CN204137839U - A kind of automatic cycle is put parting bead and is reclaimed parting bead system - Google Patents
A kind of automatic cycle is put parting bead and is reclaimed parting bead system Download PDFInfo
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- CN204137839U CN204137839U CN201420597800.1U CN201420597800U CN204137839U CN 204137839 U CN204137839 U CN 204137839U CN 201420597800 U CN201420597800 U CN 201420597800U CN 204137839 U CN204137839 U CN 204137839U
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Abstract
The utility model relates to a kind of automatic cycle and puts parting bead and reclaim parting bead system, comprise parting bead regenerative apparatus, first parting bead feedway, second parting bead feedway, 3rd parting bead feedway and put parting bead device, wherein the input end of the first parting bead feedway is arranged at the mouth of parting bead regenerative apparatus, the input end of the second parting bead feedway is arranged at the mouth of the first parting bead feedway, the input end of the 3rd parting bead feedway is arranged at the mouth of the second parting bead feedway, put the mouth that parting bead device is arranged at the 3rd parting bead feedway, this puts parting bead device by directed storing framework, push away parting bead cylinder and pusher part formation.The utility model can realize automatic cycle and puts parting bead and reclaim parting bead, and can greatly enhance productivity, reduce the labour intensity of workman, degree of automation is high, need not manually enter on boundary completely, stable and reliable operation, simple structure, realizes easily.
Description
Technical field
The utility model relates to ceramic industry production equipment for ceramic tiles field, and particularly a kind of automatic cycle be applied on ceramic polishing manufacturing line is put parting bead and reclaimed parting bead system.
Background technology
At present, in the polishing process of ceramic tile, if suffer too close to the rear ceramic tile of processing can be caused to occur, local, adjacent edge angular position is ground uneven phenomenon and caused product nonconformity between ceramic tile and ceramic tile; Meanwhile, if suffer cause product breakage close to causing ceramic tile adjacent in the course of processing that fierce mutual collision occurs very much between ceramic tile and ceramic tile.So the spacer assembly (being called for short " parting bead " herein) of a wide about 20 ~ 40mm usually can be placed in ceramic tile production process between adjacent ceramic tile; so can reduce the breakage and problem off quality that ceramic tile occurs in polishing production process by actv.; the placement of parting bead is above the delivery conduit of ceramic tile, arrange a parting bead doffer; by parting bead doffer by parting bead placement one by one between the tiles; then carry out polishing to ceramic tile, after ceramic polishing is complete, parting bead can be separated with ceramic tile.When entering in parting bead doffer of parting bead, and the recovery of parting bead and carrying, be all come by workman now, labor strength is large in this process, and production efficiency is low, and degree of automation is low.
Utility model content
The purpose of this utility model is to solve the problem and deficiency, a kind of automatic cycle be applied on ceramic polishing manufacturing line is provided to put parting bead and reclaim parting bead system, this system can realize automatic cycle and puts parting bead and reclaim parting bead, can greatly enhance productivity, reduce the labour intensity of workman, degree of automation is high, need not manually enter on boundary completely, stable and reliable operation, simple structure, realizes easily.
The technical solution of the utility model is achieved in that a kind of automatic cycle is put parting bead and reclaims parting bead system, its feature is comprise parting bead regenerative apparatus, the first parting bead feedway, the second parting bead feedway, the 3rd parting bead feedway and put parting bead device, and wherein said parting bead regenerative apparatus is made up of load-transfer device, load-transfer device installation and operation frame and electric driving mechanism; Described first parting bead feedway is made up of load-transfer device, load-transfer device installation and operation frame and electric driving mechanism, and the input end of this first parting bead feedway is arranged at the mouth of parting bead regenerative apparatus; Described second parting bead feedway is made up of load-transfer device, load-transfer device installation and operation frame and electric driving mechanism, and the input end of this second parting bead feedway is arranged at the mouth of the first parting bead feedway; Described 3rd parting bead feedway is made up of load-transfer device, load-transfer device installation and operation frame and electric driving mechanism, and the input end of the 3rd parting bead feedway is arranged at the mouth of the second parting bead feedway; Describedly put the mouth that parting bead device is arranged at the 3rd parting bead feedway, this put parting bead device by directed storing framework, push away parting bead cylinder and pusher part is formed.
