CN205380191U - Apparatus for producing of tile - Google Patents
Apparatus for producing of tile Download PDFInfo
- Publication number
- CN205380191U CN205380191U CN201620210754.4U CN201620210754U CN205380191U CN 205380191 U CN205380191 U CN 205380191U CN 201620210754 U CN201620210754 U CN 201620210754U CN 205380191 U CN205380191 U CN 205380191U
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- China
- Prior art keywords
- processing
- sheet material
- frame
- punching press
- mould
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Abstract
The utility model relates to an apparatus for producing of tile, the tile adopts sheet metal to be the raw materials, the device is right including being used for of setting gradually panel carry on the punching press the punching press unit, be used for to the warp panel after the punching press of punching press unit carries out the ladder processing unit of ladder processing and is used for the warp panel after the processing of ladder processing unit carries out the cut -up unit sheared. The utility model discloses an apparatus for producing adopt sheet metal through punching press, ladder processing, shear the shaping and make the tile, the tile that has the ladder form can be produced to this apparatus for producing, every tile is whole to have the stereovision, very pleasing to the eye, the tile prepared out saves time when laying, laborsaving, also very simple to the processing of tile in addition, low cost.
Description
Technical field
This utility model relates generally to the process units of a kind of tile.
Background technology
Existing tile generally comprises multiple tile element, multiple tile element are sequentially connected with along the width of tile element, tile entirety waviness, adopts in the processing to the waveform tile of sheet metal after first sheet metal being rolled into wave-like on running roller, then cuts into tile finished product.The tile shape that the equipment of existing production tile is produced is very single, does not have an aesthetic, and when laying consuming time, effort.
Summary of the invention
Technical problem to be solved in the utility model is to overcome the deficiencies in the prior art, it is provided that the process units of a kind of tile.
For solving above technical problem, this utility model adopts the following technical scheme that
A kind of process units of tile, described tile adopts sheet metal to be raw material, described device include setting gradually for described sheet material being carried out the punching press unit of punching press, for the sheet material after described punching press unit punching press being carried out the ladder processing combination of ladder processing and the shearing unit for the sheet material after described ladder processing combination is processed is sheared.
Preferably, multiple punching units that described punching press unit includes the first frame, is arranged in described first frame and sets gradually along the direction of motion of described sheet material, each described punching unit includes the upper stamping die being arranged in described first frame and the lower stamping die matched with described upper stamping die being arranged in described first frame, described upper stamping die and lower stamping die to be deepened along the direction of motion of described sheet material gradually to the press depth of described sheet material.
More preferably, multiple first dies that the lower surface that described upper stamping die includes being arranged in described first frame and set gradually along the direction of motion being perpendicular to described sheet material upwards caves in, and it is arranged in described first frame and multiple first punch between adjacent two described first dies, the lower surface of described first punch is downwardly convex, the second punch that the upper surface that described lower stamping die includes being arranged in described first frame matches with the lower surface of described first die and the second die that the upper surface being arranged in described first frame matches with the lower surface of described first punch, described first die and second punch press depth to described sheet material, the press depth of described sheet material is all deepened gradually by described first punch and the second die along the direction of motion of described sheet material.
Specifically, the end face of the stamping surface of described first die and the second punch is the end face of the stamping surface of plane or described first punch and the second die is plane.
Preferably, described punching press unit also includes the first modular unit for the sheet material after described punching unit punching press is shaped of being arranged in described first frame.
More preferably, described first modular unit has multiple, multiple described first modular unit set gradually along the direction of motion of described sheet material, each described first modular unit includes being arranged on first in described first frame stock mould and the first time stock mould matched with stock mould on described first being arranged in described first frame, on described first, described sheet material is had certain punching press effect by stock mould and first time stock mould, on described first, the press depth of described sheet material is deepened gradually by stock mould and first time stock mould along the direction of motion of described sheet material, described first modular unit is little to the punching press active force of described sheet material to punching unit described in the punching press force ratio of described sheet material.
Specifically, described punching press unit also includes the second modular unit between described first modular unit and described ladder processing combination being arranged in described first frame, described second modular unit includes being arranged on second in described first frame stock mould and the second time stock mould matched with stock mould on described second being arranged in described first frame, on described second, wherein certain profile in the sizing face of the sizing face of stock mould and second time stock mould is provided with lobe, and another sizing face is provided with the auxiliary section matched with described lobe.
