CN102241284A - Novel full-automatic efficient ceramic tile package producing equipment - Google Patents

Novel full-automatic efficient ceramic tile package producing equipment Download PDF

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Publication number
CN102241284A
CN102241284A CN 201110121221 CN201110121221A CN102241284A CN 102241284 A CN102241284 A CN 102241284A CN 201110121221 CN201110121221 CN 201110121221 CN 201110121221 A CN201110121221 A CN 201110121221A CN 102241284 A CN102241284 A CN 102241284A
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China
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brick
mechanism
actuating device
described
automatic
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CN 201110121221
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Chinese (zh)
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CN102241284B (en
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林桂生
吴晓骥
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南安市信捷机械有限公司
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Abstract

The invention provides novel full-automatic efficient ceramic tile package producing equipment. Through a conveying table behind a kiln, an automatic track lining mechanism, a division channel, a tile feed conveying mechanism, a tile stacking mechanism, a tile pushing mechanism, a tile receiving turnover conveying mechanism, an automatic carton sealing mechanism, an automatic code spraying mechanism, an automatic stacking machine and the like, the equipment can realize operations of automatic track lining division of ceramic tiles output by the kiln, stacking, cartoning, turnover, carton lifting and conveying, automatic carton sealing, automatic code spraying, automatic carrying and stacking and the like. The production line equipment has a simple structure, and is simple and convenient to operate, convenient to maintain, low in manufacturing cost and cheap; the equipment not only can be used for packing large-specification ceramic tiles, but also can be used for packing the ceramic tiles of various specifications such as relatively small-specification ceramic tiles and the like, is not only suitable for online ceramic tile package, but also suitable for offline ceramic tile package, especially suitable for automatically packing the ceramic tiles of different specifications on the same production line; and moreover, the equipment is widely applicable, convenient, practical, efficient and fast.

Description

A kind of new automatic efficient tile packs production facilities

Technical field

The present invention relates to pack used equipment, more particularly be meant a kind of new automatic efficient tile packs production facilities.

Background technology

China is a Production of Ceramics big country, and is with a long history.There is magnificent pottery culture in China, especially art ceramics is Sinitic wonderful work, the degree of automation that architectural pottery is produced is also quite ripe, entered into epoch of high mechanization automation from the manual epoch of pure machinery, satisfied the great demand that China's town and country high speed development is brought the architectural pottery product with this.In addition, the sharply soaring survival and development to building ceramic enterprises of labor cost has in recent years brought great difficulty, for this reason, the scientific and technical personnel of corporate boss and industry are for the survival and development of enterprise and industry, make huge effort, made every effort to realize as much as possible the increasingly automated of equipment, reduced working strength of workers, the realization personnel's is minimized, therefore various manipulators are generally used on manufacturing line, for example, and packing section behind the stove of ceramic tile production line, by present situation, generally need to arrange about 20 people,, adopt the fully-automatic packaging line if realize full-automation, as long as 1-2 people just can move, productive costs then can significantly reduce.

For now, the architectural pottery automated packaging equipment of production that each enterprise researches and develops is all at big specification building tile, and promptly 300 * 300 and the product of above specification.The research and development that reach the automated packaging equipment of special-shaped porcelain brick product below 300 * 300 are produced seldom, do not have in other words conj.or perhaps.The price of the tile product of reduced size specification own is just very low, and profit is thin, adds that labor cost is sharply soaring, and feasible production than the small dimension tile product is very difficult, and enterprise is hard to carry on.There is shortcoming in used ceramic tile automated packaging equipment at present: the first, and so-called full automatic high efficiency tile packs equipment is not fit to the automated packaging equipment of small dimension tile product all at big specification tile product; The second, manufacturing cost is higher, and price is very expensive; The 3rd, the fault rate height; The 4th, the device structure complexity, bulky, complex operation; The 5th, inefficiency can't be mated with the automated production of manufacturing line; The 6th, product variety is single, and is incompatible with the production of many specifications, many kinds, can't satisfy different consumer demands.

