CN207535041U - Interior glaze system - Google Patents
Interior glaze system Download PDFInfo
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- CN207535041U CN207535041U CN201721324021.4U CN201721324021U CN207535041U CN 207535041 U CN207535041 U CN 207535041U CN 201721324021 U CN201721324021 U CN 201721324021U CN 207535041 U CN207535041 U CN 207535041U
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Abstract
The utility model is related to glazing construction applications, it is intended to it is low to solve the problem of that existing glazing structure takes up a large area operating efficiency, provides a kind of interior glaze system, clamp hand is embraced including interior glaze turntable, several interior glaze for being connected to interior glaze turntable.Interior glaze embraces clamp hand and has clamping device and rotating driver.Bottle station, upper interior glaze station, first lower bottle of station on first are laid in the periphery of interior glaze turntable, and with end to end annular spread formal distribution in the periphery of interior glaze turntable.Glaze station is equipped with the interior glaze glazing constructions having for glaze system in upper.Interior glaze armful clamp hand, which can carry bottle part, to be made to supply the inner surface realization glazing for going out glaze and entering bottle part and being attached to bottle part for glaze mouth of glaze system.First lower bottle of station has gone up the bottle part of interior glaze for accepting.The beneficial effects of the utility model are that simple and reasonable, floor space is small, can efficiently complete the upper interior glaze operation of bottle part and automatic control system is easily configured, realize and apply interior glaze to the high-efficient automatic of bottle part.
Description
Technical field
The utility model is related to glazing construction applications, in particular to a kind of interior glaze system.
Background technology
Glazing structure is that the structure of glazing is carried out to the surfaces externally and internally of workpiece (such as bottle blank).Glazing of the prior art
The problem of there are structures to take up a large area for structure, and operating efficiency is low.
Utility model content
The utility model is intended to provide a kind of interior glaze system, and to solve glazing structure of the prior art, there are structure occupations of land
The problem of area is big, and operating efficiency is low.
What the embodiment of the utility model was realized in：
A kind of interior glaze system embraces clamp hand including interior glaze turntable, several interior glaze for being connected to interior glaze turntable circumferential direction.It is interior
Glaze embraces clamp hand and has the clamping device that can clamp bottle part and the rotating driver that clamped bottle part can be driven to flip upside down.
Bottle station, upper interior glaze station, first lower bottle of station on first are laid in the periphery of interior glaze turntable, bottle station, upper interior glaze on first
With end to end annular spread formal distribution in the periphery of interior glaze turntable, each interior glaze embraces folder for station, first lower bottle of station
Hand be configured under the drive of interior glaze turntable loopy moving on first bottle station, on interior glaze station, first time bottle
Between station.Bottle station treats the bottle part of interior glaze for offer on first.Glaze station is equipped with the interior glaze having for glaze system in upper
Glazing constructions.Interior glaze is embraced clamp hand and can carry the bottle part of bottle station clamping from first and a bottle part is made to be inserted in a manner of downward opening
Enter and supply glaze mouth for glaze system, so that the inner surface realization for going out glaze and entering bottle part and being attached to bottle part for glaze mouth for glaze system
Glazing.First lower bottle of station has gone up the bottle part of interior glaze for accepting.
The use step of interior glaze system in the utility model embodiment can be：
Interior glaze armful clamp hand bottle station from first, which captures, waits the bottle part for applying interior glaze；Under the drive of interior glaze turntable, interior glaze
It embraces clamp hand carrying bottle part and turns to interior glaze station, and the interior glaze glazing constructions by being set to upper interior glaze station carry out applying interior glaze behaviour
Make；Clamp hand continuation is embraced by the drive rotation of interior glaze turntable to subsequent work stations, such as directly transport for interior glaze after the completion of applying interior glaze
To corresponding first lower bottle of station, and the bottle part of first-class interior glaze is positioned over first lower bottle of station.It is positioned over first lower bottle of station
Bottle part can be directly offline or continue other operational sequences.Putting down the interior glaze after bottle part armful clamp hand can be in interior glaze turntable
Glaze armful clamp hand in lower is driven to turn again to bottle station on first, carries out the operation of next cycle.
Interior glaze system in the present embodiment drives several interior glaze by the station of annular setting cycle and by interior glaze turntable
It embraces clamp hand to operate bottle part successively and carry out bottle, apply the operations such as interior glaze, lower bottle, has that simple and reasonable, floor space is small, it can
Efficiently complete the advantageous effect of the upper interior glaze operation of bottle part.Automatic control can be also easily configured in interior glaze system in the present embodiment
System processed is realized and applies interior glaze to the high-efficient automatic of bottle part.
In one embodiment of the utility model：
The side of interior glaze turntable is provided with guide rail vertically, and interior glaze embraces clamp hand and is connected in guide rail, and can be by
Drivingly vertically moved up and down along guide rail.
In one embodiment of the utility model：
Bottleneck station is wiped in setting between upper interior glaze station and first lower bottle of station.Wiping bottleneck station, which is equipped with, to be configured to use
In the wiping bottleneck to carrying out the erasing extra interior glaze of bottle mouth position by applying the bottle part that interior glaze structure apply after interior glaze in upper interior glaze station
Machine.
In one embodiment of the utility model：
Bottle station, upper interior glaze station, wiping bottleneck station, first lower bottle of station are with end to end annular spread shape on first
Formula is distributed in the periphery of interior glaze turntable, and the central angle between each adjacent stations is 90 °.
In one embodiment of the utility model：
Interior glaze embraces quantity of the quantity equal to the station for being laid in interior glaze turntable periphery of clamp hand.
In one embodiment of the utility model：
Interior glaze system further includes belt conveyer.Belt conveyer one end is for the upper bottle point that positions upper bottle, the other end
Positioned at bottle station, belt conveyer is configured to the bottle part put from upper bottle point being delivered to bottle work on first on first
Position.
In one embodiment of the utility model：
Interior glaze system further includes air blowing dust removal machine in bottle.Air blowing dust removal machine is set to bottle station on bottle point and first in bottle
Between.The bottle part reached the standard grade from upper bottle point is gone out miscellaneous in bottle under the conveying of belt conveyer by the air blowing of air blowing dust removal machine in bottle
Bottle station on first is transported to after matter again.
In one embodiment of the utility model：
Interior glaze glazing constructions are included for glaze system, cooperation mouth, return member.It is provided with several upwardly opening to go out for glaze system
Glaze pipe can go out glaze for glaze system from the confession glaze mouth for going out glaze pipe upper end.Coordinate mouth that there is the port for penetrating through its upper and lower end face.Go out glaze
The outlet of pipe corresponds to port from below.Coordinate mouth resilient support in return member upper end, and can overcome under the effect of external force
The lower end that the returning place force of return member moves downwardly to the port for making cooperation mouth seals the outlet for connecting out glaze pipe, uses going out for glaze pipe
Mouth goes out glaze can only be from the upper end pass-out of port.
