CN208732927U - A kind of glass chemistry toughening automatic assembly line - Google Patents
A kind of glass chemistry toughening automatic assembly line Download PDFInfo
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- CN208732927U CN208732927U CN201821255405.XU CN201821255405U CN208732927U CN 208732927 U CN208732927 U CN 208732927U CN 201821255405 U CN201821255405 U CN 201821255405U CN 208732927 U CN208732927 U CN 208732927U
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- hand basket
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Abstract
The utility model discloses a kind of glass chemistry toughening automatic assembly lines, including the first plug-in sheet machine, the first stacking machine, the first pipeline, material frame, hand basket, insulation cover, annealing furnace, the first sink, the second sink, the second plug-in sheet machine, the second stacking machine and the second pipeline.When carrying out the batch production of tempered glass using the automatic assembly line, what the device that glass entirely passes through in the automatic assembly line from feeding, to preheating, to tempering, to cooling, to cleaning, again to blanking was completed, manual intervention is not needed in whole process, a small amount of operator is only needed to carry out debugging appropriate to device, to, the production for realizing the automation of the batch of tempered glass, improves production efficiency, reduces labor intensity.
Description
Technical field
The utility model relates to glass reinforced apparatus fields, and in particular to a kind of glass chemistry toughening automatic assembly line.
Background technique
In glass processing industry, for the glass of thinner thickness, generally use chemical strengthening method to glass strengthened with
The higher tempered glass of intensity is obtained, principle is that the glass or glassware that need tempering are placed on containing for high-temperature fusion
Certain time is impregnated in the salt bath of potassium nitrate, by by the sodium of small ionic radii, lithium ion in glass and containing the salt of potassium nitrate
The potassium ion of bigger ionic radius is replaced in bath, so that glass surface be made to generate compressive stress layers, it is strong to reach raising glass
The purpose of degree.
Glass toughening production line completes the processes such as glass tempering feeding, preheating, tempering, annealing, cleaning currently on the market
When operating ambient temperature it is high, and every procedure be all it is artificial or automanual, result in that operator is more, and labour is strong in this way
Situations such as degree is high, and the production time is long, low efficiency.
Utility model content
Technical problem to be solved in the utility model is, for the existing above problem in the prior art, to provide one
Kind can be greatly reduced human cost while greatly improve the glass chemistry toughening automatic assembly line of production efficiency.
The technical scheme adopted by the utility model to solve the technical problem is as follows:
A kind of glass chemistry toughening automatic assembly line is provided, including the first plug-in sheet machine, the first stacking machine, the first pipeline,
Expect frame, hand basket, insulation cover, annealing furnace, the first sink, the second sink, the second plug-in sheet machine, the second stacking machine and the second pipeline；
Wherein: the both ends of second pipeline are connected with first plug-in sheet machine and second plug-in sheet machine respectively, and described second is defeated
Multiple material framves are laid in line sending, second pipeline is for driving the material frame by being connected with second plug-in sheet machine
One end it is mobile to one end for being connected with first plug-in sheet machine；First plug-in sheet machine is used for multiple glass to tempering are whole
It is placed into the material frame together；Second plug-in sheet machine for taking out the glass in the material frame one by one；Described first is defeated
The hand basket is disposed in line sending, first pipeline is for driving the hand basket to be moved in first stacking machine or institute
State the second stacking machine or the insulation cover；First stacking machine is used to put in multiple material for being mounted with the glass to tempering
It broadcasts to the hand basket；Second stacking machine is for taking out the material frame in the hand basket one by one to second pipeline
On；The insulation cover is movably arranged at the annealing furnace, first sink, second sink and first conveying
The top of line, with cover and elevating mechanism, the elevating mechanism is for above mentioning the hand basket from first pipeline
It rises in the cover, is also used to transfer the hand basket out of described cover to the annealing furnace or first sink or institute
The second sink or first pipeline are stated, the cover is used to carry out the pre-heat treatment or cooling treatment to the hand basket；It is described
Annealing furnace is used to carry out tempering processing to the glass in the hand basket；First sink is used to carry out glass clear for the first time
It washes；Second sink is used to carry out second to glass to clean.