Summary of the invention

A kind of new automatic efficient tile packs production facilities provided by the invention, its purpose are to overcome existing tile packs device structure complexity, inefficiency, complicated operation, shortcomings such as energy consumption is big, fault rate is high, volume is big, manufacturing cost height.

The technical solution used in the present invention is as follows:

A kind of new automatic efficient tile packs production facilities, comprise ceramic tile successively transport platform behind the kiln of process, automatically track lining mechanism, split channel, enter brick conveying mechanism, folded brick mechanism, push away brick mechanism, connect brick mould turnover conveying mechanism, transport platform behind the described kiln, automatically track lining mechanism, enter brick conveying mechanism, folded brick mechanism, push away brick mechanism, connect brick mould turnover conveying mechanism and all be connected with a terminal control unit;

Transport platform comprises frame, is located at the feedway on the frame and drives the actuating device of feedway behind the described kiln, and this actuating device is connected with above-mentioned terminal control unit;

Described automatic track lining mechanism comprises the driving lever of being located at the feedway top at transport platform rear portion behind the kiln and the actuating device that drives driving lever, and this actuating device is connected with above-mentioned terminal control unit;

Described split channel is the transfer passage that input end is wide, mouth is narrow, and the input end of this transfer passage is corresponding to the mouth of automatic track lining mechanism, and the mouth of this transfer passage is corresponding to the input end that advances the brick conveying mechanism;

Describedly advance the brick conveying mechanism and comprise frame, be located at the actuating device that ceramic tile can be transported to the feedway of next mechanism on the frame and drive this feedway work, this actuating device is connected with above-mentioned terminal control unit;

Described folded brick mechanism comprises frame, be located in the frame by continuously down general who has surrendered's ceramic brick stacking add up and be transported to the folded brick device of next mechanism and drive the actuating device of this folded brick device work, this actuating device is connected with above-mentioned terminal control unit, and this folded brick mechanism upstream end is corresponding to the above-mentioned mouth that advances the brick feedway;

The described brick mechanism that pushes away comprises frame and is located at the actuating device that ceramic tile can be pushed the thrust unit in the chest in the frame and drive this thrust unit that this actuating device is connected with above-mentioned terminal control unit;

The described brick mould turnover conveying mechanism that connects comprises frame, is located at connecing the brick repaking mechanism and will install the suitcase feedway that the chest of ceramic tile is removed on the frame, one in the described two positions that connects brick mould turnover upset corresponding to the above-mentioned mouth that pushes away brick mechanism, and another is corresponding to the input end of suitcase feedway.

Feedway behind the described kiln in the transport platform comprises the conveying club be located on the frame and is connected sprocket wheel or the gear that has chain with the conveying club, described actuating device comprises that drive motor reaches and drive motor bonded assembly retarder, and this retarder is connected with rotor wheel by rotating shaft and drives carries club to rotate.

The described feedway that advances in the brick conveying mechanism comprises load-transfer device and is connected the rotor wheel that drives load-transfer device with load-transfer device, the described actuating device that advances in the brick conveying mechanism comprise drive motor and with drive motor bonded assembly retarder, this retarder is connected with this rotor wheel by rotating shaft and drives this rotor wheel rotation.

The described load-transfer device that advances in the brick conveying mechanism is a plurality of, and around rotor wheel rectangular distribution at interval, the position of load-transfer device upside lower plane is provided with load-transfer device holder bar and load-transfer device holder bar crossbeam.

Folded brick device in the described folded brick mechanism comprise folded brick bent plate chain, with the folded brick sprocket shaft of folded brick bent plate chain bonded assembly sprocket wheel and sprocket wheel bonded assembly, the actuating device in the described folded brick mechanism comprise with above-mentioned folded brick bent plate chain bonded assembly drive sprocket, with this drive sprocket bonded assembly sprocket shaft, with this sprocket shaft bonded assembly retarder and and this retarder bonded assembly drive motor.