In one embodiment of the utility model：
Each interior glaze embraces clamp hand and is equipped with multiple clamping positions for being used to clamp bottle part, is once clamped and operated with realization and is multiple
Bottle part.
In one embodiment of the utility model：
Interior glaze embraces clamp hand and includes rack, clamping device, rotating driver.Clamping device is spaced and coaxial including two
Be rotatably assorted in rack clamping actuator, be configured to be connected between two clamping actuators and can be held in two clampings
The clamping part for clamping or unclamping under the drive of row device.Clamping part is included for clamping the Bottle neck gripper of bottle part neck and for clamping bottle
The bottle tripe folder in part tripe portion.Two opposite sides of the first clamping strip of composition Bottle neck gripper are provided with corresponding with bottle part neck shaped
First auxiliary section.Two opposite sides of the second clamping strip for forming bottle tripe folder are provided with and bottle part neck shaped corresponding second
Auxiliary section.Rotating driver drive connection clamping device is simultaneously configured to driving clamping device overturning.
To sum up, the interior glaze system in the present embodiment have it is simple and reasonable, floor space is small, can efficiently complete bottle
The upper interior glaze of part operates and automatic control system is easily configured, and realizes the beneficial effect that interior glaze is applied to the high-efficient automatic of bottle part
Fruit.
Description of the drawings
It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment
Attached drawing be briefly described, it should be understood that the following drawings illustrates only some embodiments of the utility model, therefore should not be by
Regard the restriction to range as, for those of ordinary skill in the art, without creative efforts, may be used also
To obtain other relevant attached drawings according to these attached drawings.
Fig. 1 is the structure diagram of the interior glaze system in the utility model embodiment；
Fig. 2 is the vertical view of Fig. 1；
Fig. 3 is the structure diagram that interior glaze turntable and interior glaze embrace clamp hand in Fig. 2；
Internal structure views of the Fig. 4 for air blowing dust removal machine in the bottle in the present embodiment；
Fig. 5 is a kind of structure diagram of embodiment of the interior glaze armful clamp hand in the present embodiment；
Fig. 6 is the A direction views of Fig. 5；
Fig. 7 is the structure diagram of the bottle part in the present embodiment；
Fig. 8 is a kind of structure diagram of embodiment of the interior glaze glazing constructions in the present embodiment；
Fig. 9 is the vertical view of Fig. 8；
Figure 10 is the topology view for going out part at glaze in the present embodiment；
Figure 11 is the schematic diagram of the interior glaze glazing constructions use state in the present embodiment；
Figure 12 is the structure diagram of the wiping bottleneck machine in the utility model embodiment；
Figure 13 is the vertical view of Figure 12；
Figure 14 is enlarged view at the R in Figure 12；
Figure 15 is the vertical view of Figure 14.
Icon：Glaze glazing executive device in 010-；Glaze embraces clamp hand in 100-；10- racks；11- chassis；12- side plates；
Glaze turntable in 200-；20a- clamps actuator；20b- clamping parts；20- clamping devices；210- guide rails；The first clamping strips of 21a-；
The first auxiliary sections of 21b-；21- Bottle neck grippers；220- supports connector；The second clamping strips of 22a-；The second auxiliary sections of 22b-；22- bottles of tripes
Folder；23- connectors；2a- telescopic ends；The upper bottle localization machines of 300-；30- rotating drivers；Air blowing dust removal machine in 400- bottles；410- covers
Part；420- gas blow pipes；Glaze system in B001-；C1- bar-shaped troughs；K1- mounting holes；Q1- activity spaces；R001- wipes bottleneck machine；
Glaze glazing constructions in S001-；S01- step surfaces；S02- lower faces；Glaze access slot in s10-；S11- supporting rods；S12- elongated slots；
S13- supporting racks；S20- supplies glaze system；S211- boss；S21- divides glaze transverse tube；S22- is responsible for into glaze；S23- is into glaze branch pipe；s24-
For glaze pond；S301- ports；S30- coordinates mouth；S40- goes out glaze pipe；The upper pipeline sections of s41-；S42- lower tube sections；S43- cushions；s44-
Coordinate pipeline section；S50- return members；T1- belt conveyers；W0- bottles of parts；W1- bottles of part necks；W2- bottles of part tripe portions；Y1- rotation axis
Line；R001- wipes bottleneck machine；R10- driving mechanisms；R11- rotary actuators；R12- drives；R15- driving grooves；R13- is driven skin
Band；R14- tensioning wheels；R20- scrub heads；R21- cleans slot；R22- notch；R30- scouring pads；R01- bottlenecks outer surface；R50- branch
Support mounting bracket；R51- support rails；R52- braced frames；R16- centers rotary column；R02- water outlets；R60- catchments slotware.
Specific embodiment
Purpose, technical scheme and advantage to make the utility model embodiment are clearer, new below in conjunction with this practicality
Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched
The embodiment stated is the utility model part of the embodiment, instead of all the embodiments.Usually here described in attached drawing and
The component of the utility model embodiment shown can be configured to arrange and design with a variety of different.
Therefore, requirement is not intended to limit to the detailed description of the embodiment of the utility model provided in the accompanying drawings below
The scope of the utility model of protection, but it is merely representative of the selected embodiment of the utility model.Based in the utility model
Embodiment, those of ordinary skill in the art's all other embodiments obtained without making creative work, all
Belong to the range of the utility model protection.
It should be noted that：Similar label and letter represents similar terms in following attached drawing, therefore, once a certain Xiang Yi
It is defined in a attached drawing, does not then need to that it is further defined and explained in subsequent attached drawing.
In the description of the present invention, it should be noted that if occur term " " center ", " on ", " under ", " left side ",
The orientation or position relationship of the instructions such as " right side ", " vertical ", " level ", " interior ", " outer " are based on orientation shown in the drawings or position
Relationship or the utility model product using when the orientation usually put or position relationship, be for only for ease of and describe this reality
There must be specific orientation, with device that is simplifying description rather than instruction or hint meaning or element with specific with novel
Azimuth configuration and operation, therefore it is not intended that limitation to the utility model.If in addition, occur in the description of the utility model
Term " first ", " second " etc. are only used for distinguishing description, and it is not intended that instruction or hint relative importance.
If it is not offered as requiring component in addition, occurring the terms such as term " level ", " vertical " in the description of the utility model
Abswolute level or pendency, but can be slightly tilted.If " level " only refers to that its direction is more horizontal with respect to for " vertical ",
It is not to represent that the structure is had to fully horizontally, but can be slightly tilted.
