CN205257466U - Be applied to conveyer of glass production line - Google Patents
Be applied to conveyer of glass production line Download PDFInfo
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- CN205257466U CN205257466U CN201520978126.6U CN201520978126U CN205257466U CN 205257466 U CN205257466 U CN 205257466U CN 201520978126 U CN201520978126 U CN 201520978126U CN 205257466 U CN205257466 U CN 205257466U
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- conveyer belt
- horizontal
- production line
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- connecting screw
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Abstract
The utility model discloses a be applied to conveyer of glass production line, including frame and conveyer belt, the below of frame is equipped with the conveyer belt, the conveyer belt includes feed conveyer belt and production conveyer belt, the production conveyer belt includes first production conveyer belt and second production conveyer belt, be equipped with handling device on the frame, handling device includes horizontal migration mechanism, vertical lift mechanism and clamping mechanism, be equipped with horizontal mounting plate on the frame, the last horizontal migration mechanism that is equipped with of horizontal mounting plate, horizontal migration mechanism includes horizontal mount and horizontal migration motor, be equipped with the horizontal migration guide rail on the horizontal mount, vertical lift mechanism is connected to the horizontal migration guide rail, vertical lift mechanism includes lift cylinder mount pad and vertical lift cylinder, vertical lift cylinder is installed to lift cylinder mount pad, vertical lifting air cylinder connected clamping mechanism. This machine construction is simple, the science is convenient, with strong points, degree of automation is high, work efficiency is high, has solved the transportation problem of glass production line well.
Description
Technical field
The utility model relates to a kind of conveying arrangement that is applied to glass production line.
Background technology
Glass needs to enter chemical toughening furnace through the step such as cleaning, oven dry of glass plate in process of production againAnd subsequent machining technology, therefore needing in process of production has glass transportation device to transport glass, existing useThere are some defects in the conveying arrangement design in transfer transport glass, for example: (1) complex structure, cost of manufactureHigh; (2) transfer transport device can not move separately, also needs to be placed on a movable trailer to move, and movesMoving and inconvenient; (3) transfer transport device good fixing glass in transportation, causes glassLanding is broken like this. In addition, adopt in this way that not only automaticity is low, thereby cause work effectRate is low, and labour intensity is large, and operator time security incident very easily occurs in work, has larger safetyHidden danger.
Utility model content
The purpose of this utility model is to provide a kind of conveying arrangement that is applied to glass production line, this machine knotStructure is simple, science is convenient, with strong points, automaticity is high, operating efficiency is high, has solved well glassThe transportation problem of glass production line.
In order to solve the problems of the technologies described above, adopt following technical scheme:
Be applied to a conveying arrangement for glass production line, comprise support and conveyer belt, the below of support is provided withConveyer belt, conveyer belt comprises feed conveyer belt and produces conveyer belt, produces conveyer belt and comprises the first production conveyingBand and second is produced conveyer belt, and support is provided with Handling device, and Handling device comprises horizontal mobile mechanism, perpendicularGo straight up to descending mechanism and clamp mechanism, support is provided with horizontal installing plate, and horizontal installing plate is provided with and moves horizontallyMechanism, horizontal mobile mechanism comprises horizontal fixed mount and moves horizontally motor, horizontal fixed mount and moving horizontallyMotor is all installed on horizontal installing plate, and horizontal fixed mount is provided with and moves horizontally guide rail, moves horizontally guide railVertical connecting elevating mechanism, vertical lifting mechanism comprises lift cylinder mount pad and vertical lifting cylinder, liftingCylinder mount pad is installed on and moves horizontally on guide rail, and lift cylinder mount pad is provided with vertical lifting cylinder, perpendicularStraight lift cylinder connects clamp mechanism, and clamp mechanism comprises clamping cylinder and clamping cylinder mount pad, clamps gasCylinder vertical connecting lift cylinder, clamping cylinder is installed on clamping cylinder mount pad, and clamping cylinder is connected with folderTight piston rod, clamping piston bar is connected with clamping Connection Block, clamp Connection Block be connected with clamp link assembly andSucking disc mechanism. Produce conveyer belt by arranging two, even if there is one to produce conveyer belt because contingency stopsWhile only work, another produces conveyer belt also can carry out work, effectively prevents that whole production line from collapsingBurst, cause huge loss. By horizontal mobile mechanism, by being installed on the driving wire in horizontal fixed mountBar and feed screw nut (not shown in FIG.), make to move horizontally driven by motor lift cylinder mount pad and move in levelOn moving guide rail, move, whole like this vertical lifting mechanism and clamp mechanism are also and then transported moving horizontally on guide railMoving, thus realize moving horizontally of Handling device. By vertical lifting mechanism, vertical lifting cylinder drives livesStopper rod (not shown in FIG.) is made flexible rectilinear motion, thereby realizes the vertical lifting of clamp mechanism, convenient folderThe smooth clamping glass of tight mechanism. By clamp mechanism, clamping cylinder drives clamping piston bar to make flexible straight line fortuneMoving, hold glass by sucking disc mechanism like this, clamping under the effect of link assembly, clamp clamps smoothlyGlass.