The input end of described folded brick mechanism is provided with the optoelectronic induction counting machine, and this optoelectronic induction counting machine is connected with above-mentioned terminal control unit.

The described thrust unit that pushes away in the brick mechanism comprises corresponding to the slurcam of folded brick device below one side and vertical with this slurcam direction and corresponding to another slurcam of folding opposite side below the brick device, and described actuating device is to be connected and to drive the cylinder, oil cylinder of slurcam work with above-mentioned slurcam respectively or by retarder and slurcam bonded assembly drive motor.

Described connect that the brick repaking mechanism comprises the guide rail be located on the frame and be connected along travelling car mechanism that guide rail moves, with travelling car mechanism have the sprocket wheel that drags chain and the actuating device of driving trolley, this actuating device comprises that drive motor reaches and drive motor bonded assembly retarder, and this retarder is connected with sprocket wheel by rotating shaft; Described suitcase feedway comprise the conveying club be located on the frame, with carry club the to be connected sprocket wheel that has chain, the drive motor of drive sprocket rotation, this drive motor is connected with sprocket wheel by retarder.

Describedly advance brick conveying mechanism and the inter-agency into brick end bridging table that also is provided with of folded brick, this bridging table comprises and advances the bracing frame that brick conveying mechanism mouth captives joint and be provided with base plate on the bracing frame, the base plate both sides are respectively equipped with bar hole, the bar hole internal fixation has blend stop, and the blend stop upper fixed has pressing plate.

Described connecing also is provided with automatic cartoning sealing machine, ink jet numbering machine and automatic piler automatically behind the brick mould turnover conveying mechanism, and this automatic cartoning sealing machine, ink jet numbering machine and automatic piler all are connected with above-mentioned terminal control unit automatically.

By the above-mentioned description of this invention as can be known, compare, the invention has the advantages that with existing technology:

1, since the present invention by kiln after transport platform, automatically track lining mechanism, split channel, enter brick conveying mechanism, folded brick mechanism, push away brick mechanism, connect brick mould turnover conveying mechanism, cartoning sealing machine, ink jet numbering machine, automatic piler etc. automatically automatically, can realize with the automatic track lining of ceramic tile of kiln output shunt, pile up, cartonning, mould turnover, suitcase are carried, automatically joint sealing, automatic coding, carry action such as stacking automatically.This apparatus for production line is simple in structure, and is easy and simple to handle, while low cost of manufacture easy to maintenance, and low price not only can be used for the packing of big specification ceramic tile, also can be used for the packing than all size ceramic tiles such as small dimension ceramic tiles; Both,, especially can be applicable to the automatic packing of different size ceramic tile on same the manufacturing line, its wide adaptability and strong, convenient and practical, efficient quick also applicable to the packing of off-line ceramic tile applicable to the packing of online ceramic tile.

2, in the course of the work, can in time adjust the circulation passage of ceramic tile according to the service condition of back equipment, if breaking down, certain bar passage corresponding equipment maybe need quit work, track lining mechanism will automatically close corresponding passage so, and ceramic tile is assigned to other passages, effectively ceramic tile to be packaged is assigned to other passages, to guarantee the normal operation of whole production line, be unlikely to cause whole production line all to stop to produce, avoid causing great loss because of certain link goes wrong.

3, this equipment has been saved manpower widely, and a people can operate whole production line, has realized increasingly automatedly, has also reduced simultaneously productive costs.