Wherein, also be provided with guiding mechanism before parting bead between the mouth of described first parting bead feedway and the input end of the second parting bead feedway, before this parting bead, guiding mechanism is made up of left limit guiding trestle, right limit guiding trestle and the positioning and guiding chamber groove that formed between left limit guiding trestle and right limit guiding trestle.
Further, be also provided with attitude reference device between the mouth of described second parting bead feedway and the input end of the 3rd parting bead feedway, this attitude reference device is made up of splicing framework, pusher cylinder and flashboard part.
Again further, the mouth of described second parting bead feedway is also provided with guiding mechanism after parting bead, after this parting bead, guiding mechanism is by left guiding workpiece, right guiding workpiece and be forming to guide groove of horn-like structure at the entrance that left guiding workpiece and right guiding workpiece are formed.
Again further, the mouth of the 3rd parting bead feedway is also provided with automatic limit for height mechanism, this automatic limit for height mechanism is made up of limit for height workpiece and limit for height cylinder.
The utility model is owing to have employed technical scheme noted earlier, make it have following beneficial effect: put of the present utility model the input end position that parting bead device is arranged at the ceramic tile load-transfer device of ceramic polishing manufacturing line, parting bead regenerative apparatus is arranged at the output end position of the ceramic tile load-transfer device of ceramic polishing manufacturing line, the closed loop route making the utility model and ceramic polishing manufacturing line form a parting bead to circulate, and under the unified cooperation control of ceramic polishing production line control system, put parting bead device and push away parting bead by certain time interval to ceramic tile load-transfer device, on the room, interval that parting bead is dropped between ceramic tile on ceramic tile load-transfer device and ceramic tile, parting bead is fed forward to the burnishing device side be arranged on ceramic tile load-transfer device along with ceramic tile, and clamped by ceramic tile, play the effect of interval tile and tile.When parting bead with ceramic tile after burnishing device, ceramic tile continues to carry to next processing link, parting bead drops on parting bead regenerative apparatus from the desired location ceramic tile load-transfer device, reclaimed by parting bead regenerative apparatus, and sequentially through the conveying of the first parting bead feedway, the second parting bead feedway, the 3rd parting bead feedway, come back to and put parting bead device, be again pushed in ceramic tile load-transfer device by putting parting bead device, be exactly so constantly circulate, realize parting bead and push away and put with recycling use.The utility model can realize automatic cycle and puts parting bead and reclaim parting bead, and can greatly enhance productivity, reduce the labour intensity of workman, degree of automation is high, need not manually enter on boundary completely, stable and reliable operation, simple structure, realizes easily.
Accompanying drawing explanation
Fig. 1 is the theory structure schematic diagram overlooking direction of the present utility model.
Fig. 2 is the theory structure schematic diagram of side surface direction of the present utility model.
Fig. 3 is the partial enlargement structural representation of part A in Fig. 1 of the present utility model.
Fig. 4 is the partial enlargement structural representation of part B in Fig. 2 of the present utility model.
Fig. 5 is the partial enlargement structural representation of C part in Fig. 2 of the present utility model.
Detailed description of the invention
As shown in Figure 1 and Figure 2, a kind of automatic cycle described in the utility model is put parting bead and is reclaimed parting bead system, comprises parting bead regenerative apparatus 1, first parting bead feedway 2, second parting bead feedway 3, the 3rd parting bead feedway 4 and puts parting bead device 5, wherein
As shown in Figure 5, described parting bead regenerative apparatus 1 is made up of load-transfer device 10, load-transfer device installation and operation frame and electric driving mechanism, and this parting bead regenerative apparatus 1 is mainly used in parting bead and reclaims, and is generally positioned at the exit end of ceramic polishing device.