Further, support comprises joint pin, feet and Connection Block, and the upper end of joint pin connects Connection Block,Connection Block connects horizontal installing plate, and the lower end of joint pin connects feet.
Further, joint pin is provided with induction mechanism, induction mechanism comprise induction support, induction installing plate andHorizontal baffle, induction support is installed on joint pin, and induction support is provided with induction installing plate and horizontal baffle,Induction installing plate is provided with induction mount pad, and induction mount pad is provided with inductor.
Further, inductor comprises the first inductor, the second inductor and the 3rd inductor, the first inductorBe installed on the top of feed conveyer belt, the second inductor is installed on the top of the first production conveyer belt, the 3rd senseAnswer device to be installed on the top of the second production conveyer belt. By induction mechanism, when feed conveyer belt is by glass transportationWhile arriving the below of Handling device, the first inductor is responded to some extent, thereby makes Handling device make the instruction of carrying,By vertical lifting mechanism, clamp mechanism and the sucking disc mechanism of Handling device, glass is sling like this, and passed throughGlass is moved on to the first production conveyer belt or the second top that produces conveyer belt by horizontal mobile mechanism. Work as transportTo the first production conveyer belt, the second inductor is responded to some extent, by vertical lifting mechanism, clamp mechanism andGlass is placed into the first production conveyer belt by sucking disc mechanism, by the first production conveyer belt, makes under glass carries outThe production work of one step. In the time that the last time is placed into glass on the first production conveyer belt, carrying dress next timePut and automatically skip the second inductor, the top by glass transportation to the second production conveyer belt, by the second productionBelt conveyance glass carries out production work below. So by that analogy, two production conveyer belts enter simultaneouslyRow work, has improved operating efficiency widely. Even if there is one to produce conveyer belt because contingency stops workWhile work, another produces conveyer belt also can carry out work, effectively prevents that whole production line from collapsing,Cause huge loss.
Further, clamp link assembly and comprise transverse link, longitudinal rod, vertical connecting rod and contiguous block, horizontal strokeComprise the first transverse link and the second transverse link to connecting rod, the first transverse link is socketed on and clamps on Connection Block,The two ends of the first transverse link connect longitudinal rod, and the two ends of longitudinal rod connect contiguous block, contiguous block anotherOne end vertical connecting connecting rod, vertically the upper end of connecting rod connects the second transverse link, and vertically the middle part of connecting rod connectsContiguous block, vertically the lower end of connecting rod is connected with clamp. Drive the first transverse link motion by clamping cylinder,Thereby whole clamping link assembly is moved together, the clamping work of complete pair glass.
Further, clamping cylinder mount pad is provided with connecting portion, and connecting portion comprises that the first connecting portion and second connectsMeet portion, between the first connecting portion and the second connecting portion, connect the second transverse link. By the first connecting portion andTwo connecting portions, the first connecting portion and the second connecting portion are provided with mounting hole site, such two the second transverse linksJust can successfully be fixed between the first connecting portion and the second connecting portion by nut.
