CN207483621U - Automatic anode machine - Google Patents
Automatic anode machine Download PDFInfo
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- CN207483621U CN207483621U CN201721244155.5U CN201721244155U CN207483621U CN 207483621 U CN207483621 U CN 207483621U CN 201721244155 U CN201721244155 U CN 201721244155U CN 207483621 U CN207483621 U CN 207483621U
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Abstract
The utility model is related to special cermacis production equipment fields, more particularly to a kind of automatic anode machine for ceramic product, including product conveying device, product propulsion device, product material-receiving device, sintering alms bowl feeding device, sintering alms bowl output device and the control device being installed in rack, the feed end of the product conveying device is docked with vibrating the output of products end of turnover machine.The utility model is used for row's plate of feature ceramic product, by the product after turn-over, is delivered to automatically in sintering alms bowl, substitutes traditional artificial placement product, greatly improve production efficiency, reduce labor intensity and production cost；The utility model is completely new design, and each direct harmony of station is good, and functional reliability is high, stability is high.
Description
Technical field
The utility model is related to row's panel devices of electronic ceramics production equipment field, more particularly to special cermacis.
Background technology
Electronic ceramics or used in electronic industry ceramics, it in chemical composition, microstructure and electromechanical properties, with generally
Electric power be essentially different with ceramics.These differences are a series of special techniques that electronics industry proposes electronic ceramics
It is required that and formed, most important of which is that must have high mechanical strength, high-temp resisting high-humidity resisting, radioresistance, dielectric constant is very
Change in wide range, dielectric loss angle tangent is small, and temperature coefficient of capacitance can adjust that (or rate of change of capacitance is adjustable
It is whole), dielectric strength and insulating resistance value are high and ageing properties are excellent etc..
Aluminium oxide ceramics have intensity high (mechanical strength is up to 150MPa), hardness high (Mohs' hardness up to 9), it is wear-resistant,
Corrosion-resistant, high temperature resistant and thermal conductivity is good, high insulation, low-dielectric loss, electric performance stablity the features such as.Integrated electricity can be made in it
Roadbed piece, cutter, acid and alkali-resistance part, artificial skelecton, grinding-material, high grade refractory and fluorescence powder carrier etc., extensive use
In industries such as electronics, machinery, chemical industry, medicine, photoelectricity, aerospaces.
When aluminium oxide ceramics produces, need blank being placed in sintering alms bowl, then sintering alms bowl is placed in sintering furnace and carries out height
Temperature sintering.Sintered ceramic product needs to carry out grinding process.Guarantee product is needed during polishing is polished face unification upward
It puts, main at present to be completed using vibration turnover machine, the product after turn-over is placed on platform, then by being manually placed into sintering alms bowl
In.This artificial efficiency for putting operation is low, duplication of labour intensity is big.
Utility model content
Have that artificial to put low product efficiency, high labor cost, the duplication of labour strong when being produced for existing aluminium oxide ceramics
The problem of big is spent, applicant is studied and improved, and provides a kind of automatic anode machine.