In the above-mentioned technical solutions, glass from feeding, to preheating, to tempering, to cooling, to cleaning, again to blanking whole
All it is to be completed by the device in the automatic assembly line, manual intervention is not needed in whole process, thus, realize tempering
The production of the automation of the batch of glass, improves production efficiency, reduces labor intensity.
The improvement of glass chemistry toughening automatic assembly line as the utility model, first pipeline, described second
Pipeline, the annealing furnace, first sink and second sink are arranged in same level, the annealing furnace
Fire door upward, the notch of first sink and second sink upward, the cover downwardly facing opening of the insulation cover, the cover
Horizontal plane where the opening of body is higher than horizontal plane where the fire door of the annealing furnace and first sink and described the
Horizontal plane where the notch of two sinks.In this way, the glass chemistry toughening automatic assembly line can be reduced to greatest extent
Occupied area, to achieve the purpose that save the area.
As the further improvement of the above-mentioned glass chemistry toughening automatic assembly line of the utility model, the glass chemistry toughening
Automatic assembly line further includes frame body, the frame body include the feeding area being arranged successively from front to back, tempering area, the first cleaning area,
Second cleaning area and discharging area, first pipeline include the first track stretched in the feeding area and stretch to described
Second track of discharging area, the insulation cover are movably installed on the frame body, and the annealing furnace is installed on the tempering area
Interior, first sink and second sink are respectively arranged in first cleaning area and second cleaning area.In this way, making
The positional relationship obtained between first pipeline, the annealing furnace, first sink and second sink is not susceptible to
Variation, conducive to the continual and steady operation of the glass chemistry toughening automatic assembly line.
As the further improvement of the above-mentioned glass chemistry toughening automatic assembly line of the utility model, first pipeline and
Second pipeline is jointly arranged around the frame body.In this way, having more the glass chemistry toughening automatic assembly line
Globality.
As the further improvement of the above-mentioned glass chemistry toughening automatic assembly line of the utility model, first pipeline is also
Including the third track that both ends are connected with first stacking machine and second stacking machine respectively, the third track respectively with
First track is connected with second track.In this way, first pipeline respectively with first stacking machine and described
Second stacking machine is fitted close, and helps to improve the efficiency that the material frame is put into the hand basket by first stacking machine, and
The material frame is taken out the efficiency of the hand basket by second stacking machine.
As the further improvement of the above-mentioned glass chemistry toughening automatic assembly line of the utility model, first pipeline is also
Including the transport vehicle that can be moved on first track, second track and the third track, the hand basket is arranged in
On the transport vehicle.In this way, the transport vehicle moves on first track, second track and the third track
When, the hand basket can be carried and moved between first stacking machine, the feeding area, the discharging area and second stacking machine
It is dynamic.
As the further improvement of the above-mentioned glass chemistry toughening automatic assembly line of the utility model, the elevating mechanism is used for
The hand basket is promoted from the transport vehicle when entering the feeding area under drive of the hand basket in the transport vehicle
In to the cover.In this way, realizing automatic charging.
As the further improvement of the above-mentioned glass chemistry toughening automatic assembly line of the utility model, the elevating mechanism is used for
The hand basket is transferred out of described cover to the transport vehicle when the transport vehicle enters the discharging area.In this way,
Realize automatic blanking.
In conclusion compared with prior art, implement glass chemistry toughening automatic assembly line provided by the utility model, it can
With reach it is following the utility model has the advantages that
1, using the glass chemistry toughening automatic assembly line carry out tempered glass batch production when, glass from feeding,
Entirely pass through what the device in the automatic assembly line was completed to preheating, to tempering, to cooling, to cleaning, again to blanking,
Manual intervention is not needed in whole process, thus, the production of the automation of the batch of tempered glass is realized, production effect is improved
Rate reduces labor intensity.
