CN201552646U - Full-automatic tile maker set - Google Patents
Full-automatic tile maker set Download PDFInfo
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- CN201552646U CN201552646U CN2009202248256U CN200920224825U CN201552646U CN 201552646 U CN201552646 U CN 201552646U CN 2009202248256 U CN2009202248256 U CN 2009202248256U CN 200920224825 U CN200920224825 U CN 200920224825U CN 201552646 U CN201552646 U CN 201552646U
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- tile
- blank
- unbaked tile
- automatic
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Abstract
The utility model discloses a full-automatic tile maker set, which comprises a tile blank extruder and a blank supply device installed at the outlet end of the tile blank extruder. A tile blank conveying device, a tile blank demould oil smearing device and a tile blank splitting device are installed on a blank supply frame of the tile supply device; an automatic tile maker is installed at the tail end of the blank supply device; and a blank outlet device is installed at the blank outlet end of the automatic tile maker. Blank strips extruded from the tile blank extruder are evenly smeared with demould oil and split through the blank supply device by pushing force when the blank strips are extruded out, tile blanks are automatically conveyed into a tile blank mould pressing device, extruded into be formed and demoulded, and taken out through the blank outlet device; the whole tile making process is completely automatic; and the tile blanks need no secondary forming, thereby tile material structures inside the tile blanks are not damaged. The full-automatic tile maker set has the advantages of high automation degree, fine safety, economical property, high efficiency, high finished product rate and fine finished product quality.
Description
Technical field
The utility model relates to the device of a kind of full-automatic system watt.
Background technology
Existing most numeral system watt machine, automaticity and yield rate are all lower, also have some defectives on the feature of environmental protection, security, economy respectively, even the higher system watt machine of some automaticities, yield rate is also not high enough.A watt mould manually put into unbaked tile by the needs that have, and not only labour intensity is big, labor cost is high, production efficiency is low, and operator's personal safety is also dangerous; Not only yield rate is lower for extruded type system watt machine, and unbaked tile intensity is not high, needs to use watt holder also to put unbaked tile, causes cost too high; The mould of present molding type system watt machine all adopts the structure of upper and lower two templates, and not only squeezing effect is good inadequately, and the unbaked tile Forming Quality is not high enough, and the demoulding is also convenient inadequately; And these molding type systems watt machine, employing be dull and stereotyped unbaked tile, when compression molding, need change shape and carry out post forming, destroyed the blank internal structure, cause intensity not high, reduced yield rate.Therefore, user's system watt equipment of needing a kind of each link in system watt all to eliminate defective as far as possible occurs.
The utility model content
Technical problem to be solved in the utility model provides that a kind of automaticity height, security are good, the full-automatic tile making machine group of economical and efficient, yield rate height, quality of finished product good.
For solving the problems of the technologies described above, the technical solution of the utility model is: the full-automatic tile making machine group comprises:
The unbaked tile extruder is used for blank extruded and is processed into continuous base bar, comprises blank outlet, and the cross section of described blank outlet is consistent with the cross section of tile of finished product, forms groove downstream on the described base bar of extruding;
For blanking device, be installed on the port of export of described unbaked tile extruder, supply the base frame described comprising for blanking device, and described on the base frame unbaked tile conveying device being installed, the described confession that is positioned at the transmission route of described unbaked tile conveying device is equipped with unbaked tile mould oil application device and unbaked tile cutting device on the base frame;
Automatic tile maker, be installed on described unbaked tile conveying device rear end, be used for described unbaked tile is carried out compression molding, comprise system watt machine frame, on the described system watt machine frame blank-feeding device is installed, described blank-feeding device is provided with the unbaked tile guider, on the transmission route of described blank-feeding device the unbaked tile molding device is installed, described unbaked tile molding device comprises and is used to hold the framed of side around unbaked tile and the described unbaked tile of moulding, described framed top is equipped with the cope match-plate pattern that is used to push described unbaked tile upper surface, describedly the lower bolster that is used to push described unbaked tile lower surface is installed in framed, described cope match-plate pattern is connected with power set, and described lower bolster is connected with resetting means;
Knockout mechanism is installed on the ejection end of described blank-feeding device.
As optimized technical scheme, described unbaked tile conveying device comprises being installed in describedly send the base roller for base frame front end, be installed in described conveyer belt for base frame rear end, described conveyer belt is installed on carry-over pinch rolls and the driven voller, on the described carry-over pinch rolls belt pulley is installed, described belt pulley is connected with reduction box by belt, and described reduction box is connected with motor.
