CN205589863U - Base machine turns over with adjustable conveyor - Google Patents
Base machine turns over with adjustable conveyor Download PDFInfo
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- CN205589863U CN205589863U CN201620428086.2U CN201620428086U CN205589863U CN 205589863 U CN205589863 U CN 205589863U CN 201620428086 U CN201620428086 U CN 201620428086U CN 205589863 U CN205589863 U CN 205589863U
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Abstract
The utility model provides a base machine turns over with adjustable conveyor, is still including setting up adjustable conveyor before the feeding conveyor, feeding conveyor can accept the body that adjustable conveyor transported continues pastly turning device's direction is transported, adjustable conveyor includes conveying roller, adjustable carriage, vertical connecting rod, last drive plate, lower drive plate, front driving spare, left right connecting rod, front driving cylinder and front driving subassembly, the width of adjustable carriage is less than the width of frame, the front driving subassembly sets up the frame, and drive two front driving spare is followed straight reciprocating motion is made to the direction of transfer of body, makes two front driving spare is being taken adjustable carriage is in linear motion parallel is with it made to the below of frame. For the dismantlement of old mould in the press and shift out, move into and the action such as installation of new mould provide enough spaces, that guarantees that this type of cooperation press uses turns over the quick -witted exploitativeness of base.
Description
Technical field
This utility model relates to ceramic production device field, a kind of be provided with adjustable conveyer device turn over base
Machine.
Background technology
After press pressing blank, upper cavity can leave powder can cause shadow to pressed compact billet surface pattern next time
Ringing, while lower mode cavity powder can push away brick by material distributing machine pusher, material scraping plate carries out scraper to lower mode cavity
Remove, so employing fills out base material after first filling out fabric in instead beating distributing mode i.e. press die cavity, suppress at press
Carry out again after becoming base turning over base work.Now along with the end of the year 2015 increased newly in the new standard of Ceramic Tiles, tile thickness is wanted
Ask, and along with technology develop present ceramics factory can the increasing Wall or floor tile of production specification, can realize greatly
The blank turning machine of specification splits upset becomes a kind of demand, but the increasing of the integrated model of blank turning machine, it can be made to tie
Structure is unstable, and controllability reduces.
Utility model content
For the problems referred to above, the purpose of this utility model is to propose a kind of that facilitate press more mold exchange, if
There is the blank turning machine of adjustable conveyer device.
For reaching this purpose, this utility model by the following technical solutions:
A kind of blank turning machine being provided with adjustable conveyer device, including the feed conveying device being successively set in frame,
Turning device and go out material conveying device；Also include the adjustable conveying dress being arranged on before described feed conveying device
Putting, described feed conveying device can accept the past described upset dress of base substrate continuation that described adjustable conveyer device transports
The direction put is transported；
Described adjustable conveyer device include conveying roller, adjustable carriage, vertical connecting rod, upper driving plate, under
Drive plate, front and back actuator, left and right connecting rod, front and back drive cylinder and fore-andaft drive component, Ruo Gansuo
State conveying roller and be arranged in described adjustable carriage rotationally；
Before and after described in two, actuator is set in parallel in the left and right sides of described adjustable carriage, and described left and right connects
The two ends of bar are rotatably arranged in actuator before and after described in two respectively；
The upper end of described vertical connecting rod is arranged on described adjustable carriage, the lower end of described vertical connecting rod with
The upper end thereof of described upper driving plate, described upper driving plate and lower driving plate composition V-arrangement drive plate, V described in two
Shape drives the two ends, left and right being rotatably arranged in described left and right connecting rod in the middle part of the turnover of plate respectively；Under described
The lower end driving plate is hinged on the described telescopic head front and back driving cylinder；
The width of described adjustable carriage is less than the width of described frame, and described fore-andaft drive component is arranged on institute
State frame, and drive actuator before and after described in two to make straight reciprocating motion along the direction of transfer of described base substrate, make
Before and after obtaining described in two, actuator makees straight line parallel with it with described adjustable carriage in the lower section of described frame
Motion.
Preferably, described fore-andaft drive component include left and right mounting rail, front and back drive motor, left and right drive rod,
Gear and tooth bar；
Described left and right mounting rail extends along the width of described adjustable carriage, and its two ends are separately fixed at two
Actuator before and after described, the described motor of driving front and back is fixed on described left and right mounting rail；
Described tooth bar is fixed on described frame, and tooth bar described in two is separately positioned on the left and right of described adjustable carriage
Both sides, and described tooth bar be parallel to described before and after actuator arrange, tooth described in two engaged with tooth bar described in two
Wheel is separately fixed at the two ends of described left and right drive rod, and the described motor of driving front and back drives described left and right drive rod
Rotate.