Further, contiguous block comprises connection bump and connecting groove, and connection bump is provided with the first connecting screw hole,Connecting groove is provided with the second connecting screw hole, and the two ends of longitudinal rod are provided with connecting rod groove, on connecting rod groove, establishesHave the 3rd connecting screw hole, connection bump and connecting rod groove match, the first connecting screw hole and the 3rd connecting screw holeBetween be connected by connecting screw rod. Be connected with the coupling of connecting rod groove by connection bump, and connect firstConnect in screw and the 3rd connecting screw hole and plug connecting screw rod, nut well by contiguous block and longitudinal rod with hingeThe mode of chain links together.
Further, vertically connecting rod is provided with the 4th connecting screw hole and the 5th connecting screw hole, the 4th connecting screw hole positionIn the top of vertical connecting rod, the 5th connecting screw hole is positioned at the middle part of vertical connecting rod, the 4th connecting screw hole and secondTransverse link matches, and between the 5th connecting screw hole and the second connecting screw hole, is connected by connecting screw rod. LogicalCross the 4th connecting screw hole, the top of vertical connecting rod is socketed on the second transverse link. Connect spiral shell by the 5thHole and connecting groove, be connected in the connecting groove of contiguous block the middle part of vertical connecting rod well. Vertically connectThe bottom of bar connects clamp, and whole like this clamping link assembly can be well by controlling clamp folderTight glass.
Further, sucking disc mechanism comprises sucker bar and suction cup carrier, and the upper end of sucker bar connects clamping Connection Block,The lower end connecting sucker frame of sucker bar, suction cup carrier is provided with sucker.
Further, sucker bar is provided with retractable guide sleeve, and retractable guide sleeve comprises retractable guide sleeve and lower retractable guide sleeve,Between upper retractable guide sleeve and lower retractable guide sleeve, be provided with coil tension spring. By sucker bar and suction cup carrier, sucker is fineAct on the middle part of glass, facilitate clamp clamping glass.
Owing to adopting technique scheme, there is following beneficial effect:
The utility model is a kind of conveying arrangement that is applied to glass production line, and this machine construction is simple, scienceConvenient, with strong points, automaticity is high, operating efficiency is high, has solved well the fortune of glass production lineDefeated problem.
Produce conveyer belt by arranging two, even if there is one to produce conveyer belt because contingency quits workTime, another produces conveyer belt also can carry out work, effectively prevents that whole production line from collapsing, and makesBecome huge loss.
By horizontal mobile mechanism, by being installed on drive lead screw and the feed screw nut (figure in horizontal fixed mountIn do not draw), make to move horizontally driven by motor lift cylinder mount pad and move moving horizontally on guide rail, thisSample whole vertical lifting mechanism and clamp mechanism are also and then moved moving horizontally on guide rail, thereby realize carryingMoving horizontally of device.
By vertical lifting mechanism, vertical lifting cylinder drives piston rod (not shown in FIG.) to make flexible straight lineMotion, thus realize the vertical lifting of clamp mechanism, facilitate the smooth clamping glass of clamp mechanism.
By clamp mechanism, clamping cylinder drives clamping piston bar to make flexible rectilinear motion, passes through like this suckerMechanism holds glass, is clamping under the effect of link assembly the smooth clamping glass of clamp.
By induction mechanism, in the time that glass transportation is arrived the below of Handling device by feed conveyer belt, the first inductionDevice is responded to some extent, thereby makes Handling device make the instruction of carrying, like this by the vertical lifting of Handling deviceMechanism, clamp mechanism and sucking disc mechanism are sling glass, and by horizontal mobile mechanism, glass are moved on to firstProduce conveyer belt or the second top that produces conveyer belt. When being transported on the first production conveyer belt, the second senseAnswer device to respond to some extent, by vertical lifting mechanism, clamp mechanism and sucking disc mechanism, glass is placed into the first lifeProduce conveyer belt, by the first production conveyer belt, make glass carry out next step production work. Will when the last timeWhen glass is placed on the first production conveyer belt, Handling device is automatically skipped the second inductor next time, willGlass transportation, to the top of the second production conveyer belt, carries out life below by the second production belt conveyance glassProduct work. So by that analogy, produce conveyer belt for two and carry out work simultaneously, improved widely work effectRate.