As optimized technical scheme, described unbaked tile mould oil application device comprises:
Oiling station, be used on described base bar, smearing mould oil, comprise rotating and be installed on the described last oiling rolls that supply on the base frame, the described upper surface of going up oiling rolls and described unbaked tile is fitted, with described go up that oiling rolls match be rotatably installed in described for the following oiling rolls on the base frame, the lower surface applying of described oiling rolls down and described unbaked tile;
Fueller is used to described oiling station to continue to provide mould oil, comprises that being installed in the described oiling rolls top of going up is used to the described oil dripping tube of going up the oiling rolls fuel feeding, and described oiling rolls below down is equipped with and is used to the described oil box of oiling rolls fuel feeding down;
As optimized technical scheme, described oiling rolls part down is immersed in below the interior mould oil liquid level of described oil box.
As optimized technical scheme, described unbaked tile cutting device is the bar shaped cutting knife, is installed in described going up in oiling rolls and/or the described oiling rolls down.
As optimized technical scheme, described blank-feeding device comprises:
Send the base platform, be installed on the described system watt machine frame, the described upper surface of base platform that send is concordant with the upper surface of described lower bolster extreme higher position;
Carrier chain is installed on the described base platform both sides of sending, be equipped with on the described carrier chain be used to promote unbaked tile send the base dividing plate, the described base divider upright of sending is in described carrier chain and equidistant the setting;
Sprocket wheel is used to draw described carrier chain, and the power intake of described sprocket wheel is connected with reduction box, and described reduction box is connected with motor.
As optimized technical scheme, described unbaked tile guider is to be installed in described two gib blocks that send base platform upper surface, and described gib block cooperates with the groove downstream of described unbaked tile.
As optimized technical scheme, described power set are hydraulic cylinder.
As optimized technical scheme, described resetting means comprises the lower bolster carriage that is installed in described lower bolster bottom, and described lower bolster carriage is equipped with the reset lever with described cope match-plate pattern interlock, and described reset lever is at least two.
As optimized technical scheme, described knockout mechanism comprises:
The ejection frame is installed on the ejection end of described automatic tile maker;
The ejection conveyer belt is installed on the described ejection frame, and described ejection conveyer belt is equipped with carry-over pinch rolls and driven voller, and described carry-over pinch rolls are connected with belt pulley, and described belt pulley is connected with reduction box by belt, and described reduction box is connected with motor.
Owing to adopted technique scheme, the full-automatic tile making machine group comprises: the unbaked tile extruder, be used for blank extruded and be processed into continuous base bar, comprise blank outlet, the cross section of described blank outlet is consistent with the cross section of tile of finished product, forms groove downstream on the described base bar of extruding; For blanking device, be installed on the port of export of described unbaked tile extruder, supply the base frame described comprising for blanking device, and described on the base frame unbaked tile conveying device being installed, the described confession that is positioned at the transmission route of described unbaked tile conveying device is equipped with unbaked tile mould oil application device and unbaked tile cutting device on the base frame; Automatic tile maker, be installed on described unbaked tile conveying device rear end, be used for described unbaked tile is carried out compression molding, comprise system watt machine frame, on the described system watt machine frame blank-feeding device is installed, described blank-feeding device is provided with the unbaked tile guider, on the transmission route of described blank-feeding device the unbaked tile molding device is installed, described unbaked tile molding device comprises and is used to hold the framed of side around unbaked tile and the described unbaked tile of moulding, described framed top is equipped with the cope match-plate pattern that is used to push described unbaked tile upper surface, describedly the lower bolster that is used to push described unbaked tile lower surface is installed in framed, described cope match-plate pattern is connected with power set, and described lower bolster is connected with resetting means; Knockout mechanism is installed on the ejection end of described blank-feeding device; The base bar of extruding from the unbaked tile extruder, the thrust that has when utilizing the base bar to extrude is transported to on the blanking device, process is for the mould oil application device on the blanking device and the processing of unbaked tile cutting device, be coated with uniformly and spread mould oil and slitting, do not need extra power, after unbaked tile is sent into the unbaked tile molding device of automatic tile maker automatically, the extrusion modling and the demoulding, take out through the knockout mechanism device, the whole automations of whole system watt process, and unbaked tile do not pass through post forming, so that the blank structure of unbaked tile inside does not have is destroyed.The utlity model has that automaticity height, security are good, the advantage of economical and efficient, yield rate height, quality of finished product good.