2, the glass chemistry toughening automatic assembly line connection and reasonable arrangement can reduce the glass chemistry steel to greatest extent
The occupied area for changing automatic assembly line, to achieve the purpose that save the area.
3, the positional relationship between each component part of the glass chemistry toughening automatic assembly line is not susceptible to change,
Conducive to the continual and steady operation of the automatic assembly line.
Detailed description of the invention
Fig. 1 be in the utility model preferred embodiment when transport vehicle and insulation cover are in initial position glass chemistry steel
Change the top view of automatic assembly line；
Fig. 2 is in the utility model preferred embodiment when insulation cover be in initial position and transport vehicle carrying hand basket towards upper
Expect the top view of glass chemistry toughening automatic assembly line when area is mobile；
Fig. 3 is in the utility model preferred embodiment when insulation cover is in initial position and transport vehicle carries hand basket and is moved to
(position of expression hand basket for clarity, is omitted guarantor in figure to the top view of glass chemistry toughening automatic assembly line when feeding area
Temperature cover)；
Fig. 4 is in the utility model preferred embodiment when insulation cover is in the surface of discharging area and transport vehicle is moved to down
Expect that (position of expression hand basket for clarity, is omitted heat preservation in figure for the top view of glass chemistry toughening automatic assembly line when area
Cover)；
Fig. 5 is in the utility model preferred embodiment when transport vehicle carries glass chemistry when hand basket is moved to the second stacking machine
The top view (insulation cover is omitted in figure) of tempering automatic assembly line；
Fig. 6 is that the position of the first plug-in sheet machine, material frame and the first partial pipeline in the utility model preferred embodiment is closed
It is stereoscopic schematic diagram；
Stereoscopic schematic diagram when hand basket expires loading frame in the utility model preferred embodiment of the position Fig. 7.
The drawing reference numeral of specific embodiment illustrates:
Specific embodiment
For a clearer understanding of the technical features, objectives and effects of the utility model, now control attached drawing is detailed
Illustrate specific embodiment of the present utility model.Obviously, the described embodiments are only a part of the embodiments of the utility model,
Instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creation
Property labour under the premise of every other embodiment obtained, fall within the protection scope of the utility model.
As shown in Figure 1, glass chemistry toughening automatic assembly line provided by the utility model includes the first plug-in sheet machine 101, the
One stacking machine 102, the first pipeline 103, material frame 104, hand basket 105, insulation cover 106, annealing furnace, the first sink 108, the second water
Slot 109, the second plug-in sheet machine 110, the second stacking machine 111 and the second pipeline 112.Distinguish at the both ends of second pipeline 112
It is connected with first plug-in sheet machine 101 and second plug-in sheet machine 110, is laid on second pipeline 112 multiple described
Expect frame 104, second pipeline 112 be used to driving the material frame 104 from one end for being connected with second plug-in sheet machine 110 to
The one end being connected with first plug-in sheet machine 101 is mobile；First plug-in sheet machine 101 is used for multiple glass to tempering are neat
Ground is placed into the material frame 104；Second plug-in sheet machine 110 for taking out the glass in the material frame 104 one by one；It is described
The hand basket 105 is disposed on first pipeline 103, first pipeline 103 is for driving the hand basket 105 to be moved to
First stacking machine 102 or second stacking machine 111 or the insulation cover 106；First stacking machine 102 is used for will be more
A material for being mounted with the glass to tempering, which is put, to be sent to the hand basket 105；Second stacking machine 111 is used for will be described
Material frame 104 in hand basket 105 is taken out one by one to second pipeline 112；The insulation cover 106 is movably arranged at institute
The top for stating annealing furnace, first sink 108, second sink 109 and first pipeline 103, with cover
And elevating mechanism, the elevating mechanism are used to the hand basket 105 being promoted to the cover from first pipeline 103
It is interior, it is also used to transfer the hand basket 105 out of described cover to the annealing furnace or first sink 108 or described second
Sink 109 or first pipeline 103, the cover are used to carry out the pre-heat treatment or cooling treatment to the hand basket 105；Institute
Annealing furnace is stated for carrying out tempering processing to the glass in the hand basket 105；First sink 108 is used to carry out the to glass
Primary cleaning；Second sink 109 is used to carry out second to glass to clean.
