strut, cabinet is installed between two strut tops, floating die assembly is installed in cabinet, the feed inlet of floating die assembly is located at case
In vitro, the feed inlet of floating die assembly is located at the transfer unit directly to the right of conveying device, and cabinet external right side face top is equipped with cutting dress
It sets, the cutting part of cutter device is located at floating die assembly discharge port upper right side, and the outer top left and right sides of cabinet is fitted with bearing piece,
First bearing seat is installed at the top of bearing piece, bull stick, bull stick left end and cross bar front side are installed between the first bearing seat of the left and right sides
Right part all rotary types are equipped with bevel gear, and two bevel gears engage, and rear side bevel gear leading flank rotary type is equipped with second
Belt pulley, is connected with flat belt between the second belt pulley and the transfer unit of conveying device, bull stick right end is equipped with the first activity
Bar, the first motion bar are located at right above cutter device.
Preferably, conveying device includes first sleeve, the first spring, the first slide bar, first motor, the first idler wheel,
One belt pulley and the second idler wheel, 7 type bar tail ends are equipped with the second idler wheel, and the second idler wheel leading flank center location is equipped with the first skin
Belt wheel, the first belt pulley are connect with flat belt, and bottom plate top left side is equipped with first sleeve, and first sleeve is located on the right side of riser,
It is equipped with the first slide bar in first sleeve, is slidably matched in the first slide bar and first sleeve, the first top end of sliding rod is equipped with the first electricity
The output shaft of machine, first motor is connected with the first idler wheel by shaft coupling, and the first idler wheel, which is located at below the second idler wheel, to be in contact with it,
It is connected with the first spring between at the top of first motor bottom and first sleeve, the first spring pocket is on the first slide bar.
Preferably, cutter device includes guide sleeve, the second motion bar, second spring, fixed plate and blade, cabinet external right side
Face top is equipped with guide sleeve, and the second motion bar is equipped in guide sleeve, is slidably matched in the second motion bar and guide sleeve, the second motion bar top
End is equipped with fixed plate, and fixed plate is located at immediately below the first motion bar, is connected with second between fixed plate bottom and guide sleeve top
Spring, second spring cover on the second motion bar, and the second motion bar bottom end is equipped with blade, and blade is located at floating die assembly discharge port
Upper right side.
Preferably, further include having first heater, first heater include transverse slat, supporting leg, framework, filter screen,
Sliding rail, sliding block and smelting furnace, bottom plate left side are equipped with transverse slat, and left and right bilateral type is equipped with supporting leg, left and right at the top of transverse slat
Framework is installed between at the top of two side legs, framework left side central portion and right side central it is symmetrical be provided with the second through-hole, right side the
Two-way hole is located at first through hole front-left, and framework bottom centre is Embedded to be equipped with filter screen, left side supporting leg right flank middle part
With the sliding rail that is equipped with of right side supporting leg left side middle part symmetrical expression, for sliding rail in being horizontally disposed with, sliding rail is equipped with cunning engaged therewith
Block, sliding block are slidably matched with sliding rail, and smelting furnace is equipped between the sliding block of the left and right sides, and smelting furnace is located at immediately below filter screen.
It preferably, further include having burnishing device, burnishing device includes placing frame, supporting plate, air pump, escape pipe and unidirectional
Valve, bottom plate right side are equipped with placing frame, and placing frame is located at cabinet lower right, and placing frame external right side face lower part is equipped with supporting plate, supporting plate
Top center is equipped with air pump, and the outlet side of air pump is connected with escape pipe, and escape pipe tail end is located at through placing frame right side central
Bottom in placing frame, escape pipe are equipped with check valve, evenly spaced on escape pipe to be provided with venthole.
It preferably, further include having remove device, remove device includes second sleeve, the second slide bar, third spring and arc
Shape plate, framework external right side face are fitted with second sleeve in two sides up and down, are equipped with the second slide bar in second sleeve, the second slide bar and the
It is slidably matched in two sleeves, top the second slide bar bottom end and the second top end of sliding rod of lower section are fitted with arc panel, upper and lower two sides arc
Shape plate is located on the right side of the second through-hole of right side, is connected with third between the second sleeve bottom of top in the middle part of the arc panel lateral surface of top
Spring is also connected with third spring between lower section arc panel lateral surface middle part and lower section second sleeve top.
It preferably, further include having foam, upper and lower two sides arc panel medial surface is fitted with foam.
It preferably, further include having mobile device, mobile device includes vertical bar and wheel, the placing frame outer bottom left and right sides
Symmetrical is equipped with vertical bar, and vertical bar bottom end is equipped with wheel.
It preferably, further include having secondary heating mechanism, secondary heating mechanism includes heating wire, and lower part is provided with chamber in cabinet
Body is equipped with heating wire in cavity.
Working principle: iron wire one end is contacted by first through hole with the transfer unit of conveying device first, can be started
Conveying pipe device, conveying device drives iron wire to move right, and then iron wire moves right in floating die assembly, and iron wire passes through bullet
Spring mold becomes damping spring, and while conveying device operates, conveying device drives the second pulley rotation by flat belt, the
Two pulley rotations drive rear side bevel gear rotation, and the rotation of rear side bevel gear drives front side bevel gear rotation, and front side bevel gear turns
Dynamic to drive bar rotation, bar rotation drives the rotation of the first motion bar, and the rotation of the first motion bar is contacted with cutter device, and then band
The cutting part of dynamic cutter device moves up and down, and when iron wire, which becomes damping spring by floating die assembly, to be come out out of cabinet, cuts
The cutting part for cutting device cuts iron wire.When whole iron wires are produced into damping spring, conveying device can be closed.
