CN207105111U - A kind of hot-melt damping piece punching press cutting means - Google Patents
A kind of hot-melt damping piece punching press cutting means Download PDFInfo
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- CN207105111U CN207105111U CN201721084065.4U CN201721084065U CN207105111U CN 207105111 U CN207105111 U CN 207105111U CN 201721084065 U CN201721084065 U CN 201721084065U CN 207105111 U CN207105111 U CN 207105111U
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- punching press
- cutting means
- cutting die
- conveyer belt
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- 238000005520 cutting process Methods 0.000 title claims abstract description 145
- 238000013016 damping Methods 0.000 title claims abstract description 126
- 238000004080 punching Methods 0.000 title claims abstract description 99
- 239000012943 hotmelt Substances 0.000 title claims abstract description 51
- 238000002844 melting Methods 0.000 claims abstract description 45
- 230000007246 mechanism Effects 0.000 claims abstract description 39
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- 230000006698 induction Effects 0.000 claims description 6
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- 239000000843 powder Substances 0.000 description 135
- VTYYLEPIZMXCLO-UHFFFAOYSA-L Calcium carbonate Chemical compound [Ca+2].[O-]C([O-])=O VTYYLEPIZMXCLO-UHFFFAOYSA-L 0.000 description 118
- 229910000019 calcium carbonate Inorganic materials 0.000 description 59
- OYPRJOBELJOOCE-UHFFFAOYSA-N Calcium Chemical compound [Ca] OYPRJOBELJOOCE-UHFFFAOYSA-N 0.000 description 51
- 239000011575 calcium Substances 0.000 description 51
- 229910052791 calcium Inorganic materials 0.000 description 51
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- 235000019198 oils Nutrition 0.000 description 19
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 19
- 238000002156 mixing Methods 0.000 description 16
- 239000002245 particle Substances 0.000 description 16
- 239000005038 ethylene vinyl acetate Substances 0.000 description 15
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- 239000010445 mica Substances 0.000 description 15
- 229910052618 mica group Inorganic materials 0.000 description 15
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- 238000007710 freezing Methods 0.000 description 13
- 230000008014 freezing Effects 0.000 description 13
- 239000003607 modifier Substances 0.000 description 13
- 238000004519 manufacturing process Methods 0.000 description 12
- CDBYLPFSWZWCQE-UHFFFAOYSA-L Sodium Carbonate Chemical compound [Na+].[Na+].[O-]C([O-])=O CDBYLPFSWZWCQE-UHFFFAOYSA-L 0.000 description 10
- PPBRXRYQALVLMV-UHFFFAOYSA-N Styrene Chemical compound C=CC1=CC=CC=C1 PPBRXRYQALVLMV-UHFFFAOYSA-N 0.000 description 10
- 239000012530 fluid Substances 0.000 description 10
- 230000000694 effects Effects 0.000 description 9
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- 239000004677 Nylon Substances 0.000 description 8
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- 235000015112 vegetable and seed oil Nutrition 0.000 description 7
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- 238000005516 engineering process Methods 0.000 description 6
- 239000000203 mixture Substances 0.000 description 6
- 229910021532 Calcite Inorganic materials 0.000 description 5
- UXVMQQNJUSDDNG-UHFFFAOYSA-L Calcium chloride Chemical compound [Cl-].[Cl-].[Ca+2] UXVMQQNJUSDDNG-UHFFFAOYSA-L 0.000 description 5
- 239000001110 calcium chloride Substances 0.000 description 5
- 229910001628 calcium chloride Inorganic materials 0.000 description 5
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- 238000005649 metathesis reaction Methods 0.000 description 5
- 210000003739 neck Anatomy 0.000 description 5
- 238000001556 precipitation Methods 0.000 description 5
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- 229910000029 sodium carbonate Inorganic materials 0.000 description 5
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- 238000004108 freeze drying Methods 0.000 description 4
- 238000010438 heat treatment Methods 0.000 description 4
- UHOVQNZJYSORNB-UHFFFAOYSA-N Benzene Chemical compound C1=CC=CC=C1 UHOVQNZJYSORNB-UHFFFAOYSA-N 0.000 description 3
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- Compositions Of Macromolecular Compounds (AREA)
Abstract
The utility model discloses a kind of hot-melt damping piece punching press cutting means, belong to car damping technical field.Hot-melt damping piece punching press cutting means of the present utility model include：Punching press cutting means body and the dedicated conveyer belt through punching press cutting means body transmission hot-melting type damping fin；Wherein：The punching press cutting means body includes two platforms, the stamping station and lift height adjustment mechanism for keeping flat and being fixed on two platform sides of dedicated conveyer belt both sides；The stamping station connects the cutting die detachably installed stamping station bottom by lift height adjustment mechanism.Adaptability regulation is carried out to the punching shear depth and thickness of cutting die by lift height adjustment mechanism, after acting on hot-melting type damping fin, lifting travel can be shortened, and avoid punching from excessively injuring conveyer belt.The utility model solves the problems, such as that flash is serious when damping fin is cut, conveyer belt service life is short.
Description
Technical field
It the utility model is related to car damping technical field, more particularly to a kind of hot-melt damping piece punching press cutting means.
Background technology
Shock material is widely used in weakening in automobile application vibration and the sound of road noise and engine.
For damping material, viscoelastic material is preferable.The damping effect related to the energy consumed in viscoelastic material with
The increase of the Young amount of touching and the loss factor of viscoelastic material and increase.Certainly, it also as the deformation that material is born and
Increase.Some materials have high loss factor but the low Young amount of touching, and it provides metallic plate limited damping, other materials
With the high Young amount of touching but relatively low loss factor (for example, rubber), it is not equally very good as damped part.It is good
Good damping material provides the compromise between the Young amount of touching and loss factor.
, it is necessary to the punching press cutting means of adaptation for the hot-melt damping piece by good damping material making, because
The damping fin cut in general cutting means often has flash, moreover, when being cut for the good damping fin of viscoplasticity, toward contact
Belt can be caused to damage and influence its service life.