Embodiment
Fig. 1 is the structure diagram of the interior glaze system B001 in the utility model embodiment；Fig. 2 is the vertical view of Fig. 1；
Fig. 3 is the structure diagram that interior glaze turntable 200 and interior glaze embrace clamp hand 100 in Fig. 2, and the bottle for waiting to apply interior glaze is additionally illustrated in figure
Part W0.Please refer to Fig. 1, Fig. 2, Fig. 3, the interior glaze system B001 in the present embodiment include interior glaze turntable 200, it is several be connected in
The circumferential interior glaze of glaze turntable 200 embraces clamp hand 100.Interior glaze embraces clamp hand 100 and has and can clamp bottle 20 He of the clamping device of part W0
(the concrete structure and clamping machine of interior glaze armful clamp hand 100 of rotating driver 30 that clamped bottle part W0 flips upside down can be driven
Structure 20 and rotating driver 30 are referring specifically to subsequent drawings).The periphery of interior glaze turntable 200 lay bottle station on first, it is upper in
Glaze station, first lower bottle of station, bottle station, upper interior glaze station, first lower bottle of station are with end to end annular spread on first
Formal distribution is embraced clamp hand 100 and is configured in interior glaze turntable 200 in the periphery of interior glaze turntable 200, each interior glaze
Drive lower loopy moving on first between bottle station, upper interior glaze station, first lower bottle of station.Bottle station is used to provide on first
Treat the bottle part W0 of interior glaze.Glaze station is equipped with interior glaze glazing constructions S001 (the interior glaze glazing constructions having for glaze system s20 in upper
The concrete structure and its confession glaze system s20 of S001 refers to subsequent drawings).Interior glaze, which embraces clamp hand 100, can carry the bottle from first
The bottle part W0 of station clamping simultaneously makes bottle part W0 be inserted into a manner of downward opening for glaze system s20 for glaze mouth, so that for glaze system
The inner surface realization glazing for going out glaze and entering bottle part W0 and being attached to bottle part W0 for glaze mouth of system s20.First lower bottle of station is used for
Accept the bottle part W0 of glaze in having gone up.
The use step of interior glaze system B001 in the utility model embodiment can be：
Bottle station, which captures, on interior glaze armful clamp hand 100 from first waits the bottle part W0 for applying interior glaze；In the drive of interior glaze turntable 200
Under, interior glaze embraces the carrying of clamp hand 100 bottle part W0 and turns to interior glaze station, and the interior glaze glazing constructions by being set to upper interior glaze station
S001 carries out applying interior glaze operation；Interior glaze armful clamp hand 100 after the completion of applying interior glaze is continued to drive rotation extremely by interior glaze turntable 200
Subsequent work stations, such as be directly transported at corresponding first lower bottle of station, and the bottle part W0 of first-class interior glaze is positioned over first time bottle
Station.The bottle part W0 for being positioned over first lower bottle of station can be directly offline or continues other operational sequences.After putting down bottle part W0
Interior glaze embrace clamp hand 100 can under the drive of interior glaze turntable 200 interior glaze embrace clamp hand 100 turn again to bottle station on first, into
The operation of the next cycle of row.
Interior glaze system B001 in the present embodiment drives by the station of annular setting cycle and by interior glaze turntable 200
Several interior glaze embrace clamp hand 100 and operates bottle part W0 successively and carry out bottle, apply the operations such as interior glaze, lower bottle, with it is simple and reasonable, account for
Ground area is small, can efficiently complete the advantageous effect of the upper interior glaze operation of bottle part W0.Interior glaze system B001 in the present embodiment
Automatic control system can also easily be configured, realize and interior glaze is applied to the high-efficient automatic of bottle part W0.
In one embodiment of the utility model, interior glaze system B001 further includes belt conveyer T1.Belt conveyer T1
One end is the upper bottle point for positioning upper bottle, and the other end is located on first at bottle station, and belt conveyer T1 is configured to
The bottle part W0 put from upper bottle point is delivered to bottle station on first.
Accurately to put a bottle part W0, the upper bottle localization machine 300 of the bottle in auxiliary positioning is additionally provided at upper bottle point.Upper bottle
The location structure of localization machine 300 can be V-shaped part structure, and when upper bottle only needs for bottle part W0 to be positioned over the both sides of fitting V-arrangement, just
Accurately upper bottle can be achieved.Certainly, it after the completion of upper bottle, when needing to transfer bottle part W0, needs to recall V-shaped part structure.This reality
Baffle pieces can be hindered for positioning upper bottle V-shaped part structure to be driven to stretch out by a linear drives cylinder with retracting by applying in example
The transmission of W0.If one group of bottle part W0 is multiple in the present embodiment, the quantity of corresponding V-shaped part structure may be it is multiple, i.e.,
Linear drives cylinder drives multiple V-shaped part structures to stretch out or retract simultaneously.In the present embodiment, can also may be used by upper bottle is positioned manually
It is set as being automatically positioned bottle.
In some cases, reach the standard grade wait to apply in the bottle part W0 of interior glaze might have dust, impurity etc., this will be influenced in upper
The quality of glaze.To solve the problems, such as this, the interior glaze system B001 in the present embodiment further includes air blowing dust removal machine 400 in bottle.Cooperation ginseng
See Fig. 4, air blowing dust removal machine 400 is set on bottle point and first between bottle station in bottle.The bottle part W0 to reach the standard grade from upper bottle point exists
It is transported on first again after impurity in bottle is gone out in the air blowing of air blowing dust removal machine 400 in bottle under the conveying of belt conveyer T1
Bottle station.Air blowing dust removal machine 400 can be the equipment for having several gas blow pipes 420 in bottle in the present embodiment.It will be blown during use
Tracheae 420 is inserted into from the bottleneck of bottle part W0, then carries out air blowing dust removal operation.To avoid dust, the impurity effect environment of blowout
Quality, air blowing dust removal machine 400 has the hood 410 for dust to be avoided to blow out in bottle.Certainly, there is no the dust, impurity
Problem considers (such as cost) in other, can be not provided with air blowing dust removal machine 400 in the bottle.By dust removal machine of blowing in bottle
Bottle part W0 after 400 air blowing dedustings will be delivered to bottle station on first by belt conveyer T1, and awaiting subsequent applies interior glaze operation.
In the present embodiment, further to adapt on first bottle on bottle station, applying interior glaze, first in upper interior glaze station
The operations such as bottle under lower bottle station, the interior glaze in the present embodiment embrace clamp hand 100 and have made unique structure design.
Fig. 5 is a kind of structure diagram of embodiment of the interior glaze armful clamp hand 100 in the present embodiment；Fig. 6 is the A of Fig. 5
Direction view.Clamp hand 100 and the sandwich relationship of bottle part W0 are embraced for glaze in expression, is additionally illustrated with dashed lines in Fig. 5, Fig. 6 clamped
Bottle part W0, it is clear that bottle part W0 be not belonging to this application claims interior glaze embrace clamp hand 100 composition part.Cooperation is referring to figure
7, the bottle part W0 in the present embodiment includes larger bottle part tripe portion W2 and relatively small bottle part neck W1.