By the first connecting portion and the second connecting portion, the first connecting portion and the second connecting portion are provided with mounting hole site,Such two the second transverse links just can successfully be fixed on the first connecting portion and the second connecting portion by nutBetween.
Be connected with the coupling of connecting rod groove by connection bump, and at the first connecting screw hole and the 3rd connecting screw holeInside plug connecting screw rod, nut links together contiguous block and longitudinal rod well in the mode of hinge.
By the 5th connecting screw hole and connecting groove, make the middle part of vertical connecting rod be connected in well contiguous blockIn connecting groove. Vertically the bottom of connecting rod connects clamp, and whole like this clamping link assembly can be fineGround is by having controlled clamp clamping glass.
Brief description of the drawings
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the structural representation of a kind of conveying arrangement that is applied to glass production line in the utility model;
Fig. 2 is the structural representation of support in the utility model;
Fig. 3 is the structural representation of induction mechanism in the utility model;
Fig. 4 is the structural representation of clamp mechanism in the utility model;
Fig. 5 is the structural representation of sucking disc mechanism in the utility model;
Fig. 6 is the structural representation of vertical connecting rod in the utility model;
Fig. 7 is the structural representation of longitudinal rod in the utility model;
Fig. 8 is the structural representation of contiguous block in the utility model;
Fig. 9 is the structural representation of clamping cylinder mount pad in the utility model.
In figure: 1-support; 2-feed conveyer belt; 3-first produces conveyer belt; 4-second produces conveyer belt;The horizontal installing plate of 5-; The horizontal fixed mount of 6-; 7-moves horizontally motor; 8-moves horizontally guide rail; 9-lifting airCylinder mount pad; 10-vertical lifting cylinder; 11-feet; 12-joint pin; 13-Connection Block; 14-clamps gasCylinder; 15-responds to support; 16-horizontal baffle; 17-responds to installing plate; 18-responds to mount pad; 19-first feelsAnswer device; 20-the second inductor; 21-the 3rd inductor; 22-clamping cylinder mount pad; 23-the first connecting portion;24-the second connecting portion; 25-the first transverse link; 26-the second transverse link; 27-longitudinal rod; 271-connectsBar groove; 272-the 3rd connecting screw hole; The vertical connecting rod of 28-; 281-the 4th connecting screw hole; 282-the 5th connectsScrew; The left groove of 29-; 291-connecting groove; 292-connection bump; 293-the second connecting screw hole; 294-The first connecting screw hole; 30-clamp; 31-clamping piston bar; 32-clamps Connection Block; 33-sucker bar; 34-Suction cup carrier; 35-coil tension spring; The upper retractable guide sleeve of 36-; Retractable guide sleeve under 37-; 38-sucker.
Detailed description of the invention
As shown in Figures 1 to 9, a kind of conveying arrangement that is applied to glass production line, comprises support 1 and defeatedSend band, the below of support 1 is provided with conveyer belt, and conveyer belt comprises feed conveyer belt 2 and produces conveyer belt, rawProduce conveyer belt and comprise the first production conveyer belt 3 and the second production conveyer belt 4. Support 1 comprise joint pin 12,Feet 11 and Connection Block 13, the upper end of joint pin 12 connects Connection Block 13, Connection Block 13 connection levelsInstalling plate 5, the lower end of joint pin 12 connects feet 11.