As shown in Figure 3 and Figure 4, described first parting bead feedway 2 is made up of load-transfer device 10, load-transfer device installation and operation frame and electric driving mechanism, and the input end of this first parting bead feedway 2 is arranged at the mouth of parting bead regenerative apparatus 1.First parting bead feedway 2 is mainly in accepting the parting bead 20 reclaimed from parting bead regenerative apparatus 1.
Again as shown in Figure 3, Figure 4, described second parting bead feedway 3 is made up of load-transfer device 10, load-transfer device installation and operation frame and electric driving mechanism, and the input end of this second parting bead feedway 3 is arranged at the mouth of the first parting bead feedway 2.This second parting bead feedway 3 is mainly used in accepting from the first parting bead feedway 2 parting bead 20 reclaimed.
As shown in Figure 3, Figure 4, described 3rd parting bead feedway 4 is made up of load-transfer device 10, load-transfer device installation and operation frame and electric driving mechanism, and the input end of the 3rd parting bead feedway 4 is arranged at the mouth of the second parting bead feedway 3.
As shown in Figure 4, described in put the mouth that parting bead device 5 is arranged at the 3rd parting bead feedway 4, this put parting bead device 5 by directed storing framework 51, push away parting bead cylinder 52 and pusher part 53 is formed.
When dropping into the second parting bead feedway 3 in order to make parting bead 20 from the first parting bead feedway 2, can drop on the first parting bead feedway 2 exactly, as shown in Figure 3 and Figure 4, also be provided with guiding mechanism 6 before parting bead between the mouth of described first parting bead feedway 2 and the input end of the second parting bead feedway 3, before this parting bead, guiding mechanism 6 is made up of left limit guiding trestle 61, right limit guiding trestle 62 and the positioning and guiding chamber groove that formed between left limit guiding trestle 61 and right limit guiding trestle 62.
As shown in Figure 4, be also provided with attitude reference device 7 between the mouth of described second parting bead feedway 3 and the input end of the 3rd parting bead feedway 4, this attitude reference device 7 is made up of splicing framework 71, pusher cylinder 72 and flashboard part 73.Described attitude reference device 7 has the function receiving parting bead 20 and parting bead 20 is carried out orientation in order.
Again as shown in Figure 3 and Figure 4, the mouth of described second parting bead feedway 3 is also provided with guiding mechanism 8 after parting bead, after this parting bead, guiding mechanism 8 is by left guiding workpiece 81, right guiding workpiece 82 and be forming to guide groove 83 of horn-like structure at the entrance that left guiding workpiece 81 and right guiding workpiece 82 are formed.
In order to ensure that parting bead 20 is all carry to putting parting bead device 5 with lying fashion, as shown in Figure 4, the mouth of the 3rd parting bead feedway 4 is also provided with automatic limit for height mechanism 9, this automatic limit for height mechanism 9 is made up of limit for height workpiece 91 and limit for height cylinder 92.
Again as shown in Figure 4, described in put the directed storing framework 51 of parting bead device 5 lower side on be also provided with locating part 54, effectively can ensure that parting bead 20 drops on ceramic tile load-transfer device 30 exactly by this locating part 54.
Principle of work of the present utility model is roughly as follows: under the unified cooperation control of ceramic polishing production line control system, put parting bead device 5 and push away parting bead 20 by certain time interval to ceramic tile load-transfer device 30, on the room, interval that parting bead 20 is dropped between ceramic tile on ceramic tile load-transfer device 30 and ceramic tile, parting bead 20 is fed forward to the burnishing device side be arranged on ceramic tile load-transfer device 39 along with ceramic tile, and clamped by ceramic tile, play the effect of interval tile and tile.When parting bead 20 with ceramic tile after burnishing device, ceramic tile continues to carry to next processing link, parting bead 20 drops on parting bead regenerative apparatus 1 from the desired location ceramic tile load-transfer device, reclaimed by parting bead regenerative apparatus 1, and sequentially through the conveying of the first parting bead feedway 2, second parting bead feedway 3, the 3rd parting bead feedway 4, come back to and put parting bead device 5, again be pushed in ceramic tile load-transfer device 30 by putting parting bead device 5, be exactly so constantly circulate, realize parting bead and push away and put with recycling use.