Please refer to Fig. 5-Fig. 6, the interior glaze in the present embodiment embraces clamp hand 100 and includes rack 10, clamping device 20, rotation driving
Device 30.
Wherein, clamping device 20 include two it is spaced and rotate coaxially be matched with rack 10 clamping actuator 20a,
It is configured to be connected between two clamping actuator 20a and is clamped under the drive that actuator 20a can be clamped at two or loose
The clamping part 20b opened.Clamping part 20b is included for clamping the Bottle neck gripper 21 of bottle part neck W1 and for clamping bottle part tripe portion W2's
Bottle tripe folder 22.Two opposite sides of the first clamping strip 21a of composition Bottle neck gripper 21 are provided with corresponding with bottle part neck W1 shapes
The first auxiliary section 21b.Two opposite sides of the second clamping strip 22a for forming bottle tripe folder 22 are provided with and bottle part neck W1 shapes
The corresponding second auxiliary section 22b of shape.30 drive connection clamping device 20 of rotating driver is simultaneously configured to driving clamping machine
Structure 20 is overturn.Optionally, clamping actuator 20a sets the gripper cylinder of telescopic end 2a that can be stretched respectively for both sides.Second
The both ends of clamping strip 22a correspond to the telescopic end 2a for being fixed on corresponding both sides respectively.Optionally, rotating driver 30 can also be used
Rotary cylinder, using identical driving power mode, i.e., to use pneumatic actuation with clamping actuator 20a.Certainly, at other
The modes such as electronic, hydraulic-driven can also be used in embodiment to set.
Interior glaze in the present embodiment, which embraces clamp hand 100, can realize following action：Under the driving of clamping actuator 20a, bottle
Neck clip 21 and bottle tripe folder 22 clamp bottle part neck W1 and bottle part tripe portion W2 respectively, under the driving of rotating driver 30, drive folder
Structure and the overturning of clamped bottle part W0 realizations degree are held, makes bottleneck vertically downward, to complete to spray the standard of the actions such as interior glaze function
It is standby.In actual use, the major function of bottleneck vertically downward is to pour out the impurity remained in bottle, avoids influencing in upper
Glaze.
In the present embodiment, a bottle part W0 is clamped simultaneously by Bottle neck gripper 21 and bottle tripe folder 22, enables to bottle part W0 clampings tight,
Uniform force, bottle part W0 are not easy to be caught broken bottle part W0 everywhere, and the relative position of bottle part W0 and clamping device 20 is stablized, and is conducive to bottle
The precise positioning of part W0, it is convenient that bottle part W0 is carried out applying the operations such as interior glaze.
In an embodiment of the present embodiment, each interior glaze embrace clamp hand 100 be equipped with it is multiple for clamping bottle part W0
Clamping position, with realize once clamp and operate multiple bottles of part W0.Its realization method can be that the first auxiliary section 21b has multiple
(such as Fig. 5, five shown in Fig. 6), multiple first auxiliary section 21b are arranged at intervals along the first clamping strip 21a, and positioned at two folders
It holds between actuator 20a.Second auxiliary section 22b has multiple, and multiple second auxiliary section 22b are arranged at intervals along the second clamping strip 22a,
And between two clamping actuator 20a.By above structure, it can be achieved that once clamping multiple bottles of part W0, can improve more
Operating efficiency again.Optionally, the first clamping strip 21a is long strip shape structure, and medial surface is provided with arc notch.First
Auxiliary section 21b is sector structure, and it protrudes side and is connected at arc notch, and concave side is for cooperation clamping bottle part neck
Portion W1.Optionally, the concave side of the first auxiliary section 21b is the arc-shaped of diameter of the diameter more than bottle part neck W1, and two opposite
The first auxiliary section 21b realize from sandwich bottle part neck W1 there is that clamping consolidates jointly.Similarly, the second folder
A 22a is held as long strip shape structure, medial surface is provided with arc notch.Second auxiliary section 22b is sector structure, and its is convex
Go out side to be connected at arc notch, concave side clamps bottle part tripe portion W2 for coordinating.Optionally, the second auxiliary section 22b
Concave side be the arc-shaped of diameter of the diameter more than bottle part neck W1, two the second opposite auxiliary section 22b realize jointly from
Sandwich bottle part tripe portion W2 has the advantages that clamping is firm.
In other embodiments, according to actual needs, bottle part W0, primary two bottle parts W0, one one at a time be may be configured as
The forms such as secondary multiple bottles of part W0.Accordingly, the first clamping strip 21a, the length dimension shape of the second clamping strip 22a, the first cooperation
Portion 21b, the second auxiliary section 22b quantity etc. can be also adaptively adjusted.
It is soft that rubber, flexible plastic etc. can be selected in the material of the first auxiliary section 21b, the second auxiliary section 22b in the present embodiment
Property material, with further avoid being caught broken bottle part W0 and increase clamping friction power, avoid loosening.
Continuing with referring to Fig. 5, Fig. 6, in the present embodiment, optionally, rack 10 includes chassis 11 and two intervals are connected to
The side plate 12 at 11 both ends of chassis.Two clamping actuator 20a correspondences are rotatably assorted in two side plates 12.Two side plates 12 and chassis
The 11 common activity space Q1 for limiting U-shaped, clamping device 20 is located in activity space Q1, and is limited in activity space Q1 and moves
Make.Rack 10 in the present embodiment limits the activity space Q1 of U-shaped, and clamping device 20 is located in activity space Q1, and is defined
It is acted in activity space Q1, clamp structure can be avoided in action (such as when being overturn under the driving of rotating driver 30)
When with other structures occur mechanical interference cause mechanical breakdown or occur safety accident.In the other embodiment of the utility model
In, can realize, for installation 20 grade of clamping device as purport, rack 10 may also be arranged to other suitable structures, example well
The opening that five face closures can be such as arranged to is box-packed.In addition, the chassis 11 in the present embodiment can also be set conveniently when needed
The mounting hole K1 of installation connection other structures.
Referring again to Fig. 5, Fig. 6, in an embodiment of the present embodiment, Bottle neck gripper 21 and bottle tripe folder 22 are located at folder
Hold the both sides of the pivot center Y1 of actuator 20a.Optionally, Bottle neck gripper 21, bottle tripe folder 22 relatively rotate the position energy of axis Y1
Enough so that after the clamping bottle part of clamping device 20 W0, entire clamping device 20 and clamped bottle part W0 relatively rotate the used of axis Y1
Property square be exactly zero so that when clamping device 20 drives bottle part W0 overturning, control feedback efficiency is high, energy consumption is minimum.