First pipeline 103, second pipeline 112, the annealing furnace, first sink 108 and described
Second sink 109 is arranged in same level, the fire door of the annealing furnace upward, first sink 108 and described
Upward, the cover downwardly facing opening of the insulation cover 106, horizontal plane where the opening of the cover is high for the notch of two sinks 109
Where the notch of horizontal plane and first sink 108 and second sink 109 where the fire door of the annealing furnace
Horizontal plane.To reduce the occupied area of the glass chemistry toughening automatic assembly line to greatest extent, to reach saving
The purpose of land used.
The insulation cover 106, annealing furnace, the first sink 108 and the second sink 109 are mounted on a frame body 113, in this way
It can make the even closer stabilization of relationship between the insulation cover 106, annealing furnace, the first sink 108 and the second sink 109,
Conducive to the continual and steady operation of the glass chemistry toughening automatic assembly line.Specifically, the frame body 113 is by steel system
At with feeding area 1131, tempering area 1132, the first cleaning area 1133, the second cleaning area being arranged successively from front to back
1134 and discharging area 1135.The insulation cover 106 can be in the feeding area 1131, tempering area 1132, the first cleaning area 1133,
Move back and forth between two cleaning areas 1134 and discharging area 1135.The annealing furnace is installed in the tempering area 1132, and described
One sink 108 and second sink 109 are respectively arranged in first cleaning area 1133 and second cleaning area 1134.Institute
Stating frame body 113 further includes being located at the feeding area 1131, the tempering area 1132, first cleaning area 1133, described second
The rail portion at 1135 top of cleaning area 1134 and the discharging area, what the bottom of the insulation cover 106 can be moved forward and backward is installed on
The rail portion.The orbit portion is made of the track that two front and backs separately and in parallel extend.
The insulation cover 106 is including cover, the four rolling being installed on the outside of the cover and respectively and described in four
Four motors of idler wheel linkage, the two sides for being mounted on the cover of four idler wheels in pairs, four idler wheels are equal
It is set up in the top of the frame body 113, in this way, the insulation cover 106 can be along the rail when four motors work
Road portion is mobile.In addition, being additionally provided with elevating mechanism in the cover of the insulation cover 106, institute's elevating mechanism includes four lower ends
Chain equipped with suspension hook and the respectively motor with four chains linkages, when the motor forward or reverse when can band
The suspension hook for moving the corresponding chain rises or falls.In this way, can be realized when the suspension hook catches on the hand basket 105 described
Promotion or decentralization of the elevating mechanism to the hand basket 105.
First pipeline 103 and second pipeline 112 jointly surround the frame body 113 and arrange, so that
The glass chemistry toughening automatic assembly line has more globality.Second pipeline 112 includes three sections of transmission being sequentially connected
Band, conveyer belt described in two of them are divided into the front and rear sides of the frame body 113 in parallel, another conveyer belt it is opposite
Both ends be then separately connected two conveyer belts above-mentioned.First pipeline 103 includes the first track 1031, the second rail
It road 1032, third track 1033 and can be moved on first track 1031, the second track 1032 and third track 1033
Transport vehicle 1034.One end of first track 1031 stretches in the feeding area 1131, second track 1032
One end stretches in the discharging area 1135, and first track 1031 is parallel to each other with second track 1032, and described
Three tracks 1033 are vertical with the other end of the other end of first track 1031 and second track 1032 respectively to be connect, institute
The opposite both ends for stating third track 1033 are also connected with first stacking machine 102 and second stacking machine 111 respectively.Institute
Hand basket 105 is stated to be arranged on the transport vehicle 1034.