Claims (6)
1. automatic cycle is put parting bead and is reclaimed a parting bead system, it is characterized in that: comprise parting bead regenerative apparatus (1), the first parting bead feedway (2), the second parting bead feedway (3), the 3rd parting bead feedway (4) and put parting bead device (5), wherein
Described parting bead regenerative apparatus (1) is made up of load-transfer device (10), load-transfer device installation and operation frame and electric driving mechanism;
Described first parting bead feedway (2) is made up of load-transfer device (10), load-transfer device installation and operation frame and electric driving mechanism, and the input end of this first parting bead feedway (2) is arranged at the mouth of parting bead regenerative apparatus (1);
Described second parting bead feedway (3) is made up of load-transfer device (10), load-transfer device installation and operation frame and electric driving mechanism, and the input end of this second parting bead feedway (3) is arranged at the mouth of the first parting bead feedway (2);
Described 3rd parting bead feedway (4) is made up of load-transfer device (10), load-transfer device installation and operation frame and electric driving mechanism, and the input end of the 3rd parting bead feedway (4) is arranged at the mouth of the second parting bead feedway (3);
Describedly put the mouth that parting bead device (5) is arranged at the 3rd parting bead feedway (4), this put parting bead device (5) by directed storing framework (51), push away parting bead cylinder (52) and pusher part (53) is formed.
2. automatic cycle is put parting bead and is reclaimed parting bead system according to claim 1, it is characterized in that: be also provided with guiding mechanism (6) before parting bead between the mouth of described first parting bead feedway (2) and the input end of the second parting bead feedway (3), before this parting bead, guiding mechanism (6) is made up of left limit guiding trestle (61), right limit guiding trestle (62) and the positioning and guiding chamber groove that formed between left limit guiding trestle (61) and right limit guiding trestle (62).
3. automatic cycle is put parting bead and is reclaimed parting bead system according to claim 1, it is characterized in that: be also provided with attitude reference device (7) between the mouth of described second parting bead feedway (3) and the input end of the 3rd parting bead feedway (4), this attitude reference device (7) is made up of splicing framework (71), pusher cylinder (72) and flashboard part (73).
4. automatic cycle is put parting bead and is reclaimed parting bead system according to claim 1, it is characterized in that: the mouth of described second parting bead feedway (3) is also provided with guiding mechanism (8) after parting bead, after this parting bead, guiding mechanism (8) is by left guiding workpiece (81), right guiding workpiece (82) and be forming to guide groove (83) of horn-like structure at the entrance that left guiding workpiece (81) and right guiding workpiece (82) are formed.
5. automatic cycle is put parting bead and is reclaimed parting bead system according to claim 1, it is characterized in that: the mouth of the 3rd parting bead feedway (4) is also provided with automatic limit for height mechanism (9), this automatic limit for height mechanism (9) is made up of limit for height workpiece (91) and limit for height cylinder (92).
6. automatic cycle is put parting bead and is reclaimed parting bead system according to claim 1, it is characterized in that: described in put the directed storing framework (51) of parting bead device (5) lower side on be also provided with locating part (54).
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CN201420597800.1U CN204137839U (en) | 2014-10-16 | 2014-10-16 | A kind of automatic cycle is put parting bead and is reclaimed parting bead system |
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CN201420597800.1U CN204137839U (en) | 2014-10-16 | 2014-10-16 | A kind of automatic cycle is put parting bead and is reclaimed parting bead system |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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CN113816133A (en) * | 2021-09-24 | 2021-12-21 | 佛山市通润热能科技有限公司 | Intelligent automatic carrying method for logistics in aluminum profile production |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN113816133A (en) * | 2021-09-24 | 2021-12-21 | 佛山市通润热能科技有限公司 | Intelligent automatic carrying method for logistics in aluminum profile production |
CN113816133B (en) * | 2021-09-24 | 2022-06-24 | 佛山市通润热能科技有限公司 | Intelligent automatic carrying method for logistics in aluminum profile production |
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