To solve the above-mentioned problems, the utility model uses following scheme：
A kind of automatic anode machine, including product conveying device, product propulsion device, the product splicing dress being installed in rack
It puts, be sintered alms bowl feeding device, sintering alms bowl output device and control device, feed end and the vibration turn-over of the product conveying device
The output of products end docking of machine；
The product conveying device includes the product belt conveyor being installed on product carriage, the driving product conveying
The product feeder motor of belt, the product slitting delivery board being installed on above the product belt conveyor；The product conveys skin
Be also equipped with product retention device above band, the product retention device by product belt conveyor be separated into product input section and
The product propulsion device is installed in output of products section, the side of the output of products section；
The product propulsion device includes separating component of cutting somebody's hair with the product that the product slitting delivery board end is connected to each other
And the driving product separates the product propulsion cylinder for component of cutting somebody's hair；The product separates component of cutting somebody's hair to be pushed away including product separation
Head, the driving product separate the first lifting cylinder of up and down motion of cutting somebody's hair, and first lifting cylinder is fixed by installing plate
In the piston rod end of the product propulsion cylinder；
The product material-receiving device includes the product splicing frame docked with the product propulsion device, is installed on the product
Product receiving cylinder on splicing frame, the product splicing plate for being fixed on product receiving cylinder piston rod end, the product splicing
The material receiving end of frame and product propulsion device is equipped with product and plugs into plate；
The sintering alms bowl feeding device include the lifting platform being installed in rack, the driving lifting platform oscilaltion the
Two lifting cylinders, the lifter plate being placed in the lifting groove of the lifting platform, the lifting driving for driving the lifter plate oscilaltion
Component and the sintering alms bowl push cylinder for being installed on the lifting platform side；
The sintering alms bowl output device includes being installed on the output table of lifting platform side and be installed below the output table
Sintering alms bowl output cylinder, be installed on it is described sintering alms bowl output cylinder piston rod end sintering alms bowl output shelf.
As a further improvement of the above technical scheme or preferably：
The lower surface of the product slitting delivery board at least has a guide groove, the product above the guide groove
There is the locating slot of up/down perforation on slitting delivery board.
The product retention device include being fixed on the stop cylinder of the product slitting delivery board end, be installed on it is described
The blocking column of stop cylinder piston rod end, the blocking column may pass through the product slitting delivery board to stop that product is defeated forward
It send to product propulsion device.
The product propulsion cylinder of the product propulsion device is fixed in rack by supporting table and support column and positioned at institute
State the side of output of products section；The product separation is cut somebody's hair including separation frame, and the separation frame is separated into more by polylith partition board
A separation trough, the end of the separation frame are equipped with limit induction switch.
The product splicing frame includes two fixed beams being arranged in parallel, and the fixed beam is fixed on by fixed beam support column
Product gear beam is installed, the lower section that the product splicing plate can keep off beam in the product is slided back and forth in rack, in the middle part of fixed beam
It is dynamic.
Lifting platform described in the lifting groove up/down perforation, the section of lifting groove is in up big and down small cone-shaped, the lifting
The section of plate is in the up big and down small cone-shaped coincideing with the lifting groove.
The lifting drive component includes being installed on down fixing rack below frame plate, is installed on the down fixing rack
On screw component and the driving screw component lead screw motor, the screw component includes being connected to lead screw motor output shaft
The screw of end and the feed screw nut mating with screw seat；The both sides of feed screw nut's seat are symmetrically installed with sliding block, institute
Sliding block is stated to be slidably mounted on the sliding rail of down fixing rack；Mandril is fixed on the sliding block, the upper end of the mandril passes through institute
Frame plate is stated to be connected with lifter plate.
Stroke detection component is installed, including the fixed strip being connected with down fixing rack, up and down on the down fixing rack
Separate the photoelectric sensor switch being installed on the fixed strip.
The output table includes the output framework being fixed in rack by more supporting rods, is installed on the output framework
The support plate at top, has output groove bar in the support plate, and the lower section installation sintering alms bowl output cylinder of support plate is described
Sintering alms bowl output shelf stretches out the output groove bar upwards from the lower section of support plate.
The utility model has technical effect that：
The utility model is used for row's plate of feature ceramic product, by the product after turn-over, is delivered in sintering alms bowl, replaces automatically
For traditional artificial placement product, production efficiency is greatly improved, reduces labor intensity and production cost；The utility model is completely new
Design, each direct harmony of station is good, and functional reliability is high, stability is high.
Description of the drawings
Fig. 1 is the three-dimensional structure diagram of the utility model.
Fig. 2 is the other direction view of this Fig. 1.
Fig. 3 is the vertical view of the utility model.
Fig. 4 is the three-dimensional structure diagram of product conveying device in the utility model.
Fig. 5 is the structure chart that product retention device is installed on product slitting delivery board end in the utility model.