The material frame 104 is the frame-shaped construction of a upper end opening, is equipped with two groups of positioning regions in the material frame 104, every group
Positioning region includes two intervals and parallel positioning strip, and equally distributed positioning at equal intervals is equipped on each positioning strip and is lacked
Mouthful, glass is fixed and inserting to the locating notch.One material frame 104 can receive the glass that 80-120 piece holds 4-7 cuns
Glass.
As shown in fig. 7, the hand basket 105 is made of steel, there are six interlayer, each interlayers can accommodate six for tool
The material frame 104.
First plug-in sheet machine 101 is identical with the structure of second plug-in sheet machine 110.It is with first plug-in sheet machine 101
Example, as described in Figure 6, including flip-arm 1011, overturning motor, the first sliding block, the first sliding rail 1012, the second sliding block, the second sliding rail
1013, third sliding block, third sliding rail 1014, X-axis motor, y-axis motor and Z axis motor, the flip-arm 1011 are rotatably pacified
Loaded on connecting on first sliding block and with the overturning motor, the overturning motor can drive the flip-arm when working
1011 rotations, first sliding block are movably installed on first sliding rail 1012, and first sliding rail 1012 is along vertical side
To extension, the X-axis motor can drive first sliding block to move up and down along first sliding rail 1012 when working, described
First sliding rail 1012 is connect with second sliding block, and second sliding block is movably installed on second sliding rail 1013, institute
The extending direction for stating the second sliding rail 1013 is vertical with first sliding rail 1012, second sliding rail 1013 and the Y-axis electricity
Machine connection, the y-axis motor can drive second sliding block to move along second sliding rail 1013 when working, and described second is sliding
Rail 1013 is installed to the third sliding block, and the third sliding block is movably installed on the third sliding rail 1014, the third
The extending direction of sliding rail 1014 is simultaneously vertically with first sliding rail 1012 and second sliding rail 1013, and the third sliding block is also
It is connect with the Z axis motor, the third sliding block can be driven to move along the third sliding rail 1014 when Z axis motor work
It is dynamic.The flip-arm 1011 is equipped with multiple suckers to adsorb glass.It is apparent that by reasonably controlling the overturning electricity
Machine, X-axis motor, y-axis motor and Z axis motor can insert one by one multiple glass to the material frame 104.Similarly, described
Second plug-in sheet machine 110 can also one by one take out the glass in the material frame 104.
First stacking machine 102 and second stacking machine 111 are all made of six shaft mechanical arms so that complete will be multiple described
Material frame 104 is put into the hand basket 105 and takes out the work of the material frame 104 from the hand basket 105.
The transport vehicle 1034 uses submarine AGV.