Description of drawings
Fig. 1 is the structural representation of unbaked tile extruder among the utility model embodiment;
Fig. 2 is the structural representation that supplies blanking device among the utility model embodiment;
Fig. 3 is the structural representation of automatic tile maker among the utility model embodiment;
Fig. 4 is the structural representation of knockout mechanism among the utility model embodiment;
Fig. 5 be among Fig. 3 A-A to cutaway view;
Fig. 6 is the schematic diagram of unbaked tile moulding action among Fig. 5;
Fig. 7 is the vertical view of Fig. 3;
Fig. 8 be among Fig. 3 B-B to cutaway view;
Fig. 9 is a cross-sectional schematic of sending the base dividing plate among Fig. 8.
Among the figure: 1-unbaked tile extruder; The 11-blank outlet; The 21-frame; The last oiling rolls of 22-; Oiling rolls under the 23-; The 24-oil dripping tube; The 25-oil box; 26-mould oil; 27-bar shaped cutting knife; The 28-conveyer belt; The 29-carry-over pinch rolls; The 210-driven voller; The 211-reduction box; The 212-motor; 213-send the base roller; 31-system watt machine frame; 32-is framed; The 34-cope match-plate pattern; The 35-lower bolster; The 36-hydraulic cylinder; The 37-postive stop baffle; 38-lower bolster carriage; The 39-reset lever; The 310-pull-rod nut; The 311-spring; 312-patrix panel seat; 313-send the base platform; The 314-carrier chain; The 315-sprocket wheel; 316-send the base dividing plate; The 317-gib block; 41-ejection frame; 42-ejection conveyer belt; 43-ejection roller; 5-base bar; The 6-unbaked tile.
The specific embodiment
The full-automatic tile making machine group comprises:
As shown in Figure 1, unbaked tile extruder 1 is used for blank extruded and is processed into continuous base bar 5, comprises blank outlet 11, and the cross section of described blank outlet 12 is consistent with the cross section of tile of finished product, forms groove downstream on the described base bar of extruding 5; Arrow is represented the direction of motion of base bar among Fig. 1.
As shown in Figure 2, for blanking device, be installed on the port of export of described unbaked tile extruder 1, supply base frame 21 described comprising for blanking device, described on the base frame 21 the unbaked tile conveying device being installed, the described confession that is positioned at the transmission route of described unbaked tile conveying device is equipped with unbaked tile mould oil application device and unbaked tile cutting device on the base frame 21; Described unbaked tile conveying device comprises being installed in describedly send base roller 213 for base frame 21 front ends, be installed in described conveyer belt 28 for base frame 21 rear ends, described conveyer belt 28 is installed on carry-over pinch rolls 29 and the driven voller 210, on the described carry-over pinch rolls 29 belt pulley is installed, described belt pulley is connected with reduction box 211 by belt, and described reduction box 211 is connected with motor 212.Described unbaked tile mould oil application device comprises: oiling station, be used on described base bar 5, smearing mould oil, comprise rotating and be installed on the described last oiling rolls 22 that supply on the base frame 21, the described upper surface of going up oiling rolls 22 and described unbaked tile 6 is fitted, with described go up that oiling rolls 22 match be rotatably installed in describedly for the following oiling rolls 23 on the base frame 21, described oiling rolls 23 are down fitted with the lower surface of described unbaked tile 6; Fueller, be used to described oiling station to continue to provide mould oil, comprise that being installed in described oiling rolls 22 tops of going up is used to the described oil dripping tube 24 of going up oiling rolls 22 fuel feeding, described oiling rolls 23 belows down are equipped with and are used to the described oil box 25 of oiling rolls 23 fuel feeding down; Described down oiling rolls 23 parts are immersed in below mould oil 26 liquid levels in the described oil box 25.Described unbaked tile cutting device is a bar shaped cutting knife 27, and in the present embodiment, described bar shaped cutting knife 27 is installed in described going up in the oiling rolls 22.Described bar shaped cutting knife 27 also can be installed in the described oiling rolls 23 down.Described bar shaped cutting knife 27 can also be divided into two, is installed in described going up in oiling rolls 22 and the described oiling rolls 23 down respectively.The direction of arrow is represented the direction of motion of base bar and unbaked tile among Fig. 2.
