CN204823290U - Automatic shovel tile machine - Google Patents
Automatic shovel tile machine Download PDFInfo
- Publication number
- CN204823290U CN204823290U CN201520575561.4U CN201520575561U CN204823290U CN 204823290 U CN204823290 U CN 204823290U CN 201520575561 U CN201520575561 U CN 201520575561U CN 204823290 U CN204823290 U CN 204823290U
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- horizontal slip
- frame
- drive
- slip frame
- shovel
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Abstract
The utility model discloses an automatic shovel tile machine, including the frame, install the vertical carriage of doing the up -and -down motion by the lift drive drive in the frame, install the horizontal slip frame of doing the seesaw by the drive of horizontal drive device on the vertical carriage, the preceding end support by front drive device drive up -and -down motion is installed to the front end of horizontal slip frame, on the preceding end support about along the orientation interval be equipped with a plurality of leaning out forward and shovel head that shape and tile suited. The utility model discloses can replace the manual work will wet base tile and take off and put to go up and can once shovel at the sunning frame from the conveyer belt and put the multi -disc unbaked tile, therefore have the beneficial effect that can effectively reduce intensity of labour and improvement work efficiency.
Description
Technical field
The utility model relates to a kind of watt machine of shovel automatically.
Background technology
Tile is important roof waterpoof material, general earth is fired and is formed, need during making to be first made into wet unbaked tile with earth, with after through belt conveyor, wet unbaked tile is sent to assigned address, after arrival assigned address, become dry unbaked tile by manually being picked up and be placed into airing on drying frame by tile, finally put dry unbaked tile into kiln and fire.Not only labour intensity is large manually to pick and place wet unbaked tile, and inefficiency.
Utility model content
The purpose of this utility model provides a kind of automatic shovel watt machine that can reduce labour intensity and increase work efficiency for above-mentioned deficiency.
For achieving the above object, the utility model comprises frame, its constructional feature described frame is provided with drive by lifting drive the vertical sliding rack moved up and down, vertical sliding rack is provided with and makees by horizontal drive apparatus driving the horizontal slip frame seesawed, the front end of horizontal slip frame is provided with the front-end bracket being driven up-and-down movement by front-end driven device, front-end bracket is interval with in left-right direction multiple leaning out forward and the shovel head that adapts of shape and tile.
Described front-end driven device comprises the inserting column be located on horizontal slip frame, front-end bracket is provided with the sleeve that can slide up and down along inserting column, horizontal slip frame is rotatablely equipped with pivot, pivot is connected with the returning face plate that can lean at sleeve bottom, the front end of horizontal slip frame is provided with touching block, pivot is connected with and can touches to order about pivotally supported touching bar with touching block, frame is provided with can by the jacking block of front-end bracket jack-up when horizontal slip frame moves to rear positions, returning face plate is connected with pivot fork, pivot fork can order about pivot thus make returning face plate lean pivot operating spring at sleeve bottom with being connected between front-end bracket.
Described front-end bracket is connected with link span, described shovel head is connected on link span, link span is rotatably connected to rotating shaft, rotating shaft is connected with the clamping plate stretched out forward, rotating shaft is connected with the rotating shaft fork stretched out backward, be connected with between link span and rotating shaft fork and drive shaft can rotate thus make clamping plate to the rotating shaft operating spring of lower swing, horizontal slip frame is connected with the rear deploying device, the front deploying device that drive clamping plate upwards to swing respectively when horizontal slip frame moves to rear portion and be anterior.
Described rear deploying device comprises the turning cylinder be rotatably connected on horizontal slip frame, turning cylinder is connected with the pressure rack for pressing rotating shaft fork of stretching out forward, turning cylinder is connected with the rear swing arm stretched out backward, rear swing arm is connected with the Rear springs of stretching out downwards, frame is provided with when horizontal slip frame moves to the slide unit that there is the effect of leaning the bottom of rear positions to Rear springs.
Described front deploying device comprises the turning cylinder be rotatably connected on horizontal slip frame, and turning cylinder is connected with the pressure rack for pressing rotating shaft fork of stretching out forward, front-end bracket is provided with the briquetting that pressure rack can be pressed when front-end bracket moves downward downwards.