The working principle of the glass chemistry toughening automatic assembly line batch automatic production tempered glass is described below:
Glass to tempering is flowed out from the cleaning machine in a upper procedure, and first plug-in sheet machine 101 will be from described clear
The glass of outflow inserting to the material frame 104 on second pipeline 112 one by one is washed, the material frame of glass is fully loaded with
104 are transferred to the hand basket 105 positioned at initial position by first stacking machine 102, when the hand basket 105 is fully loaded described
After expecting frame 104, the transport vehicle 1034 starting is simultaneously mobile (referring to fig. 2) towards the feeding area 1131, when the hand basket 105 with
The transport vehicle 1034 is moved to behind the feeding area 1131 (referring to Fig. 3), and the elevating mechanism of the insulation cover 106 is mentioned described
Basket 105 is mentioned to the cover, and the intracorporal heater element of cover is started to work to carry out and be heat-treated to the glass, preheating
After the completion, the insulation cover 106 is moved to the top of the annealing furnace, and the elevating mechanism transfers the hand basket 105 to institute
It states in annealing furnace, so that the glass completes tempering processing in the annealing furnace, after the completion of tempering processing, the elevating mechanism
The hand basket 105 is promoted in the cover, the intracorporal heater element of cover is started to work so that the glass is gradually cold
But, after the completion of the glass is cooling, the insulation cover 106 is moved to the surface of first sink 108, the elevator
Structure transfers the hand basket 105 in first sink 108, so that the glass completes the in first sink 108
Primary cleaning, after the completion of first time cleaning, the elevating mechanism mentions the hand basket 105 from first sink 108
Out extremely in the cover, the insulation cover 106 is moved to the surface of second sink 109, and the elevating mechanism will be described
In the decentralization to second sink 109 of hand basket 105, cleaned so that the glass completes second in second sink 109,
After the completion of cleaning with described second, the elevating mechanism proposes the hand basket 105 to described from second sink 109
In cover, the insulation cover 106 is moved to the surface of the discharging area 1135, same time, and the transport vehicle 1034 also moves
It moves to the discharging area 1135, then, the hand basket 105 is transferred to the transport vehicle 1034 (ginseng by the elevating mechanism
See Fig. 4), the transport vehicle 1034 carries the hand basket 105 and is moved to second stacking machine 111 nearby (referring to Fig. 5), described
Second stacking machine 111 removes and places second pipeline 112 for a material frame 104 in the hand basket 105
On, the removing and placing one by one of the glass in the material frame 104 is flowed to the biography of next process by second plug-in sheet machine 110
It send on device, after the glass in a material frame 104 is all taken out, the described operation of second pipeline 112 a period of time
So that the material frame 104 of interior sky is moved a certain distance towards first plug-in sheet machine 101, second stacking machine 111 is again
A material frame 104 is taken out from the hand basket 105, so repeats to know that the material frame 104 in the hand basket 105 is complete
Portion takes out, and the glass in whole material framves 104 is taken out by second plug-in sheet machine 110.At this point, the transport vehicle
1034 carry the hand basket 105 towards first stacking machine 102 movement to return to initial position, second pipeline 112
Operating so that the material frame 104 being removed at first is moved to first plug-in sheet machine 101, meanwhile, the insulation cover 106
It is back to initial position (surface of the i.e. described feeding area 1131).So far, complete the production of a batch, then be repeated in
Multiple batches of automated production can be realized in upper movement.
In addition, it is necessary to explanation, in other embodiments, according to the needs of glass chemistry toughening technique, the glass
Chemical tempering automatic assembly line can arrange described 2,3,4,5 even more annealing furnaces 107.In addition, having to adapt to production
The glass material of chilling is needed a bit, and fan quick cooling device can be arranged in the opening of the cover of the insulation cover 106 (can
To use air-cooler).
The embodiments of the present invention are described above in conjunction with attached drawing, but the utility model is not limited to
The specific embodiment stated, the above mentioned embodiment is only schematical, rather than restrictive, this field it is common
Technical staff is not departing from the utility model aims and scope of the claimed protection situation under the enlightenment of the utility model
Under, many forms can be also made, these are belonged within the protection of the utility model.