Support 1 is provided with Handling device, and Handling device comprises horizontal mobile mechanism, vertical lifting mechanism and folderTight mechanism. Support 1 is provided with horizontal installing plate 5, and horizontal installing plate 5 is provided with horizontal mobile mechanism, levelTravel mechanism comprises horizontal fixed mount 6 and moves horizontally motor 7, horizontal fixed mount 6 and move horizontally motor 7All be installed on horizontal installing plate 5, horizontal fixed mount 6 is provided with and moves horizontally guide rail 8, moves horizontally guide rail8 vertical connecting elevating mechanisms. Vertical lifting mechanism comprises lift cylinder mount pad 9 and vertical lifting cylinder 10,Lift cylinder mount pad 9 is installed on and moves horizontally on guide rail 8, and lift cylinder mount pad 9 is provided with vertical literSending down abnormally ascending cylinder 10, vertical lifting cylinder 10 connects clamp mechanism. Produce conveyer belt by arranging two, even if havingArticle one, when production conveyer belt quits work because of contingency, another produces conveyer belt also can carry out work,Effectively prevent that whole production line from collapsing, and causes huge loss. By horizontal mobile mechanism, pass throughBe installed on drive lead screw and feed screw nut's (not shown in FIG.) in horizontal fixed mount 6, make to move horizontally electricityMachine 7 drives lift cylinder mount pad 9 moving horizontally on guide rail 8 motion, whole like this vertical lifting mechanismAlso and then move horizontally motion on guide rail 8 with clamp mechanism, thereby realizing moving horizontally of Handling device.By vertical lifting mechanism, vertical lifting cylinder 10 drives piston rod (not shown in FIG.) to make flexible straight line fortuneMoving, thus realize the vertical lifting of clamp mechanism, facilitate the smooth clamping glass of clamp mechanism.
Clamp mechanism comprises clamping cylinder 14 and clamping cylinder mount pad 22, clamping cylinder 14 vertical connecting litersSending down abnormally ascending cylinder 10, clamping cylinder 14 is installed on clamping cylinder mount pad 22, and clamping cylinder 14 is connected with clampingPiston rod 31, clamping piston bar 31 is connected with and clamps Connection Block 32, clamps Connection Block 32 and is connected with the company of clampingBar assembly and sucking disc mechanism. By clamp mechanism, it is flexible straight that clamping cylinder 14 drives clamping piston bar 31 to doLine motion, holds glass by sucking disc mechanism like this, is clamping under the effect of link assembly, and clamp is smoothClamping glass.
Clamp link assembly and comprise transverse link, longitudinal rod 27, vertical connecting rod 28 and contiguous block 29, horizontal strokeComprise that to connecting rod the first transverse link 25 and the second transverse link 26, the first transverse links 25 are socketed on clampingOn Connection Block 32, the two ends of the first transverse link 25 connect longitudinal rod 27, and the two ends of longitudinal rod 27 connectConnect contiguous block 29, the other end vertical connecting connecting rod 28 of contiguous block 29, vertically the upper end of connecting rod 28 connects theTwo transverse links 26, vertically the middle part of connecting rod 28 connects contiguous block 29, and vertically the lower end of connecting rod 28 is connected withClamp 30. Drive the first transverse link 25 to move by clamping cylinder 14, thereby make whole clamping connecting rodAssembly moves together, the clamping work of complete pair glass. Clamping cylinder mount pad 22 is provided with connecting portion, connectsThe portion of connecing comprises between the first connecting portion 23 and the second connecting portion 24, the first connecting portions 23 and the second connecting portion 24Connect the second transverse link 26. By the first connecting portion 23 and the second connecting portion 24, the first connecting portion 23 HesThe second connecting portion 24 is provided with mounting hole site, and such two the second transverse links 26 just can be suitable by nutBe fixed between the first connecting portion 23 and the second connecting portion 24 sharply.