Bottle neck gripper 21 and bottle tripe folder 22 in the present embodiment is driven to realize clamping or pine by clamping actuator 20a
It opens.Bottle neck gripper 21 and bottle tripe folder 22 can be directly connected to clamping actuator 20a, and directly in the driving of clamping actuator 20a respectively
Lower synchronous clamping is unclamped.Certainly, in the present embodiment, the set-up mode used is clamping actuator 20a is fixedly connected with a bottle tripe
Folder 22 simultaneously is used to that bottle tripe folder 22 to be driven to clamp or unclamp.Bottle neck gripper 21 is fixed on bottle tripe folder 22 by connector 23, and can be with
Bottle tripe presss from both sides 22 synchronous clampings or release.That is, Bottle neck gripper 21 is indirectly connected with clamping actuator 20a.It is taken in the present embodiment
One of the reason of set-up mode is that bottle part tripe portion W2 sizes are larger, bottle part neck W1 sizes are smaller, this causes in wide upward bottle
21 closer centre position of neck clip, and bottle tripe folder is 22 more in the outer part, though while be directly connected to clamping actuator 20a and can realize,
It is that there may be the problems such as appearance, stress for structure design.To make the stable drive between Bottle neck gripper 21 and bottle tripe folder 22, positioned at same
It is fixed between the first clamping strip 21a and the second clamping strip 22a of side by two connectors 23 along its length separately
Connection.Optionally, 23 one end of connector is fixedly connected with corresponding first clamping strip 21a, and the other end is equipped with along bar-shaped trough C1, the
The length that two clamping strip 22a are configured to be connected in bar-shaped trough C1 is to any position, to adjust itself and corresponding first
Spacing between clamping strip 21a.During the various sizes of bottle part W0 of corresponding clamping, it may be necessary to pass through and adjust the first clamping strip 21a
And second relative position between clamping strip 22a realizes normal clamping；Or reach aforementioned by adjusting relative position
It is zero to make rotary inertia counteracting.
To sum up above description, the interior glaze in the present embodiment, which embraces clamp hand 100, can realize firm equably clamping bottle part W0 simultaneously
Drive bottle part W0 do the action set, have bottle part W0 everywhere uniform force, be not easy to be caught broken, the phase of bottle part W0 and clamping device 20
Position is stablized, is conducive to bottle precise positioning of part W0 and conveniently to bottle part W0 apply the advantageous effect of the operations such as interior glaze.
Finally, it should be noted that the interior glaze in the utility model embodiment embraces clamp hand 100 and can be additionally used in other shapes
The clamping of workpiece may need to carry out the structure of Bottle neck gripper 21 and bottle tripe folder 22 design of adaptability at this time.
In some embodiments of the utility model, the side of interior glaze turntable 200 is provided with guide rail 210 vertically,
Interior glaze embraces clamp hand 100 and is connected in guide rail 210, and can vertically be moved up and down along guide rail 210 drivenly.For example,
Interior glaze embraces clamp hand 100 can be with the chassis 11 of its rack 10 by the way that connector 220 is supported to be connected at guide rail 210.
Embracing clamp hand 100 using the interior glaze in the present embodiment, the bottle station from first picks up multiple bottles of parts W0, Ran Houzhuan successively
Upper interior glaze operation is carried out to upper interior glaze station.
By supplying glaze and glazing into bottle part W0, structure can be set to more interior glaze glazing constructions S001 in the present embodiment
Kind form.Fig. 8 is a kind of structure diagram of embodiment of the interior glaze glazing constructions S001 in the present embodiment；Fig. 9 is Fig. 8
Vertical view (a kind of glazing object bottle part W0 that this interior glaze glazing constructions S001 is additionally illustrated in Fig. 8, Fig. 9)；Figure 10 is this reality
Apply the topology view for going out part at glaze in example.Please refer to Fig. 8, Fig. 9, Figure 10, the interior glaze glazing constructions S001 packets in the present embodiment
It includes for glaze system s20, cooperation mouth s30, return member s50.For glaze system s20 be provided with it is several it is upwardly opening go out glaze pipe s40, supply
Glaze system s20 can go out glaze from the outlet for going out glaze pipe s40.Coordinate mouth s30 that there is the port s301 of perforation its upper and lower end face s02.
The outlet for going out glaze pipe s40 corresponds to port s301 from below.Coordinate mouth s30 resilient support in return member s50 upper ends, and can be
The lower end sealing that the returning place force of return member s50 moves downwardly to the port s301 for making cooperation mouth s30 is overcome to connect under the action of external force
The outlet of pass-out glaze pipe s40, the glaze that exports out for using glaze pipe s40 can only be from the upper end pass-out of port s301.
Figure 11 is the schematic diagram of the interior glaze glazing constructions S001 use states in the present embodiment.Coordinate referring to Figure 10, Figure 11,
Interior glaze glazing constructions S001 in the present embodiment is in use, first by bottle part W0 (or other wait to apply interior glaze workpiece) with Open Side Down
Inversion state under press-fit mouth s30, make cooperation mouth s30 port s301 upper ends connect bottleneck.Bottle part W0 and cooperation mouth s30
The returning place force of return member s50 is overcome to continue to move downward, the lower end sealing of the port s301 of cooperation mouth s30 is made to connect out glaze pipe
The outlet of s40.Then make to go out glaze from the outlet for going out glaze pipe s40 for glaze system s20, glaze water is entered by bottleneck in bottle part W0
Chamber, and a bottle inner surface of part W0 is attached to, realize glazing.After glazing, a bottle part W0 is taken away, mouth s30 is in return member s50 for cooperation
Returning place force under the action of return and go out glaze pipe s40 disengagement, extra glaze water from port s301 lower ends flow out.In the present embodiment,
It is in inverted state that clamp hand 100 can be embraced by interior glaze and drives bottle part W0, and then entire interior glaze is embraced clamp hand 100 and driven under bottle part W0
Press-fit mouth s30.After the completion of applying interior glaze, then clamp hand 100 is embraced by interior glaze, bottle part W0 is driven to go upward to original position.
Interior glaze glazing constructions S001 in the present embodiment has simple in structure, can conveniently realize glazing；And it only needs
The interior glaze of applying that cooperation can drive bottle part W0 that automation can be realized with the device that inversion state moves up and down operates.
In one embodiment of the utility model, go out glaze pipe s40 for up-small and down-big step pipe, thereon pipeline section s41
There is step surface s01 between lower tube section s42.During pressing, step surface s01 sealings are pressed on the lower face s02 of cooperation mouth s30
The section of pipeline section s41 is less than end section under port s301, and can enter in the port s301 of cooperation mouth s30.In the present embodiment,
Preferably, the outer diameter of upper pipeline section s41 is less than the opening diameter of bottle part W0, and during pushing, upper pipeline section s41 can be directly inserted into
In the opening of bottle part W0, glaze is preferably supplied to realize.