Preferably, the extension of described tooth bar is fixed on tooth bar mounting rail, and described tooth bar mounting rail is fixed on described machine
Frame, described actuator front and back is for linear motion relative to described tooth bar mounting rail；
It is provided with two location wheels and is installed on the both ends of the surface up and down of described gear mounting rail the most rotationally, described in two
Location wheel is arranged on and positions on wheel installing plate, and described location wheel installing plate is fixed on described front and back actuator, institute
State before and after's actuator for linear motion time, described location take turns the most described gear mounting rail roll.
Preferably, same one end of described left and right connecting rod has been arranged before and after V-arrangement described in two and has driven plate, point
Not driving plate and rear V-arrangement to drive plate for front V-arrangement, described front V-arrangement drives the lower driving plate of plate to take offence with forerunner
The telescopic head of cylinder is hinged, and the lower driving plate of described rear V-arrangement driving plate is hinged with the telescopic head of rear drive cylinder；
Described front wheel driving cylinder and rear drive cylinder are separately positioned on described V-arrangement and drive the both sides of plate, and described
The tailstock of rear drive cylinder is hinged on described left and right mounting rail, and the tailstock of described front wheel driving cylinder is hinged on described
Rear V-arrangement drives on the lower driving plate of plate.
Preferably, also include that top mounting rail, described top mounting rail are parallel to the defeated of described adjustable carriage
Sending plane and be fixed on the lower section of described adjustable carriage, the upper end of described vertical connecting rod is fixed on described
Portion's mounting rail.
Preferably, described feed conveying device and go out to be equipped with on material conveying device and sweep dirt assembly, described in sweep dirt
Assembly includes sweeping dirt round brush, rotary shaft, sweeps dirt installing rack, sweep dust hood and sweep dirt and drive motor；
Described dirt round brush of sweeping is fixed in described rotary shaft, the two ends of described rotary shaft respectively rotatably arranged with
Sweeping dirt installing rack described in two, described in sweep dirt and drive rotary shaft described in driven by motor to rotate, described in sweep dirt round brush
Sweep in dust hood described in being arranged on；Sweep dirt installing rack described in two and be arranged on described frame so that described in sweep dirt round brush
During rotation, can just be inswept through base substrate below.
Preferably, sweep described in and be fixed with driving pulley, the end of described rotary shaft on the output shaft of dirt driving motor
Portion is fixed with driven pulley, passes through belt transmission between described driving pulley and driven pulley.
The beneficial effects of the utility model: for the dismounting of mould old in press and removal, the shift-in of new die and
The actions such as installation provide enough spaces, it is ensured that the exploitativeness of the blank turning machine that this type of cooperation press uses；
After new die is changed successfully, then regulate each device make adjustable carriage according to above-mentioned steps antikinesis, with
Press reconnects so that the base substrate newly suppressed is transported smoothly and overturns, simple in construction, cost performance
High.
Accompanying drawing explanation
Fig. 1 is the front view of an embodiment of the present utility model；
Fig. 2 is the axonometric chart of an embodiment of the present utility model；
Fig. 3 is the structural representation of an embodiment of fore-andaft drive component in this utility model；
Fig. 4 is the axonometric chart of an embodiment of fore-andaft drive component in this utility model；
Fig. 5 is the partial enlarged drawing of part A in Fig. 4；
Fig. 6 is the structural representation of the embodiment sweeping dirt assembly in this utility model.
Wherein: frame 1, feed conveying device 2, turning device 3, go out material conveying device 4；
Adjustable conveyer device 5, conveying roller 50, adjustable carriage 51, vertical connecting rod 52, upper driving plate 53,
Lower driving plate 54, actuator 55 front and back, left and right connecting rod 56, front and back drive cylinder 57, front wheel driving cylinder
571, rear drive cylinder 572, fore-andaft drive component 58, left and right mounting rail 581, front and back drive motor 582,
Left and right drive rod 583, gear 584, tooth bar 585, tooth bar mounting rail 586, position wheel 587, location wheel peace
Dress plate 588, V-arrangement drives plate 59, and front V-arrangement drives plate 591, and rear V-arrangement drives plate 592；
Press 6, top mounting rail 7；Sweep dirt assembly 8, sweep dirt round brush 81, rotary shaft 82, sweep dirt installing rack
83, sweep dust hood 84, sweep dirt and drive motor 85, driving pulley 86, driven pulley 87.