Described front-end bracket is provided with can the propelling movement railing of slide anteroposterior, pushing railing is horizontally placed on above shovel head, the two ends pushing railing are equipped with connection bracket, the front end of horizontal slip frame is provided with hanger, connection bracket is hinged with the hook pawl that can be hooked on when horizontal slip frame slides into front portion on hanger, front-end bracket is provided with the hook claw drive unit that can drive and hook pawl and swing.
Described hook claw drive unit comprises the hinged rear connecting rod that can be touched by front-end bracket when horizontal slip frame moves backward, rear connecting rod is positioned at the rear hooking pawl, rear connecting rod and hook between pawl and be connected with lateral connector bar, be connected with between rear connecting rod and connection bracket have pulling function forward to rear connecting rod pull spring.
Described front-end bracket is connected with link span, described shovel head is connected on link span, described front-end bracket is provided with the slide bar extended in left-right direction, link span is slidably connected on slide bar by sliding sleeve, be connected with stay cord between adjacent link span, front-end bracket is provided with the driving cylinder that outermost two link spans inwardly can be promoted and pull out.
Described vertical sliding rack is slidably connected in frame, described lifting drive comprises and is rotatably installed in lifting drive sprocket in frame and intermediate chain wheel, lifting drive sprocket drives rotation by being elevated drive motor, lifting drive sprocket, intermediate chain wheel are surrounded with lifting chain drive-belt, and the two ends of lifting chain drive-belt are all connected on vertical sliding rack.
Described horizontal slip frame is slidably connected on vertical sliding rack, vertical sliding rack is rotatablely equipped with the slippage axle drive shaft driven by slippage drive motor, slippage axle drive shaft is connected with slippage and drives swing arm, slippage drives in swing arm and is hinged with slippage drive link, and the other end of slippage drive link is hinged on horizontal slip frame.
The automatic shovel watt machine of said structure, can replace manually wet base watt being taken off from belt conveyor and being housed on drying frame and can once shoveling putting multi-disc unbaked tile, thus have the beneficial effect that can effectively reduce labour intensity He increase work efficiency.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is further described in detail:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is along the structural representation after the cutting of A-A direction in Fig. 1;
Fig. 3 is along the structural representation after the cutting of B-B direction in Fig. 2;
Fig. 4 is the structural representation of a kind of using state of the present utility model;
Fig. 5 is the structural representation of another kind of using state of the present utility model.
Detailed description of the invention
As shown in Figure 1, Figure 2, Figure 3 shows, this automatically shovels a watt machine and comprises frame 1, frame 1 is provided with and drives by lifting drive the vertical sliding rack 3 moved up and down.In the present embodiment, frame 1 comprises column 62, vertical sliding rack 3 is provided with the inner chamber of up/down perforation and is sleeved on column 62 by this inner chamber, roller is rotatablely equipped with in the inner chamber of vertical sliding rack 3, roller contacts with the surface of column 62, vertical sliding rack 3 can slide up and down along column 62, lifting drive comprises and is rotatably installed in lifting drive sprocket 10 in frame 1 and intermediate chain wheel 12, lifting drive sprocket 10 drives rotation by lifting drive motor 9, lifting drive sprocket 10, intermediate chain wheel 12 is surrounded with lifting chain drive-belt 13, the two ends of lifting chain drive-belt 13 are all connected on vertical sliding rack 3, the lifting of vertical sliding rack 3 can be driven by the action being elevated chain drive-belt 13, it is two right that graphic lifting chain drive-belt 13 is provided with altogether, be respectively used to the rear portion and the front portion that pull vertical sliding rack 3, to ensure the operating steadily in lifting process of vertical sliding rack 3, this structure has the advantage operated steadily, and in addition to the implementation, vertical sliding rack 3 also can be slidably connected in frame 1 by slide rail slide, and lifting drive can adopt the actuating devices such as cylinder, oil cylinder, electric pushrod.Vertical sliding rack 3 is provided with and makees by horizontal drive apparatus driving the horizontal slip frame 5 seesawed.In the present embodiment, vertical sliding rack 3 is provided with the guide rail 63 extended along the longitudinal direction, horizontal slip frame 5 is provided with the two