Through retrieval, Chinese patent application, application number：201410175388.9 publication date：2015.11.18, one is disclosed
Kind of film automatic cutting device, including frame, the feed mechanism and punching mechanism that are successively set in frame；Punching mechanism includes
Blanking die holder, the folded stripper plate being located above blanking die holder and relative de- material positioned at feed direction one end of feed mechanism
Plate can be arranged on the drift above stripper plate up or down, and stripper plate is provided with the material demoulding hole corresponding with drift, blanking die
Seat is provided with the material-dropping hole being connected with material demoulding hole, and the feeding side of parallel feed mechanism is provided between stripper plate and blanking die holder
To, through stripper plate and the deflector chute passed through for film of blanking die holder opposite sides.The film automatic cutting of the utility model
Device, coordinated using drift and feed mechanism and film is punched out, instead of existing cutting knife and manual operation, realized automatic
Metaplasia is produced, and is reduced cost of labor, is improved production efficiency and safety；And stripper plate is arranged on blanking die holder, not with drift
Lower movement and move, reduce the noise of the blanking units.But during punching of the utility model applied to thicker damping fin,
Due to lacking width and the height even adjustment of thickness, flash is serious during punching, or even punching is not in place and adhesion situation is tight
Weight.
Utility model content
1. utility model technical problems to be solved
Flash is serious when being cut for existing in the prior art for the damping fin of particular/special requirement, conveyer belt service life is short
The problem of, the utility model provides a kind of hot-melt damping piece punching press cutting means.It passes through to the comprehensive adaptability of cutting die
Adjustment, reaches the purpose without flash when hot-melting type damping fin is cut.
2. technical scheme
To reach above-mentioned purpose, technical scheme provided by the utility model is：
A kind of hot-melt damping piece punching press cutting means, including：Punching press cutting means body and through the punching press cut out
Cutting apparatus body transmits the dedicated conveyer belt of hot-melting type damping fin；Wherein：The punching press cutting means body includes dedicated transport
Two platforms with both sides, the stamping station and lift height adjustment mechanism for keeping flat and being fixed on two platform sides；It is described
Stamping station connects the cutting die detachably installed stamping station bottom by lift height adjustment mechanism.Highly adjusted by lift
Mechanism carries out adaptability regulation to the punching shear depth and thickness of cutting die, after acting on hot-melting type damping fin, can shorten lifting row
Journey, and avoid punching from excessively injuring conveyer belt.
Further technical scheme, lift height adjustment mechanism are 4 that symmetrical expression is arranged at the stamping station corner
Lifting screw, it can be adjusted and lifted with corner balanced type, to ensure the balance in punching face；The bottom of the front end of the dedicated conveyer belt
It is provided with damping fin induction mechanism, during undamped piece, controlling organization can be notified to stop punching, avoid cutting die cut-in without ball damage conveying
Band.
Further technical scheme, in addition to stamping station front and rear sides are respectively arranged at, 2 directly over dedicated conveyer belt
Cutting die width adjustment mechanism, it is adjusted correspondingly according to cutting die specification, improves the versatility of device.
Further technical scheme, cutting die width adjustment mechanism include cylinder, leading screw, ball-type width adjusting frame, positioning
Framework, cutting die accept fixed mount and screw block, the ball-type width adjusting frame are fixed on stamping station side；The leading screw passes through
Ball-type width adjusting frame, and both ends extend to the left and right centered on ball-type width adjusting frame, the two-part silking in left and right is anti-
To setting, the both ends of leading screw are each passed through respective screw block；Each screw block is both secured to respective cutting die and accepts fixed mount
It is interior；The positioning framework is in downwardly open frame shape, and back-off accepts the top of fixed mount in cutting die, and the top of positioning framework is set
Cylinder, after the expansion link in the cylinder accepts fixed mount through positioning framework and cutting die, screw block is acted on, whole cutting die is wide
It is easy to operate to spend governor motion, accurate positioning, the positioning comprehensive to cutting die and fixation, reduces flash as far as possible during punching
Produce, and further avoid damage of the blade to conveyer belt.
Further technical scheme, cutting die accept the bottom of fixed mount, are inside provided with the neck of screens cutting die, convenient to cutting die
Screens, the replacing of cutting die is more convenient；The breaking strength of the dedicated conveyer belt is more than 20Mpa, and elongation rate of tensile failure is more than
400%, suitable for hot-melting type damping fin of the present utility model.
A kind of method for die cutting of hot-melt damping piece punching press cutting means, step are：
Step 1: cutting die is inserted：Cutting die is inserted between two relative 4 cutting dies undertaking fixed mounts；
Step 2: width adjusting：The round handle of swing roller formula width adjusting frame, the leading screw of the anti-silk in both ends drive cutting die
Fixed mount move toward one another is accepted, is clamped until by the two side ends of cutting die；
Step 3: cylinder starts：Start cylinder, Telescopic-cylinder bar drives cutting die to accept fixed mount to rise, until by cutting die
Upper surface and lifting screw bottom be in close contact；
Step 4: thickness is adjusted：The thickness of hot-melting type damping fin cutting is adjusted by rotation and lifting screw rod；
Step 5: punching press：Hot-melting type damping fin is placed on dedicated transport band；
Step 6: dedicated transport tape starting：Start the lower section that dedicated conveyer belt brings hot-melting type damping fin into cutting die；
Step 7: punching press cutting means body starts：Punching press cutting means body passes through its numerical control tank combination dedicated transport
Upper and lower punching press frequency is set with transfer rate, punching press is carried out to hot-melting type damping fin.
Further method for die cutting, the component of its dispensing of hot-melting type damping fin include the calcium powder of 600~700 parts by weight, 70
The mica powder of~80 parts by weight, the pitch of 60~80 parts by weight, the asphalt modifier of 8~10 parts by weight, 4~8 parts by weight it is soft
The fiber of agent, 3~5 parts by weight；The calcium powder includes dicalcium powder and light calcium carbonate powder, is the ultrafine heavy calcium powder of 0.5~1 μm of particle diameter
With ultra-fine light calcium carbonate powder, proportionate relationship is：(3~5)：1.In dispensing, the dosage of pitch only accounts for less than 9%, during using into automobile,
The generation of pernicious gas greatly reduces, and is removed after through ventilation after a while, then removes most residual smell, from
And reduce the application risk of damping sheet；Pitch is used cooperatively after two kinds of ultra-fine calcium powders and softening, can improve the knot with pitch
Close intensity (improved by the polymerizing power of superfine powder and the adhesion of pitch), avoid tabletting be punched after point during use
Layer.