Detailed description of the invention
Further illustrate the technical solution of the utility model below in conjunction with the accompanying drawings and by detailed description of the invention.
As shown in Figures 1 and 2, a kind of blank turning machine being provided with adjustable conveyer device, including being successively set on machine
Feed conveying device 2, turning device 3 on frame 1 and go out material conveying device 4；Enter described in also including being arranged on
Adjustable conveyer device 5 before material conveying device 2, described feed conveying device 2 can accept described adjustable conveying
The base substrate that device 5 transports continues to transport toward the direction of described turning device 3；
Described adjustable conveyer device 5 include conveying roller 50, adjustable carriage 51, vertical connecting rod 52, on drive
Dynamic plate 53, lower driving plate 54, front and back actuator 55, left and right connecting rod 56, front and back driving cylinder 57 and
Fore-andaft drive component 58, some described conveying rollers 50 are arranged in described adjustable carriage 51 rotationally,
The width of described adjustable carriage 51 is less than the width of described frame 1；
Before and after described in two, actuator 55 is set in parallel in the left and right sides of described adjustable carriage 51, a described left side
The two ends of right connecting rod 56 are rotatably arranged in actuator 55 before and after described in two respectively；
The upper end of described vertical connecting rod 52 is arranged on described adjustable carriage 51, described vertical connecting rod 52
The upper end thereof of lower end and described upper driving plate 53, described upper driving plate 53 and lower driving plate 54 form V
Shape drives plate 59, is rotatably arranged in described left and right respectively and connects in the middle part of the turnover of V-arrangement driving plate 59 described in two
The two ends, left and right of extension bar 56；The lower end of described lower driving plate 54 is hinged on stretching of described driving cylinder 57 front and back
Drop-head；
The width of described adjustable carriage 51 is less than the width of described frame 1, described fore-andaft drive component 58
It is arranged on described frame 1, and drives actuator 55 before and after described in two to make straight line along the direction of transfer of described base substrate
Move back and forth so that described in two before and after actuator 55 with described adjustable carriage 51 in described frame 1
Linear motion parallel with it is made in lower section, and mechanism is static when blank turning machine works, and simply enters at press
The when of row mold exchange, Fig. 3 mechanism just moves, it is simple to staff has space to change press die.
Adjustable carriage 51 is connected between press 6 and feed conveying device 5, forms one and allows base substrate from pressure
The passage transported smoothly in machine 6 upset completing set angle on turning device 3.
When the compacting that press 6 needs more mold exchange to carry out another kind of series products, need to disconnect adjustable carriage
Connection between 51 and press 6.In the technical program, adjustable carriage 51 and frame 1 are completely self-contained
Two support bodys, by front and back driving cylinder 57 by the most hinged lower driving plate 54 toward the side away from press 6
To pulling, opening direction drives plate 59 to rotate around left and right connecting rod 56 towards the V-arrangement of press 6, meanwhile,
Moved with adjustable carriage 51 entirety straight down by vertical connecting rod 52 in the upper end of upper driving plate 53.
Then actuator 55 before and after fore-andaft drive component 58 drives, front and back actuator 55 drives with on being attached thereto
Dynamic plate 53 and lower driving plate 54, and vertically the accessory such as connecting rod 52 and adjustable carriage 51 simultaneously to away from
Press 6, and near the motion of the direction of frame 1, the most adjustable carriage 51 drives cylinder 57 and front and back front and back
Drive the motion simultaneously completing both direction downwards and forward under the effect of assembly 58, slowly draw width in
Below the frame 1 bigger than it, for dismounting and removal, the shift-in of new die and the installation of mould old in press 6
Enough spaces are provided, it is ensured that the exploitativeness of the blank turning machine that this type of cooperation press 6 uses Deng action；Newly
After die change success, then regulate each device make adjustable carriage 51 according to above-mentioned steps antikinesis, with
Press 6 reconnects so that the base substrate newly suppressed is transported smoothly and overturns, simple in construction, sexual valence
Ratio is high.