Contiguous block 29 comprises connection bump 292 and connecting groove 291, and connection bump 292 is provided with first and connectsConnect screw 294, connecting groove 291 is provided with the second connecting screw hole 293, and the two ends of longitudinal rod 27 are provided withConnecting rod groove 271, connecting rod groove 271 is provided with the 3rd connecting screw hole 272, and connection bump 292 and connecting rod are recessedGroove 271 matches, and between the first connecting screw hole 294 and the 3rd connecting screw hole 272, is connected by connecting screw rodConnect. Be connected with the coupling of connecting rod groove 271 by connection bump 292, and the first connecting screw hole 294 HesIn the 3rd connecting screw hole 272, plug connecting screw rod, nut well by contiguous block 29 and longitudinal rod 27 withThe mode of hinge links together. Vertically connecting rod 28 is provided with the 4th connecting screw hole 281 and the 5th connecting screw hole282, the four connecting screw holes 281 are positioned at the top of vertical connecting rod 28, and the 5th connecting screw hole 282 is positioned at verticallyThe middle part of connecting rod 28, the 4th connecting screw hole 281 and the second transverse link 26 match, the 5th connecting screw hole282 and second are connected by connecting screw rod between connecting screw hole 293. By the 4th connecting screw hole 281, makeVertically the top of connecting rod 28 is socketed on the second transverse link 26. By the 5th connecting screw hole 282 be connectedGroove 291, is connected in the connecting groove 291 of contiguous block 29 middle part of vertical connecting rod 28 well. PerpendicularThe bottom of straight connecting rod 28 connects clamp 30, and whole like this clamping link assembly can be well by controllingClamp 30 clamping glass.
Sucking disc mechanism comprises sucker bar 33 and suction cup carrier 34, and the upper end of sucker bar 33 connects clamping Connection Block 32,The lower end connecting sucker frame 34 of sucker bar 33, suction cup carrier 34 is provided with sucker 38. Sucker bar is provided with flexibleGuide pin bushing, retractable guide sleeve comprises retractable guide sleeve 36 and lower retractable guide sleeve 37, upper retractable guide sleeve 36 and lower flexibleBetween guide pin bushing 37, be provided with coil tension spring 35. By sucker bar and suction cup carrier 34, sucker 38 acts on wellThe middle part of glass, facilitates clamp 30 clamping glass.
Joint pin 12 is provided with induction mechanism, and induction mechanism comprises induction support 15, induction installing plate 17 andHorizontal baffle 16, induction support 15 is installed on joint pin 12, and induction support 15 is provided with induction installing plate17 and horizontal baffle 16, induction installing plate 17 is provided with induction mount pad 18, and induction mount pad 18 is provided withInductor. Inductor comprises the first inductor 19, the second inductors 20 and the 3rd inductor 21, the first sensesAnswer device 19 to be installed on the top of feed conveyer belt 2, the second inductor 20 is installed on the first production conveyer belt 3Top, the 3rd inductor 21 is installed on the top of the second production conveyer belt 4. By induction mechanism, work as confessionWhen glass transportation is arrived the below of Handling device by material conveyer belt 2, the first inductor 19 is responded to some extent, thereby makesHandling device is made the instruction of carrying, like this by vertical lifting mechanism, clamp mechanism and the suction of Handling deviceCoil 38 mechanisms glass sling, and by horizontal mobile mechanism by glass move on to the first production conveyer belt 3 orSecond produces the top of conveyer belt 4. When being transported on the first production conveyer belt 3, the second inductor 20 to some extentInduction, is placed into the first production conveyer belt 3 by vertical lifting mechanism, clamp mechanism and sucking disc mechanism by glass,By the first production conveyer belt 3, make glass carry out next step production work. When the last time, glass is placed intoOn the first production conveyer belt 3 time, Handling device is automatically skipped the second inductor 20 next time, and glass is transportedBe passed to the top of the second production conveyer belt 4, carry out production below by the second production conveyer belt 4 transporting glassWork. So by that analogy, produce conveyer belt for two and carry out work simultaneously, improved widely operating efficiency.Even while having a production conveyer belt to quit work because of contingency, another is produced conveyer belt and also can enterRow work, prevents that whole production line from collapsing, and causes huge loss effectively.