As Fig. 3, Fig. 5, Fig. 6, Fig. 7, Fig. 8 and shown in Figure 9, automatic tile maker, be installed on described unbaked tile conveying device rear end, be used for described unbaked tile 6 is carried out compression molding, comprise system watt machine frame 31, on the described system watt machine frame 31 blank-feeding device is installed, described blank-feeding device comprises: send base platform 313, be installed on the described system watt machine frame; Carrier chain 314 is installed on and describedly send the base platform 313 both sides, be equipped with on the described carrier chain 314 be used to promote unbaked tile 6 send base dividing plate 316, the described base dividing plate 316 that send is perpendicular to described carrier chain 314 and equidistant the setting; Sprocket wheel 315 is used to draw described carrier chain 314, and the power intake of described sprocket wheel 315 is connected with reduction box, and described reduction box is connected with motor.Described blank-feeding device is provided with the unbaked tile guider, and described unbaked tile guider is to be installed in described two gib blocks 317 that send base platform 313 upper surfaces, and described gib block 317 cooperates with the groove downstream of described unbaked tile 6.On the transmission route of described blank-feeding device the unbaked tile molding device is installed, described unbaked tile molding device comprises and is used to hold framed 32 of side around unbaked tile 6 and the described unbaked tile 6 of moulding, described framed 32 tops are equipped with the cope match-plate pattern 34 that is used to push described unbaked tile 6 upper surfaces, the lower bolster 35 that is used to push described unbaked tile 6 lower surfaces is installed in described framed 32, and the upper surface of described lower bolster 35 extreme higher positions is concordant with the described upper surface of base platform 313 that send; Described cope match-plate pattern 34 is connected with power set, and in the present embodiment, described power set are hydraulic cylinder 36; Described lower bolster 35 is connected with resetting means, described resetting means comprises the lower bolster carriage 38 that is installed in described lower bolster 35 bottoms, described lower bolster carriage 38 is provided with the pull bar installing hole, reset lever 39 with described cope match-plate pattern 34 interlocks is installed in the described pull bar installing hole, described reset lever 39 is at least two, fixedly connected with described patrix panel seat 312 in described limit pull rod 39 upper ends, described reset lever 39 lower ends are passed described pull bar installing hole and can be slided along the hole inwall, the spring 311 that is used for promoting described lower bolster 35 downwards is installed on the described reset lever 39, described reset lever 39 lower ends are furnished with pull-rod nut 310, described pull-rod nut 310 is positioned at the bottom surface of described lower bolster carriage 38, plays the effect of supporting described lower bolster carriage 38.Described lower bolster also is equipped with stopping means, and in the present embodiment, described stopping means is the hard-wired postive stop baffles 37 in described framed 32 bottoms.Arrow is represented the direction of motion of unbaked tile among Fig. 3; Arrow is represented the direction of motion of upper and lower template among Fig. 5.
As shown in Figure 4, knockout mechanism is installed on the ejection end of described blank-feeding device.Described knockout mechanism comprises: ejection frame 41 is installed on the ejection end of described automatic tile maker; Ejection conveyer belt 42 is installed on the described ejection frame 41, and described ejection conveyer belt 42 is equipped with carry-over pinch rolls and driven voller, and described carry-over pinch rolls are connected with belt pulley, and described belt pulley is connected with reduction box by belt, and described reduction box is connected with motor.Arrow is represented the direction of motion of finished product unbaked tile among Fig. 4.
Actual system watt process is as follows:
Through extruder 11 blank is extruded from extrusion die 12, become base bar 5, the thrust of base bar 5 when extruding, by automatic transport sending on the base roller 213 to the confession blanking device, and continue to be transported on unbaked tile mould oil application device and the unbaked tile cutting device, realization is smeared mould oil and is cut into the operation of unbaked tile 6, unbaked tile 6 is transferred with 28 and is transported on the blank-feeding device of automatic tile maker then, promote by the base dividing plate that send on the carrier chain 314, and guide by gib block, be transported to the upper surface of lower bolster 35, simultaneously, hydraulic cylinder 36 pistons begin to move downward, promoting patrix panel seat 312 and cope match-plate pattern 34 moves downward, patrix panel seat 312 drive reset lever 39 move downward simultaneously, and the pull-rod nut 310 of reset lever 39 lower ends moves downward and break away from the bottom surface of lower bolster carriage 38, and lower bolster carriage 38 loses support, driving lower bolster 35 under the effect of gravity begins to descend, when the lower surface of lower bolster 35 contacts with postive stop baffle 37, lower bolster 35 stop motions, unbaked tile 6 is also static thereupon.In this course, spring 311 on the reset lever 39 is compressed gradually, pushed down lower bolster 35 is provided, lower bolster 35 was in time closely contacted with postive stop baffle 37 before cope match-plate pattern 34 contact unbaked tiles 6, fixing lower bolster 35 in advance, prevent that lower bolster 35 also produces down maneuver in the unbaked tile compression process, influence the moulding of unbaked tile 6 sides.Cope match-plate pattern 34 continues to descend, and up to contacting with unbaked tile 6, at this moment, cope match-plate pattern 34, lower bolster 35 push unbaked tile 6 with framed 2, make unbaked tile 6 moulding.