Further method for die cutting, the making step of the ultrafine heavy calcium powder are：
Step 1: corase grind：First calcite is sent into grinder after mechanical crushing and is ground, it is thick to obtain calcium carbonate
Powder；
Step 2: mixing：Calcium carbonate coarse powder, dispersant and water are sufficiently mixed as lyophilized presoma；
It is Step 3: quick-frozen：Lyophilized presoma is tiled, and it is quick-frozen into bulk to insert quick freezing repository after mould；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultrafine heavy calcium powder；
The making step of the ultra-fine light calcium carbonate powder is：
Step 1: reactant generates：Sodium carbonate and calcium chloride are subjected to metathesis reaction generation precipitation of calcium carbonate, filtered
Calcium carbonate coarse powder；
Step 2: mixing：Calcium carbonate coarse powder, dispersant and water are sufficiently mixed as lyophilized presoma；
It is Step 3: quick-frozen：Lyophilized presoma is tiled, and it is quick-frozen into bulk to insert quick freezing repository after mould；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultra-fine light calcium carbonate powder.
The ultrafine heavy calcium powder and light calcium carbonate powder made by vacuum freeze-drying technique, due to its little particle and the bulk of formation
Body can be in light crisp alveolate texture, and grinding cost is reduced for the obtained of ultra-fine calcium powder.
Further method for die cutting, quick freezing temperature are -38~-40 DEG C；The lyophilized process curve is：
A, temperature raising period：0 DEG C~100 DEG C of plate temperature, 5 DEG C/min of heating slope, 100 DEG C are kept for 20~30 minutes, are evacuated to
Within 100Pa；
B, soak：Plate temperature is cooled to 80~85 DEG C/min, is kept for 30~40 minutes, vacuum control is within 80Pa；
C, the later stage：Plate temperature is cooled to 60~70 DEG C/min, is kept for 40~60 minutes, vacuum control is within 50Pa.
Further method for die cutting, the ultra-fine light calcium carbonate powder making and ultrafine heavy calcium powder making step the step of two
It is middle will asphalt modifier and/or softening agent are well mixed add after quickly carry out quick-frozen, each composition fast positioning, avoid being layered,
Add 2.5~3.0 times that water consumption is coarse powder gross weight, to reach the purpose for fully absorbing mixing, step 3 material is spread into mould
Thickness is 5.0~6.0cm, raising sabot amount, and in step 4 freeze-drying process, condenser temperature is controlled below -30 DEG C, you can is reached
Effectively catch the purpose of water；The process steps of the hot-melting type damping fin are：
(1) pitch softens：Pitch input kneader heating softening is stirred into fluid；
(2) stir：Asphalt modifier and softening agent are put into kneader stirring successively in order；
(3) fiber crushes：In step (2) whipping process, input kneader continues to stir after fiber is crushed；
(4) calcium powder adds：Calcium powder, mica powder input kneader are continued to stir；
(5) extrude：After stirring terminates, it is transferred to extruder extrusion and generates hot-melting type damping fin with to roll tablet.
3. beneficial effect
Using technical scheme provided by the utility model, compared with prior art, have the advantages that：
(1) a kind of hot-melt damping piece punching press cutting means of the present utility model, pass through lift height adjustment mechanism pair
The punching shear depth and thickness of cutting die carry out adaptability regulation, after acting on hot-melting type damping fin, can shorten lifting travel, and keep away
Exempt from punching and excessively injure conveyer belt；In the hot-melting type damping fin dispensing of the utility model Punching Technology, the dosage of pitch only accounts for
Less than the 9% of gross weight, during using into automobile, in the limited space of automobile, the generation of pernicious gas greatly reduces, after
Most residual smell is removed through ventilation after a while again, the use wind of damping sheet in the car can be substantially reduced
Danger, moreover, the hot-melting type damping fin viscoelastic property of the utility model Punching Technology is good, in blanking process, is avoided that the production of flash
It is raw；
(2) a kind of hot-melt damping piece punching press cutting means of the present utility model, 4 lifting screws are put down in stamping station corner
Weighing apparatus formula regulation lifting, to ensure the balance in punching face；The setting of damping fin induction mechanism, undamped piece by when, Ke Yitong
Know that controlling organization stops punching, avoid cutting die cut-in without ball from damaging conveyer belt；Moreover, the hot-melting type damping of the utility model Punching Technology
Pitch is used cooperatively after the material of piece ultrafine heavy calcium powder and ultra-fine light calcium carbonate powder, two kinds of ultra-fine calcium powders and softening, can improve and
The bond strength (adhesion with pitch is improved by the polymerizing power of superfine powder) of pitch, avoids extruding tabletting and punching
Layering during use afterwards；
(3) a kind of hot-melt damping piece punching press cutting means of the present utility model, can be carried out according to cutting die specification corresponding
Adjustment, improve the versatility of device；Moreover, powder made from lyophilized technique in the making of hot-melting type damping fin, due to its small
Grain and the blocks formed can be in light crisp alveolate texture, then when being ground into super fine, its cost substantially reduces；
(4) a kind of hot-melt damping piece punching press cutting means of the present utility model, whole cutting die width adjustment mechanism operation
It is convenient, accurate positioning, the positioning comprehensive to cutting die and fixation, reduce the generation of flash during punching as far as possible, and further
Avoid damage of the blade to conveyer belt；And in ultrafine heavy calcium powder preparation process, because what is mainly added is Free water, with reference to water
It is less, so, freeze-drying process is lyophilized compared to food and medicine, and its lyophilized cost is relatively small, can be obvious from its yield rate
Find out, the yield rate of frozen dried food is typically below 10%, and the lyophilized preparation of ultrafine heavy calcium powder may be up to 50%, or even 80%
More than；
(5) a kind of hot-melt damping piece punching press cutting means of the present utility model, neck can allow the screens of cutting die more square
Just, it is also more convenient during replacing；Hot-melting type damping fin of the present utility model, it is necessary to which dedicated conveyer belt, breaking strength are big during punching
In 20Mpa, elongation rate of tensile failure is more than 400%, and two aspects combine, and reaches the purpose that punching is grown without flash, conveyer belt service life；
Moreover, in the making of hot-melting type damping fin in the lyophilized making of ultra-fine light calcium carbonate powder, commercially available light calcium carbonate powder can be used to carry out secondary jelly
Dry processing, its cost are at most doubled, and again below the cost of general pitch, therefore, ultra-fine light calcium carbonate powder substitutes part pitch, when
Manufacturing cost is reduced, second, the generation of pernicious gas can be reduced, third, coordinate with ultrafine heavy calcium powder, is improved and the combination of pitch
Intensity (to reach effective combination of organic matter and inorganic matter)；
(6) a kind of hot-melt damping piece punching press cutting means of the present utility model, -38 in the making of hot-melting type damping fin~-
40 DEG C and quick freezing temperature, it is the property determination that inventor combines calcium powder, when too high, ice crystal is poor to the piercing ability of particle, freezes
Micropore caused by after dry is shallow and few；When too low, although micropore depth and quantity can be improved, production cost can be greatly improved；Freeze
The setting of stem curve, it is that inventor combines the targetedly design that the more attribute of Free water is carried out, whole freeze-drying process 2
Hour or so, it is low to freeze cost；
(7) hot-melt damping piece punching press cutting means of the present utility model, will in step 2 during hot-melting type damping fin makes
The mixing of asphalt modifier and/or softening agent adds, and asphalt modifier and/or softening agent can be freezed into positioning around micro mist,
To improve in later stage whipping process and the combination of pitch, facilitate their effect rapid deployment, reduce whole processing technology when
Between, avoid aging of the pitch in stirring；
(8) method for die cutting of a kind of hot-melt damping piece punching press cutting means of the present utility model, by the full side of cutting die
The regulation and fixation of position, punching can be improved frequently, so as to reduce production cost, improve production efficiency, and be punched hairless
Side.