Preferably, described ladder processing combination includes the second frame, it is arranged on the processing counterdie in described second frame and is arranged on mould in the processing matched with described processing counterdie in described second frame, described processing counterdie includes being arranged in described second frame and the first processing counterdie of being arranged in order along the direction of motion of described sheet material and the second processing counterdie, described first processing counterdie and the second processing stepped setting of counterdie, in described processing, mould includes the first upper mould of processing matched with described first processing counterdie being arranged in described second frame, and the second upper mould of processing being arranged in described second frame and can moving along the vertical direction, the described second upper mould of processing is processed counterdie with described second and is matched.
It is highly preferred that described ladder processing combination also includes the driving device for driving the described second upper mould of processing to move up and down and the elastic component for the described second upper mould of processing that resets.
Preferably, described device also includes the raw material frame for placing described sheet material and for carrying the conveying equipment of described sheet material.
Due to the enforcement of technique scheme, this utility model compared with prior art has the advantage that
Process units of the present utility model employing sheet metal is stamped, ladder is processed, tile is made in shear forming, this process units can produce the tile with ladder form, and tile has stereovision, very attractive in appearance, and the processing of tile is also very simple, with low cost.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of this utility model process units；
Fig. 2 is A place enlarged drawing in Fig. 1；
Fig. 3 is the schematic flow sheet that in this utility model process units, the stamped unit of sheet material carries out punching press；
Fig. 4 is B place enlarged drawing in Fig. 3；
Fig. 5 is C place enlarged drawing in Fig. 3；
Fig. 6 is D place enlarged drawing in Fig. 3；
Fig. 7 is the structural representation of the tile adopting device of the present utility model to produce；
In figure: 1, sheet material；2, punching press unit；3, ladder processing combination；4, unit is sheared；5, finished product frame；6, raw material frame；7, punching unit；8, the first modular unit；9, the first die；10, the first punch；11, the second punch；12, the second die；13, the second modular unit；14, lobe；15, auxiliary section；16, the first processing counterdie；17, the second processing counterdie；18, the first upper mould of processing；19, the second upper mould of processing；20, tile element；21, tile body；22, connecting portion；23, Water tank.
Detailed description of the invention
Below in conjunction with Figure of description, this utility model is further described.
As shown in accompanying drawing 1 ~ 6, the process units of a kind of tile, for producing tile continuously, the raw material of tile is sheet metal, it is possible to be the sheet material of coiled strip.
The process units of tile of the present utility model, including the raw material frame 6 for placing sheet material 1, for the conveying equipment that sheet material 1 is carried, for sheet material 1 carries out the punching press unit 2 of punching press, for the sheet material 1 after the punching press of stamped unit 2 carries out the ladder processing combination 3 of ladder processing, for the shearing unit 4 that the sheet material 1 after ladder processing combination 3 is processed is sheared, for placing the finished product frame 5 of finished product tile.
Multiple punching units 7 that the punching press unit 2 of this utility model process units includes the first frame, is arranged in the first frame and sets gradually along the direction of motion of sheet material 1, each punching unit 7 includes the upper stamping die being arranged in the first frame and the lower stamping die matched with upper stamping die being arranged in the first frame, upper stamping die and lower stamping die to be deepened along the direction of motion of sheet material 1 gradually to the press depth of sheet material 1.
Specifically, multiple first dies 9 that the lower surface that upper stamping die includes being arranged in the first frame and set gradually along the direction of motion being perpendicular to sheet material 1 upwards caves in, and it is arranged in the first frame and multiple first punch 10 between adjacent two the first dies 9, the lower surface of the first punch 10 is downwardly convex, lower stamping die includes the second punch 11 that the lower surface of upper surface and the first die 9 being arranged in the first frame matches and the second die 12 that the lower surface that is arranged on the upper surface in the first frame and the first punch 10 matches, first die 9 and second punch 11 press depth to sheet material 1, the press depth of sheet material 1 is deepened gradually by the first punch 10 and the second die 12 along the direction of motion of sheet material 1.
The end face that the end face of the stamping surface of the first die 9 and the second punch 11 is the stamping surface of plane or the first punch 10 and the second die 12 is plane, and in the present embodiment, the end face of the stamping surface of the first punch 10 and the second die 12 is plane.
The punching press unit 2 of this utility model process units also includes the first modular unit 8 for the sheet material 1 after the punching press of stamped unit 7 is shaped being arranged in the first frame.First modular unit 8 has multiple, multiple first modular unit 8 set gradually along the direction of motion of sheet material 1, each first modular unit includes the first stock mould being arranged in the first frame and the first time stock mould matched with stock mould on first being arranged in the first frame, on first, sheet material 1 is had certain punching press effect by stock mould and first time stock mould, on first, the press depth of sheet material 1 is deepened gradually by stock mould and first time stock mould along the direction of motion of sheet material 1, first modular unit 8 is little to the punching press active force of sheet material 1 to the punching press force ratio punching unit 7 of sheet material 1.
