CN209141302U - Insulation board series connection process equipment - Google Patents
Insulation board series connection process equipment Download PDFInfo
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- CN209141302U CN209141302U CN201822077830.0U CN201822077830U CN209141302U CN 209141302 U CN209141302 U CN 209141302U CN 201822077830 U CN201822077830 U CN 201822077830U CN 209141302 U CN209141302 U CN 209141302U
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- unit
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- material feeding
- insulation board
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Abstract
The utility model discloses a kind of insulation board series connection process equipments, it includes screw mixing material feeding unit, die unit, transport mechanism, presser unit and modular unit, the discharge gate of the screw mixing material feeding unit is connected to the die unit and for the material feeding into the die unit, the die unit is located in the transport mechanism, it transports in the downstream that the transport mechanism is used to drive the die unit from the upstream of direction of transfer to direction of transfer, the presser unit is located at the downstream of the screw mixing material feeding unit and for applying active force in the die unit, the modular unit is located at the downstream of the presser unit and for die unit heating and cooling.Accurate control feedstock composition proportion, and stir more evenly.The consistency for increasing product, substantially increases product quality, extends the applicability of product.Meanwhile overall co-ordination can expeditiously pipelining, reduce hand labor density.
Description
Technical field
The utility model relates to thermal insulation materials to produce and process field, in particular to a kind of insulation board series connection process equipment.
Background technique
Conventional insulation production equipment can be related to raw material premix in process of production, material feeding, heat-shaping, demoulding, support
The processes such as shield, cutting.Raw material premix are generally worker and deploy by hand according to a certain ratio and simple agitation device is cooperated to premix
It operates, there are proportion scales inaccurately, premix stirring is uneven, is unable to accurately control to refer to directly affect finished product properties
Mark.Meanwhile cannot achieve apply enough pressure to raw material in process of production, lead to made product material density meeting
There are uneven, to influence product strength index, cause unstable product quality, high degree affect product quality with
Use scope.
Utility model content
The purpose of this utility model is to overcome existing above-mentioned deficiency, the utility model provides a kind of insulation board
Series connection process equipment.
The utility model is achieved through the following technical solutions:
A kind of insulation board series connection process equipment comprising screw mixing material feeding unit, transport mechanism, adds die unit
Unit and modular unit are pressed, the discharge gate of the screw mixing material feeding unit is connected to the die unit and is used for described
Material feeding in die unit, the die unit are located in the transport mechanism, and the transport mechanism is for driving the mold list
Downstream of the member from the upstream of direction of transfer to direction of transfer is transported, and the presser unit is located at the screw mixing material feeding unit
Downstream and for applying active force in the die unit, the downstream that the modular unit is located at the presser unit is used in combination
In to die unit heating and cooling.
Further, the screw mixing material feeding unit includes lateral transfer pipe, lateral augering screw and multiple feeds
Expect that device, the transverse direction augering screw are embedded at one end of the lateral transfer pipe and rotate in the lateral transfer pipe, institute
The other end for stating lateral transfer pipe is equipped with discharge port, and the top of the lateral transfer pipe is equipped with multiple feed inlets, multiple described to feed
Expect that device and multiple feed inlets correspond, the drawing-in device includes screw driving mechanism and feeding tube, described
Screw driving mechanism is embedded in the feeding tube and rotates in the feeding tube, the outlet of the feeding tube and it is described into
Material mouth is connected.
Further, the screw mixing material feeding unit further includes having feed bin and vertical agitating screw, and the feed bin connects
It is connected to discharge port described in the lateral transfer Guan Bingyu to be connected, the discharge gate is set to the bottom of the feed bin, described perpendicular
It is embedded in the feed bin to agitating screw and is rotated in the feed bin.
Further, the screw mixing material feeding unit further includes having motor and speed reducer, the input of the speed reducer
End is connected to the motor, and the output end of the speed reducer is connected to the lateral augering screw.
Further, the die unit includes cover board, upper die and lower die and bottom plate, and the cover board is connected on described
The top of mould, the bottom of the upper mold are removably attachable to the lower die, and the bottom plate is located in the lower die and can be
It is moved up and down in the lower die, is formed with mold between the cover board, the upper mold, the lower die and the bottom plate.
Further, the cover board is equipped with sprue, and the sprue is connected with the mold, and the note
Material mouth can be connected with the discharge gate of the screw mixing material feeding unit.
Further, the lower die is equipped with sprue, and the sprue is connected with the mold, and the note
Material mouth can be connected with the discharge gate of the screw mixing material feeding unit.
Further, the modular unit includes at least one mold plate, and the mold plate is for abutting contact in institute
The outer surface of die unit is stated, there is cavity in the mold plate, the side of the mold plate is equipped with multiple pairs of interfaces, Duo Gesuo
It states and is connected with the cavity to interface, and described interface is used to be connected with external heating agent device or refrigerant device
It connects.