Description of drawings

Fig. 1 is a kind of structural representation of new automatic efficient tile packs apparatus for production line;

Fig. 2 is the structural representation of folded brick mechanism;

Fig. 3 is the structural representation of A direction among Fig. 2;

Fig. 4 is a brick conveying mechanism structural representation into;

Fig. 5 is the structural representation of B direction among Fig. 4;

Fig. 6 is the structural representation of brick end bridging table into;

Fig. 7 is folded brick mechanism structure scheme drawing;

Fig. 8 pushes away brick mechanism structure scheme drawing;

Fig. 9 is the structural representation that connects the brick repaking mechanism;

Figure 10 is the structural representation of wheel clamping;

Figure 11 is the structural representation of travelling car mechanism;

Figure 12 is the structural representation of tension wheel mechanism;

Figure 13 is the structural representation of the actuating device of trolley body;

Figure 14 is the structural representation of suitcase feedway;

Figure 15 is the structural representation of club assembly;

Figure 16 is another structural representation of club assembly.

The specific embodiment

With reference to figure 1, Fig. 2, Fig. 3, a kind of new automatic efficient tile packs production facilities, comprise ceramic tile successively transport platform 1 behind the kiln of process, automatically track lining mechanism 2, split channel 3, advance brick conveying mechanism 4, advance brick end bridging table 5, folded brick mechanism 6, push away brick mechanism 7, connect brick mould turnover conveying mechanism 8, transport platform 1 behind the kiln, automatically track lining mechanism 2, enter brick conveying mechanism 4, folded brick mechanism 6, push away brick mechanism 7, connect brick mould turnover conveying mechanism 8 and all be connected with a terminal control unit;

Transport platform 1 comprises frame 10, is located at the feedway 11 on the frame 10 and drives the actuating device of feedway 11 behind the kiln, and this actuating device is connected with above-mentioned terminal control unit.

Automatically track lining mechanism 2 comprises the driving lever 21 of being located at the top of the feedway 11 at transport platform 1 rear portion behind the kiln and the actuating device that drives driving lever 21, and this actuating device is connected with above-mentioned terminal control unit;

Split channel 3 is the transfer passage that input end is wide, mouth is narrow, and the input end of this transfer passage is corresponding to the mouth of automatic track lining mechanism 2, and the mouth of this transfer passage is corresponding to the input end that advances brick conveying mechanism 4;

With reference to figure 1, Fig. 3, Fig. 4, Fig. 5, advance brick conveying mechanism 4 and comprise frame 40, be located at the actuating device 42 that ceramic tile can be transported to the feedway 41 of next mechanism on the frame 40 and drive these feedway 41 work, this actuating device 42 is connected with above-mentioned terminal control unit; Feedway 41 comprises a plurality of load-transfer devices 411 and is connected the rotor wheel 412 that drives load-transfer device 411 with load-transfer device 411, load-transfer device 411 is around rotor wheel 412 interval rectangular distributions, and load-transfer device 411 upside lower plane places are provided with load-transfer device holder bar 413 and load-transfer device holder bar crossbeam 414; Actuating device 42 comprises that drive motor 421 reaches and drive motor 421 bonded assembly retarders 422, this retarder 422 is connected with rotor wheel 412 by rotating shaft and drives rotor wheel 412 and rotates, and the below of advancing brick conveying mechanism 4 residing frames 40 is provided with support post 110 and is located at the base plate 111 of support post 110 below scalable levels.

With reference to figure 3, Fig. 4, Fig. 5, Fig. 6, advance brick end bridging table 5, this bridging table 5 comprises the bracing frame 51 of captiveing joint with the mouth that advances brick conveying mechanism 4 and is provided with base plate 52 on the bracing frame 51, base plate 52 both sides are respectively equipped with bar hole 53, bar hole 53 internal fixation have blend stop 54, and blend stop 54 upper fixed have pressing plate 55.