Fig. 6 is the three-dimensional structure diagram of product slitting delivery board in the utility model.
Fig. 7 is the other direction view of Fig. 6.
Fig. 8 is the three-dimensional structure diagram of product propulsion device in the utility model.
Fig. 9 is the other direction view of Fig. 8.
Figure 10 is the three-dimensional structure diagram that product separation is cut somebody's hair in the utility model.
Figure 11 is the other direction view of Figure 11.
Figure 12 is the three-dimensional structure diagram of product material-receiving device in the utility model.
Figure 13 is the three-dimensional structure diagram of product splicing plate in the utility model.
Figure 14 is the three-dimensional structure diagram that alms bowl feeding device is sintered in the utility model.
Figure 15 is the other direction view of Figure 14.
Figure 16 is that lifter plate is installed on the decomposition chart in lifting groove in the utility model.
Figure 17 is the installation diagram of lifting platform and the second lifting cylinder in the utility model.
Figure 18 is the other direction view of Figure 17.
Figure 19 is the structure chart that drive component is lifted in the utility model.
Figure 20 is the three-dimensional structure diagram that alms bowl output device is sintered in the utility model.
Figure 21 is the other direction view of Figure 20.
Figure 22 is the other direction view of Figure 20.
In figure：1st, rack；10th, frame plate；2nd, product conveying device；21st, product carriage；22nd, product belt conveyor；
221st, product input section；222nd, output of products section；23rd, product feeder motor；24th, product slitting delivery board；241st, guide groove；
242nd, locating slot；25th, product retention device；251st, stop cylinder；252nd, stop column；3rd, product propulsion device；31st, product separates
It cuts somebody's hair component；311st, product separation is cut somebody's hair；3111st, separation frame；3112nd, separation frame；3113rd, partition board；3114th, separation trough；3115、
Limit induction switchs；312nd, the first lifting cylinder；313rd, installing plate；32nd, product propulsion cylinder；33rd, supporting table；34th, support column；
4th, product material-receiving device；41st, product splicing frame；411st, fixed beam；412nd, fixed beam support column；42nd, product receiving cylinder；43、
Product splicing plate；44th, product is plugged into plate；5th, it is sintered alms bowl feeding device；51st, lifting platform；511st, lifting groove；52nd, the second lifting air
Cylinder；53rd, lifter plate；54th, drive component is lifted；541st, down fixing rack；542nd, lead screw motor；544th, screw；545th, screw spiral shell
Female seat；546th, sliding block；547th, sliding rail；548th, mandril；549th, stroke detection component；5491st, fixed strip；5492nd, optoelectronic induction is opened
It closes；55th, it is sintered alms bowl push cylinder；6th, it is sintered alms bowl output device；61st, output table；611st, output framework；612nd, support plate；613、
Export groove bar；62nd, sintering alms bowl output cylinder；63rd, it is sintered alms bowl output shelf；64th, supporting rod；7th, control device；8th, it is sintered alms bowl.
Specific embodiment
Specific embodiment of the present utility model is described further below in conjunction with the accompanying drawings, whereby to the utility model such as
What applied technology method solves technical problem, and the realization process for reaching technique effect can fully understand and implement according to this.It needs
As long as it is noted that not forming conflict, each feature in each embodiment and each embodiment in the utility model can
To be combined with each other, the technical solution formed is within the protection scope of the utility model.
As shown in Figure 1 to Figure 3, the automatic anode machine of the present embodiment, including be installed in rack 1 product conveying device 2,
Product propulsion device 3, product material-receiving device 4, sintering alms bowl feeding device 5, sintering alms bowl output device 6 and control device 7, product is defeated
The feed end of device 2 is sent to be docked with vibrating the output of products end of turnover machine, vibration turnover machine is the prior art, and the utility model is not
It is described in detail, for product to be carried out automatic turnover, guarantee is polished face and unifies direction.