Afterwards, hydraulic cylinder 36 pistons begin upwards to recall, driving patrix panel seat 312 and cope match-plate pattern 34 moves upward, cope match-plate pattern 34 disengagings contact with unbaked tile 6, simultaneously, patrix panel seat 312 drives reset lever 39 and moves upward, reset lever 39 drives pull-rod nut 310 and moves upward, when pull-rod nut 310 contacts with the bottom surface of lower bolster carriage 38, pull-rod nut 310 just drives lower bolster carriage 38 and moves upward, lower bolster carriage 38 is just asking lower bolster 35 and unbaked tile 6 to move upward simultaneously, and when pattern carrier 38 contacted with the lower surface of postive stop baffle instantly, lower bolster carriage 38 stopped to move upward, lower bolster 35 just stop motion is finished and is resetted, reset lever 39 is held by lower bolster carriage 38 and is stopped to move upward, and patrix panel seat 312 and cope match-plate pattern 34 also stop upwards, hydraulic cylinder 36 piston stop motions.Finish reset after, unbaked tile 6 is sent the base dividing plate to push away lower bolster 35, is transported on the discharge conveyer belt 42, finishes discharge.Next piece unbaked tile continues to be transported to the upper surface of lower bolster 35, repeats extrusion modling action just now.In the whole system watt process, unbaked tile does not pass through post forming, so the blank structure of unbaked tile inside does not obtain destroying the yield rate height.
More than in the system watt process, the carrier chain of automatic tile maker and the motion state of hydraulic cylinder piston adopt Programmable Logic Controller (PLC) to control automatically.
More than be the application's a specific embodiment, should be understood that these embodiment only be used to the invention is described and be not used in the restriction the invention scope.Should be understood that in addition those skilled in the art can make various changes or modifications the invention after the content of having read the invention instruction, these equivalent form of values fall within the application's appended claims institute restricted portion equally.
Claims (9)
1. the full-automatic tile making machine group is characterized in that, comprising:
The unbaked tile extruder is used for blank extruded and is processed into continuous base bar, comprises blank outlet, and the cross section of described blank outlet is consistent with the cross section of tile of finished product, forms groove downstream on the described base bar of extruding;
For blanking device, be installed on the port of export of described unbaked tile extruder, supply the base frame described comprising for blanking device, and described on the base frame unbaked tile conveying device being installed, the described confession that is positioned at the transmission route of described unbaked tile conveying device is equipped with unbaked tile mould oil application device and unbaked tile cutting device on the base frame;
Automatic tile maker, be installed on described unbaked tile conveying device rear end, be used for described unbaked tile is carried out compression molding, comprise system watt machine frame, on the described system watt machine frame blank-feeding device is installed, described blank-feeding device is provided with the unbaked tile guider, on the transmission route of described blank-feeding device the unbaked tile molding device is installed, described unbaked tile molding device comprises and is used to hold the framed of side around unbaked tile and the described unbaked tile of moulding, described framed top is equipped with the cope match-plate pattern that is used to push described unbaked tile upper surface, describedly the lower bolster that is used to push described unbaked tile lower surface is installed in framed, described cope match-plate pattern is connected with power set, and described lower bolster is connected with resetting means;
Knockout mechanism is installed on the ejection end of described blank-feeding device.
2. full-automatic tile making machine group as claimed in claim 1, it is characterized in that, described unbaked tile conveying device comprises being installed in describedly send the base roller for base frame front end, be installed in described conveyer belt for base frame rear end, described conveyer belt is installed on carry-over pinch rolls and the driven voller, on the described carry-over pinch rolls belt pulley is installed, described belt pulley is connected with reduction box by belt, and described reduction box is connected with motor.