Because conveying device includes first sleeve, the first spring, the first slide bar, first motor, the first idler wheel, the first skin
Belt wheel and the second idler wheel, 7 type bar tail ends are equipped with the second idler wheel, and the second idler wheel leading flank center location is equipped with the first belt
Wheel, the first belt pulley are connect with flat belt, and bottom plate top left side is equipped with first sleeve, and first sleeve is located on the right side of riser, the
It is equipped with the first slide bar in one sleeve, is slidably matched in the first slide bar and first sleeve, the first top end of sliding rod is equipped with first motor,
The output shaft of first motor is connected with the first idler wheel by shaft coupling, and the first idler wheel, which is located at below the second idler wheel, to be in contact with it, the
It is connected with the first spring between at the top of one motor bottom and first sleeve, the first spring pocket works as operator on the first slide bar
When iron wire is contacted by first through hole and the first idler wheel and the second idler wheel, operator can start first motor rotating forward, the
One motor, which rotates forward, drives the first idler wheel to rotate forward, and because of the effect of the first spring, the first idler wheel is contacted with iron wire always, and then the first rolling
Wheel, which rotates forward, drives the reversion of the second idler wheel, and the first idler wheel and the cooperation of the second idler wheel drive iron wire to move right in floating die assembly,
Second idler wheel drives the first belt pulley to invert while reversion, the reversion of the first belt pulley drives the second belt rotation by flat belt
It is dynamic, and then drive the rotation of the first movable plate.When iron wire is all conveyed into when being produced into damping spring in floating die assembly, can close
First motor.
Because cutter device includes guide sleeve, the second motion bar, second spring, fixed plate and blade, cabinet external right side face
Top is equipped with guide sleeve, and the second motion bar is equipped in guide sleeve, is slidably matched in the second motion bar and guide sleeve, the second motion bar top
Fixed plate is installed, fixed plate is located at immediately below the first motion bar, is connected with the second bullet between fixed plate bottom and guide sleeve top
Spring, second spring cover on the second motion bar, and the second motion bar bottom end is equipped with blade, and it is right that blade is located at floating die assembly discharge port
Top, when the rotation of the first motion bar, the first motion bar is contacted with fixed plate, and because of the effect of second spring, the first motion bar turns
Dynamic that fixed plate is driven to move up and down, fixed plate, which moves up and down, drives the second motion bar to move up and down, and the second motion bar moves up and down
Band cutting blade move up and down, and then when iron wire become damping spring out of floating die assembly come out when, blade is moved up and down to iron wire
It is cut.After iron wire, which all passes through floating die assembly, becomes damping spring, and after the completion of cutting, the first motion bar stops turning
Dynamic, blade is also with regard to stopping moving up and down.
Because further including having first heater, first heater includes transverse slat, supporting leg, framework, filter screen, cunning
Rail, sliding block and smelting furnace, bottom plate left side are equipped with transverse slat, and left and right bilateral type is equipped with supporting leg, left and right two at the top of transverse slat
Framework is installed, framework left side central portion is provided with the second through-hole, right side second with right side central symmetrical expression between at the top of side leg
Through-hole is located at first through hole front-left, Embedded among framework bottom to be equipped with filter screen, left side supporting leg right flank middle part with
Right side supporting leg left side middle part symmetrical expression is equipped with sliding rail, and for sliding rail in being horizontally disposed with, sliding rail is equipped with sliding block engaged therewith,
Sliding block is slidably matched with sliding rail, and smelting furnace is equipped between the sliding block of the left and right sides, and smelting furnace is located at immediately below filter screen, is operated first people
Member pushes iron wire one end by the second through-hole of the left and right sides, when being contacted by first through hole and the first idler wheel and the second idler wheel,
Iron filings can be poured into framework, then smelting furnace is pulled out, coal is poured into smelting furnace and is lighted, smelting furnace is pushed to move backward recovery extremely
It is in situ, and then coal heats the intracorporal iron filings of frame by filter screen, iron wire is heated in iron filings heating, operator
First motor rotating forward, which can be started, drives iron wire to move right.After iron wire all becomes damping spring, smelting furnace can be pulled out
Coal is extinguished, then pushes back smelting furnace.In this way, preliminary heats iron wire, iron wire can be made preferably to move right positioned at bullet
Spring mold internal shaping.
Because further including having burnishing device, burnishing device includes placing frame, supporting plate, air pump, escape pipe and check valve, bottom
It is equipped with placing frame on the right side of plate, placing frame is located at cabinet lower right, and placing frame external right side face lower part is equipped with supporting plate, in supporting plate top
Between air pump is installed, the outlet side of air pump is connected with escape pipe, and escape pipe tail end is located at placing frame through placing frame right side central
Interior bottom, escape pipe are equipped with check valve, evenly spaced on escape pipe to be provided with venthole, first fall the cleaning agent adjusted
Enter in placing frame, and then when the damping spring of well cutting is fallen, damping spring is fallen in placing frame, so cleaning agent with subtract
Oxide skin in shake spring contact is cleaned, meanwhile, air is pumped into escape pipe by booster air pump, air pump, and then escape pipe
Interior air is discharged by venthole, and cleaning agent is blown in air discharge, and cleaning agent shakes to damping spring cleaning more
Add comprehensively.When there is the effect of matt on damping spring, air pump can be closed, damping spring is taken out.In this way, damping bullet can be made
Spring is more attractive, and using effect is more preferable.
Because further including having remove device, remove device includes second sleeve, the second slide bar, third spring and arc
Plate, two sides are fitted with second sleeve up and down in framework external right side face, are equipped with the second slide bar, the second slide bar and second in second sleeve
It is slidably matched in sleeve, top the second slide bar bottom end and the second top end of sliding rod of lower section are fitted with arc panel, upper and lower two sides arc
Plate is located on the right side of the second through-hole of right side, is connected with third bullet between the second sleeve bottom of top in the middle part of the arc panel lateral surface of top
Spring is also connected with third spring between lower section arc panel lateral surface middle part and lower section second sleeve top, is operated first personnel's drawing
Dynamic two sides arc panel up and down is displaced outwardly, third spring-compressed, and then when iron wire passes through the second through-hole and first through hole and first
When idler wheel and the second idler wheel contact, two sides arc panel up and down can be unclamped, because of the effect of third spring, upper and lower two sides arc panel with
Iron wire contact, when iron wire, which moves right, becomes damping spring by floating die assembly, upper and lower two sides arc panel will be miscellaneous on iron wire
Matter and oxide skin carry out preliminary removing.In this way, cleaning agent can be made preferably to clean to iron wire, and cleaning effect is more preferable.
Because further including having foam, upper and lower two sides arc panel medial surface is fitted with foam, when upper and lower two sides arc panel with
When iron wire contacts, foam is contacted with iron wire, and then foam is purged the oxide skin on iron wire.In this way, foam can be preferably
Oxide skin is purged.
Because further including having mobile device, mobile device includes vertical bar and wheel, and the placing frame outer bottom left and right sides is right
Title formula is equipped with vertical bar, and vertical bar bottom end is equipped with wheel, and when needing to outwell the cleaning agent in placing frame, operator is
Placing frame can be moved to treatment region by wheel, cleaning agent can be poured out.In this way, handling operator more easily clearly
Lotion.