As shown in Figures 4 to 7, product conveying device 2 include being installed on product belt conveyor 22 on product carriage 21,
The product feeder motor 23 of driving product belt conveyor 22, the product slitting delivery board for being installed on 22 top of product belt conveyor
24；The top of product belt conveyor 22 is also equipped with product retention device 25, and product retention device 25 is by product belt conveyor 22
It is separated into product input section 221 and output of products section 222, the side installation product propulsion device 3 of output of products section 222；Such as figure
6th, shown in Fig. 7, the lower surface of product slitting delivery board 24 at least has a guide groove 241, the production above guide groove 241
There is the locating slot 242 of up/down perforation on product slitting delivery board 24.The product slitting delivery board 24 of the utility model has two
Guide groove 241 can promote two set products simultaneously.
As shown in Figure 4, Figure 5, product retention device 25 includes being fixed on the stop cylinder of 24 end of product slitting delivery board
251st, be installed on the blocking column 252 of 251 piston rod end of stop cylinder, blocking column 252 may pass through product slitting delivery board 24 with
Blocking product is fed forward to product propulsion device 3.Inductive switch is provided at product retention device 25, to detect product
Feed status or detect whether product in the guide groove 241 of product slitting delivery board 24；Close to product retention device
Counting device can also be set at 25, and whether counting device is started by tally control stop cylinder 251, and controls vibration turn-over
The working condition of machine.
As shown in Fig. 8 to Figure 12, product propulsion device 3 includes the product being connected to each other with 24 end of product slitting delivery board point
Component 31 and product separation is driven to cut somebody's hair the product propulsion cylinder 32 of component 31 every cutting somebody's hair；Product separation cuts somebody's hair component 31 including producing
Product separate the first lifting cylinder 312 that 311, driving product of cutting somebody's hair separates 311 up and down motions of cutting somebody's hair, and the first lifting cylinder 312 is logical
Cross the piston rod end that installing plate 313 is fixed on product propulsion cylinder 32；The product propulsion cylinder 32 of product propulsion device 3 passes through
Supporting table 33 and support column 34 are fixed in rack 1 and positioned at the side of output of products section 222；Product separation, which is cut somebody's hair, 311 to be included
Separation frame 3111, separation frame 3111 are separated into multiple separation troughs 3113 by polylith partition board 3112, the number of separation trough 3113 with
The number of the guide groove 241 of product slitting delivery board 24 is corresponding.The end of separation frame 3111 is equipped with limit induction switch
3114.After limit induction switch 3114 detects product, control device 7 is sent the signal to, control device 7 starts blocking gas
Cylinder 251 and product propulsion cylinder 32 after product propulsion cylinder 32 is advancing to the position, start the first lifting cylinder 312, then drive production
32 return of product propulsion cylinder.
As shown in Figure 13, Figure 14, product material-receiving device 4 includes the product splicing frame 41 docked with product propulsion device 3, peace
Loaded on product splicing frame 41 product receiving cylinder 42, be fixed on the product splicing plate of 42 piston rod end of product receiving cylinder
43, the material receiving end of product splicing frame 41 and product propulsion device 3 is equipped with product and plugs into plate 44 (see Fig. 4)；Product splicing frame 41
The fixed beam 411 being arranged in parallel including two, fixed beam 411 are fixed on by fixed beam support column 412 in rack 1, fixed beam 411
Middle part be equipped with product gear beam 412, product splicing plate 43 can in product keep off beam 412 lower section slidably reciprocate.Product splicing gas
Cylinder 42 drives product splicing plate 43 to be promoted to product propulsion device 3, is returned after being connected to product, since product keeps off the setting of beam 412,
Product is blocked in the side that product keeps off beam 412, in the sintering alms bowl 8 for naturally falling in lower section.