The operation principle of a kind of conveying arrangement that is applied to glass production line of the utility model: the first step: when openingBeginning, first by feed conveyer belt 2, the below by glass transportation to horizontal installing plate 5, passed through when moving glassThe first inductor 19 is responded to some extent, thereby makes Handling device make the instruction of carrying. Second step: by verticallyElevating mechanism moves downward clamp mechanism and sucking disc mechanism, then by clamp mechanism and sucking disc mechanism successfullyClamping glass, then vertical lifting mechanism drives clamp mechanism and sucking disc mechanism to rise to original position, andBy horizontal mobile mechanism by glass transportation the below to the first production conveyer belt 3. The 3rd step: the second inductionDevice 20 is responded to some extent, like this Handling device first by vertical lifting mechanism drive clamp mechanism and sucking disc mechanism toLower motion, then by clamp mechanism and sucking disc mechanism, discharges glass smoothly, makes glass pass through the first productionConveyer belt 3 carries out next step work, and Handling device comes back to the top of feed conveyer belt 2, carryingSecond block of glass. Because lastblock glass carries out transport by the first production conveyer belt 3, second block of glassAutomatically skip the second inductor 20, be transported to the below of the second production conveyer belt 4, carried by the second productionBe with 4 to carry out transport. So by that analogy, produce conveyer belt for two and carry out work simultaneously, carry widelyHigh operating efficiency. Arrange like this two and produce conveyer belt, even if there is one to produce conveyer belt because unexpected thingTherefore while quitting work, another produces conveyer belt also can carry out work, effectively prevents that whole production line from sending outRaw collapse, causes huge loss.
These are only specific embodiment of the utility model, but technical characterictic of the present utility model is not limited toThis. Any taking the utility model as basis, for solving essentially identical technical problem, realize essentially identicalTechnique effect, has done ground simple change, has been equal to replacement or modification etc., is all covered by of the present utility modelAmong protection domain.
Claims (10)
1. be applied to a conveying arrangement for glass production line, comprise support and conveyer belt, it is characterized in that: instituteThe below of stating support is provided with conveyer belt, and described conveyer belt comprises feed conveyer belt and produces conveyer belt, instituteState production conveyer belt and comprise the first production conveyer belt and the second production conveyer belt, described support is provided with to be removedShipping unit, described Handling device comprises horizontal mobile mechanism, vertical lifting mechanism and clamp mechanism, instituteState support and be provided with horizontal installing plate, described horizontal installing plate is provided with described horizontal mobile mechanism, instituteState horizontal mobile mechanism and comprise horizontal fixed mount and move horizontally motor, described horizontal fixed mount and described inMove horizontally motor and be all installed on described horizontal installing plate, described horizontal fixed mount is provided with level and movesMoving guide rail, described in move horizontally guide rail and connect described vertical lifting mechanism, described vertical lifting mechanism bagDraw together lift cylinder mount pad and vertical lifting cylinder, described lift cylinder mount pad is installed on described levelOn moving guide rail, described lift cylinder mount pad is provided with described vertical lifting cylinder, described vertical literSending down abnormally ascending cylinder connects described clamp mechanism, and described clamp mechanism comprises clamping cylinder and clamping cylinder mount pad,Described clamping cylinder connects described vertical lifting cylinder, and described clamping cylinder is installed on described clamping cylinderOn mount pad, described clamping cylinder is connected with clamping piston bar, and described clamping piston bar is connected with clampingConnection Block, described clamping Connection Block is connected with and clamps link assembly and sucking disc mechanism.
2. a kind of conveying arrangement that is applied to glass production line according to claim 1, is characterized in that: described inSupport comprises joint pin, feet and Connection Block, and the upper end of described joint pin connects described Connection Block,Described Connection Block connects described horizontal installing plate, and the lower end of described joint pin connects described feet.
3. a kind of conveying arrangement that is applied to glass production line according to claim 2, is characterized in that: described inJoint pin is provided with induction mechanism, and described induction mechanism comprises induction support, induction installing plate and levelBaffle plate, described induction support is installed on described joint pin, and described induction support is provided with described inductionInstalling plate and described horizontal baffle, described induction installing plate is provided with induction mount pad, described induction peaceDress seat is provided with inductor.