As Figure 2-Figure 5, described fore-andaft drive component 58 includes left and right mounting rail 581, front and back drives electricity
Machine 582, left and right drive rod 583, gear 584 and tooth bar 585；
Described left and right mounting rail 581 extends along the width of described adjustable carriage 51, fixing point of its two ends
Not being fixed on actuator 55 before and after described in two, the described motor 582 of driving front and back is fixed on described left and right mounting rail
581；
Described tooth bar 585 is fixed on described frame 1, and tooth bar 585 described in two is separately positioned on described adjustable conveying
The left and right sides of frame 51, and described tooth bar 585 be parallel to described before and after actuator 55 arrange, described in two
Gear 584 described in the two of tooth bar 585 engagement is separately fixed at the two ends of described left and right drive rod 583, described
Motor 582 is front and back driven to drive described left and right drive rod 583 to rotate.
Motor 582 is driven to drive left and right drive rod 583 to rotate before and after regulation, left and right drive rod 583 two ends
Gear 584 by with rotate after, for linear motion on the tooth bar 585 being engaged with, thus drive before and after
Drive motor 582, front and back drive motor 582 to drive left and right mounting rail 581 fixed thereto, left and right mounting rail
Before and after described in 581 drives two, actuator 55 is for linear motion, and simple in construction is moved smooth and easy, and stability is strong.
As shown in Figures 4 and 5, the extension of described tooth bar 585 is fixed on tooth bar mounting rail 586, and described tooth bar is pacified
Dress beam 586 is fixed on described frame 1, and described actuator 55 front and back is made relative to described tooth bar mounting rail 586
Linear motion；
It is provided with two location wheels 587 and is installed on the both ends of the surface up and down of described gear mounting rail 586 the most rotationally,
Location wheel 587 described in two is arranged on the wheel installing plate 588 of location, and described location wheel installing plate 588 is fixed on
Described before and after actuator 55, described before and after actuator 55 for linear motion time, described location wheel 587 relative institutes
State gear mounting rail 586 to roll.
Before and after described in two, actuator 55 is made therewith in the lower section of described frame 1 with described adjustable carriage 51
Parallel linear motion, adjustable carriage 51 and structure fixed thereto have certain weight.Drive front and back
Arranging two location wheels 587 by location wheel installing plate 588 on moving part 55, two location wheels 587 are installed on respectively
The upper surface of described gear mounting rail 586 and lower surface, thus actuator 55 is for linear motion before and after described
Time, define the straight movement path of before and after's actuator 55, and the upper surface of gear mounting rail 586 is front and back
Actuator 55 provides the moveable strong point, same adjustable carriage 51 has constant weight when
Ensure the high stability run.
Drive as it is shown on figure 3, same one end of described left and right connecting rod 56 has been arranged before and after V-arrangement described in two
Plate 59, is respectively front V-arrangement and drives plate 591 and rear V-arrangement to drive plate 592, and described front V-arrangement drives plate 591
Lower driving plate 54 hinged with the telescopic head of front wheel driving cylinder 571, described rear V-arrangement drive plate drive for 592 times
Dynamic plate 54 is hinged with the telescopic head of rear drive cylinder 572；
Described front wheel driving cylinder 571 and rear drive cylinder 572 are separately positioned on described V-arrangement and drive the two of plate 59
Side, and the tailstock of described rear drive cylinder 572 is hinged on described left and right mounting rail 581, described front wheel driving cylinder
The hinged V-arrangement in the rear of tailstock of 571 drives on the lower driving plate 54 of plate 592.
Drive plate 59 and front wheel driving cylinder 571 and rear drive cylinder 572 to adjustable conveying by two V-arrangements
Frame 51 completes the driving on vertical direction, improves the stability of motion；Only by the tailstock of rear drive cylinder 572
Being hinged on described left and right mounting rail 581, the hinged V-arrangement in the rear of tailstock of described front wheel driving cylinder 571 drives
The lower driving plate 54 of plate 59, simplifies installation relation, runs more smooth and easy during driving.
Also include that top mounting rail 7, described top mounting rail 7 are parallel to the conveying of described adjustable carriage 51
Plane is also fixed on the lower section of described adjustable carriage 51, and the upper end of described vertical connecting rod 52 is fixed on institute
State top mounting rail 7.
Vertical connecting rod 52 being fixed on top mounting rail 7, it is by adjustable carriage 51 jack-up or leaves behind
Time, exerted a force by top mounting rail 7, it is to avoid the installation of vertical connecting rod 52 to can carriage 51 and
The impact of upper roller 50 position, enhances structure.