Brief description of the drawings
Fig. 1 is the structural representation that the utility model melts type damping fin punching press cutting means；
Fig. 2 is cutting die width adjustment mechanism magnified partial view in the utility model；
Fig. 3 is the top view of cutting die in the utility model.
In figure：8th, punching press cutting means body；9th, dedicated conveyer belt；10th, hot-melting type damping fin；81st, cutting die；82nd, platform；
83rd, stamping station；84th, lift height adjustment mechanism；85th, cutting die width adjustment mechanism；87th, damping fin induction mechanism；88th, compress
Tracheae；811st, blade；851st, cylinder；852nd, leading screw；853rd, ball-type width adjusting frame；854th, positioning framework；855th, cutting die is held
Connect fixed mount；856th, screw block；8551st, neck.
Embodiment
To further appreciate that content of the present utility model, the utility model is described in detail with reference to accompanying drawing.
Embodiment 1
The hot-melt damping piece punching press cutting means of the present embodiment, as shown in figure 1, including punching press cutting means body 8 with
And the dedicated conveyer belt 9 through the punching press cutting means body 8 transmission hot-melting type damping fin 10；Wherein：The punching press is cut
Device body 8 includes two platforms 82, the stamping station 83 for keeping flat and being fixed on two sides of platform 82 of the both sides of dedicated conveyer belt 9
And lift height adjustment mechanism 84；The stamping station 83 connects the bottom of stamping station 83 by lift height adjustment mechanism 84
The cutting die 81 detachably installed.Dedicated conveyer belt 9 is the nylon conveyer belt based on nylon material, and breaking strength is more than 20Mpa,
Elongation rate of tensile failure is more than 400%, with suitable for hot-melting type damping fin 10 of the present utility model, its dispensing of hot-melting type damping fin 10
Component includes 700 kilograms of calcium powder, 80 kilograms of mica powder, 80 kilograms of pitch, 10 kilograms of asphalt modifier such as SBS benzene second
Alkene, EVA ethylene-vinyl acetate copolymers, 8 kilograms of softening agent such as vegetable oil, rubber oil, friction oil etc., 5 kilograms of fiber
Such as flaxen fiber, aramid fiber.
The processing method of the present embodiment hot-melt damping piece, step are：
1st, pitch softens：AH-80 pitches input kneader is warming up to 100 DEG C or so softenings, stirs into fluid；
2nd, stir：SBS and vegetable oil are put into kneader successively in order to stir 10 minutes；
3rd, fiber crushes：In step 2 whipping process, input kneader continues 20 points of stirring after flaxen fiber is crushed into 16 mesh
Clock；
4th, calcium powder adds：Calcium powder, mica powder input kneader are continued to stir；
5th, extrude：After stirring terminates, it is transferred to extruder extrusion and generates hot-melting type damping fin 10 with to roll tablet.
In the blanking process of the hot-melt damping piece 10 of the present embodiment, by lift height adjustment mechanism 84 to cutting die 81
Punching shear depth and thickness carry out adaptability regulation, after acting on hot-melting type damping fin 10, lifting travel can be shortened, and avoid
Punching excessively injures conveyer belt；Moreover, in the dispensing of hot-melt damping piece 10, the dosage of pitch only accounts for 9% or so, after punching
Damping fin apply into automobile when, the generation of pernicious gas greatly reduces, after through after a while ventilation remove, then
Most residual smell is removed, so as to reduce the application risk of damping sheet.
Embodiment 2
The hot-melt damping piece punching press cutting means of the present embodiment, basic structure exist with embodiment 1, different and improvements
In：Lift height adjustment mechanism 84 is 4 lifting screws that symmetrical expression is arranged at 83 4 jiaos of the stamping station；It is described special defeated
The bottom of the front end of band 9 is sent to be provided with damping fin induction mechanism 87.It is public that the component of the dispensing of hot-melt damping piece 10 includes 100
Jin, the ultra-fine light calcium carbonate powder of 0.5~1 μm of particle diameter, 500 kilograms, the ultrafine heavy calcium powder of 0.5~1 μm of particle diameter, 70 kilograms of mica powder,
60 kilograms of pitch, 8 kilograms of asphalt modifier such as SBS styrene or EVA ethylene-vinyl acetate copolymers, 4 kilograms soft
Agent such as vegetable oil, rubber oil, friction oil etc., 3 kilograms of fiber such as flaxen fiber, aramid fiber.
The processing method of the hot-melt damping piece of the present embodiment, step are：
1st, pitch softens：AH-90 pitches input kneader is warming up to 110 DEG C or so softenings, stirs into fluid；
2nd, stir：EVA and rubber oil are put into kneader successively in order to stir 10 minutes；
3rd, fiber crushes：In step 2 whipping process, input kneader continues 20 points of stirring after flaxen fiber is crushed into 20 mesh
Clock；
4th, calcium powder adds：Ultrafine heavy calcium powder and ultra-fine light calcium carbonate powder, mica powder input kneader are continued to stir；
5th, extrude：After stirring terminates, it is transferred to extruder extrusion and generates hot-melting type damping fin 10 with to roll tablet.