Because further including having secondary heating mechanism, secondary heating mechanism includes heating wire, and lower part is provided with cavity in cabinet,
Heating wire is installed in cavity, while iron wire, which is located at, to be shaped on floating die assembly, starts heating wire, heating wire adds in cabinet
Heat, and then floating die assembly is heated, floating die assembly heating makes the easier bending of iron wire, and preferably shapes.Work as iron wire
All after forming, heating wire can be closed.
(3) beneficial effect
The present invention can carry out preliminary heating by first heater to iron wire, and iron wire is enable preferably to be located at bullet
Spring mold internal shaping, and remove device, can be purged the oxide skin on the damping spring produced, and have damping spring
Matt effect, it is small to have reached time saving and energy saving, labor intensity, can carry out preliminary removing before processing to the oxide skin on iron wire, and
The effect that work efficiency is high.
Detailed description of the invention
Fig. 1 is the first schematic view of the front view of the invention.
Fig. 2 is second of schematic view of the front view of the invention.
Fig. 3 is the schematic view of the front view of first heater of the present invention.
Fig. 4 is the schematic view of the front view of burnishing device of the present invention.
Fig. 5 is the schematic view of the front view of remove device of the present invention.
Fig. 6 is the first right side structural representation of remove device of the present invention.
Fig. 7 is second of right side structural representation of remove device of the present invention.
Fig. 8 is the schematic view of the front view of mobile device of the present invention.
Fig. 9 is the schematic view of the front view of secondary heating mechanism of the present invention.
The label in accompanying drawing is: 1- bottom plate, 2- riser, 3- first through hole, 4-7 type bar, 5- conveying device, 51- first set
Cylinder, the first spring of 52-, the first slide bar of 53-, 54- first motor, the first idler wheel of 55-, the first belt pulley of 56-, the second idler wheel of 57-,
6- cross bar, 7- flat belt, the second belt pulley of 8-, 9- strut, 10- cabinet, 11- floating die assembly, 12- bearing piece, 13- first bearing
Seat, 14- bull stick, 15- bevel gear, the first motion bar of 16-, 17- cutter device, 171- guide sleeve, the second motion bar of 172-, 173- the
Two springs, 174- fixed plate, 175- blade, 18- first heater, 181- transverse slat, 182- supporting leg, 183- framework, 184-
Two through-holes, 185- filter screen, 186- sliding rail, 187- sliding block, 188- smelting furnace, 19- burnishing device, 191- placing frame, 192- supporting plate,
193- air pump, 194- escape pipe, 195- venthole, 196- check valve, 20- remove device, 201- second sleeve, 202- second are sliding
Bar, 203- third spring, 204- arc panel, 21- foam, 22- mobile device, 221- vertical bar, 222- wheel, 23- second are heated
Device, 231- cavity, 232- heating wire.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of automobile damping spring production equipment includes as shown in figs 1-9 bottom plate 1, riser 2,7 type bars 4, conveying dress
Set 5 cross bars 6, flat belt 7, the second belt pulley 8, strut 9, cabinet 10, floating die assembly 11, bearing piece 12, first bearing seat 13, bull stick
14, bevel gear 15, the first motion bar 16 and cutter device 17,1 top left side of bottom plate are equipped with riser 2, and is provided in the middle part of riser 2
One through-hole 3 is equipped at the top of riser 2 between 74,7 type bar of type bar, 4 bottom end and 1 top left side of bottom plate and is equipped with conveying device 5, conveying
The transfer unit of device 5 is located at 3 right side of first through hole, and 7 type bar, 4 external right side Middle face is equipped with cross bar 6,1 top center of bottom plate
It is fitted with strut 9 with top right side, cabinet 10 is installed between two struts, 9 top, floating die assembly 11 is installed in cabinet 10,
The feed inlet of floating die assembly 11 is located at outside cabinet 10, and the transfer unit that the feed inlet of floating die assembly 11 is located at conveying device 5 is just right
Side, 10 external right side face top of cabinet are equipped with cutter device 17, and the cutting part of cutter device 17 is located at 11 discharge port of floating die assembly
Upper right side, the outer top left and right sides of cabinet 10 are fitted with bearing piece 12, first bearing seat 13, left and right two are equipped at the top of bearing piece 12
Bull stick 14 is installed, 14 left end of bull stick and 6 front side right part of cross bar all rotary types are equipped with cone tooth between side first bearing seat 13
Wheel 15, two bevel gears 15 engage, and 15 leading flank rotary type of rear side bevel gear is equipped with the second belt pulley 8, the second belt pulley 8
Flat belt 7 is connected between the transfer unit of conveying device 5,14 right end of bull stick is equipped with the first motion bar 16, the first activity
Bar 16 is located at right above cutter device 17.
Embodiment 2
A kind of automobile damping spring production equipment includes as shown in figs 1-9 bottom plate 1, riser 2,7 type bars 4, conveying dress
Set 5 cross bars 6, flat belt 7, the second belt pulley 8, strut 9, cabinet 10, floating die assembly 11, bearing piece 12, first bearing seat 13, bull stick
14, bevel gear 15, the first motion bar 16 and cutter device 17,1 top left side of bottom plate are equipped with riser 2, and is provided in the middle part of riser 2
One through-hole 3 is equipped at the top of riser 2 between 74,7 type bar of type bar, 4 bottom end and 1 top left side of bottom plate and is equipped with conveying device 5, conveying
The transfer unit of device 5 is located at 3 right side of first through hole, and 7 type bar, 4 external right side Middle face is equipped with cross bar 6,1 top center of bottom plate
It is fitted with strut 9 with top right side, cabinet 10 is installed between two struts, 9 top, floating die assembly 11 is installed in cabinet 10,
The feed inlet of floating die assembly 11 is located at outside cabinet 10, and the transfer unit that the feed inlet of floating die assembly 11 is located at conveying device 5 is just right
Side, 10 external right side face top of cabinet are equipped with cutter device 17, and the cutting part of cutter device 17 is located at 11 discharge port of floating die assembly
Upper right side, the outer top left and right sides of cabinet 10 are fitted with bearing piece 12, first bearing seat 13, left and right two are equipped at the top of bearing piece 12
Bull stick 14 is installed, 14 left end of bull stick and 6 front side right part of cross bar all rotary types are equipped with cone tooth between side first bearing seat 13
Wheel 15, two bevel gears 15 engage, and 15 leading flank rotary type of rear side bevel gear is equipped with the second belt pulley 8, the second belt pulley 8
Flat belt 7 is connected between the transfer unit of conveying device 5,14 right end of bull stick is equipped with the first motion bar 16, the first activity
Bar 16 is located at right above cutter device 17.