row's rollers be oppositely arranged up and down, two row's rollers contact with the upper and lower surface of guide rail 63 respectively, after adopting this structure, horizontal slip frame 5 can along guide rail 63 slide anteroposterior, vertical sliding rack 3 is rotatablely equipped with the slippage axle drive shaft 23 driven by slippage drive motor 22, slippage axle drive shaft 23 is connected with slippage and drives swing arm 24, slippage drives in swing arm 24 and is hinged with slippage drive link 25, the other end of slippage drive link 25 is hinged on horizontal slip frame 5, this structure has easy to make, be easy to the advantage of installation and maintenance, in addition to the implementation, horizontal slip frame 5 also can be slidably connected on vertical sliding rack 3 by structures such as slide rail slides, lifting drive can adopt cylinder, oil cylinder, the actuating devices such as electric pushrod.The front end of horizontal slip frame 5 is provided with the front-end bracket 6 being driven up-and-down movement by front-end driven device, front-end bracket 6 is interval with in left-right direction multiple leaning out forward and the shovel that adapts of shape and tile 7.In the present embodiment, shovel 7 comprises shovel board 51, the upper surface of shovel board 51 is provided with the raised band 52 parallel with two that tile bottom groove adapts, shovel board 51 is for holding up bottom unbaked tile, unbaked tile is prevented to be out of shape, article two, parallel raised band 52 can be inserted in the groove bottom unbaked tile, plays the effect of guiding and location.As Fig. 3, Fig. 4, shown in Fig. 5, front-end driven device in the present embodiment comprises the inserting column 27 be located on horizontal slip frame 5, front-end bracket 6 is provided with the sleeve 26 that can slide up and down along inserting column 27, horizontal slip frame 5 is rotatablely equipped with pivot 29, pivot 29 is connected with the returning face plate 30 that can lean bottom sleeve 26, the front end of horizontal slip frame 5 is provided with touching block 31, pivot 29 is connected with and can touches to order about with touching block 31 the touching bar 32 that pivot 29 rotates, frame 1 is provided with can by the jacking block 33 of front-end bracket 6 jack-up when horizontal slip frame 5 moves to rear positions, returning face plate 30 is connected with pivot fork 57, be connected between pivot fork 57 with front-end bracket 6 and can order about pivot 29 and rotate thus make returning face plate 30 lean pivot operating spring 60 bottom sleeve 26.This structure realizes the action of the whereabouts of front-end bracket 6 on horizontal slip frame 5 and rising return and the accurate control that can realize action moment by means of only mechanical mechanism, simple and ingenious structure, in addition to the implementation, front-end bracket 6 also can adopt the structures such as slide rail slide to be slidably connected on horizontal slip frame 5, and front-end driven device can adopt the actuating devices such as cylinder, oil cylinder, electric pushrod.Above-mentioned front-end bracket 6 is connected with link span 56, above-mentioned shovel 7 is connected on link span 56, link span 56 is rotatably connected to rotating shaft 34, rotating shaft 34 is connected with the clamping plate 35 stretched out forward, rotating shaft 34 is connected with the rotating shaft fork 36 stretched out backward, be connected with between link span 56 and rotating shaft fork 36 and drive shaft 34 can rotate thus make clamping plate 35 to the rotating shaft operating spring 61 of lower swing, horizontal slip frame 5 is connected with the rear deploying device, the front deploying device that drive clamping plate 35 upwards to swing respectively when horizontal slip frame 5 moves to rear portion and be anterior.In the present embodiment, above-mentioned rear deploying device comprises the turning cylinder 37 be rotatably connected on horizontal slip frame 5, turning cylinder 37 is connected with the pressure rack 38 for pressing rotating shaft fork 36 of stretching out forward, turning cylinder 37 is connected with the rear swing arm 39 stretched out backward, rear swing arm 39 is connected with the Rear springs 40 of stretching out downwards, frame 1 is provided with when horizontal slip frame 5 moves to the slide unit 41 that there is the effect of leaning the bottom of rear positions to Rear springs 40.Front deploying device comprises the turning cylinder 37 be rotatably connected on horizontal slip frame 5, turning cylinder 37 is connected with the pressure rack 38 for pressing rotating shaft fork 36 of stretching out forward, front-end bracket 6 is provided with the briquetting 42 that pressure rack 38 can be pressed when front-end bracket 6 moves downward downwards.In the present embodiment, turning cylinder 37, pressure rack 38 are a part for rear deploying device, are again parts for front deploying device, and overall structure is simplified.This