The present embodiment hot-melt damping piece punching press cutting means, it can be adjusted and lifted with corner balanced type, to ensure punching face
Balance；Damping fin induction mechanism 87 undamped piece by when, controlling organization can be notified to stop punching, avoid cutting die 81 empty
Cut damage conveyer belt；Damping fin after punching, because pitch is used cooperatively after two kinds of ultra-fine calcium powders and softening, it can improve and drip
Blue or green bond strength is improved by the polymerizing power of superfine powder and the adhesion of pitch, avoids tabletting and punching, used
Layering in journey.But the grinding cost of two kinds of ultra-fine calcium powders is higher, causes the lifting of production cost.
Embodiment 3
The hot-melt damping piece punching press cutting means of the present embodiment, basic structure exist with embodiment 2, different and improvements
In：Also include being respectively arranged at the front and rear sides of stamping station 83,2 cutting die width adjustment mechanisms 85 of the surface of dedicated conveyer belt 9.
The component of the dispensing of hot-melt damping piece 10 include 175 kilograms, the ultra-fine light calcium carbonate powder of 0.5~1 μm of particle diameter, 525 kilograms, particle diameter 0.5
~1 μm of ultrafine heavy calcium powder, 75 kilograms of mica fine powder, 70 kilograms of pitch, 9 kilograms of asphalt modifier such as SBS styrene
Or EVA ethylene-vinyl acetate copolymers, 6 kilograms of softening agent such as vegetable oil, rubber oil, friction oil etc., 4 kilograms of fiber
Such as flaxen fiber, aramid fiber, wherein：The procedure of processing of ultra-fine light calcium carbonate powder or ultrafine heavy calcium powder is：
Step 1: mixing：Commercially available dicalcium powder or light calcium carbonate powder, dispersant and water are sufficiently mixed as lyophilized presoma；
It is Step 2: quick-frozen：Lyophilized presoma is tiled insert after mould -38~-40 DEG C or so quick freezing repository it is quick-frozen into
It is block；
It is Step 3: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；
Step 4: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultra-fine light calcium carbonate powder.
The processing method of the hot-melt damping piece of the present embodiment, step are：
1st, pitch softens：AH-90 pitches input kneader is warming up to 110 DEG C or so softenings, stirs into fluid；
2nd, stir：EVA and rubber oil are put into kneader successively in order to stir 10 minutes；
3rd, fiber crushes：In step 2 whipping process, input kneader continues 20 points of stirring after flaxen fiber is crushed into 20 mesh
Clock；
4th, calcium powder adds：Lyophilized obtained ultrafine heavy calcium powder and ultra-fine light calcium carbonate powder, mica powder input kneader are continued to stir
Mix 10 minutes；
5th, extrude：After stirring terminates, it is transferred to extruder extrusion and generates hot-melting type damping fin 10 with to roll tablet.
The hot-melt damping piece punching press cutting means of the present embodiment, cutting die width adjustment mechanism 85, can be advised according to cutting die
Lattice are adjusted correspondingly, and improve the versatility of device；Hot-melt damping piece 10 use it is lyophilized after it is ultra-fine light made from grinding
Calcium powder and ultrafine heavy calcium powder are because there are micropore or micro- hole in its surface, and pitch, the combination of softening agent and modifying agent fluid more step up
Close, on the premise of asphalt content is greatly reduced, bond strength is greatly improved, and its damped coefficient is also correspondingly improved, and is had good
Good damping, sound insulation and heat insulation effect.
Embodiment 4
The hot-melt damping piece punching press cutting means of the present embodiment, basic structure exist with embodiment 3, different and improvements
In：As shown in Fig. 2 cutting die width adjustment mechanism 85 includes cylinder 851, leading screw 852, ball-type width adjusting frame 853, posting
Frame 854, cutting die accept fixed mount 855 and screw block 856, the ball-type width adjusting frame 853 are fixed on the side of stamping station 83；
The leading screw 852 passes through ball-type width adjusting frame 853, and both ends are prolonged to the left and right centered on ball-type width adjusting frame 853
Stretch, the two-part silking in left and right is oppositely arranged, and the both ends of leading screw 852 are each passed through respective screw block 856；Each screw block
856, which are both secured to respective cutting die, accepts in fixed mount 855；The positioning framework 854 is in downwardly open frame shape, and back-off is in knife
Mould accepts the top of fixed mount 855, and the top of positioning framework 854 sets cylinder 851, and the expansion link in the cylinder 851 passes through
After positioning framework 854 and cutting die accept fixed mount 855, screw block 856, the whole side of operation of cutting die width adjustment mechanism 85 are acted on
Just, accurate positioning, the positioning comprehensive to cutting die 81 and fixation, the generation of flash is reduced during punching as far as possible, and further
Avoid damage of the blade 811 to conveyer belt；The component of the dispensing of hot-melt damping piece 10 includes 120 kg, 0.5~1 μm of particle diameter
Ultra-fine light calcium carbonate powder, 480 kilograms, the ultrafine heavy calcium powder of 0.5~1 μm of particle diameter, 75 kilograms of mica fine powder, 60 kilograms of pitch, 9
Kilogram asphalt modifier such as SBS styrene or EVA ethylene-vinyl acetate copolymers, 6 kilograms of softening agent such as vegetable oil,
Rubber oil, friction oil etc., 4 kilograms of fiber such as flaxen fiber, aramid fiber, wherein：The procedure of processing of ultrafine heavy calcium powder is：
Step 1: corase grind：First calcite is sent into grinder after mechanical crushing and is ground, it is thick to obtain calcium carbonate
Powder；
Step 2: mixing：Calcium carbonate coarse powder, dispersant and water are sufficiently mixed as lyophilized presoma；
It is Step 3: quick-frozen：Lyophilized presoma is tiled, and it is quick-frozen into bulk to insert quick freezing repository after mould；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultrafine heavy calcium powder.
The making step of ultra-fine light calcium carbonate powder is：
Step 1: reactant generates：Sodium carbonate and calcium chloride are subjected to metathesis reaction generation precipitation of calcium carbonate, filtered
Calcium carbonate coarse powder；
Step 2: mixing：Calcium carbonate coarse powder, dispersant and water are sufficiently mixed as lyophilized presoma；
It is Step 3: quick-frozen：Lyophilized presoma is tiled, and it is quick-frozen into bulk to insert quick freezing repository after mould；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultra-fine light calcium carbonate powder.