Conveying device 5 includes first sleeve 51, the first spring 52, the first slide bar 53, first motor 54, the first idler wheel
55, the first belt pulley 56 and 4 tail end of the second 57,7 type bar of idler wheel are equipped with the second idler wheel 57, the 57 leading flank center of circle of the second idler wheel position
It sets and the first belt pulley 56 is installed, the first belt pulley 56 is connect with flat belt 7, and 1 top left side of bottom plate is equipped with first sleeve 51,
First sleeve 51 is located at 2 right side of riser, and the first slide bar 53 is equipped in first sleeve 51, and the first slide bar 53 is slided in first sleeve 51
Dynamic cooperation, 53 top of the first slide bar are equipped with first motor 54, and the output shaft of first motor 54 is connected with first by shaft coupling
Idler wheel 55, the first idler wheel 55, which is located at below the second idler wheel 57, to be in contact with it, 54 bottom of first motor and 51 top of first sleeve
Between be connected with the first spring 52, the first 52 sets of spring is on the first slide bar 53.
Embodiment 3
A kind of automobile damping spring production equipment includes as shown in figs 1-9 bottom plate 1, riser 2,7 type bars 4, conveying dress
Set 5 cross bars 6, flat belt 7, the second belt pulley 8, strut 9, cabinet 10, floating die assembly 11, bearing piece 12, first bearing seat 13, bull stick
14, bevel gear 15, the first motion bar 16 and cutter device 17,1 top left side of bottom plate are equipped with riser 2, and is provided in the middle part of riser 2
One through-hole 3 is equipped at the top of riser 2 between 74,7 type bar of type bar, 4 bottom end and 1 top left side of bottom plate and is equipped with conveying device 5, conveying
The transfer unit of device 5 is located at 3 right side of first through hole, and 7 type bar, 4 external right side Middle face is equipped with cross bar 6,1 top center of bottom plate
It is fitted with strut 9 with top right side, cabinet 10 is installed between two struts, 9 top, floating die assembly 11 is installed in cabinet 10,
The feed inlet of floating die assembly 11 is located at outside cabinet 10, and the transfer unit that the feed inlet of floating die assembly 11 is located at conveying device 5 is just right
Side, 10 external right side face top of cabinet are equipped with cutter device 17, and the cutting part of cutter device 17 is located at 11 discharge port of floating die assembly
Upper right side, the outer top left and right sides of cabinet 10 are fitted with bearing piece 12, first bearing seat 13, left and right two are equipped at the top of bearing piece 12
Bull stick 14 is installed, 14 left end of bull stick and 6 front side right part of cross bar all rotary types are equipped with cone tooth between side first bearing seat 13
Wheel 15, two bevel gears 15 engage, and 15 leading flank rotary type of rear side bevel gear is equipped with the second belt pulley 8, the second belt pulley 8
Flat belt 7 is connected between the transfer unit of conveying device 5,14 right end of bull stick is equipped with the first motion bar 16, the first activity
Bar 16 is located at right above cutter device 17.
Conveying device 5 includes first sleeve 51, the first spring 52, the first slide bar 53, first motor 54, the first idler wheel
55, the first belt pulley 56 and 4 tail end of the second 57,7 type bar of idler wheel are equipped with the second idler wheel 57, the 57 leading flank center of circle of the second idler wheel position
It sets and the first belt pulley 56 is installed, the first belt pulley 56 is connect with flat belt 7, and 1 top left side of bottom plate is equipped with first sleeve 51,
First sleeve 51 is located at 2 right side of riser, and the first slide bar 53 is equipped in first sleeve 51, and the first slide bar 53 is slided in first sleeve 51
Dynamic cooperation, 53 top of the first slide bar are equipped with first motor 54, and the output shaft of first motor 54 is connected with first by shaft coupling
Idler wheel 55, the first idler wheel 55, which is located at below the second idler wheel 57, to be in contact with it, 54 bottom of first motor and 51 top of first sleeve
Between be connected with the first spring 52, the first 52 sets of spring is on the first slide bar 53.
Cutter device 17 includes guide sleeve 171, the second motion bar 172, second spring 173, fixed plate 174 and blade 175,
10 external right side face top of cabinet is equipped with guide sleeve 171, is equipped with the second motion bar 172 in guide sleeve 171, the second motion bar 172 with lead
It is slidably matched in set 171,172 top of the second motion bar is equipped with fixed plate 174, and fixed plate 174 is being located at the first motion bar 16 just
Lower section, 174 bottom of fixed plate and guide sleeve are connected with second spring 173 between 171 top, and 173 sets of second spring movable second
On bar 172,172 bottom end of the second motion bar is equipped with blade 175, and blade 175 is located at 11 discharge port upper right side of floating die assembly.
Embodiment 4
A kind of automobile damping spring production equipment includes as shown in figs 1-9 bottom plate 1, riser 2,7 type bars 4, conveying dress
Set 5 cross bars 6, flat belt 7, the second belt pulley 8, strut 9, cabinet 10, floating die assembly 11, bearing piece 12, first bearing seat 13, bull stick
14, bevel gear 15, the first motion bar 16 and cutter device 17,1 top left side of bottom plate are equipped with riser 2, and is provided in the middle part of riser 2
One through-hole 3 is equipped at the top of riser 2 between 74,7 type bar of type bar, 4 bottom end and 1 top left side of bottom plate and is equipped with conveying device 5, conveying
The transfer unit of device 5 is located at 3 right side of first through hole, and 7 type bar, 4 external right side Middle face is equipped with cross bar 6,1 top center of bottom plate
It is fitted with strut 9 with top right side, cabinet 10 is installed between two struts, 9 top, floating die assembly 11 is installed in cabinet 10,
The feed inlet of floating die assembly 11 is located at outside cabinet 10, and the transfer unit that the feed inlet of floating die assembly 11 is located at conveying device 5 is just right
Side, 10 external right side face top of cabinet are equipped with cutter device 17, and the cutting part of cutter device 17 is located at 11 discharge port of floating die assembly
Upper right side, the outer top left and right sides of cabinet 10 are fitted with bearing piece 12, first bearing seat 13, left and right two are equipped at the top of bearing piece 12
Bull stick 14 is installed, 14 left end of bull stick and 6 front side right part of cross bar all rotary types are equipped with cone tooth between side first bearing seat 13
Wheel 15, two bevel gears 15 engage, and 15 leading flank rotary type of rear side bevel gear is equipped with the second belt pulley 8, the second belt pulley 8
Flat belt 7 is connected between the transfer unit of conveying device 5,14 right end of bull stick is equipped with the first motion bar 16, the first activity
Bar 16 is located at right above cutter device 17.