structure is used for realizing briquetting 42 by the UNICOM of machinery and the opening and closing movement that shovels between 7 and the control to action moment, simple and ingenious structure, in addition to the implementation, rear deploying device, front deploying device adopt the actuating device such as cylinder, oil cylinder, electric pushrod be connected between briquetting 42 and shovel 7 also can.As shown in Figure 2, above-mentioned front-end bracket 6 is provided with can the propelling movement railing 43 of slide anteroposterior, pushing railing 43 is horizontally placed on above shovel 7, the two ends pushing railing 43 are equipped with connection bracket 44, the front end of horizontal slip frame 3 is provided with hanger 49, connection bracket 44 is hinged with the hook pawl 50 that can be hooked on when horizontal slip frame 5 moves to front portion on hanger 49, front-end bracket 6 is provided with the hook claw drive unit that can drive and hook pawl 50 and swing.In the present embodiment, above-mentioned hook claw drive unit comprises the hinged rear connecting rod 46 that can be touched by front-end bracket 6 when horizontal slip frame 5 moves backward, rear connecting rod 46 is positioned at the rear hooking pawl 50, rear connecting rod 46 and hook between pawl 50 and be connected with lateral connector bar 47, be connected with between rear connecting rod 46 and connection bracket 44 have pulling function forward to rear connecting rod 46 pull spring 48.This structure is by the motion of horizontal slip frame 5 and pull spring 48 jointly to achieve the hooking action hooking pawl 50, in being moved by horizontal slip frame 5, the unhook hooking pawl 50 is realized to the touching of pipe link 46, the control of its course of action and action moment is realized by the interlock of machinery, simple and ingenious structure, in addition to the implementation, hooking claw drive unit adopts the actuating device such as cylinder, oil cylinder, electric pushrod be connected between hook pawl 50 and connection bracket 44 also can.As shown in Figure 2, front-end bracket 6 is provided with the slide bar 53 extended in left-right direction, link span 56 is slidably connected on slide bar 53 by sliding sleeve 54, shovel 7 can horizontally slip on slide bar 53 with link span 56, be connected with stay cord 55 between adjacent link span 56, front-end bracket 6 is provided with the driving cylinder 58 that outermost two link spans 56 inwardly can be promoted and pull out.When horizontal slip frame 5 is positioned at rear positions, shovel 7 can be made and be discharged to together under the driving effect driving cylinder 58, the unbaked tile on belt conveyor is convenient to scoop up, when horizontal slip frame 5 moves to front portion, shovel 7 can be made under the driving effect driving cylinder 58 to spread out, unbaked tile dispersion can be placed on drying frame like this.
This working process automatically shoveling watt machine is as follows: horizontal slip frame 5 travels forward, in the process of motion, unbaked tile on belt conveyor scoops up by shovel 7, vertical sliding rack 3 upwards rises, horizontal slip frame 5 moves forward and is fed forward by unbaked tile, when horizontal slip frame 5 moves to front portion, shovel 7 can extend in drying frame, front-end bracket 6 falls and is placed on drying frame by unbaked tile thus, horizontal slip frame 5 moves rearwards to initial position, vertical sliding rack 3 moves downward initial position, a workflow terminates, repeat above-mentioned action can carry out shovel bricklayer next time and do.Fig. 4 shows this and automatically shovels watt machine scoops up unbaked tile mode of operation from driving band 64, slide unit 41 leans the bottom in Rear springs 40, Rear springs 40 is ordered about rear swing arm 39 and is upwards swung, pressure rack 38 presses down rotating shaft fork 36, clamping plate 35 upwards swing, keep open configuration between clamping plate 35 and shovel 7, unbaked tile 66 scoops up by shovel 7.After unbaked tile 66 scoops up by shovel 7 completely, Rear springs 40 leaves slide unit 41, rotating shaft operating spring 61 pulls rotating shaft fork 36, clamping plate 35 are to lower swing, be closure state between clamping plate 35 and shovel 7, thus unbaked tile 66 is clamped, in course of conveying subsequently, can make unbaked tile 66 on shovel 7, keep stable.Fig. 5 shows this and automatically shovels the mode of operation that unbaked tile 66 placed by watt machine on drying frame 65, touching bar 32 touches touching block 31, returning face plate 30 turn to sleeve 26 bottom depart from, front-end bracket 6 falls to and contacts with drying frame 65, and simultaneously briquetting 42 presses down pressure rack 38, pressure rack 38 presses down rotating shaft fork 36, clamping plate 35 upwards swing, and be open configuration between clamping plate 35 and shovel 7, horizontal slip frame 5 moves backward, shovel 7 exits drying frame 65, is placed on drying