CN205950971U - Suppression forming mechanism of ridge tile machine -shaping equipment - Google Patents
Suppression forming mechanism of ridge tile machine -shaping equipment Download PDFInfo
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- CN205950971U CN205950971U CN201620514590.4U CN201620514590U CN205950971U CN 205950971 U CN205950971 U CN 205950971U CN 201620514590 U CN201620514590 U CN 201620514590U CN 205950971 U CN205950971 U CN 205950971U
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- unbaked tile
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Abstract
The utility model relates to a brick and tile contour machining equipment, especially an automatic suppression forming mechanism of ridge tile machine -shaping equipment. This equipment includes an extruding means, and extruding means's exit end is equipped with stock transport mechanism, stock transport mechanism go up one side and be equipped with blank mechanism, forming mechanism, the forming mechanism rear be equipped with unloading transport mechanism, be equipped with the unloading on the unloading transport mechanism and get and put the mechanism, forming mechanism include a shaping pay -off subassembly and shaping moulding -die subassembly, shaping pay -off subassembly including unbaked tile load bearing structure who is used for bearing the unbaked tile that carries by blank transport mechanism and the propulsion structural who impels unbaked tile by unbaked tile load bearing structure shaping moulding -die subassembly, but shaping moulding -die subassembly is including accepting by the propulsive unbaked tile's of propulsion structural dip mold and vertical lift realization compression molding's last moulding -die, and upward the moulding -die pushes down and suppresses unbaked tile into ridge tile. The utility model discloses automatic suppress the ridge tile of final form into through forming mechanism, do not have artifical the participation, provide the efficiency of ridge tile production and processing by a wide margin.
Description
Technical field
The utility model is related to a kind of brick and tile contour machining equipment, the ridge tiles machine-shaping device of especially a kind of automation
Compressing mechanism.
Background technology
Ridge tiles is a kind of sole tile of the ridge being used for roof in oriental architecture, for connecting inclined-plane before and after roof, cuts
Face is in inverted V-shaped structure, and the raw material mud of system watt is usually processed on a mould by the mode of the processing of existing ridge tiles
The grown form of ridge tiles, inserting in kiln of then concentrating is fired, and becomes final ridge tiles.In existing manufacturing procedure, it is artificial
Raw material mud is prevented on mould, the amount due to being molded the raw material mud used by each ridge tiles is essentially the same, and manually toward mould
The filling each amount of raw material mud in tool the inside is dissenting, and deficiency is to need secondary supplement, and when excessive, mould can will be unnecessary former
Material mud is expressed into mold exterior, now need artificial the raw material mud of extrusion is carried out secondary collection, put into next ridge tiles
Die molding process in, this process need take a substantial amount of time, reduce the shaping efficiency of ridge tiles.
Utility model content
In order to solve above-mentioned technical problem, the utility model provides one kind continuously can carry out ridge tiles shaping, significantly carries
The compressing mechanism of the ridge tiles machine-shaping device of the production and processing efficiency of high ridge tiles.
To achieve these goals, the utility model adopts the following technical scheme that：
This equipment includes an extrusion mechanism, and the port of export of extrusion mechanism is provided with stock connecting gear, and described stock transmits
Material cutting mechanism, shaping mechanism are sequentially provided with mechanism, described shaping mechanism rear is provided with blanking connecting gear, blanking conveyer
Structure is provided with blanking fetching device；Including an extrusion mechanism, the port of export of extrusion mechanism is provided with stock connecting gear, described embryo
On material connecting gear, side is provided with material cutting mechanism, shaping mechanism, and described shaping mechanism rear is provided with blanking connecting gear, under
Material connecting gear is provided with blanking fetching device；Described shaping mechanism includes a shaping feeding material component and moulding stamper group
Part, described shaping feeding material component includes the unbaked tile bearing structure for carrying the unbaked tile being conveyed by blank connecting gear and incites somebody to action
Unbaked tile is advanced to the push structure of moulding stamper assembly by unbaked tile bearing structure；Moulding stamper assembly includes accepting by push structure
Propulsion the dip mold of unbaked tile and the top die realizing compression molding can be vertically moved up or down, top die pushes and for unbaked tile to be pressed into ridge
Watt.