As shown in Figure 15 to Figure 19, sintering alms bowl feeding device 5 includes the lifting platform 51 being installed in rack 1, driving lifting
Second lifting cylinder 52 of 51 oscilaltion of platform, the lifter plate 53 being placed in the lifting groove 511 of lifting platform 51, driving lifter plate 53
The lifting drive component 54 of oscilaltion and the sintering alms bowl push cylinder 55 for being installed on 51 side of lifting platform；As shown in figure 16, it rises
511 up/down perforation lifting platform 51 of slot drops, the section of lifting groove 511 in up big and down small cone-shaped, the section of lifter plate 53 be in
The identical up big and down small cone-shaped of lifting groove 511.The lifting that lifting drive component 54 includes being installed on 10 lower section of frame plate is consolidated
Determine frame 541, the screw component being installed on down fixing rack 541 and the lead screw motor 542 for driving screw component, screw component packet
Include the screw 543 for being connected to 542 output shaft end of lead screw motor and the feed screw nut mating with screw 543 seat 544；Feed screw nut
The both sides of seat 544 are symmetrically installed with sliding block 545, and sliding block 545 is slidably mounted on the sliding rail 546 of down fixing rack 541；Sliding block
Mandril 547 is fixed on 545, the upper end of mandril 547 passes through frame plate 10 to be connected with lifter plate 53.Lifting drive component 54 uses
Feed screw nut's structure is, it can be achieved that the accurate by a small margin of lifter plate 53 is adjusted, i.e., after one layer of product is placed on lifter plate 53, silk
Bar motor 542 is rotated with jackscrew bar 543, so as to which feed screw nut's seat 544 be driven to decline the distance of one section of one layer of product thickness.
As shown in figure 19, to realize more accurate, accurately control lifter plate 543 lifting distance, in down fixing rack 541
On stroke detection component 548 is installed, stroke detection component 548 includes the fixed strip 5481 being connected with down fixing rack 541, on
Under separate the photoelectric sensor switch 5482 being installed on fixed strip 5481.
As shown in Figure 20 to Figure 22, sintering alms bowl output device 6 includes the output table 61 for being installed on 51 side of lifting platform and peace
Sintering alms bowl output cylinder 62 loaded on 61 lower section of output table is installed on the sintering alms bowl that sintering alms bowl exports the piston rod end of cylinder 62
Output shelf 63.Output table 61 includes the output framework 611 being fixed in rack 1 by more supporting rods 64, is installed on output box
The support plate 612 at the top of frame 611 has output groove bar 613, the lower section installation sintering alms bowl output of support plate 612 in support plate 612
Cylinder 62, sintering alms bowl output shelf 63 stretch out output groove bar 613 from the lower section of support plate 612 upwards.
The sintering alms bowl 8 of product is filled under the promotion of sintering alms bowl push cylinder 55, is pushed to from the lower section of lifting platform 51 defeated
It puts into effect on 61, output bottom plate 64 is placed in sintering alms bowl output shelf 63, sintering alms bowl 8 is placed on output bottom plate 64, sintering alms bowl output
The push sintering alms bowl of cylinder 62 output shelf 63 is moved along output table 61, and sintering alms bowl 8 is exported.
The present embodiment such as row's plate method of above-mentioned automatic anode machine, including procedure below：
1st, after powering on, vibration turnover machine will be conveyed after product turn-over by product conveying device 2；
2nd, product is delivered to product propulsion device 3 by product conveying device 2, and product propulsion device 3 connects product to product
Material device 4 is promoted；
3rd, product material-receiving device 4 by the product that product propulsion device 3 promotes pick to sintering alms bowl feeding device 5 just on
Side, sintering alms bowl 8 are placed in product and plug into the underface of plate 44, and product material-receiving device 4 discharges product into sintering alms bowl 8；
4th, sintering alms bowl feeding device 5 drives lifting platform 51 to rise by the second lifting cylinder 52 so that sintering alms bowl 8 leans on proximity
Plate 44 is refuted, lifting drive component 54 drives lifter plate 53 to rise in alms bowl 8 is sintered close to plate 44 of plugging into, when product material-receiving device 3
After often discharging a collection of product, lifting driving group 54 will drive lifter plate 53 to decline a distance, until product fills up sintering alms bowl 8；
5th, the sintering alms bowl 8 that sintering alms bowl push cylinder 2 will be filled with product pushes to sintering alms bowl output device 6；
6th, sintering alms bowl 8 is placed in the sintering alms bowl output shelf 63 on output table 61, and cylinder 62 is exported by sintering by being sintered alms bowl
Alms bowl 8 exports.