Claims (8)
1. a kind of glass chemistry toughening automatic assembly line, which is characterized in that including the first plug-in sheet machine, the first stacking machine, first defeated
Line sending, material frame, hand basket, insulation cover, annealing furnace, the first sink, the second sink, the second plug-in sheet machine, the second stacking machine and second are defeated
Line sending；Wherein:
The both ends of second pipeline are connected with first plug-in sheet machine and second plug-in sheet machine respectively, second conveying
It is laid with multiple material framves on line, second pipeline is used to driving the material frame by being connected with second plug-in sheet machine
One end is mobile to the one end being connected with first plug-in sheet machine；
First plug-in sheet machine is for being neatly arranged multiple glass to tempering to the material frame；
Second plug-in sheet machine for taking out the glass in the material frame one by one；
The hand basket is disposed on first pipeline, first pipeline is for driving the hand basket to be moved to described
First stacking machine or second stacking machine or the insulation cover；
First stacking machine is sent for putting multiple material for being mounted with the glass to tempering to the hand basket；
Second stacking machine is for taking out the material frame in the hand basket one by one to second pipeline；
The insulation cover is movably arranged at the annealing furnace, first sink, second sink and described first defeated
The top of line sending, with cover and elevating mechanism, the elevating mechanism is used for the hand basket from first pipeline
Be promoted in the cover, be also used to transfer the hand basket out of described cover to the annealing furnace or first sink or
Second sink or first pipeline, the cover are used to carry out the pre-heat treatment or cooling treatment to the hand basket；
The annealing furnace is used to carry out tempering processing to the glass in the hand basket；
First sink is used to carry out first time cleaning to glass；
Second sink is used to carry out second to glass to clean.
2. glass chemistry toughening automatic assembly line according to claim 1, which is characterized in that first pipeline, institute
It states the second pipeline, the annealing furnace, first sink and second sink to be arranged in same level, the steel
Change furnace fire door upward, the notch of first sink and second sink upward, the cover downwardly facing opening of the insulation cover,
Horizontal plane where the opening of the cover be higher than horizontal plane where the fire door of the annealing furnace and first sink and
Horizontal plane where the notch of second sink.
3. glass chemistry toughening automatic assembly line according to claim 2, which is characterized in that it further include frame body, the frame
Body includes the feeding area being arranged successively from front to back, tempering area, the first cleaning area, the second cleaning area and discharging area, and described first
Pipeline includes the first track stretched in the feeding area and the second track for stretching to the discharging area, the insulation cover
It is movably installed on the frame body, the annealing furnace is installed in the tempering area, first sink and second water
Slot is respectively arranged in first cleaning area and second cleaning area.
4. glass chemistry toughening automatic assembly line according to claim 3, which is characterized in that first pipeline and institute
The second pipeline is stated jointly to arrange around the frame body.
5. glass chemistry toughening automatic assembly line according to claim 3, which is characterized in that first pipeline also wraps
Include the third track that both ends are connected with first stacking machine and second stacking machine respectively, the third track respectively with institute
The first track is stated to connect with second track.
6. glass chemistry toughening automatic assembly line according to claim 5, which is characterized in that first pipeline also wraps
The transport vehicle that can be moved on first track, second track and the third track is included, the hand basket is arranged in institute
It states on transport vehicle.
7. glass chemistry toughening automatic assembly line according to claim 6, which is characterized in that the elevating mechanism is for working as
The hand basket is promoted to from the transport vehicle when hand basket enters the feeding area under the drive of the transport vehicle
In the cover.
8. glass chemistry toughening automatic assembly line according to claim 6, which is characterized in that the elevating mechanism is for working as
The hand basket is transferred out of described cover to the transport vehicle when transport vehicle enters the discharging area.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821255405.XU CN208732927U (en) | 2018-08-06 | 2018-08-06 | A kind of glass chemistry toughening automatic assembly line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821255405.XU CN208732927U (en) | 2018-08-06 | 2018-08-06 | A kind of glass chemistry toughening automatic assembly line |
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| Publication Number | Publication Date |
|---|---|
| CN208732927U true CN208732927U (en) | 2019-04-12 |
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| Country | Link |
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| CN (1) | CN208732927U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108706890A (en) * | 2018-08-06 | 2018-10-26 | 深圳市诸脉科技有限公司 | A kind of glass chemistry toughening automatic assembly line |
-
2018
- 2018-08-06 CN CN201821255405.XU patent/CN208732927U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108706890A (en) * | 2018-08-06 | 2018-10-26 | 深圳市诸脉科技有限公司 | A kind of glass chemistry toughening automatic assembly line |
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