Further, the modular unit further includes having multiple supporting elements, and multiple supporting elements are respectively positioned on the cavity
It is interior, and the both ends of the supporting element are all connected to the inner wall of the cavity.
Further, the quantity of the mold plate be two, one of them described mold plate close to the presser unit, and
The described of the mold plate is used to be connected with external heating agent device to interface, the docking of another mold plate
Mouth with external refrigerant device for being connected.
The utility model has the beneficial effects that: can accurately control feedstock composition by screw mixing material feeding unit
Proportion, and stir more evenly.By presser unit can feedstock composition in extrusion die unit, increase the densification of product
Degree, substantially increases product quality, extends the applicability of product.Meanwhile overall co-ordination can expeditiously pipelining,
Reduce hand labor density.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the insulation board series connection process equipment of the utility model embodiment.
Description of symbols:
Screw mixing material feeding unit 1
Lateral transfer pipe 11
Discharge port 111
Feed inlet 112
Lateral augering screw 12
Drawing-in device 13
Screw driving mechanism 131
Feeding tube 132
Feed bin 14
Discharge gate 141
Vertical agitating screw 15
Motor 16
Speed reducer 17
Die unit 2
Upper mold 21
Lower die 22
Presser unit 3
Modular unit 4
Mold plate 41
To interface 411
Heating agent device 42
Refrigerant device 43
Transport mechanism 5
Specific embodiment
The explanation of following embodiment be with reference to attached drawing, can be to the particular implementation implemented to example the utility model
Example.
As shown in Figure 1, present embodiment discloses a kind of insulation board series connection process equipment, insulation board series connection process equipment packet
Include screw mixing material feeding unit 1, die unit 2, presser unit 3, modular unit 4 and transport mechanism 5, screw mixing material feeding
The discharge gate 141 of unit 1 is connected to die unit 2 and for the material feeding into die unit 2, and die unit 2 is located at transport mechanism 5
On, downstream of the transport mechanism 5 for driven mold unit 2 from the upstream of direction of transfer to direction of transfer is transported.Pass through screw
Mixing material feeding unit 1 can accurately control feedstock composition proportion, reach accurately launching and replace artificial behaviour for feedstock composition
The purpose of work, and stir more evenly, hand labor density is reduced, the production efficiency of insulation board series connection process equipment is improved.Its
In, transport mechanism 5 includes multiple end to end transmission units, and each transmission unit all has conveyer belt, for transmitting material feeding
Die unit 2 afterwards reaches designating unit.
Presser unit 3 is located at the downstream of screw mixing material feeding unit 1 and for applying active force in die unit 2.
Presser unit 3 will provide active force on die unit 2, and realization applies pressure to feedstock composition in die unit 2 and can
Feedstock composition in extrusion die unit 2 increases the consistency of product, substantially increases product quality, extends product
Applicability.Wherein, presser unit 3 can be press.
Modular unit 4 is located at the downstream of presser unit 3 and for the heating of die unit 2 and cooling.Pass through modular unit 4
Heat-shaping and cooling and shaping are carried out to die unit 2, during the Continuous maching of insulation board, save largely wait when
Between, the production efficiency of insulation board series connection process equipment is improved, yield and economic benefit are also improved.
Screw mixing material feeding unit 1 includes lateral transfer pipe 11, lateral augering screw 12 and multiple drawing-in devices 13,
Lateral augering screw 12 is embedded at one end of lateral transfer pipe 11 and rotates in lateral transfer pipe 11, lateral transfer pipe 11 it is another
One end is equipped with discharge port 111, and the top of lateral transfer pipe 11 is equipped with multiple feed inlets 112, multiple drawing-in devices 13 with it is multiple into
Material mouth 112 corresponds, and drawing-in device 13 includes screw driving mechanism 131 and feeding tube 132, screw driving mechanism
131 are embedded in feeding tube 132 and rotate in feeding tube 132, and the outlet of feeding tube 132 is connected with feed inlet 112.Pass through
Screw driving mechanism 131 controls the dispensing of raw material, to reach the accurate dispensing of raw material, multiple drawing-in devices 13 are accurately thrown
It puts in raw material to lateral transfer pipe 11, lateral augering screw 12 has collection propulsion and agitating function, realizes equal to feedstock composition
Finally feedstock composition is discharged from discharge port 111 in even stirring and propulsion.Wherein, screw driving mechanism 131 includes driving electricity
Machine and rotary screw are connected to rotary screw by driving motor and rotary screw are driven to rotate, and realize the push and essence of raw material
Really control feeding quantity.