Each motion is provided on the control device 7 of the utility model, it, can such as cylinder, the state modulator button of motor
It is adjusted according to the size of product, state, PLC controller can be used in control device 7, easy to control, easy to operate.Control
Device 7 belongs to the direct application of the prior art, and the utility model is not detailed its principle.
Embodiment provided above is the better embodiment of the utility model, only is used for facilitating illustrating the utility model, and
The non-limitation made to the utility model in any form, any those of ordinary skill in the art, if not departing from
In the range of the utility model carries technical characteristic, locally change or repair using made by the utility model disclosed technology content
The equivalent embodiment of decorations, and without departing from the technical characteristics of the utility model content, still fall within the utility model technical characteristic
In the range of.
Claims (9)
1. a kind of automatic anode machine, it is characterised in that：Product conveying device (2), product including being installed in rack (1) promote
Device (3), product material-receiving device (4), sintering alms bowl feeding device (5), sintering alms bowl output device (6) and control device (7), it is described
The feed end of product conveying device (2) is docked with vibrating the output of products end of turnover machine；
The product conveying device (2) including be installed on product carriage (21) product belt conveyor (22), driving described in
The product feeder motor (23) of product belt conveyor (22), the product slitting being installed on above the product belt conveyor (22) are defeated
Send plate (24)；Product retention device (25), the product retention device are also equipped with above the product belt conveyor (22)
(25) product belt conveyor (22) is separated into product input section (221) and output of products section (222), the output of products section
(222) side is installed by the product propulsion device (3)；
The product propulsion device (3) separates group of cutting somebody's hair including the product being connected to each other with product slitting delivery board (24) end
Part (31) and the driving product separate the product propulsion cylinder (32) for component (31) of cutting somebody's hair；The product separates component of cutting somebody's hair
(31) the first lifting cylinder cut somebody's hair (311) including product separation, the product is driven to separate (311) up and down motion of cutting somebody's hair
(312), first lifting cylinder (312) is fixed on the piston rod of the product propulsion cylinder (32) by installing plate (313)
End；
The product material-receiving device (4) including docked with the product propulsion device (3) product splicing frame (41), be installed on institute
The product for state the product receiving cylinder (42) on product splicing frame (41), being fixed on product receiving cylinder (42) piston rod end connects
Flitch (43), the material receiving end of the product splicing frame (41) and product propulsion device (3) are equipped with product and plug into plate (44)；
The sintering alms bowl feeding device (5) including be installed in rack (1) lifting platform (51), on the driving lifting platform (51)
The second lifting cylinder (52) of lower lifting, the lifter plate (53) being placed in the lifting groove (511) of the lifting platform (51), driving institute
State the lifting drive component (54) of lifter plate (53) oscilaltion and the sintering alms bowl push for being installed on the lifting platform (51) side
Cylinder (55)；
The sintering alms bowl output device (6) is including being installed on the output table (61) of lifting platform (51) side and being installed on the output
Sintering alms bowl below platform (61) exports the sintering of cylinder (62), the piston rod end for being installed on the sintering alms bowl output cylinder (62)
Alms bowl output shelf (63).
2. automatic anode machine according to claim 1, it is characterised in that：The lower surface of the product slitting delivery board (24)
At least there is a guide groove (241), have up and down on the product slitting delivery board (24) above the guide groove (241)
The locating slot (242) of perforation.
3. automatic anode machine according to claim 1, it is characterised in that：The product retention device (25) is including being fixed on
The stop cylinder (251) of product slitting delivery board (24) end is installed on the stop cylinder (251) piston rod end
Stop column (252), the blocking column (252) may pass through the product slitting delivery board (24) to stop that product is fed forward to production
Product propulsion device (3).