frame 65 by unbaked tile 66 thus.After horizontal slip frame 5, vertical sliding rack 3 get back to initial position, jacking block 33 is by front-end bracket 6 upwards jack-up, pivot operating spring 60 pulls pivot fork 57, returning face plate 30 turn to and again leans bottom sleeve 26, front-end bracket 6 resets, simultaneously Rear springs 40 touches slide unit 41, recovers the state of opening between clamping plate 35 and shovel 7.Exit in the process of drying frame 65 at shovel 7, the rearward end pushing railing 43 pairs of unbaked tiles has barrier effect, exiting of shovel 7 can be made to be more prone to, its working process is as follows: horizontal slip frame 5 move to shovel 7 is extend on drying frame 65 time, hook pawl 50 and be just positioned at hanger 49 front, under the effect pulling spring 48, hooking pawl 50 is hooked on hanger 49, horizontal slip frame 5 moves backward subsequently, push railing 43 and keep motionless, push railing 43 and keep off rearward end at unbaked tile, be more prone to when shovel 7 exits.When horizontal slip frame 5 continues to move backward, front-end bracket 6 can touch rear connecting rod 46, and rear connecting rod 46 swings backward thus drives hook pawl 50 to swing, and hooks pawl 50 and departs from hanger 49.This is automatically shoveled watt mechanical shovel, carries, places the action of unbaked tile to be realized by the interlock of mechanical mechanism, without the need to arranging separately engine installation and control system, structure is ingenious and result of use good, in addition this automatic shovel watt machine can replace manually being taken off from belt conveyor and being housed on drying frame by wet base watt, once can shovel and put multi-disc unbaked tile, work efficiency is high.
Claims (10)
1. one kind is shoveled watt machine automatically, comprise frame (1), it is characterized in that described frame (1) is provided with and drive by lifting drive the vertical sliding rack (3) moved up and down, vertical sliding rack (3) is provided with and makees by horizontal drive apparatus driving the horizontal slip frame (5) seesawed, the front end of horizontal slip frame (5) is provided with the front-end bracket (6) being driven up-and-down movement by front-end driven device, front-end bracket (6) is interval with in left-right direction multiple leaning out forward and the shovel head (7) that adapts of shape and tile.
2. automatic shovel watt machine according to claim 1, it is characterized in that described front-end driven device comprises the inserting column (27) be located on horizontal slip frame (5), front-end bracket (6) is provided with the sleeve (26) that can slide up and down along inserting column (27), horizontal slip frame (5) is rotatablely equipped with pivot (29), pivot (29) is connected with the returning face plate (30) that can lean in sleeve (26) bottom, the front end of horizontal slip frame (5) is provided with touching block (31), pivot (29) is connected with and can touches to order about with touching block (31) the touching bar (32) that pivot (29) rotates, frame (1) is provided with can by the jacking block (33) of front-end bracket (6) jack-up when horizontal slip frame (5) moves to rear positions, returning face plate (30) is connected with pivot fork (57), be connected between pivot fork (57) with front-end bracket (6) can order about pivot (29) rotate thus make returning face plate (30) lean sleeve (26) bottom pivot operating spring (60).
3. automatic shovel watt machine according to claim 1, it is characterized in that described front-end bracket (6) is connected with link span (56), described shovel head (7) is connected on link span (56), link span (56) is rotatably connected to rotating shaft (34), rotating shaft (34) is connected with the clamping plate (35) stretched out forward, rotating shaft (34) is connected with the rotating shaft fork (36) stretched out backward, be connected with between link span (56) and rotating shaft fork (36) and drive shaft (34) can rotate thus make clamping plate (35) to the rotating shaft operating spring (61) of lower swing, horizontal slip frame (5) is connected with the rear deploying device driving clamping plate (35) upwards to swing respectively when horizontal slip frame (5) moves to rear portion and be anterior, front deploying device.
4. automatic shovel watt machine according to claim 3, it is characterized in that described rear deploying device comprises the turning cylinder (37) be rotatably connected on horizontal slip frame (5), turning cylinder (37) is connected with the pressure rack (38) for pressing rotating shaft fork (36) of stretching out forward, turning cylinder (37) is connected with the rear swing arm (39) stretched out backward, rear swing arm (39) is connected with the Rear springs (40) of stretching out downwards, frame (1) is provided with when horizontal slip frame (5) moves to the slide unit (41) that there is the effect of leaning the bottom of rear positions to Rear springs (40).