The punching press unit 2 of this utility model process units also includes the second modular unit 13 between the first modular unit 8 and ladder processing combination 3 being arranged in the first frame, second modular unit 13 includes being arranged on second in the first frame stock mould and the second time stock mould matched with stock mould on second being arranged in the first frame, on second, wherein certain profile in the sizing face of the sizing face of stock mould and second time stock mould is provided with lobe 14, and another sizing face is provided with the auxiliary section 15 matched with lobe 14.In this example, lobe 14 and auxiliary section 15 are positioned at the side of the second modular unit 13.
The ladder processing combination 3 of this utility model process units includes the second frame, it is arranged on the processing counterdie in the second frame and is arranged on mould in the processing matched with processing counterdie in the second frame, the first processing counterdie 16 and the second processing counterdie 17 that processing counterdie includes being arranged in the second frame and is arranged in order along the direction of motion of sheet material 1, first processing counterdie 16 and the second processing stepped setting of counterdie 17, in processing, mould includes the first upper mould 18 of processing matched with the first processing counterdie 16 being arranged in the second frame and the second upper mould 19 of processing being arranged in the second frame and can moving along the vertical direction, the second upper mould 19 of processing is processed counterdie 17 with second and is matched.This ladder processing combination 3 also include the driving device for driving mould 19 in the second processing to move up and down and in second processing that resets the elastic component of mould 19.Carrying out ladder add man-hour when sheet material 1 is transported to ladder processing combination 3, driving device drives the second upper mould 19 of processing to move downward to cause mould 19 in the second processing to match with the second processing counterdie 17, so that sheet material 1 is stepped at the length direction of sheet material 1.When machining, in processing, mould is upwards raised, and the second upper mould 19 of processing moves upward under the effect of elastic component, resets.
Adopting this utility model process units to produce tile, the course of processing is as follows:
It is positioned over the sheet metal of raw material frame 6 to be delivered to punching press unit 2 by conveying equipment and carry out punching press, in the present embodiment, first the middle part of sheet material 1 is carried out punching press step by step by the punching unit 7 of punching press unit 2, treat that the middle part punching press of sheet material 1 is to a certain degree, the first modular unit 8 is adopted to be shaped in the middle part of sheet material 1, then the both sides of sheet material 1 are processed, method is to be respectively provided with punching unit 7 in the both sides of the first modular unit 8, the course of processing is to shape in the middle part to sheet material 1, the both sides of sheet material 1 are carried out punching press step by step, are shaped in the both sides of sheet material 1 again, finally monoblock sheet material 1 is shaped.Sheet material 1 after the first modular unit 8 integral forming is then through the second modular unit 13, and sheet material 1 is processed Water tank by lobe 14 and auxiliary section 15 on the second modular unit 13.
Sheet material 1 after punching press unit 2 enters ladder processing combination 3, sheet material 1 is carried out ladder and adds man-hour by ladder processing combination 3, the upper mould 19 of driving device driving the second processing moves downward and causes mould 19 in the second processing to match with the second processing counterdie 17, so that sheet material 1 is stepped at the length direction of sheet material 1.When machining, in processing, mould is upwards raised, and the second upper mould 19 of processing moves upward under the effect of elastic component, resets.Then pass through shearing unit 4, as required, cut into the tile finished product of different length size.
By the tile that this utility model process units is produced, as shown in Figure 7, described tile includes multiple tile element 20, multiple tile element 20 are sequentially connected with along the width of tile element 20, each tile element 20 includes multiple tile body 21, multiple tile body 21 are sequentially distributed along the length direction of tile body 21 is stepped, are connected by connecting portion 22 between the end of adjacent two tile body 21.In this example, tile element 20 is 7, and the tile body 21 of each tile element 20 is 3.
Specifically, tile body 21 includes curved portions and the extension extended respectively by the dual-side of curved portions to both sides, is connected by extension between adjacent two tile element 20.The lateral surface of the curved portions of tile body 21 is provided with groove along the length direction of tile body 21, and the groove in same tile element 20 is on same straight line and forms Water tank 23.
The material manufacturing tile of the present utility model can be steel plate, aluminium sheet or other sheet metals easily processed.
Adopting this utility model process units to produce tile, it is possible to continuous print produces, and tile is one-body molded, adopt sheet metal directly stamped, shear forming, processing is simple, and with low cost, tile has the shape of ancient times " semicircular tile ".
Multiple tile body of the tile that this utility model process units is produced set gradually along the length direction of tile body is stepped so that this tile entirety has stereovision, and moulding is very graceful, very easy to use, save time.