Conveying device 5 includes first sleeve 51, the first spring 52, the first slide bar 53, first motor 54, the first idler wheel
55, the first belt pulley 56 and 4 tail end of the second 57,7 type bar of idler wheel are equipped with the second idler wheel 57, the 57 leading flank center of circle of the second idler wheel position
It sets and the first belt pulley 56 is installed, the first belt pulley 56 is connect with flat belt 7, and 1 top left side of bottom plate is equipped with first sleeve 51,
First sleeve 51 is located at 2 right side of riser, and the first slide bar 53 is equipped in first sleeve 51, and the first slide bar 53 is slided in first sleeve 51
Dynamic cooperation, 53 top of the first slide bar are equipped with first motor 54, and the output shaft of first motor 54 is connected with first by shaft coupling
Idler wheel 55, the first idler wheel 55, which is located at below the second idler wheel 57, to be in contact with it, 54 bottom of first motor and 51 top of first sleeve
Between be connected with the first spring 52, the first 52 sets of spring is on the first slide bar 53.
Cutter device 17 includes guide sleeve 171, the second motion bar 172, second spring 173, fixed plate 174 and blade 175,
10 external right side face top of cabinet is equipped with guide sleeve 171, is equipped with the second motion bar 172 in guide sleeve 171, the second motion bar 172 with lead
It is slidably matched in set 171,172 top of the second motion bar is equipped with fixed plate 174, and fixed plate 174 is being located at the first motion bar 16 just
Lower section, 174 bottom of fixed plate and guide sleeve are connected with second spring 173 between 171 top, and 173 sets of second spring movable second
On bar 172,172 bottom end of the second motion bar is equipped with blade 175, and blade 175 is located at 11 discharge port upper right side of floating die assembly.
It further include having first heater 18, first heater 18 includes transverse slat 181, supporting leg 182, framework 183, mistake
Strainer 185, sliding rail 186, sliding block 187 and smelting furnace 188,1 left side of bottom plate are equipped with transverse slat 181, the 181 top left and right sides of transverse slat
Symmetrical is equipped with supporting leg 182, is equipped with framework 183 between 182 top of left and right sides supporting leg, 183 left side central portion of framework with
Right side central symmetrical expression is provided with the second through-hole 184, and the second through-hole of right side 184 is located at 3 front-left of first through hole, 183 bottom of framework
Embedded among portion to be equipped with filter screen 185,182 right flank middle part of left side supporting leg and 182 left side of right side supporting leg middle part are right
Title formula is equipped with sliding rail 186, and for sliding rail 186 in being horizontally disposed with, sliding rail 186 is equipped with sliding block 187 engaged therewith, sliding block 187
It is slidably matched with sliding rail 186, smelting furnace 188 is installed, under smelting furnace 188 is located at filter screen 185 just between left and right sides sliding block 187
Side.
It further include having burnishing device 19, burnishing device 19 includes placing frame 191, supporting plate 192, air pump 193, escape pipe
194 and check valve 196, placing frame 191 is equipped on the right side of bottom plate 1, and placing frame 191 is located at 10 lower right of cabinet, the outer right side of placing frame 191
Side lower is equipped with supporting plate 192, and 192 top center of supporting plate is equipped with air pump 193, and the outlet side of air pump 193 is connected with outlet
Pipe 194,194 tail end of escape pipe are located at bottom in placing frame 191 through 191 right side central of placing frame, and escape pipe 194 is equipped with single
It is evenly spaced on escape pipe 194 to be provided with venthole 195 to valve 196.
It further include having remove device 20, remove device 20 includes second sleeve 201, the second slide bar 202, third spring
203 and arc panel 204, two sides are fitted with second sleeve 201 up and down in framework 183 external right side face, and the is equipped in second sleeve 201
It is slidably matched in two slide bars 202, the second slide bar 202 and second sleeve 201,202 bottom end of the second slide bar of top and lower section second are sliding
202 top of bar is fitted with arc panel 204, and upper and lower two sides arc panel 204 is located at 184 right side of the second through-hole of right side, top arc
Third spring 203,204 lateral surface of lower section arc panel are connected between 201 bottom of top second sleeve in the middle part of 204 lateral surface of plate
Middle part and lower section second sleeve are also connected with third spring 203 between 201 top.
It further include having foam 21, upper and lower 204 medial surface of two sides arc panel is fitted with foam 21.
It further include having mobile device 22, mobile device 22 includes vertical bar 221 and wheel 222, and 191 outer bottom of placing frame is left
Right bilateral type is equipped with vertical bar 221, and 221 bottom end of vertical bar is equipped with wheel 222.
It further include having secondary heating mechanism 23, secondary heating mechanism 23 includes heating wire 232, and lower part is provided in cabinet 10
Cavity 231 is equipped with heating wire 232 in cavity 231.
Working principle: iron wire one end is contacted by first through hole 3 with the transfer unit of conveying device 5 first, Ji Keqi
Dynamic conveying pipe device, conveying device 5 drives iron wire to move right, and then iron wire moves right in floating die assembly 11, iron wire
Become damping spring by floating die assembly 11, while conveying device 5 operates, conveying device 5 drives the second skin by flat belt 7
Belt wheel 8 rotates, and the rotation of the second belt pulley 8 drives rear side bevel gear 15 to rotate, and the rotation of rear side bevel gear 15 drives front side bevel gear
15 rotations, the rotation of front side bevel gear 15 drive bull stick 14 to rotate, and the rotation of bull stick 14 drives the rotation of the first motion bar 16, the first activity
The rotation of bar 16 is contacted with cutter device 17, and then the cutting part of cutter device 17 is driven to move up and down, when iron wire passes through spring
Mold 11 become damping spring out of cabinet 10 come out when, the cutting part of cutter device 17 cuts iron wire.Work as whole
When iron wire is produced into damping spring, conveying device 5 can be closed.