5. automatic shovel watt machine according to claim 3, it is characterized in that described front deploying device comprises the turning cylinder (37) be rotatably connected on horizontal slip frame (5), turning cylinder (37) is connected with the pressure rack (38) for pressing rotating shaft fork (36) of stretching out forward, front-end bracket (6) is provided with the briquetting (42) that pressure rack (38) can be pressed when front-end bracket (6) moves downward downwards.
6. automatic shovel watt machine according to claim 1, it is characterized in that described front-end bracket (6) is provided with can the propelling movement railing (43) of slide anteroposterior, push railing (43) and be horizontally placed on shovel head (7) top, the two ends pushing railing (43) are equipped with connection bracket (44), the front end of horizontal slip frame (3) is provided with hanger (49), connection bracket (44) is hinged with the hook pawl (50) that can be hooked on when horizontal slip frame (5) slides into front portion on hanger (49), front-end bracket (6) is provided with the hook claw drive unit that can drive and hook pawl (50) and swing.
7. automatic shovel watt machine according to claim 6, it is characterized in that described hook claw drive unit comprises the hinged rear connecting rod (46) that can be touched by front-end bracket (6) when horizontal slip frame (5) moves backward, rear connecting rod (46) is positioned at the rear hooking pawl (50), rear connecting rod (46) and hook between pawl (50) and be connected with lateral connector bar (47), be connected with between rear connecting rod (46) and connection bracket (44) have pulling function forward to rear connecting rod (46) pull spring (48).
8. automatic shovel watt machine according to claim 1, it is characterized in that described front-end bracket (6) is connected with link span (56), described shovel head (7) is connected on link span (56), described front-end bracket (6) is provided with the slide bar (53) extended in left-right direction, link span (56) is slidably connected on slide bar (53) by sliding sleeve (54), be connected with stay cord (55) between adjacent link span (56), front-end bracket (6) is provided with the driving cylinder (58) that outermost two link spans (56) inwardly can be promoted and pull out.
9. the automatic shovel watt machine according to claim arbitrary in claim 1 to 8, it is characterized in that described vertical sliding rack (3) is slidably connected in frame (1), described lifting drive comprises and is rotatably installed in lifting drive sprocket (10) in frame (1) and intermediate chain wheel (12), lifting drive sprocket (10) is driven by lifting drive motor (9) and rotates, lifting drive sprocket (10), intermediate chain wheel (12) are surrounded with lifting chain drive-belt (13), and the two ends of lifting chain drive-belt (13) are all connected on vertical sliding rack (3).
10. the automatic shovel watt machine according to claim arbitrary in claim 1 to 8, it is characterized in that described horizontal slip frame (5) is slidably connected on vertical sliding rack (3), vertical sliding rack (3) is rotatablely equipped with the slippage axle drive shaft (23) driven by slippage drive motor (22), slippage axle drive shaft (23) is connected with slippage and drives swing arm (24), slippage drives in swing arm (24) and is hinged with slippage drive link (25), and the other end of slippage drive link (25) is hinged on horizontal slip frame (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520575561.4U CN204823290U (en) | 2015-08-04 | 2015-08-04 | Automatic shovel tile machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520575561.4U CN204823290U (en) | 2015-08-04 | 2015-08-04 | Automatic shovel tile machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204823290U true CN204823290U (en) | 2015-12-02 |
Family
ID=54680914
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520575561.4U Expired - Fee Related CN204823290U (en) | 2015-08-04 | 2015-08-04 | Automatic shovel tile machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204823290U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105059957A (en) * | 2015-08-04 | 2015-11-18 | 王秀夫 | Automatic tile shoveling machine |
| CN106285675A (en) * | 2016-08-16 | 2017-01-04 | 吴超 | A kind of mosaic tiles makes uses raw material cutting arrangement |
-
2015
- 2015-08-04 CN CN201520575561.4U patent/CN204823290U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105059957A (en) * | 2015-08-04 | 2015-11-18 | 王秀夫 | Automatic tile shoveling machine |
| CN105059957B (en) * | 2015-08-04 | 2017-12-29 | 山东交通职业学院 | Automatic shovel watt machine |
| CN106285675A (en) * | 2016-08-16 | 2017-01-04 | 吴超 | A kind of mosaic tiles makes uses raw material cutting arrangement |
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| Date | Code | Title | Description |
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| 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: 20151202 Termination date: 20160804 |