Screw mixing material feeding unit 1 further includes having feed bin 14 and vertical agitating screw 15, and feed bin 14 is connected to laterally defeated
It send pipe 11 and is connected with discharge port 111, discharge gate 141 is set to the bottom of feed bin 14, and vertical agitating screw 15 is embedded at material
It is rotated in storehouse 14 and in feed bin 14.Feed bin 14 is for storing by lateral transfer pipe 11 and the lateral stirring of augering screw 12 and pushing away
Into feedstock composition, feedstock composition is by discharge gate 141 dispatch to die unit 2.Vertical agitating screw 15, which has, to be stirred
Function is mixed, the feedstock composition in feed bin 14 is carried out to continue the pre- material feeding push of stirring, further effectively avoids feedstock composition
Solidification or the separation due to raw material specific gravity defective product, ensure that the final product quality of insulation board in feed bin 14.
Screw mixing material feeding unit 1 further includes having motor 16 and speed reducer 17, and the input terminal of speed reducer 17 is connected to electricity
Machine 16, the output end of speed reducer 17 are connected to lateral augering screw 12.Motor 16 is for providing the rotation of lateral augering screw 12
Power to be driven between motor 16 and lateral augering screw 12 more steady by speed reducer 17.
Die unit 2 includes cover board, upper mold 21, lower die 22 and bottom plate, and cover board is connected to the top of upper mold 21, upper mold 21
Bottom be removably attachable to lower die 22, bottom plate is located in lower die 22 and can move up and down in lower die 22, cover board, upper mold
21, mold is formed between lower die 22 and bottom plate.It is moved up and down in lower die 22 by bottom plate, so that mold is in thickness
Degree direction is adjustable, to realize that die unit 2 produces the insulation board of different-thickness, has wide range of applications.Pass through upper mold 21
It is detachably connected between lower die 22, in presser unit 3 after applying pressure change thickness, upper mold 21 is connect lock with lower die 22
It is fixed, so as to the indoor feedstock composition pressure maintaining of mold cavity.
Sprue can be equipped on cover board, sprue is connected with mold, and sprue can be with screw mixing
The discharge gate 141 of material feeding unit 1 is connected.Feedstock composition in feed bin 14 will be discharged by discharge gate 141, pass through sprue
It will enter in mold, feedstock composition will be injected into die unit 2 to realize.
Sprue can also be equipped in lower die 22, sprue is connected with mold, and sprue can be with screw rod
The discharge gate 141 of formula mixing material feeding unit 1 is connected.Feedstock composition in feed bin 14 will be discharged by discharge gate 141, be passed through
Sprue will enter in mold, and feedstock composition is injected into die unit 2 to realize.
Modular unit 4 includes at least one mold plate 41, and mold plate 41 is for abutting contact in the appearance of die unit 2
Face, has cavity in mold plate 41, and the side of mold plate 41 is equipped with multiple pairs of interfaces 411, multiple pairs of interfaces 411 with cavity phase
Connection, and interface 411 is used to be connected with external heating agent device 42 or refrigerant device 43.External 42 energy of heating agent device
Heating agent is enough provided, heating agent will be by that will enter in cavity interface 411, so that 41 temperature of mold plate increases and is sent to thermal energy
On die unit 2, heat-shaping is carried out to the feedstock composition in die unit 2.External refrigerant device 43 is capable of providing cold
Matchmaker, refrigerant will be by that will enter in cavity interface 411, so that 41 temperature of mold plate is reduced and will be sent on die unit 2,
Cooling sizing is carried out to the feedstock composition in die unit 2, temperature fall time is made to decline to a great extent, to improve insulation board series connection
The production efficiency of process equipment.
The quantity of mold plate 41 is two, and one of mold plate 41 is close to presser unit 3, and the docking of the mold plate 41
Mouthfuls 411 with external heating agent device 42 for being connected, another mold plate 41 interface 411 is used for and external refrigerant
Device 43 is connected.After die unit 2 provides enough pressure by presser unit 3, realizes the compression of thickness direction, pass through
Die unit 2 is sent in modular unit 4 by transport mechanism 5, is first passed through one of mold plate 41 and is carried out heat-shaping, later
Die unit 2 is sent to another mold plate 41 by transport mechanism 5 and carries out cooling sizing.
Certainly, multiple pairs of interfaces 411 on mold plate 41 can be connected to heating agent device 42 and refrigerant device 43, first
It closes refrigerant device 43, open heating agent device 42, carry out heat-shaping, switch to later and close heating agent device 42, open refrigerant
Device 43 realizes that the cooling to die unit 2 is formed.Wherein, heating agent may include: water, oil, steam, electricity, microwave etc.；Refrigerant
It may include: water, air inducing, negative pressure etc..
Modular unit 4 further includes having multiple supporting elements, and multiple supporting elements are respectively positioned in cavity, and the both ends of supporting element connect
It is connected to the inner wall of cavity.Supporting element plays reinforcement effect, improves the stability of modular unit 4.