In the present embodiment, during to make bottle part W0 and cooperation mouth s30, cooperation mouth s30 and go out between glaze pipe s40 to press, contact
Face can seal well, avoid imprecision contact that glaze water is caused to leak out, and the cooperation mouth s30 in the present embodiment is using rubber, soft
Property plastic cement elastomeric material form.Optionally, be additionally provided with cushion s43 in the outer end of lower tube section s42, with preferably with cooperation mouth
S30 sealings pressing and buffering pressure force, avoid breaking.In addition, the upper end of port s301 is up big and down small bellmouth knot
Structure.In this way, port s301 can preferably coordinate the different bottle part W0 in the certain section of bottleneck size, while improving use scope
Improve the compactness of cooperation.
Return member s50 in the present embodiment can be arranged to diversified forms, such as return member s50 to be sheathed on out glaze pipe
Spring outside s40, returning place force are the elastic force of spring.To coordinate spring, it is larger to go out glaze pipe s40 lower parts setting sectional dimension
Coordinate pipeline section s44.
In the present embodiment, referring again to Fig. 8, Fig. 9, interior glaze glazing constructions S001 further includes interior glaze access slot s10, goes out glaze
The outlet of pipe s40 is located in interior glaze access slot s10, is connect so that the glaze water extra after glazing into bottle part W0 can be collected into interior glaze
Slot s10.Glaze water after collection can be directly by recycling for glaze system s20；Or it is utilized again after the processing such as filtering.
In one embodiment of the utility model, include for glaze system s20 into glaze supervisor s22, divide glaze transverse tube s21.Point
Glaze transverse tube s21 is fixedly installed in interior glaze access slot s10, and if its connection do glaze pipe s40.In the present embodiment, five are set altogether
Go out glaze pipe s40, upper interior glaze is carried out to five bottle part W0 simultaneously to realize.Five go out glaze pipe s40 and are respectively perpendicular that be connected to point glaze horizontal
On pipe s21.Referring to Figure 10, it is each go out glaze pipe s40 outside the lower end of the spring as return member s50 that is arranged be supported in and be arranged on
Divide on the boss s211 on glaze transverse tube s21, the other end is supported in the lower end of cooperation mouth s30.Divide glaze horizontal into glaze supervisor's s22 connections
Pipe s21, and by dividing glaze transverse tube s21 glaze is supplied to glaze pipe s40 is gone out.Optionally, glaze pond s24 is supplied into glaze supervisor s22 one end connections, separately
One end is respectively separated connection into glaze branch pipe s23 and divides the length of glaze transverse tube s21 to different location by multiple, with reduce it is each go out glaze pipe
S40 goes out the asynchronous degree of glaze, reduce the stand-by period and it is corresponding go out glaze amount.Interior glaze access slot s10 in the present embodiment can connect confession
Glaze pond s24 or connection is for glaze pond s24 after being filtered by filtration, to realize glaze water reuse.Specific set-up mode can be with
For the bottom wall of interior glaze access slot s10 is set as the pyramidal structure that section reduces downwards, is equipped in its taper smallest end by switch valve
The outlet pipe of control, outlet pipe connection is for glaze pond s24.
In one embodiment of the utility model, interior glaze access slot s10 be ring sector structure, the radial direction of interior glaze access slot s10
There are two spaced supporting rod s11 for connection between outer wall and inner radial wall, and the both ends of glaze transverse tube s21 is divided to be connected respectively
In two supporting rod s11.Supporting rod s11 be equipped with along perpendicular to divide glaze transverse tube s21 long to elongated slot s12, divide glaze transverse tube s21 positions
It is adjustably connected at elongated slot s12.Interior glaze access slot s10 in the present embodiment is supported in by the supporting rack s13 with idler wheel
Ground.
Interior glaze glazing constructions S001 in the present embodiment has simple in structure, can conveniently realize interior glaze, and easily
The advantageous effect of the automation of glaze in realization.In addition the interior glaze glazing constructions S001 in the present embodiment is subtracted by structure design
It is small it is multiple go out glaze pipe s40 go out the asynchronous rate of glaze, reduce and once go out the glaze time and go out glaze amount and extra glaze water is collected and again
The structure utilized so that the interior glaze glazing constructions S001 in the present embodiment is also equipped with the high advantageous effect of glaze water use efficiency.
In practical operation, may having the bottle mouth position of bottle part W0 after interior glaze on upper interior glaze station, there are extra
Glaze situation, at this time can be by being set between upper interior glaze station and first lower bottle of station referring again to Fig. 1, Fig. 2, Fig. 3
Bottleneck station is wiped to solve.Wipe bottleneck station be equipped be configured for in upper interior glaze station by applying in interior glaze structure applied
Bottle part W0 after glaze carries out the wiping bottleneck machine R001 of the erasing extra interior glaze of bottle mouth position.Wiping bottleneck machine R001 can be arranged to have energy
The form of wiping sponge enough rotated.
Figure 12-Figure 15 shows a kind of embodiment for wiping bottleneck machine R001.Wherein, Figure 12 is the wiping bottle in the present embodiment
The structure diagram of mouth machine R001；Figure 13 is the vertical view of Figure 12；Figure 14 be Figure 12 in R at enlarged view, Figure 15 Figure 14
Vertical view (the cooperation position relationship with bottle part W0 is additionally illustrated in figure).
Please refer to Figure 12-Figure 15, the wiping bottleneck machine R001 in the present embodiment is configured to driving including several
The scrub head r20 rotated under the driving of motivation structure r10.The quantity of the scrub head r20 of setting can be according to once being handled
Bottle part W0 quantity.Such as the situation for being five bottle part W0 of single treatment is shown in figure, five scrub heads of corresponding setting
r20.Scrub head r20 has upwardly opening scouring slot r21, cleans in slot r21 and is connected at least one wiping being disposed radially
Develop a film r30, and scouring pad r30 can rotate to realize that scouring is acted with scrub head r20.It wipes bottleneck machine R001 and is also equipped with connection scouring
Slot r21 and the water system for supplying wiping scouring water into scouring slot r21.
Wiping bottleneck machine R001 in the utility model embodiment is in use, make a bottle part W0 be inserted with downward opening inversion state
In the scouring slot r21 for entering scrub head r20, and the scouring pad r30 on scrub head r20 is made to fit in bottleneck peripheral surface；In driving machine
Under the driving of structure r10, each scrub head r20 drives scouring pad r30 rotations to wipe out bottleneck outer surface to realize that scouring acts
Glaze water extra r01.Meanwhile water system supplies water into scouring slot r21, realizes under moistening scouring pad r30 and timely cleaning and wiping
The effect of the glaze come, it is ensured that this wiping bottleneck machine R001 sustainabilities carry out scouring operation.