As shown in Figure 1 and Figure 6, described feed conveying device 2 sweeps dirt with going out to be equipped with on material conveying device 4
Assembly 8, described in sweep dirt assembly 8 and include sweeping dirt round brush 81, rotary shaft 82, sweep dirt installing rack 83, sweep dust hood
84 drive motor 85 with sweeping dirt；
Described dirt round brush 81 of sweeping is fixed in described rotary shaft 82, and the two ends of described rotary shaft 82 can turn respectively
Be arranged on described in two dynamicly and sweep dirt installing rack 83, described in sweep dirt drive motor 85 drive described rotary shaft 82 turns
Dynamic, described in sweep dirt round brush 81 be arranged on described in sweep in dust hood 84；Sweep dirt installing rack 83 described in two and be arranged on institute
State frame 1 so that described in sweep dirt round brush 81 when rotating, can just be inswept through base substrate below.
Base substrate is transported to turning device 3 by feed conveying device 2, continues by going out material conveying device 4 after upset
Continuous forwards transportation, in two sections of course of conveying, sweeps dirt and drives motor 85 that axle 82, rotary shaft 82 are rotated
Drive is swept dirt round brush 81 and is rotated, and sweeps dirt round brush 81 inswept through base substrate below, and by rotating base
Powder on body is brought into and is swept in dust hood 84, and feed conveying device 2 is assembled with sweeping on material conveying device 4 with going out
Dirt assembly 8, completes to be cleaned the two sides of base substrate upset.
It is fixed with driving pulley 86, the end of described rotary shaft 82 on the described output shaft sweeping dirt driving motor 85
Portion is fixed with driven pulley 87, passes through belt transmission between described driving pulley 86 and driven pulley 87.
The major function sweeping dirt assembly 8 is to be cleaned by unnecessary for billet surface powder, sweeps dirt assembly 8 and drives
Installing driving pulley 86 on device axle, driving pulley 86 is by belt with the driven pulley 87 in rotary shaft 82 even
Connect, low cost, good stability, easy to control.
Know-why of the present utility model is described above in association with specific embodiment.These describe and are intended merely to solve
Release principle of the present utility model, and the restriction to this utility model protection domain can not be construed to by any way.
Based on explanation herein, those skilled in the art need not pay performing creative labour can associate this reality
By other novel detailed description of the invention, within these modes fall within protection domain of the present utility model.
Claims (7)
1. it is provided with a blank turning machine for adjustable conveyer device, including the charging conveying dress being successively set in frame
Put, turning device and go out material conveying device, it is characterised in that: also include being arranged on described feed conveying device
Adjustable conveyer device before, described feed conveying device can accept the base substrate that described adjustable conveyer device transports
Continue the direction toward described turning device to transport；
Described adjustable conveyer device include conveying roller, adjustable carriage, vertical connecting rod, upper driving plate, under
Drive plate, front and back actuator, left and right connecting rod, front and back drive cylinder and fore-andaft drive component, some described
Conveying roller is arranged in described adjustable carriage rotationally；
Before and after described in two, actuator is set in parallel in the left and right sides of described adjustable carriage, and described left and right connects
The two ends of bar are rotatably arranged in actuator before and after described in two respectively；
The upper end of described vertical connecting rod is arranged on described adjustable carriage, the lower end of described vertical connecting rod with
The upper end thereof of described upper driving plate, described upper driving plate and lower driving plate composition V-arrangement drive plate, described in two
V-arrangement drives the two ends being rotatably arranged in described left and right connecting rod in the middle part of the turnover of plate respectively；Drive under described
The lower end of dynamic plate is hinged on the described telescopic head front and back driving cylinder；
The width of described adjustable carriage is less than the width of described frame, and described fore-andaft drive component is arranged on institute
State frame, and it can drive actuator before and after described in two to make straight reciprocating motion along the direction of transfer of described base substrate,
Before and after making described in two in motion, actuator is made and institute in the lower section of described frame with described adjustable carriage
State the linear motion that frame is parallel.
The blank turning machine being provided with adjustable conveyer device the most according to claim 1, it is characterised in that: described
Fore-andaft drive component includes left and right mounting rail, front and back drives motor, left and right drive rod, gear and tooth bar；
Described left and right mounting rail extends along the width of described adjustable carriage, and its two ends are separately fixed at two
Actuator before and after described, the described motor of driving front and back is fixed on described left and right mounting rail；
Described tooth bar is fixed on described frame, and tooth bar described in two is separately positioned on the left and right of described adjustable carriage
Both sides, and described tooth bar be parallel to described before and after actuator arrange, tooth described in two engaged with tooth bar described in two
Wheel is separately fixed at the two ends of described left and right drive rod, and the described motor of driving front and back drives described left and right drive rod
Rotate.