The processing method of the present embodiment hot-melt damping piece, step are：
1st, pitch softens：AH-90 pitches input kneader is warming up to 110 DEG C or so softenings, stirs into fluid；
2nd, stir：EVA and rubber oil are put into kneader successively in order to stir 10 minutes；
3rd, fiber crushes：In step 2 whipping process, input kneader continues 20 points of stirring after flaxen fiber is crushed into 20 mesh
Clock；
4th, calcium powder adds：Lyophilized obtained ultrafine heavy calcium powder and ultra-fine light calcium carbonate powder, mica powder input kneader are continued to stir
Mix 10 minutes；
5th, extrude：After stirring terminates, it is transferred to extruder extrusion and generates hot-melting type damping fin 10 with to roll tablet.
The method for die cutting of the hot-melt damping piece punching press cutting means of the present embodiment, step are：
Step 1: cutting die 81 is inserted：The edge of a knife of blade 811 by cutting die 81 as shown in Figure 3 inserts downwards two relatively
4 cutting dies accept fixed mount 855 between；
Step 2: width adjusting：The round handle of swing roller formula width adjusting frame 853, the band of leading screw 852 of the anti-silk in both ends
Moving knife mould accepts the move toward one another of fixed mount 855, is clamped until by the two side ends of cutting die 81；
Step 3: cylinder starts：Start cylinder 851, gases at high pressure act on Telescopic-cylinder bar band by compression gas pipe 88
Moving knife mould is accepted fixed mount 855 and risen, until the upper surface of cutting die 81 and the bottom of lifting screw are in close contact；
Step 4: thickness is adjusted：The thickness of the cutting of hot-melting type damping fin 10 is adjusted by rotation and lifting screw rod；
Step 5: punching press：Hot-melting type damping fin 10 is placed on nylon conveyer belt；
Step 6: dedicated transport tape starting：Start the lower section that nylon conveyer belt brings hot-melting type damping fin 10 into cutting die 81；
Step 7: punching press cutting means body starts：Punching press cutting means body 8 passes through its numerical control tank combination dedicated transport
Upper and lower punching press frequency is set with 9 transfer rates, the damping monolithic after punching is made in punching press is carried out to hot-melting type damping fin 10, is used
In the means of transports such as automobile, electric car.
The method for die cutting of hot-melt damping piece punching press cutting means made from the present embodiment, passes through the tune comprehensive to cutting die
Save and fixed, punching can be improved frequently, so as to reduce production cost, improve production efficiency, and be punched without flash.
Embodiment 5
The hot-melt damping piece punching press cutting means of the present embodiment, basic structure exist with embodiment 4, different and improvements
In：Cutting die accepts the bottom of fixed mount 855, is inside provided with the neck 8551 of screens cutting die 81, the convenient screens to cutting die 81, cutting die
81 replacing is more convenient.The component of the dispensing of hot-melting type damping fin 10 includes 240 kilograms, the ultra-fine fine particle calcium carbonate of 0.5~1 μm of particle diameter
Powder, 460 kilograms, the ultrafine heavy calcium powder of 0.5~1 μm of particle diameter, 75 kilograms of mica fine powder, 60 kilograms of pitch, 8 kilograms of pitch
Modifying agent such as SBS styrene or EVA ethylene-vinyl acetate copolymers, 5 kilograms of softening agent such as vegetable oil, rubber oil, friction
Oil etc., 3 kilograms of fiber such as flaxen fiber, aramid fiber, wherein：The procedure of processing of ultrafine heavy calcium powder is：
Step 1: corase grind：First calcite is sent into grinder after mechanical crushing and is ground, it is thick to obtain calcium carbonate
Powder；
Step 2: mixing：Calcium carbonate coarse powder, 4 kilograms of EVA, 3 kilograms of friction oil and water are sufficiently mixed as lyophilized
When presoma mixes, it can also be mixed with homogenizer, effect is more preferable, but cost is high；
It is Step 3: quick-frozen：Lyophilized presoma is tiled insert after mould -38 DEG C or so quick freezing repository it is quick-frozen into bulk；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultrafine heavy calcium powder.
The making step of ultra-fine light calcium carbonate powder is：
Step 1: reactant generates：Sodium carbonate and calcium chloride are subjected to metathesis reaction generation precipitation of calcium carbonate, filtered
Calcium carbonate coarse powder；
Step 2: mixing：Calcium carbonate coarse powder, remaining EVA, friction oil and water are sufficiently mixed as lyophilized presoma；
It is Step 3: quick-frozen：Lyophilized presoma is tiled, and it is quick-frozen into bulk to insert -38 DEG C or so quick freezing repositories after mould；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultra-fine light calcium carbonate powder.
The processing method of the present embodiment hot-melt damping piece, step are：
1st, pitch softens：AH-90 pitches input kneader is warming up to 110 DEG C or so softenings, stirs into fluid；
2nd, fiber crushes：In step 1 whipping process, input kneader continues 20 points of stirring after flaxen fiber is crushed into 10 mesh
Clock；
3rd, calcium powder adds：Lyophilized obtained ultrafine heavy calcium powder and ultra-fine light calcium carbonate powder, mica powder input kneader are continued to stir
Mix 5 minutes or so；
4th, extrude：After stirring terminates, it is transferred to extruder extrusion and generates hot-melt damping piece 10 with to roll tablet；
5th, cutting die 81 is inserted：Cutting die 81 is caught in 4 relative necks 8551；
6th, width adjusting：The round handle of swing roller formula width adjusting frame 853, the leading screw 852 of the anti-silk in both ends is with moving knife
Mould accepts the move toward one another of fixed mount 855, is clamped until by the two side ends of cutting die 81；
7th, cylinder starts：Start cylinder 851, Telescopic-cylinder bar drives cutting die to accept fixed mount 855 to rise, until by cutting die
81 upper surface and the bottom of lifting screw are in close contact；
8th, thickness is adjusted：The thickness of the cutting of hot-melting type damping fin 10 is adjusted by rotation and lifting screw rod；
9th, punching press：Hot-melting type damping fin 10 is placed on nylon conveyer belt；
10th, dedicated transport tape starting：Start the lower section that nylon conveyer belt brings hot-melting type damping fin 10 into cutting die 81；
11st, punching press cutting means body starts：Punching press cutting means body 8 is passed by its numerical control tank combination nylon conveyer belt
Send speed that upper and lower punching press frequency is set, punching press is carried out to hot-melting type damping fin 10.