The scrub head r20 that wiping bottleneck machine R001 in the present embodiment cleans slot r21 by being equipped with coordinates scouring pad r30 to pass through
The mode of rotation realizes the wiping bottleneck operation to bottle part W0, has and cleans the advantageous effect efficient, effect is good.Also, simultaneously
Water supply constantly can moisten and clean scrub head r20, realize that the efficient of sustainability, high quality clean operation.
Please referring primarily to Figure 14, Figure 15, in one embodiment of the utility model, the side enclosure wall for cleaning slot r21 opens up
There are several notch r22, the radial outer end of scouring pad r30 is fixedly installed at corresponding notch r22, and the diameter of scouring pad r30 is inside
End extends radially inward to contact the bottleneck outer surface r01 of bottle part W0 to be cleaned.Optionally, scouring pad r30 also
It can be not provided with radially, and be arranged to along tangential, i.e., not by cleaning the center of slot r21, bottle part W0 peripheries are set in this way
Stickiness is preferable between face and scouring pad r30, can improve scrub effect.Scouring pad r30 can be by flexible water-absorption material texture into example
Such as it is made of flexibility wiping sponge.Optionally, notch r22 and corresponding scouring pad r30 is four, and along scouring slot r21's
Circumferentially it is uniformly distributed.Four scouring pad r30 can realize that primary rotation realization more and fill wiping effect, further improve scouring effect
Fruit.
Referring again to Figure 12, Figure 13, in one embodiment of the utility model, driving mechanism r10 includes rotation and holds
Row device r11, several drive r12.The output terminal of rotary actuator r11 is directly or indirectly sequentially connected by driving belt r13,
Each drive r12 to be driven to rotate.And the rotation of each drive r12 is axial vertically.Each scrub head r20 is to keep it
The top that the opening up state correspondences of slot r21 are fixedly connected on each drive r12 is cleaned, and can be with corresponding drive
R12 vertically axial-rotations.The situation of five scrub head r20 of corresponding aforementioned setting, drive r12 are also five.Each scouring
Head r20 can be fixedly connected on corresponding drive r12 by forms such as spot welding.For convenience of transmission, the excircle of drive r12 is set
Have twice axially spaced-apart for coordinating the driving groove r15 of driving belt r13, one in twice driving groove r15 for coordinating
The driving belt r13 of input power, another road export the driving belt r13 of power for coordinating.Certainly, for not needing to be outside
The drive r12 of output power is transmitted, one of driving groove r15 can be only set, twice also can be equally set, only wherein together
It does not actually use.To avoid transmission belt sag, driving mechanism r10 further includes several for being tensioned between each drive r12
The tensioning wheel r14 of driving belt r13.Do not show it should be noted that part driving belt r13 hides for clear displaying, in Figure 13
Go out.
In one embodiment of the utility model, wipe bottleneck machine R001 and further include support mounting bracket r50, support mounting bracket
R50 includes braced frame r52, and the length of braced frame r52 is overlapped with support rail r51 between both ends.Scrub head r20 shares more
It is a, and be rotatably assorted spaced reciprocally in support rail r51 in a row.Type can be used in braced frame r52 and support rail r51
Steel is formed.In addition, each tensioning wheel r14 is also pivotally mounted on support rail r51.
In one embodiment of the utility model, scrub head r20 by hollow center rotary column r16 be rotatably assorted in
Support rail r51, scrub head r20 offer the exhalant canal of its scouring slot r21 of several connections and center rotary column r16 mesoporous, and
The water outlet r02 of exhalant canal is set to the groove bottom for cleaning slot r21.The water supply of water system is from the mesoporous of center rotary column r16
It is passed through, enters and cleaned in slot r21 from the water outlet r02 pass-outs in the groove bottom for cleaning slot r21.
In one embodiment of the utility model, for water for cleaning is avoided to flow out, wipe bottleneck machine R001 and further include and catchment
Slotware r60, the slotware r60 that catchments, which are located at, to be cleaned under slot r21, for collecting from the water for cleaning slot r21 spillings.Optionally, it catchments
Slotware r60 supports are connected in braced frame r52, and notch is upward.Water after cleaning can directly be overflowed from scouring slot r21 to be flowed into
It catchments in slotware r60.It can also set in the present embodiment and be used for the processing Posterior circle such as being filtered to the water in the slotware r60 that catchments
In the structure (not shown) of cleaning.
Wiping bottleneck machine R001 in the present embodiment, which has to wipe to sustainability, realizes that efficient, high quality cleans bottleneck
Advantageous effect.
Bottle part W0 can be embraced clamp hand 100 by interior glaze and be carried to wiping bottleneck station, and drive bottle part W0 with inversion state downlink
It is cleaned to bottleneck is made to enter to clean in slot r21；Clamp hand 100 is embraced by interior glaze again after the completion to take up.
In the utility model embodiment, optionally, the quantity of interior glaze armful clamp hand 100, which is equal to, is laid in interior glaze turntable
The quantity of the station of 200 peripheries.Such as bottle station on first, upper interior glaze station, are only set for interior 200 periphery of glaze turntable
Once in the case of these three stations of bottle station, three interior glaze can be correspondingly arranged and embrace clamp hand 100；For interior 200 periphery of glaze turntable
It, can be right in the case of being provided with bottle station on first, upper interior glaze station, wiping bottleneck station, first lower bottle of station this four station
Four interior glaze should be set to embrace clamp hand 100.What is set in this way is intended so that at any time, each interior glaze embraces clamp hand 100
A station can be all corresponded to, bottle part W0 is driven to carry out corresponding operation in the station；Equally, at any time, each station
Clamp hand 100 is embraced there are one interior glaze to exist, can utilize room and time to saturation in this way, maximize and improve operation operating efficiency.
Certainly, for other considerations (such as cost, sequential are set), interior glaze may be set as and embrace clamp hand 100 less than station quantity or interior
Glaze embraces 100 extra station quantity of clamp hand.
Referring to Fig. 2, the periphery present embodiment illustrates interior glaze turntable 200 is provided with bottle station on first, upper interior glaze
Station, the situation for wiping bottleneck station, first lower bottle of station.At this time optionally, bottle station on first, upper interior glaze station, wipe bottleneck
Station, first lower bottle of station with end to end annular spread formal distribution in the periphery of interior glaze turntable 200, it is and each adjacent
Central angle between station is 90 °.And be correspondingly arranged there are four interior glaze armful clamp hand 100, four interior glaze are embraced between clamp hands 100
Central angle also be 90 °.