4. automatic anode machine according to claim 1, it is characterised in that：The product of the product propulsion device (3) promotes
Cylinder (32) is fixed on by supporting table (33) and support column (34) in rack (1) and positioned at the output of products section (222)
Side；Product separation cut somebody's hair (311) include separation frame (3111), the separation frame (3111) passes through polylith partition board (3112)
Multiple separation troughs (3113) are separated into, the end of the separation frame (3111) is equipped with limit induction switch (3114).
5. automatic anode machine according to claim 1, it is characterised in that：The product splicing frame (41) parallel sets including two
The fixed beam (411) put, the fixed beam (411) are fixed on by fixed beam support column (412) in rack (1), fixed beam
(411) product gear beam (412) is installed, the product splicing plate (43) can keep off the lower section of beam (412) in the product in the middle part of
It slidably reciprocates.
6. automatic anode machine according to claim 1, it is characterised in that：Liter described in lifting groove (511) up/down perforation
Platform (51) drops, and in up big and down small cone-shaped, the section of the lifter plate (53) is in and the lifting in the section of lifting groove (511)
The identical up big and down small cone-shaped of slot (511).
7. automatic anode machine according to claim 1, it is characterised in that：The lifting drive component (54) is including being installed on
Down fixing rack (541) below frame plate (10), the screw component being installed on the down fixing rack (541) and driving institute
The lead screw motor (542) of screw component is stated, the screw component includes the screw for being connected to lead screw motor (542) output shaft end
(543) the feed screw nut seat (544) mating and with the screw (543)；The both sides of feed screw nut's seat (544) are symmetrically installed
There is sliding block (545), the sliding block (545) is slidably mounted on the sliding rail (546) of down fixing rack (541)；The sliding block (545)
On be fixed with mandril (547), the upper end of the mandril (547) passes through the frame plate (10) to be connected with lifter plate (53).
8. automatic anode machine according to claim 7, it is characterised in that：Row is installed on the down fixing rack (541)
Journey detection components (548), including with down fixing rack (541) be connected fixed strip (5481), it is apart from top to bottom be installed on it is described solid
Determine the photoelectric sensor switch (5482) on item (5481).
9. automatic anode machine according to claim 1, it is characterised in that：The output table (61) is including passing through more supports
Output framework (611) that bar (64) is fixed in rack (1), the support plate being installed at the top of the output framework (611)
(612), there is output groove bar (613), the lower section installation sintering alms bowl output of support plate (612) on the support plate (612)
Cylinder (62), the sintering alms bowl output shelf (63) stretch out the output groove bar (613) upwards from the lower section of support plate (612).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721244155.5U CN207483621U (en) | 2017-09-26 | 2017-09-26 | Automatic anode machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721244155.5U CN207483621U (en) | 2017-09-26 | 2017-09-26 | Automatic anode machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207483621U true CN207483621U (en) | 2018-06-12 |
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ID=62483003
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721244155.5U Active CN207483621U (en) | 2017-09-26 | 2017-09-26 | Automatic anode machine |
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| Country | Link |
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| CN (1) | CN207483621U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107573081A (en) * | 2017-09-26 | 2018-01-12 | 湖南元宏特种陶瓷有限公司 | Automatic anode machine and its row's plate method |
| CN109856398A (en) * | 2019-01-31 | 2019-06-07 | 京东方科技集团股份有限公司 | Vaccine detection device and its detection method |
-
2017
- 2017-09-26 CN CN201721244155.5U patent/CN207483621U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107573081A (en) * | 2017-09-26 | 2018-01-12 | 湖南元宏特种陶瓷有限公司 | Automatic anode machine and its row's plate method |
| CN109856398A (en) * | 2019-01-31 | 2019-06-07 | 京东方科技集团股份有限公司 | Vaccine detection device and its detection method |
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