In the hot-melt damping piece production process of the present embodiment, the mixing of asphalt modifier and softening agent is added in step 2
Enter, asphalt modifier and/or softening agent can be freezed positioning around micro mist, to improve in later stage whipping process and pitch
With reference to facilitating their effect rapid deployment, reduce the time of whole processing technology, avoid aging of the pitch in stirring.
Embodiment 6
The hot-melt damping piece punching press cutting means of the present embodiment, basic structure exist with embodiment 5, different and improvements
In：The component of hot-melting type damping fin 10 include 240 kilograms, the ultra-fine light calcium carbonate powder of 0.5~1 μm of particle diameter, 460 kilograms, particle diameter 0.5~
1 μm of ultrafine heavy calcium powder, 70 kilograms of mica fine powder, 65 kilograms of pitch, 9 kilograms of asphalt modifier such as SBS styrene or
EVA ethylene-vinyl acetate copolymers, 6 kilograms of softening agent such as vegetable oil, rubber oil, friction oil etc., 5 kilograms of fiber are such as
Flaxen fiber, aramid fiber, wherein：The procedure of processing of ultrafine heavy calcium powder is：
Step 1: corase grind：First calcite is sent into grinder after mechanical crushing and is ground, it is thick to obtain calcium carbonate
Powder；
Step 2: mixing：When calcium carbonate coarse powder, 4 kilograms of EVA and water are sufficiently mixed as lyophilized presoma mixing,
It can also be mixed with homogenizer, effect is more preferable, but cost is high；
It is Step 3: quick-frozen：Lyophilized presoma is tiled insert after mould -38 DEG C or so quick freezing repository it is quick-frozen into bulk；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；
Lyophilized process curve is：
A, temperature raising period：0 DEG C~100 DEG C of plate temperature, 5 DEG C/min of heating slope, 100 DEG C are kept for 20~30 minutes, are evacuated to
Within 100Pa；
B, soak：Plate temperature is cooled to 85 DEG C/min, is kept for 30 minutes, vacuum control is within 80Pa；
C, the later stage：Plate temperature is cooled to 70 DEG C/min, is kept for 40 minutes, vacuum control is within 50Pa.
D, export is made and is lyophilized into cellular block of material；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultrafine heavy calcium powder, swept using Flied emission
Face microscope carries out pattern and constituent analysis to powder body material, and the particle surface of obtained ultrafine heavy calcium powder is more or less after grinding
Deep or shallow micropore.
The making step of ultra-fine light calcium carbonate powder is：
Step 1: reactant generates：Sodium carbonate and calcium chloride are subjected to metathesis reaction generation precipitation of calcium carbonate, filtered
Calcium carbonate coarse powder；
Step 2: mixing：Calcium carbonate coarse powder, remaining EVA, friction oil and water are sufficiently mixed as lyophilized presoma；
It is Step 3: quick-frozen：Lyophilized presoma is tiled, and it is quick-frozen into bulk to insert -40 DEG C or so quick freezing repositories after mould；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；The same coarse whiting of lyophilized technique
Powder；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultra-fine light calcium carbonate powder.
The processing method of the present embodiment hot-melt damping piece punching press cutting means, step are：
1st, pitch softens：AH-80 pitches input kneader is warming up to 100 DEG C or so softenings, stirs into fluid；
2nd, fiber crushes：In step 1 whipping process, input kneader continues 20 points of stirring after flaxen fiber is crushed into 10 mesh
Clock；
3rd, calcium powder adds：Lyophilized obtained ultrafine heavy calcium powder and ultra-fine light calcium carbonate powder, mica powder input kneader are continued to stir
Mix 5 minutes or so, experiment is diluted with water in the fluid after stirring, taking precipitate carries out microscope and powder body material is carried out again
Pattern and constituent analysis, it is found that around particle in more or less pitch infiltration into microporous；Also the knot of pitch and particle is indicated that
Conjunction degree improves；
4th, extrude：After stirring terminates, it is transferred to extruder extrusion and generates hot-melting type damping fin 10 with to roll tablet.
Remaining step is the same as embodiment 5.
Hot-melt damping piece 10 made from the present embodiment, whole lyophilized technique process only 2 hours or so, production cost is not
Can improve how much, moreover, after pitch infiltration into microporous, match the dicalcium powder greatly improved, light calcium carbonate powder also has to the smell of pitch
A kind of slow releasing function, batch in the pernicious gas short time is avoided to produce and produce harm to human body.
Embodiment 7
The hot-melt damping piece 10 of the present embodiment, solvent and step are different and the improvement is that with embodiment 6：
Asphalt modifier and/or softening agent can respectively be added in step 2 and step 2, to play its effect as far as possible, avoided
After all being applied in certain step, its decreased effectiveness.
Embodiment 8
The hot-melt damping piece 10 of the present embodiment, basic structure are different and the improvement is that with embodiment 5：
The procedure of processing of ultrafine heavy calcium powder is：
Step 1: corase grind：First calcite is sent into grinder after mechanical crushing and is ground, it is thick to obtain calcium carbonate
Powder；
Step 2: mixing：When calcium carbonate coarse powder, 4 kilograms of EVA and water are sufficiently mixed as lyophilized presoma mixing,
It can also be mixed with homogenizer, effect is more preferable, but cost is high；Add 2.5 times that water consumption is coarse powder gross weight；
It is Step 3: quick-frozen：Lyophilized presoma is tiled insert after mould -38 DEG C or so quick freezing repository it is quick-frozen into bulk,
Balance thickness 6cm；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；
Lyophilized process curve is：
A, temperature raising period：0 DEG C~100 DEG C of plate temperature, 5 DEG C/min of heating slope, 100 DEG C are kept for 20 minutes, are evacuated to 100Pa
Within；
B, soak：Plate temperature is cooled to 80 DEG C/min, is kept for 40 minutes, vacuum control is within 80Pa；
C, the later stage：Plate temperature is cooled to 60 DEG C/min, is kept for 50 minutes, vacuum control is within 50Pa.