4. a kind of conveying arrangement that is applied to glass production line according to claim 3, is characterized in that: described inInductor comprises the first inductor, the second inductor and the 3rd inductor, and described the first inductor is installedIn the top of described feed conveyer belt, described the second inductor is installed on described first and produces conveyer beltTop, described the 3rd inductor is installed on the described second top that produces conveyer belt.
5. a kind of conveying arrangement that is applied to glass production line according to claim 1, is characterized in that: described inClamp link assembly and comprise transverse link, longitudinal rod, vertically connecting rod and contiguous block, describedly laterally connectBar comprises the first transverse link and the second transverse link, and described the first transverse link is socketed on described clampingOn Connection Block, the two ends of described the first transverse link connect described longitudinal rod, described longitudinal rodTwo ends connect described contiguous block, and the other end of described contiguous block connects described vertical connecting rod, described verticalThe upper end of connecting rod connects described the second transverse link, and the middle part of described vertical connecting rod connects described contiguous block,The lower end of described vertical connecting rod is connected with clamp.
6. a kind of conveying arrangement that is applied to glass production line according to claim 5, is characterized in that: described inClamping cylinder mount pad is provided with connecting portion, and described connecting portion comprises the first connecting portion and the second connecting portion,Between described the first connecting portion and described the second connecting portion, connect described the second transverse link.
7. a kind of conveying arrangement that is applied to glass production line according to claim 5, is characterized in that: described inContiguous block comprises connection bump and connecting groove, and described connection bump is provided with the first connecting screw hole, instituteState connecting groove and be provided with the second connecting screw hole, the two ends of described longitudinal rod are provided with described connecting rod groove,Described connecting rod groove is provided with the 3rd connecting screw hole, and described connection bump and described connecting rod groove match,Between described the first connecting screw hole and described the 3rd connecting screw hole, be connected by connecting screw rod.
8. a kind of conveying arrangement that is applied to glass production line according to claim 7, is characterized in that: described inVertically connecting rod is provided with the 4th connecting screw hole and the 5th connecting screw hole, and described the 4th connecting screw hole is positioned at instituteState the top of vertical connecting rod, described the 5th connecting screw hole is positioned at the middle part of described vertical connecting rod, and describedFour connecting screw holes and described the second transverse link match, and described the 5th connecting screw hole and described second connectsConnect between screw and be connected by described connecting screw rod.
9. a kind of conveying arrangement that is applied to glass production line according to claim 1, is characterized in that: described inSucking disc mechanism comprises sucker bar and suction cup carrier, and the upper end of described sucker bar connects described clamping Connection Block,The lower end of described sucker bar connects described suction cup carrier, and described suction cup carrier is provided with sucker.
10. a kind of conveying arrangement that is applied to glass production line according to claim 9, is characterized in that: described inSucker bar is provided with retractable guide sleeve, and described retractable guide sleeve comprises retractable guide sleeve and lower retractable guide sleeve, instituteState between retractable guide sleeve and described lower retractable guide sleeve and be provided with coil tension spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520978126.6U CN205257466U (en) | 2015-11-30 | 2015-11-30 | Be applied to conveyer of glass production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520978126.6U CN205257466U (en) | 2015-11-30 | 2015-11-30 | Be applied to conveyer of glass production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205257466U true CN205257466U (en) | 2016-05-25 |
Family
ID=55999009
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520978126.6U Expired - Fee Related CN205257466U (en) | 2015-11-30 | 2015-11-30 | Be applied to conveyer of glass production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205257466U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108249157A (en) * | 2018-04-08 | 2018-07-06 | 无锡华工大光电智能科技有限公司 | A kind of I-beam wheel automatic fixture |
-
2015
- 2015-11-30 CN CN201520978126.6U patent/CN205257466U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108249157A (en) * | 2018-04-08 | 2018-07-06 | 无锡华工大光电智能科技有限公司 | A kind of I-beam wheel automatic fixture |
| CN108249157B (en) * | 2018-04-08 | 2023-11-17 | 无锡华工大光电智能科技有限公司 | Spool automatic clamp |
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Granted publication date: 20160525 Termination date: 20181130 |