To sum up, the interior glaze system B001 in the present embodiment have it is simple and reasonable, floor space is small, can be efficiently complete
Upper interior glaze into bottle part W0 operates and automatic control system is easily configured, and realizes and applies interior glaze to the high-efficient automatic of bottle part W0
Advantageous effect.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of interior glaze system, it is characterised in that：
The interior glaze system includes interior glaze turntable, several interior glaze for being connected to the interior glaze turntable circumferential direction embrace clamp hand；It is described
Interior glaze embraces the rotation driving that clamp hand has the clamping device that can clamp bottle part and clamped bottle part can be driven to flip upside down
Device；
Bottle station, upper interior glaze station, first lower bottle of station on first are laid in the periphery of the interior glaze turntable, bottle on described first
Station, the upper interior glaze station, first lower bottle of station are revolved with end to end annular spread formal distribution in the interior glaze
The periphery of turntable, each interior glaze embrace clamp hand and are configured under the drive of the interior glaze turntable loopy moving in institute
It states between bottle station on first, the upper interior glaze station, first lower bottle of station；
Bottle station treats the bottle part of interior glaze for offer on described first；
The upper interior glaze station is equipped with the interior glaze glazing constructions having for glaze system；The interior glaze is embraced clamp hand and can be carried from described
On first bottle station clamp bottle part and make bottle part be inserted into a manner of downward opening it is described for glaze system supply glaze mouth so that institute
State the inner surface realization glazing for going out glaze and entering bottle part and being attached to bottle part for glaze mouth for glaze system；
First lower bottle of station has gone up the bottle part of interior glaze for accepting.
2. interior glaze system according to claim 1, it is characterised in that：
The side of the interior glaze turntable is provided with guide rail vertically, and the interior glaze embraces clamp hand and is connected in the guide rail,
And it can vertically be moved up and down along the guide rail drivenly.
3. interior glaze system according to claim 1, it is characterised in that：
Bottleneck station is wiped in setting between interior glaze station and first lower bottle of station described；
The wiping bottleneck station, which is equipped with, to be configured for carrying out after applying interior glaze glaze station interior described by applying interior glaze structure
Bottle part carry out erasing the extra interior glaze of bottle mouth position wiping bottleneck machine.
4. interior glaze system according to claim 3, it is characterised in that：
Bottle station, the upper interior glaze station, the wiping bottleneck station, first lower bottle of station are with end to end on described first
Annular spread formal distribution in the periphery of the interior glaze turntable, and the central angle between each adjacent stations is 90 °.
5. the interior glaze system according to claim 1 or 3 or 4, it is characterised in that：
The interior glaze embraces quantity of the quantity equal to the station for being laid in the interior glaze turntable periphery of clamp hand.
6. interior glaze system according to claim 1, it is characterised in that：
The interior glaze system further includes belt conveyer；
Described belt conveyer one end is the upper bottle point for positioning upper bottle, and the other end is located on described first at bottle station, institute
Belt conveyer is stated to be configured to the bottle part put from the upper bottle point being delivered to bottle station on described first.
7. interior glaze system according to claim 6, it is characterised in that：
The interior glaze system further includes air blowing dust removal machine in bottle；
Air blowing dust removal machine is set on the upper bottle point and described first between bottle station in the bottle；It reaches the standard grade from the upper bottle point
Bottle part under the conveying of the belt conveyer after impurity in bottle is gone out in the air blowing of air blowing dust removal machine in the bottle again by
It is delivered to bottle station on described first.
8. interior glaze system according to claim 1, it is characterised in that：
The interior glaze glazing constructions are included for glaze system, cooperation mouth, return member；
It is described for glaze system be provided with it is several it is upwardly opening go out glaze pipe, it is described for glaze system can from it is described go out glaze pipe upper end
Go out glaze for glaze mouth；
The cooperation mouth has the port for penetrating through its upper and lower end face；It is described go out glaze pipe outlet from below correspond to the port；
The cooperation mouth resilient support can overcome returning for the return member under the effect of external force in the return member upper end
Position power move downwardly to the port that makes the cooperation mouth lower end sealing connect described in go out the outlet of glaze pipe, make it is described go out glaze pipe
Exporting out glaze can only be from the upper end pass-out of the port.
9. interior glaze system according to claim 1, it is characterised in that：
Each interior glaze embraces clamp hand and is equipped with multiple clamping positions for being used to clamp bottle part, is once clamped and operated with realization and is multiple
Bottle part.
10. the interior glaze system according to claim 1 or 9, it is characterised in that：
The interior glaze embraces clamp hand and includes rack, clamping device, rotating driver；
The clamping device include two it is spaced and rotate coaxially and be matched with the clamping actuator of the rack, be configured to
It is connected to the clamping part that between two clamping actuators and can be clamped or unclamp under the drive of two clamping actuators；
The clamping part includes the Bottle neck gripper for clamping bottle part neck and is pressed from both sides for clamping the bottle tripe in bottle part tripe portion；Described in composition
Two opposite sides of the first clamping strip of Bottle neck gripper are provided with the first auxiliary section corresponding with bottle part neck shaped；Described in composition
Two opposite sides of the second clamping strip of bottle tripe folder are provided with the second auxiliary section corresponding with bottle part neck shaped；
The rotating driver, which is sequentially connected, the clamping device and to be configured to that the clamping device is driven to overturn.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721324021.4U CN207535041U (en) | 2017-10-13 | 2017-10-13 | Interior glaze system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721324021.4U CN207535041U (en) | 2017-10-13 | 2017-10-13 | Interior glaze system |
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| Publication Number | Publication Date |
|---|---|
| CN207535041U true CN207535041U (en) | 2018-06-26 |
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ID=62610314
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721324021.4U Active CN207535041U (en) | 2017-10-13 | 2017-10-13 | Interior glaze system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107696250A (en) * | 2017-10-13 | 2018-02-16 | 合江县华艺陶瓷制品有限公司 | Interior glaze system |
| CN111531692A (en) * | 2020-04-30 | 2020-08-14 | 董伟锋 | Column insulator surface glazing treatment system and method |
| CN111572177A (en) * | 2020-05-19 | 2020-08-25 | 安徽海思达机器人有限公司 | Automatic film tearing machine for wine bottles |
-
2017
- 2017-10-13 CN CN201721324021.4U patent/CN207535041U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107696250A (en) * | 2017-10-13 | 2018-02-16 | 合江县华艺陶瓷制品有限公司 | Interior glaze system |
| CN107696250B (en) * | 2017-10-13 | 2023-02-24 | 合江县华艺陶瓷制品有限公司 | Inner glaze system |
| CN111531692A (en) * | 2020-04-30 | 2020-08-14 | 董伟锋 | Column insulator surface glazing treatment system and method |
| CN111572177A (en) * | 2020-05-19 | 2020-08-25 | 安徽海思达机器人有限公司 | Automatic film tearing machine for wine bottles |
| CN111572177B (en) * | 2020-05-19 | 2022-01-07 | 安徽海思达机器人有限公司 | Automatic film tearing machine for wine bottles |
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