Preferably, described unbaked tile bearing structure includes the downward-sloping oblique transmission located at stock connecting gear end
Section, described oblique delivery section both sides are provided with a side bracket, are provided with a rollover stand, on rollover stand between described side bracket
It is provided with the unbaked tile loading plate on an obliquely downward extended line being located at oblique delivery section, rollover stand bottom is provided with a driving rollover stand
Drive the tumble cylinder that unbaked tile loading plate overturns between heeling condition and horizontality；Described push structure includes both sides
The crossbeam that top between side bracket is provided with, described crossbeam is provided with a pusher cylinder, and pusher cylinder is connected with one will
The scraping wings of moulding stamper assembly pushed to by the unbaked tile being on the unbaked tile loading plate of horizontality.
Preferably, described moulding stamper assembly includes a hydraulic base, and described dip mold is upper located at hydraulic base
At surface, hydraulic base passes through many hydraulic stems and connects upper bolster, and described dip mold is located at the lower section of die shoe.
Due to employing said structure, the automatic warp of compressing mechanism of ridge tiles machine-shaping device of the present utility model
Shaping mechanism is pressed into the ridge tiles of final form, and prosthetic participates in, and significantly provides the efficiency of ridge tiles production and processing.
Brief description
Fig. 1 is the overall structure diagram of the utility model embodiment；
Fig. 2 is the shaping feeding material component side portion structure schematic diagram of the utility model embodiment；
Specific embodiment
As shown in Figure 1-2, the compressing mechanism of the ridge tiles machine-shaping device of embodiment of the present utility model includes one
Extrusion mechanism 1, the port of export of extrusion mechanism 1 is provided with stock connecting gear 2, described stock connecting gear 2 is sequentially provided with and cuts
Material mechanism 3, shaping mechanism 4, described shaping mechanism 4 rear is provided with blanking connecting gear 5, and blanking connecting gear 5 is provided with down
Material fetching device 6；Wherein, raw material mud is extruded the blank of continuous inverted V-shaped by extrusion mechanism 1, and blank connecting gear 2 carries continuously
Blank run, in running, material cutting mechanism 3 by continuous blank install preliminary dimension cut-out, formed unbaked tile, unbaked tile edge
Blank connecting gear 2 continues to run with, and reaches and is pressed into ridge tiles at shaping mechanism, the ridge tiles being pressed into is had by blanking fetching device 6
Shaping mechanism moves on blanking connecting gear 5, realizes blanking.
Because extrusion mechanism can only extrude the blank adaptable with the section of ridge tiles, and surface in extrusion direction can only
For flat face, and in the ridge tiles structure of reality, often also to have a decoration muscle on the surface of ridge tiles, this structure can not be direct
Extrude and formed, so unbaked tile is also performed to further process and just can assume final ridge tiles form, in the present embodiment, adopt
Realizing, wherein, described shaping mechanism 4 includes a shaping feeding material component 41 and moulding stamper assembly to the mode of dip mold
42, described shaping feeding material component 41 include for the unbaked tile bearing structure 43 carrying the unbaked tile being conveyed by blank connecting gear with
And unbaked tile is advanced to the push structure 44 of moulding stamper assembly 42 by unbaked tile bearing structure 43；Moulding stamper assembly 42 includes holding
Connect the dip mold 45 of the unbaked tile being advanced by push structure 44 and the top die 46 realizing compression molding, top die can be vertically moved up or down
46 push and for unbaked tile to be pressed into ridge tiles.
Specifically, in the present embodiment, described unbaked tile bearing structure 43 includes downward located at stock connecting gear end
The oblique delivery section 47 tilting, described oblique delivery section 47 both sides are provided with a side bracket 48, described side bracket 48 it
Between be provided with a rollover stand 49, rollover stand 49 be provided with one be located at oblique delivery section 47 obliquely downward extended line on unbaked tile loading plate
410, rollover stand 49 bottom is provided with a driving rollover stand 49 and drives unbaked tile loading plate 410 between heeling condition and horizontality
The tumble cylinder 411 of upset；Described push structure 44 includes the crossbeam that the top between the side bracket 48 of both sides is provided with
412, described crossbeam 412 is provided with a pusher cylinder 413, and pusher cylinder 413 is connected with one and will be in the unbaked tile of horizontality
The scraping wings 414 of moulding stamper assembly pushed to by unbaked tile on loading plate.