D, export is made and is lyophilized into cellular block of material；
The condenser temperature of each step of freeze drying is controlled below -30 DEG C above；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultrafine heavy calcium powder.
The making step of ultra-fine light calcium carbonate powder is：
Step 1: reactant generates：Sodium carbonate and calcium chloride are subjected to metathesis reaction generation precipitation of calcium carbonate, filtered
Calcium carbonate coarse powder；
Step 2: mixing：Calcium carbonate coarse powder, friction oil and water are sufficiently mixed as lyophilized presoma；The water consumption is added to be
3 times of coarse powder gross weight；
It is Step 3: quick-frozen：Lyophilized presoma is tiled into mould, thickness 5.0cm, inserts -40 DEG C or so quick freezing repository speed
It is frozen into bulk；
It is Step 4: lyophilized：Lump material push-in dry storehouse is carried out being lyophilized into cellular block of material；The same coarse whiting of lyophilized technique
Powder；
Step 5: fine grinding：Cellular block of material is sent into grinder to carry out being finely ground to ultra-fine light calcium carbonate powder.
The processing method of the present embodiment hot-melt damping piece, step are：
1st, pitch softens：AH-80 pitches input kneader is warming up to 100 DEG C or so softenings, stirs into fluid；
2nd, stir：By remaining EVA input kneader stirrings；
3rd, fiber crushes：In step 1 whipping process, input kneader continues 20 points of stirring after flaxen fiber is crushed into 10 mesh
Clock；
4th, calcium powder adds：Lyophilized obtained ultrafine heavy calcium powder and ultra-fine light calcium carbonate powder, mica powder input kneader are continued to stir
Mix 5 minutes or so；
5th, extrude：After stirring terminates, it is transferred to extruder extrusion and generates hot-melting type damping fin 10 with to roll tablet.
Remaining step is the same as embodiment 5.
Hot-melt damping piece 10 made from the present embodiment, whole lyophilized technique process only 2 hours or so, production cost is not
Can improve how much, moreover, after pitch infiltration into microporous, match the dicalcium powder greatly improved, light calcium carbonate powder also has to the smell of pitch
A kind of slow releasing function, batch in the pernicious gas short time is avoided to produce and produce harm to human body.The hot-melting type of the present embodiment
Damping fin viscoelastic property is good, especially suitable molten type damping fin punching press cutting means punching of the present utility model, coordinates breaking strength
More than 20Mpa, elongation rate of tensile failure is more than 400% special-purpose nylon conveyer belt, and the damping monolithic after punching is applied without flash
After automobile, the excellent bonding performance with car crust, damping and soundproof effect are good, and especially pernicious gas is few, are a kind of environment
The damping fin of friendly.
Schematically the utility model and embodiments thereof are described above, this describes no restricted, accompanying drawing
Shown in be also one of embodiment of the present utility model, actual structure is not limited thereto.So if this area
Those of ordinary skill enlightened by it, without departing from the spirit of the invention, without creativeness designing with should
The similar frame mode of technical scheme and embodiment, all should belong to the scope of protection of the utility model.
Claims (5)
- A kind of 1. hot-melt damping piece punching press cutting means, it is characterised in that including：Punching press cutting means body (8) and wear Cross the dedicated conveyer belt (9) of punching press cutting means body (8) the transmission hot-melting type damping fin (10)；Wherein：Two platforms (82) of the punching press cutting means body (8) including dedicated conveyer belt (9) both sides, keep flat and be fixed on two The stamping station (83) and lift height adjustment mechanism (84) of individual platform (82) side；The stamping station (83) passes through lift The cutting die (81) that height adjustment mechanism (84) connection stamping station (83) bottom is detachably installed.
- 2. hot-melt damping piece punching press cutting means according to claim 1, it is characterised in that：The lift is highly adjusted Section mechanism (84) is 4 lifting screws that symmetrical expression is arranged at the stamping station (83) corner；Before the dedicated conveyer belt (9) The bottom at end is provided with damping fin induction mechanism (87).
- 3. hot-melt damping piece punching press cutting means according to claim 1, it is characterised in that：Also include being respectively arranged at Stamping station (83) front and rear sides, 2 cutting die width adjustment mechanisms (85) directly over dedicated conveyer belt (9).
- 4. hot-melt damping piece punching press cutting means according to claim 3, it is characterised in that：The cutting die width adjusting Mechanism (85) includes cylinder (851), leading screw (852), ball-type width adjusting frame (853), positioning framework (854), cutting die and accepted Fixed mount (855) and screw block (856), the ball-type width adjusting frame (853) are fixed on stamping station (83) side；The silk Thick stick (852) passes through ball-type width adjusting frame (853), and both ends are prolonged to the left and right centered on ball-type width adjusting frame (853) Stretch, the two-part silking in left and right is oppositely arranged, and the both ends of leading screw (852) are each passed through respective screw block (856)；Each screw Block (856) is both secured to respective cutting die and accepted in fixed mount (855)；The positioning framework (854) is in downwardly open frame shape, Back-off accepts the top of fixed mount (855) in cutting die, and the top of positioning framework (854) sets cylinder (851), the cylinder (851) after the expansion link in accepts fixed mount (855) through positioning framework (854) and cutting die, screw block (856) is acted on.
- 5. hot-melt damping piece punching press cutting means according to claim 4, it is characterised in that：The cutting die, which is accepted, to be fixed The bottom of frame (855), inside it is provided with the neck (8551) of screens cutting die (81)；The breaking strength of the dedicated conveyer belt (9) is more than 20Mpa, elongation rate of tensile failure are more than 400%.
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| CN201721084065.4U CN207105111U (en) | 2017-08-28 | 2017-08-28 | A kind of hot-melt damping piece punching press cutting means |
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| CN201721084065.4U CN207105111U (en) | 2017-08-28 | 2017-08-28 | A kind of hot-melt damping piece punching press cutting means |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107363901A (en) * | 2017-08-28 | 2017-11-21 | 马鞍山联洪合成材料有限公司 | A kind of hot-melt damping piece punching press cutting means and its method for die cutting |
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2017
- 2017-08-28 CN CN201721084065.4U patent/CN207105111U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107363901A (en) * | 2017-08-28 | 2017-11-21 | 马鞍山联洪合成材料有限公司 | A kind of hot-melt damping piece punching press cutting means and its method for die cutting |
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