Above disclosures are merely preferred embodiments of the utility model, the utility model cannot be limited with this certainly
Interest field, therefore equivalent variations made according to the claim of the utility model still fall within the scope of the utility model.
Claims (10)
- The process equipment 1. a kind of insulation board is connected, which is characterized in that it includes screw mixing material feeding unit, die unit, biography Mechanism, presser unit and modular unit are sent, the discharge gate of the screw mixing material feeding unit is connected to the die unit simultaneously For the material feeding into the die unit, the die unit is located in the transport mechanism, and the transport mechanism is for driving Downstream of the die unit from the upstream of direction of transfer to direction of transfer is transported, and it is mixed that the presser unit is located at the screw Expect the downstream of material feeding unit and be used to apply active force in the die unit, the modular unit is located at the presser unit Downstream and for being heated to the die unit and cooling.
- The process equipment 2. insulation board as described in claim 1 is connected, which is characterized in that the screw mixing material feeding unit packet Lateral transfer pipe, lateral augering screw and multiple drawing-in devices are included, the transverse direction augering screw is embedded at the lateral transfer One end of pipe simultaneously rotates in the lateral transfer pipe, and the other end of the lateral transfer pipe is equipped with discharge port, and the transverse direction is defeated The top of pipe is sent to be equipped with multiple feed inlets, multiple drawing-in devices and multiple feed inlets correspond, the feeding dress Setting includes screw driving mechanism and feeding tube, and the screw driving mechanism is embedded in the feeding tube and in the throwing Rotation in barrel, the outlet of the feeding tube is connected with the feed inlet.
- The process equipment 3. insulation board as claimed in claim 2 is connected, which is characterized in that the screw mixing material feeding unit is also It include feed bin and vertical agitating screw, the feed bin is connected to discharge port described in the lateral transfer Guan Bingyu and is connected, institute The bottom that discharge gate is set to the feed bin is stated, the vertical agitating screw is embedded in the feed bin and turns in the feed bin It is dynamic.
- The process equipment 4. insulation board as claimed in claim 2 is connected, which is characterized in that the screw mixing material feeding unit is also It include motor and speed reducer, the input terminal of the speed reducer is connected to the motor, and the output end of the speed reducer is connected to The transverse direction augering screw.
- The process equipment 5. insulation board as described in claim 1 is connected, which is characterized in that the die unit include cover board, Upper die and lower die and bottom plate, the cover board are connected to the top of the upper mold, and the bottom of the upper mold is removably attachable to described Lower die, the bottom plate are located in the lower die and can move up and down in the lower die, the cover board, the upper mold, described Mold is formed between lower die and the bottom plate.
- The process equipment 6. insulation board as claimed in claim 5 is connected, which is characterized in that the cover board is equipped with sprue, institute It states sprue to be connected with the mold, and the sprue can be with the discharge gate of the screw mixing material feeding unit It is connected.
- The process equipment 7. insulation board as claimed in claim 5 is connected, which is characterized in that the lower die is equipped with sprue, institute It states sprue to be connected with the mold, and the sprue can be with the discharge gate of the screw mixing material feeding unit It is connected.
- The process equipment 8. insulation board as described in claim 1 is connected, which is characterized in that the modular unit includes at least one A mold plate, for the mold plate for abutting contact in the outer surface of the die unit, the mold plate is interior to have cavity, institute State mold plate side be equipped with multiple pairs of interfaces, it is multiple it is described be connected with the cavity to interface, and it is described to interface use It is connected in external heating agent device or refrigerant device.
- The process equipment 9. insulation board as claimed in claim 8 is connected, which is characterized in that the modular unit further include have it is multiple Supporting element, multiple supporting elements are respectively positioned in the cavity, and the both ends of the supporting element are all connected to the interior of the cavity Wall surface.
- The process equipment 10. insulation board as claimed in claim 8 is connected, which is characterized in that the quantity of the mold plate is two, One of them described mold plate is close to the presser unit, and the described of the mold plate is used to fill with external heating agent to interface It sets and is connected, the described of another mold plate is used to be connected with external refrigerant device to interface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822077830.0U CN209141302U (en) | 2018-12-11 | 2018-12-11 | Insulation board series connection process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822077830.0U CN209141302U (en) | 2018-12-11 | 2018-12-11 | Insulation board series connection process equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209141302U true CN209141302U (en) | 2019-07-23 |
Family
ID=67289864
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822077830.0U Active CN209141302U (en) | 2018-12-11 | 2018-12-11 | Insulation board series connection process equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209141302U (en) |
-
2018
- 2018-12-11 CN CN201822077830.0U patent/CN209141302U/en active Active
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