Because conveying device 5 includes first sleeve 51, the first spring 52, the first slide bar 53, the rolling of first motor 54, first
The 55, first belt pulley 56 of wheel and 4 tail end of the second 57,7 type bar of idler wheel are equipped with the second idler wheel 57, the 57 leading flank center of circle of the second idler wheel
Position is equipped with the first belt pulley 56, and the first belt pulley 56 is connect with flat belt 7, and 1 top left side of bottom plate is equipped with first sleeve
51, first sleeve 51 is located at 2 right side of riser, and the first slide bar 53, the first slide bar 53 and first sleeve 51 are equipped in first sleeve 51
It is inside slidably matched, 53 top of the first slide bar is equipped with first motor 54, and the output shaft of first motor 54 is connected with by shaft coupling
First idler wheel 55, the first idler wheel 55, which is located at below the second idler wheel 57, to be in contact with it, and 54 bottom of first motor and first sleeve 51 are pushed up
The first spring 52 is connected between portion, the first 52 sets of spring is on the first slide bar 53, when operator leads to iron wire by first
When hole 3 and the first idler wheel 55 and the second idler wheel 57 contact, operator can start the rotating forward of first motor 54, and first motor 54 is just
Turn that the first idler wheel 55 is driven to rotate forward, because of the effect of the first spring 52, the first idler wheel 55 is contacted with iron wire always, and then the first idler wheel
55 rotate forward drive the second idler wheel 57 reversion, and the first idler wheel 55 and the cooperation of the second idler wheel 57 drive iron wire to move right positioned at spring-loaded floating die
In tool 11, the second idler wheel 57 drives the first belt pulley 56 to invert while reversion, and the reversion of the first belt pulley 56 passes through 7 band of flat belt
Dynamic second belt pulley 8 rotation, and then drive the rotation of the first movable plate.Subtract when iron wire is all conveyed into being produced into floating die assembly 11
When shaking spring, first motor 54 can be closed.
Because cutter device 17 includes guide sleeve 171, the second motion bar 172, second spring 173, fixed plate 174 and blade
175,10 external right side face top of cabinet is equipped with guide sleeve 171, is equipped with the second motion bar 172, the second motion bar 172 in guide sleeve 171
It is slidably matched in guide sleeve 171,172 top of the second motion bar is equipped with fixed plate 174, and fixed plate 174 is located at the first motion bar
Immediately below 16,174 bottom of fixed plate and guide sleeve are connected with second spring 173 between 171 top, and 173 sets of second spring second
On motion bar 172,172 bottom end of the second motion bar is equipped with blade 175, and blade 175 is located at 11 discharge port upper right side of floating die assembly,
When the rotation of the first motion bar 16, the first motion bar 16 is contacted with fixed plate 174, because of the effect of second spring 173, the first activity
The rotation of bar 16 drives fixed plate 174 to move up and down, and fixed plate 174, which moves up and down, drives the second motion bar 172 to move up and down, and second
Motion bar 172 move up and down band cutting blade 175 moves up and down, and then when iron wire become damping spring out of floating die assembly 11 come out
When, blade 175, which moves up and down, cuts iron wire.After iron wire, which all passes through floating die assembly 11, becomes damping spring, and cut
After the completion of cutting, the first motion bar 16 stops operating, and blade 175 is also with regard to stopping moving up and down.
Because further including having first heater 18, first heater 18 includes transverse slat 181, supporting leg 182, framework
183, filter screen 185, sliding rail 186, sliding block 187 and smelting furnace 188,1 left side of bottom plate are equipped with transverse slat 181,181 top left of transverse slat
Right bilateral type is equipped with supporting leg 182, and framework 183,183 left side of framework are equipped between 182 top of left and right sides supporting leg
Middle part is provided with the second through-hole 184 with right side central symmetrical expression, and the second through-hole of right side 184 is located at 3 front-left of first through hole, framework
It is Embedded among 183 bottoms that filter screen 185 is installed, in 182 right flank middle part of left side supporting leg and 182 left side of right side supporting leg
Portion's symmetrical expression is equipped with sliding rail 186, and for sliding rail 186 in being horizontally disposed with, sliding rail 186 is equipped with sliding block 187 engaged therewith, sliding block
187 are slidably matched with sliding rail 186, and smelting furnace 188 is equipped between left and right sides sliding block 187, and smelting furnace 188 is being located at filter screen 185 just
Lower section, the personnel that are operated first push iron wire one end by the second through-hole of the left and right sides 184, are passing through first through hole 3 and the first rolling
When wheel 55 and the second idler wheel 57 contact, iron filings can be poured into framework 183, then smelting furnace 188 is pulled out, coal is poured into smelting furnace
It is lighted in 188, pushes smelting furnace 188 to move backward and restore to original position, and then coal passes through filter screen 185 to the iron in framework 183
Bits are heated, and iron wire is heated in iron filings heating, and operator can start first motor 54 and rotate forward drive iron wire to the right
It is mobile.After iron wire all becomes damping spring, smelting furnace 188 can be pulled out and extinguish coal, then push back smelting furnace 188.In this way,
Preliminary heats iron wire, and iron wire can be made preferably to move right positioned at 11 internal shaping of floating die assembly.
Because further including having burnishing device 19, burnishing device 19 includes placing frame 191, supporting plate 192, air pump 193, outlet
Pipe 194 and check valve 196, are equipped with placing frame 191 on the right side of bottom plate 1, and placing frame 191 is located at 10 lower right of cabinet, outside placing frame 191
Right side lower part is equipped with supporting plate 192, and 192 top center of supporting plate is equipped with air pump 193, and the outlet side of air pump 193 is connected with out
Tracheae 194,194 tail end of escape pipe are located at bottom in placing frame 191 through 191 right side central of placing frame, and escape pipe 194 is equipped with
Check valve 196, it is evenly spaced on escape pipe 194 to be provided with venthole 195, the cleaning agent adjusted is poured into placing frame first
In 191, and then when the damping spring of well cutting is fallen, damping spring is fallen in placing frame 191, and then cleaning agent and damping
Oxide skin in spring contact is cleaned, meanwhile, air is pumped into escape pipe 194 by booster air pump 193, air pump 193, in turn
Air in escape pipe 194 is discharged by venthole 195, and cleaning agent is blown in air discharge, and cleaning agent shakes to damping
Spring cleans more comprehensive.When there is the effect of matt on damping spring, air pump 193 can be closed, damping spring is taken out.