Above this utility model is described in detail; its object is to allow the personage being familiar with this art will appreciate that content of the present utility model and to be carried out; protection domain of the present utility model can not be limited with this; all equivalences made according to spirit of the present utility model change or modify, and all should be encompassed in protection domain of the present utility model.
Claims (10)
1. the process units of a tile, described tile adopts sheet metal to be raw material, it is characterised in that: described device include setting gradually for described sheet material being carried out the punching press unit of punching press, for the sheet material after described punching press unit punching press being carried out the ladder processing combination of ladder processing and the shearing unit for the sheet material after described ladder processing combination is processed is sheared.
2. process units according to claim 1, it is characterized in that: described punching press unit includes the first frame, multiple punching units of being arranged in described first frame and setting gradually along the direction of motion of described sheet material, each described punching unit includes the upper stamping die being arranged in described first frame and the lower stamping die matched with described upper stamping die being arranged in described first frame, described upper stamping die and lower stamping die to be deepened along the direction of motion of described sheet material gradually to the press depth of described sheet material.
null3. process units according to claim 2，It is characterized in that: multiple first dies that the lower surface that described upper stamping die includes being arranged in described first frame and set gradually along the direction of motion being perpendicular to described sheet material upwards caves in、And it is arranged in described first frame and multiple first punch between adjacent two described first dies，The lower surface of described first punch is downwardly convex，The second punch that the upper surface that described lower stamping die includes being arranged in described first frame matches with the lower surface of described first die and the second die that the upper surface being arranged in described first frame matches with the lower surface of described first punch，Described first die and second punch press depth to described sheet material、The press depth of described sheet material is all deepened gradually by described first punch and the second die along the direction of motion of described sheet material.
4. process units according to claim 3, it is characterised in that: the end face of the stamping surface of described first die and the second punch is the end face of the stamping surface of plane or described first punch and the second die is plane.
5. process units according to claim 2, it is characterised in that: described punching press unit also includes the first modular unit for the sheet material after described punching unit punching press is shaped being arranged in described first frame.
6. process units according to claim 5, it is characterized in that: described first modular unit has multiple, multiple described first modular unit set gradually along the direction of motion of described sheet material, each described first modular unit includes being arranged on first in described first frame stock mould and the first time stock mould matched with stock mould on described first being arranged in described first frame, on described first, described sheet material is had certain punching press effect by stock mould and first time stock mould, on described first, the press depth of described sheet material is deepened gradually by stock mould and first time stock mould along the direction of motion of described sheet material, described first modular unit is little to the punching press active force of described sheet material to punching unit described in the punching press force ratio of described sheet material.
7. process units according to claim 5, it is characterized in that: described punching press unit also includes the second modular unit between described first modular unit and described ladder processing combination being arranged in described first frame, described second modular unit includes being arranged on second in described first frame stock mould and the second time stock mould matched with stock mould on described second being arranged in described first frame, on described second, wherein certain profile in the sizing face of the sizing face of stock mould and second time stock mould is provided with lobe, another sizing face is provided with the auxiliary section matched with described lobe.
8. process units according to claim 1, it is characterized in that: described ladder processing combination includes the second frame, it is arranged on the processing counterdie in described second frame and is arranged on mould in the processing matched with described processing counterdie in described second frame, described processing counterdie includes being arranged in described second frame and the first processing counterdie of being arranged in order along the direction of motion of described sheet material and the second processing counterdie, described first processing counterdie and the second processing stepped setting of counterdie, in described processing, mould includes the first upper mould of processing matched with described first processing counterdie being arranged in described second frame, and the second upper mould of processing being arranged in described second frame and can moving along the vertical direction, the described second upper mould of processing is processed counterdie with described second and is matched.
9. process units according to claim 8, it is characterised in that: described ladder processing combination also includes the driving device for driving the described second upper mould of processing to move up and down and the elastic component for the described second upper mould of processing that resets.
10. process units according to claim 1, it is characterised in that: described device also includes the raw material frame for placing described sheet material and for carrying the conveying equipment of described sheet material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620210754.4U CN205380191U (en) | 2016-03-18 | 2016-03-18 | Apparatus for producing of tile |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620210754.4U CN205380191U (en) | 2016-03-18 | 2016-03-18 | Apparatus for producing of tile |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205380191U true CN205380191U (en) | 2016-07-13 |
Family
ID=56351670
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620210754.4U Expired - Fee Related CN205380191U (en) | 2016-03-18 | 2016-03-18 | Apparatus for producing of tile |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205380191U (en) |
-
2016
- 2016-03-18 CN CN201620210754.4U patent/CN205380191U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160713 Termination date: 20170318 |