The blank turning machine being provided with adjustable conveyer device the most according to claim 2, it is characterised in that: described
Tooth bar extension is fixed on tooth bar mounting rail, and described tooth bar mounting rail is fixed on described frame, described driving front and back
Part is for linear motion relative to described tooth bar mounting rail；
It is provided with two location wheels and is installed on the both ends of the surface up and down of described gear mounting rail the most rotationally, described in two
Location wheel is arranged on and positions on wheel installing plate, and described location wheel installing plate is fixed on described front and back actuator, institute
State before and after's actuator for linear motion time, described location take turns the most described gear mounting rail roll.
The blank turning machine being provided with adjustable conveyer device the most according to claim 2, it is characterised in that: described
Same one end of left and right connecting rod has been arranged before and after V-arrangement described in two and has driven plate, and before being respectively, V-arrangement drives plate
Driving plate with rear V-arrangement, the lower driving plate of described front V-arrangement driving plate is hinged with the telescopic head of front wheel driving cylinder,
The lower driving plate of described rear V-arrangement driving plate is hinged with the telescopic head of rear drive cylinder；
Described front wheel driving cylinder and rear drive cylinder are separately positioned on described V-arrangement and drive the both sides of plate, and described
The tailstock of rear drive cylinder is hinged on described left and right mounting rail, and the tailstock of described front wheel driving cylinder is hinged on described
Rear V-arrangement drives on the lower driving plate of plate.
The blank turning machine being provided with adjustable conveyer device the most according to claim 1 and 2, it is characterised in that:
Also include that top mounting rail, described top mounting rail are parallel to the transporting flat of described adjustable carriage and fix
In the lower section of described adjustable carriage, the upper end of described vertical connecting rod is fixed on described top mounting rail.
The blank turning machine being provided with adjustable conveyer device the most according to claim 1, it is characterised in that: described
Feed conveying device and go out to be equipped with on material conveying device and sweep dirt assembly, described in sweep dirt assembly include sweeping dirt round brush,
Rotary shaft, sweep dirt installing rack, sweep dust hood and sweep dirt drive motor；
Described dirt round brush of sweeping is fixed in described rotary shaft, the two ends of described rotary shaft respectively rotatably arranged with
Sweeping dirt installing rack described in two, described in sweep dirt and drive rotary shaft described in driven by motor to rotate, described in sweep dirt round brush
Sweep in dust hood described in being arranged on；Sweep dirt installing rack described in two and be arranged on described frame so that described in sweep dirt round brush
During rotation, can just be inswept through base substrate below.
The blank turning machine being provided with adjustable conveyer device the most according to claim 6, it is characterised in that: described
Sweeping and be fixed with driving pulley on the output shaft of dirt driving motor, the end of described rotary shaft is fixed with driven pulley,
Belt transmission is passed through between described driving pulley and driven pulley.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620428086.2U CN205589863U (en) | 2016-05-11 | 2016-05-11 | Base machine turns over with adjustable conveyor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620428086.2U CN205589863U (en) | 2016-05-11 | 2016-05-11 | Base machine turns over with adjustable conveyor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205589863U true CN205589863U (en) | 2016-09-21 |
Family
ID=56931493
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620428086.2U Active CN205589863U (en) | 2016-05-11 | 2016-05-11 | Base machine turns over with adjustable conveyor |
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| Country | Link |
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| CN (1) | CN205589863U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109335603A (en) * | 2018-09-13 | 2019-02-15 | 肇庆乐华陶瓷洁具有限公司 | A kind of press blank turning machine |
-
2016
- 2016-05-11 CN CN201620428086.2U patent/CN205589863U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109335603A (en) * | 2018-09-13 | 2019-02-15 | 肇庆乐华陶瓷洁具有限公司 | A kind of press blank turning machine |
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| GR01 | Patent grant | ||
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Address after: 528000 Jinli Industrial Park, Qiaole Road, Nanzhuang Town, Chancheng District, Foshan City, Guangdong Province, No. 2, Xinyuan Road Patentee after: Foshan Saipfeit Technology Co., Ltd. Address before: 528000 Jinli Industrial Park, Qiaole Road, Nanzhuang Town, Chancheng District, Foshan City, Guangdong Province, No. 2, Xinyuan Road Patentee before: FOSHAN SAIPUFEITE MACHINERY CO., LTD. |