3. full-automatic tile making machine group as claimed in claim 1 is characterized in that, described unbaked tile mould oil application device comprises:
Oiling station, be used on described base bar, smearing mould oil, comprise rotating and be installed on the described last oiling rolls that supply on the base frame, the described upper surface of going up oiling rolls and described unbaked tile is fitted, with described go up that oiling rolls match be rotatably installed in described for the following oiling rolls on the base frame, the lower surface applying of described oiling rolls down and described unbaked tile;
Fueller is used to described oiling station to continue to provide mould oil, comprises that being installed in the described oiling rolls top of going up is used to the described oil dripping tube of going up the oiling rolls fuel feeding, and described oiling rolls below down is equipped with and is used to the described oil box of oiling rolls fuel feeding down;
Described oiling rolls part down is immersed in below the interior mould oil liquid level of described oil box.
4. full-automatic tile making machine group as claimed in claim 3 is characterized in that, described unbaked tile cutting device is the bar shaped cutting knife, is installed in described going up in oiling rolls and/or the described oiling rolls down.
5. full-automatic tile making machine group as claimed in claim 1 is characterized in that, described blank-feeding device comprises:
Send the base platform, be installed on the described system watt machine frame, the described upper surface of base platform that send is concordant with the upper surface of described lower bolster extreme higher position;
Carrier chain is installed on the described base platform both sides of sending, be equipped with on the described carrier chain be used to promote unbaked tile send the base dividing plate, the described base divider upright of sending is in described carrier chain and equidistant the setting;
Sprocket wheel is used to draw described carrier chain, and the power intake of described sprocket wheel is connected with reduction box, and described reduction box is connected with motor.
6. full-automatic tile making machine group as claimed in claim 1 is characterized in that, described unbaked tile guider is to be installed in described two gib blocks that send base platform upper surface, and described gib block cooperates with the groove downstream of described unbaked tile.
7. full-automatic tile making machine group as claimed in claim 1 is characterized in that, described power set are hydraulic cylinder.
8. full-automatic tile making machine group as claimed in claim 1, it is characterized in that, described resetting means comprises the lower bolster carriage that is installed in described lower bolster bottom, and described lower bolster carriage is equipped with the reset lever with described cope match-plate pattern interlock, and described reset lever is at least two.
9. as the described full-automatic tile making machine group of the arbitrary claim of claim 1 to 8, it is characterized in that described knockout mechanism comprises:
The ejection frame is installed on the ejection end of described automatic tile maker;
The ejection conveyer belt is installed on the described ejection frame, and described ejection conveyer belt is equipped with carry-over pinch rolls and driven voller, and described carry-over pinch rolls are connected with belt pulley, and described belt pulley is connected with reduction box by belt, and described reduction box is connected with motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202248256U CN201552646U (en) | 2009-08-15 | 2009-08-15 | Full-automatic tile maker set |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202248256U CN201552646U (en) | 2009-08-15 | 2009-08-15 | Full-automatic tile maker set |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201552646U true CN201552646U (en) | 2010-08-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202248256U Expired - Fee Related CN201552646U (en) | 2009-08-15 | 2009-08-15 | Full-automatic tile maker set |
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| Country | Link |
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| CN (1) | CN201552646U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105856390A (en) * | 2016-05-31 | 2016-08-17 | 佛山市成达液压设备有限公司 | Ridge tile machining and forming equipment |
| CN106292758A (en) * | 2015-06-08 | 2017-01-04 | 佛山市恒力泰机械有限公司 | A kind of automatic adjusting method of hydraulic press fine motion speed |
| CN113650151A (en) * | 2021-09-17 | 2021-11-16 | 徐红大 | Full-automatic forming integrated machine for roof tiles |
-
2009
- 2009-08-15 CN CN2009202248256U patent/CN201552646U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106292758A (en) * | 2015-06-08 | 2017-01-04 | 佛山市恒力泰机械有限公司 | A kind of automatic adjusting method of hydraulic press fine motion speed |
| CN105856390A (en) * | 2016-05-31 | 2016-08-17 | 佛山市成达液压设备有限公司 | Ridge tile machining and forming equipment |
| CN113650151A (en) * | 2021-09-17 | 2021-11-16 | 徐红大 | Full-automatic forming integrated machine for roof tiles |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100818 Termination date: 20130815 |