In this way, damping spring can be made more attractive, using effect is more preferable.
Because further including having remove device 20, remove device 20 includes second sleeve 201, the second slide bar 202, third bullet
Spring 203 and arc panel 204,183 external right side face of framework are fitted with second sleeve 201 in two sides up and down, are equipped in second sleeve 201
It is slidably matched in second slide bar 202, the second slide bar 202 and second sleeve 201,202 bottom end of the second slide bar of top and lower section second
202 top of slide bar is fitted with arc panel 204, and upper and lower two sides arc panel 204 is located at 184 right side of the second through-hole of right side, top arc
Third spring 203,204 outside of lower section arc panel are connected in the middle part of 204 lateral surface of shape plate between 201 bottom of top second sleeve
Middle face and lower section second sleeve are also connected with third spring 203 between 201 top, and the personnel that are operated first pull two sides arc up and down
Shape plate 204 is displaced outwardly, and third spring 203 compresses, and then when iron wire passes through the second through-hole 184 and first through hole 3 and the first rolling
When wheel 55 and the second idler wheel 57 contact, two sides arc panel 204 up and down, because of the effect of third spring 203, upper and lower two sides can be unclamped
Arc panel 204 is contacted with iron wire, when iron wire, which moves right, becomes damping spring by floating die assembly 11, upper and lower two sides arc panel
204 by iron wire impurity and oxide skin carry out preliminary removing.In this way, cleaning agent can be made preferably to clean to iron wire,
And cleaning effect is more preferable.
Because further including having foam 21, upper and lower 204 medial surface of two sides arc panel is fitted with foam 21, when upper and lower two sides arc
When shape plate 204 and iron wire contact, foam 21 is contacted with iron wire, and then foam 21 is purged the oxide skin on iron wire.In this way,
Foam 21 can preferably be purged oxide skin.
Because further including having mobile device 22, mobile device 22 includes vertical bar 221 and wheel 222,191 outer bottom of placing frame
Symmetrical at left and right sides of portion to be equipped with vertical bar 221,221 bottom end of vertical bar is equipped with wheel 222, when need will be in placing frame 191
Cleaning agent when outwelling, placing frame 191 can be moved to treatment region by wheel 222 by operator, can fall cleaning agent
Out.In this way, operator is made more easily to handle cleaning agent.
Because further including having secondary heating mechanism 23, secondary heating mechanism 23 includes heating wire 232, lower part in cabinet 10
It is provided with cavity 231, heating wire 232 is installed in cavity 231, while iron wire, which is located at, to be shaped on floating die assembly 11, starting electricity
Heated filament 232, heating wire 232 heat floating die assembly 11 to heating in cabinet 10, and 11 heating of floating die assembly makes iron wire
Easier bending, and preferably shape.After iron wire all shapes, heating wire 232 can be closed.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection scope.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (8)
1. a kind of automobile damping spring production equipment, which is characterized in that include bottom plate (1), riser (2), 7 type bars (4), conveying
Device (5), cross bar (6), flat belt (7), the second belt pulley (8), strut (9), cabinet (10), floating die assembly (11), bearing piece
(12), first bearing seat (13), bull stick (14), bevel gear (15), the first motion bar (16) and cutter device (17), bottom plate (1)
Top left side is equipped with riser (2), is provided with first through hole (3) in the middle part of riser (2), is equipped with 7 type bars (4) at the top of riser (2), and 7
Conveying device (5) are equipped between type bar (4) bottom end and bottom plate (1) top left side, the transfer unit of conveying device (5) is located at first
On the right side of through-hole (3), 7 type bar (4) external right side Middle faces are equipped with cross bar (6), and bottom plate (1) top center and top right side are all installed
Have strut (9), be equipped with cabinet (10) between two struts (9) top, floating die assembly (11), spring-loaded floating die are installed in cabinet (10)
The feed inlet of tool (11) is located at cabinet (10) outside, and the feed inlet of floating die assembly (11) is being located at the transfer unit of conveying device (5) just
Right side, cabinet (10) external right side face top are equipped with cutter device (17), and the cutting part of cutter device (17) is located at floating die assembly
(11) discharge port upper right side, cabinet (10) are fitted with bearing piece (12) the top left and right sides outside, and the is equipped at the top of bearing piece (12)
One bearing block (13) is equipped with bull stick (14) between left and right sides first bearing seat (13), before bull stick (14) left end and cross bar (6)
Right part all rotary types in side are equipped with bevel gear (15), two bevel gear (15) engagements, the rotation of rear side bevel gear (15) leading flank
Being equipped with the second belt pulley (8) for formula, is connected with flat belt between the second belt pulley (8) and the transfer unit of conveying device (5)
(7), bull stick (14) right end is equipped with the first motion bar (16), and the first motion bar (16) is located at right above cutter device (17)；Also
It include remove device (20), remove device (20) includes second sleeve (201), the second slide bar (202), third spring
(203) and arc panel (204), framework (183) external right side face are fitted with second sleeve (201), second sleeve in two sides up and down
(201) the second slide bar (202) are equipped in, are slidably matched in the second slide bar (202) and second sleeve (201), the second slide bar of top
(202) bottom end and the second slide bar of lower section (202) top are fitted with arc panel (204), and upper and lower two sides arc panel (204) is located at the right side
On the right side of the second through-hole of side (184), connected between top second sleeve (201) bottom in the middle part of top arc panel (204) lateral surface
Have third spring (203), is also connected between lower section second sleeve (201) top in the middle part of lower section arc panel (204) lateral surface
Third spring (203).
2. a kind of automobile damping spring production equipment according to claim 1, which is characterized in that conveying device (5) includes
There are first sleeve (51), the first spring (52), the first slide bar (53), first motor (54), the first idler wheel (55), the first belt pulley
(56) it is equipped with the second idler wheel (57) with the second idler wheel (57), 7 type bar (4) tail ends, the second idler wheel (57) leading flank center location
It is equipped with the first belt pulley (56), the first belt pulley (56) is connect with flat belt (7), and bottom plate (1) top left side is equipped with first
Sleeve (51), first sleeve (51) are located on the right side of riser (2), are equipped with the first slide bar (53) in first sleeve (51), the first slide bar
(53) with first sleeve (51) in be slidably matched, the first slide bar (53) top is equipped with first motor (54), first motor (54)
Output shaft be connected with the first idler wheel (55) by shaft coupling, the first idler wheel (55) is located at below the second idler wheel (57) to be connect with it
It is connected with the first spring (52) between at the top of touching, first motor (54) bottom and first sleeve (51), the first spring (52) covers
On first slide bar (53).