During work, run along blank connecting gear through the single independent unbaked tile that blank step obtains, reach oblique transmission
During section 47, diagonally glide and reach on unbaked tile loading plate 410, because unbaked tile loading plate 410 front is die module, has blocked and continued
The continuous direction gliding, so unbaked tile stops at unbaked tile loading plate 410, now, tumble cylinder 411 is pushed up, promotes rollover stand 49
Upset drives unbaked tile loading plate 410 oblique gradually side flipping side lifting again, becomes horizontality, and now unbaked tile thereon is also in water
Level state, then, pusher cylinder 413 works, and by promoting scraping wings 414, thinks that unbaked tile pushes away from unbaked tile loading plate 410 from rear
Move on dip mold 45, realize the feeding action of compression molding.
The foregoing is only preferred embodiment of the present utility model, not thereby limit the scope of the claims of the present utility model,
Equivalent structure or equivalent flow conversion that every utilization the utility model specification and accompanying drawing content are made, or direct or indirect transport
Used in other related technical fields, all include in the same manner in scope of patent protection of the present utility model.
Claims (3)
1. the compressing mechanism of ridge tiles machine-shaping device, including an extrusion mechanism, the port of export of extrusion mechanism is provided with stock
Connecting gear, on described stock connecting gear, side is provided with material cutting mechanism, shaping mechanism, and described shaping mechanism rear is provided with
Blanking connecting gear, blanking connecting gear is provided with blanking fetching device；Described shaping mechanism includes a shaping feeding material component
And moulding stamper assembly it is characterised in that：Described shaping feeding material component includes being conveyed by blank connecting gear for carrying
The unbaked tile bearing structure of unbaked tile and the push structure that unbaked tile is advanced to by unbaked tile bearing structure moulding stamper assembly；Shaping
Die module includes accepting the dip mold of unbaked tile being advanced by push structure and can be vertically moved up or down the upper pressure realizing compression molding
Mould, top die pushes and for unbaked tile to be pressed into ridge tiles.
2. ridge tiles machine-shaping device as claimed in claim 1 compressing mechanism it is characterised in that：Described unbaked tile holds
Load structure includes the downward-sloping oblique delivery section located at stock connecting gear end, and described oblique delivery section both sides are provided with
One side bracket, is provided with a rollover stand between described side bracket, rollover stand be provided with one be located at oblique delivery section oblique under
Unbaked tile loading plate on square extended line, rollover stand bottom be provided with a driving rollover stand drive unbaked tile loading plate in heeling condition and
The tumble cylinder of upset between horizontality；The top that described push structure is included between the side bracket of both sides be provided with one
Crossbeam, described crossbeam is provided with a pusher cylinder, and pusher cylinder is connected with one by the unbaked tile loading plate being in horizontality
Unbaked tile push the scraping wings of moulding stamper assembly to.
3. ridge tiles machine-shaping device as claimed in claim 2 compressing mechanism it is characterised in that：Described shaping pressure
Membrane module includes a hydraulic base, and at the upper surface of hydraulic base, hydraulic base passes through many hydraulic pressure to described dip mold
Bar connects upper bolster, and described dip mold is located at the lower section of die shoe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620514590.4U CN205950971U (en) | 2016-05-31 | 2016-05-31 | Suppression forming mechanism of ridge tile machine -shaping equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620514590.4U CN205950971U (en) | 2016-05-31 | 2016-05-31 | Suppression forming mechanism of ridge tile machine -shaping equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205950971U true CN205950971U (en) | 2017-02-15 |
Family
ID=57966863
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620514590.4U Active CN205950971U (en) | 2016-05-31 | 2016-05-31 | Suppression forming mechanism of ridge tile machine -shaping equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205950971U (en) |
-
2016
- 2016-05-31 CN CN201620514590.4U patent/CN205950971U/en active Active
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