3. a kind of automobile damping spring production equipment according to claim 2, which is characterized in that cutter device (17) includes
There are guide sleeve (171), the second motion bar (172), second spring (173), fixed plate (174) and blade (175), cabinet (10) is right outside
Side surface upper part is equipped with guide sleeve (171), and the second motion bar (172), the second motion bar (172) and guide sleeve are equipped in guide sleeve (171)
(171) it is slidably matched in, the second motion bar (172) top is equipped with fixed plate (174), and fixed plate (174) is located at the first activity
Immediately below bar (16), second spring (173), second spring are connected between fixed plate (174) bottom and guide sleeve (171) top
(173) it covers on the second motion bar (172), the second motion bar (172) bottom end is equipped with blade (175), and blade (175) is located at bullet
Spring mold (11) discharge port upper right side.
4. a kind of automobile damping spring production equipment according to claim 3, which is characterized in that further include having the first heating
Device (18), first heater (18) include transverse slat (181), supporting leg (182), framework (183), filter screen (185), sliding rail
(186), sliding block (187) and smelting furnace (188), bottom plate (1) left side are equipped with transverse slat (181), the left and right sides at the top of transverse slat (181)
Symmetrical is equipped with supporting leg (182), and left and right sides supporting leg (182) is equipped with framework (183) between top, and framework (183) is left
Middle side part is provided with the second through-hole (184) with right side central symmetrical expression, and the second through-hole of right side (184) is being located at first through hole (3) just
Left, framework (183) bottom centre is Embedded to be equipped with filter screen (185), left side supporting leg (182) right flank middle part and right side
Symmetrical in the middle part of supporting leg (182) left side to be equipped with sliding rail (186), in being horizontally disposed with, sliding rail is set sliding rail (186) on (186)
Have sliding block engaged therewith (187), sliding block (187) is slidably matched with sliding rail (186), and left and right sides sliding block is installed between (187)
Have smelting furnace (188), smelting furnace (188) is located at immediately below filter screen (185).
5. a kind of automobile damping spring production equipment according to claim 4, which is characterized in that further include having burnishing device
(19), burnishing device (19) includes placing frame (191), supporting plate (192), air pump (193), escape pipe (194) and check valve
(196), placing frame (191) are equipped on the right side of bottom plate (1), placing frame (191) is located at cabinet (10) lower right, and placing frame (191) is outside
Right side lower part is equipped with supporting plate (192), and supporting plate (192) top center is equipped with air pump (193), the outlet side of air pump (193)
It is connected with escape pipe (194), escape pipe (194) tail end is located at placing frame (191) interior bottom through placing frame (191) right side central
Portion, escape pipe (194) are equipped with check valve (196), evenly spaced on escape pipe (194) to be provided with venthole (195).
6. a kind of automobile damping spring production equipment according to claim 5, which is characterized in that further include having foam
(21), upper and lower two sides arc panel (204) medial surface is fitted with foam (21).
7. a kind of automobile damping spring production equipment according to claim 6, which is characterized in that further include having mobile device
(22), mobile device (22) includes vertical bar (221) and wheel (222), symmetrical expression at left and right sides of placing frame (191) outer bottom
It is equipped with vertical bar (221), vertical bar (221) bottom end is equipped with wheel (222).
8. a kind of automobile damping spring production equipment according to claim 7, which is characterized in that further include having the second heating
Device (23), secondary heating mechanism (23) include heating wire (232), and cabinet (10) interior lower part is provided with cavity (231), cavity
(231) heating wire (232) are installed in.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710751216.5A CN107598041B (en) | 2017-08-28 | 2017-08-28 | A kind of automobile damping spring production equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710751216.5A CN107598041B (en) | 2017-08-28 | 2017-08-28 | A kind of automobile damping spring production equipment |
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| Publication Number | Publication Date |
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| CN107598041A CN107598041A (en) | 2018-01-19 |
| CN107598041B true CN107598041B (en) | 2019-07-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112705648A (en) * | 2020-12-13 | 2021-04-27 | 上海智心佳信息技术有限公司 | Intelligent manufacturing equipment of bumper shock absorber spring production cutting usefulness is exclusively used in |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113275889A (en) * | 2020-10-13 | 2021-08-20 | 苏州惠贝电子科技有限公司 | Cutting and polishing device for sheet metal part machining |
| CN114762881A (en) * | 2021-01-15 | 2022-07-19 | 泰兴市凯力特弹簧有限公司 | Spring processing cutting device capable of automatically conveying |
| CN115415238B (en) * | 2022-07-20 | 2023-10-03 | 上海太同弹簧有限公司 | Spring production process |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3458031B2 (en) * | 1995-09-26 | 2003-10-20 | 振男 廖 | Spring forming machine |
| JP4011603B1 (en) * | 2006-05-30 | 2007-11-21 | 三菱製鋼株式会社 | Coil spring end forming apparatus and coil spring end forming method |
| CN102189201B (en) * | 2011-03-30 | 2013-05-08 | 杭州钱江弹簧有限公司 | Elbow spring processing process |
| CN204912625U (en) * | 2015-08-03 | 2015-12-30 | 重庆市安太弹簧有限责任公司 | S -shaped spring extrusion blanking die |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112705648A (en) * | 2020-12-13 | 2021-04-27 | 上海智心佳信息技术有限公司 | Intelligent manufacturing equipment of bumper shock absorber spring production cutting usefulness is exclusively used in |
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Address after: 215300 Building 1, No. 68, Luyang Fuqiang Road, Zhoushi Town, Kunshan City, Suzhou City, Jiangsu Province Patentee after: Kunshan Pinyue PRECISION Mold Co.,Ltd. Country or region after: China Address before: 215313 Building 1, 68 Luyang Fuqiang Road, Zhoushi Town, Kunshan City, Suzhou City, Jiangsu Province Patentee before: Kunshan pinyue precision mould Co.,Ltd. Country or region before: China |
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