With reference to figure 1, Fig. 2, Fig. 7, folded brick mechanism 6 comprises frame 60, is located at and ceramic brick stacking can be added up and be transported to the folded brick device 61 of next mechanism by continuous decline in the frame 60 and drive the actuating device 62 that this folded brick device 61 is worked, this actuating device 62 is connected with above-mentioned terminal control unit, and the folded brick device 61 in the folded brick mechanism 6 comprises folded brick bent plate chain 611, folds brick sprocket shaft 613 with folded brick bent plate chain 611 bonded assembly sprocket wheels 612 with sprocket wheel 612 bonded assemblys; Actuating device 62 in the folded brick mechanism 6 comprises with folded brick bent plate chain 611 bonded assembly drive sprockets 621, with these drive sprocket 621 bonded assembly sprocket shafts 622, reaches and retarder bonded assembly drive motor 623 with these sprocket shaft 622 bonded assembly retarders; Also be provided with in the folded brick mechanism 6 with folded brick bent plate chain 611 bonded assemblys compress sprocket wheel 631, with compress sprocket wheel 631 bonded assemblys and compress sprocket shaft 632, compress sprocket wheel and regulate screw mandrel 633, screw 634, control hand wheel 635.The input end of folded brick mechanism 6 is provided with optoelectronic induction counting machine 100, and this optoelectronic induction counting machine 100 is connected with above-mentioned terminal control unit.

With reference to figure 2, Fig. 8, push away brick mechanism 7 and comprise frame 70, be located at the actuating device 72 that ceramic tile can be pushed the thrust unit 71 in the chest in the frame 70 and drive this thrust unit 71, this actuating device 72 is connected with above-mentioned terminal control unit; Thrust unit 71 comprises corresponding to the slurcam 711 of folded brick mechanism 6 belows, one side and vertical with these slurcam 711 directions and corresponding to another slurcam 712 of folding brick mechanism 6 below opposite sides, actuating device 72 comprises cylinder 721 that promotes slurcam 711 work and the cylinder 722 that promotes slurcam 712 work, in order to prevent that the skew landing takes place ceramic tile 101 in pushing away the brick process, slurcam 711 both sides are provided with guide groove 73, are provided with guide groove 74 with the cooresponding position of 001 case mouth of carton.

With reference to figure 1, Fig. 9, Figure 14, connect the suitcase feedway 82 that brick mould turnover conveying mechanism 8 comprises that the chest that connects brick repaking mechanism 81 and will install ceramic tile is removed, meet in the two positions of brick repaking mechanism 81 one corresponding to the above-mentioned mouth that pushes away brick mechanism 7, another is corresponding to the input end of this suitcase feedway 82.Connect brick repaking mechanism 81 comprise frame 80, be located on the frame 80 guide rail 811 and along travelling car mechanism 812 that guide rail 811 moves, be located at the tension wheel mechanism 813 on the frame 80, the actuating device 815 of wheel clamping 814 and driving travelling car mechanism 812, this actuating device 815 is connected with above-mentioned terminal machine structure.Guide rail 811 is downward-sloping near the position of mouth, and mouth is corresponding to the input of suitcase feedway 82.

With reference to figure 9, Figure 10, wheel clamping 814 comprises and compresses sprocket wheel 8141, is loaded on bearing 8142 wherein, circlip for bore 8143, and spacer 8144 and pivot shaft 8145 and supporting seat 8146, supporting seat 8146 usefulness hex bolts 8147 are fixed on the frame 80.

With reference to figure 9, Figure 11, travelling car mechanism 812 comprises travelling car wheel 8121, square shaft 8122, is provided with pressing plate 8124 and the lock screw 8123 that prevents that trundle 8121 from coming off at the two ends of square shaft 8122; Be the needs of the ceramic tile that adapts to different size, dolly base plate 8126 is provided with side baffle plate 8125 and back shield 8127.

With reference to figure 9, Figure 12, tension wheel mechanism 813 comprises tension wheel 8131, bearing 8132, lock screw 8133 and pressing plate 8134, circlip for bore 8135, tension wheel shaft 8136 and is fixed on supporting seat 8137 on the frame 80.

With reference to figure 9, Figure 11, Figure 13, actuating device 815 comprises the fixed connecting plate 8151 that is fixed on the frame 80, be located at the retarder 8152 on the fixed connecting plate 8151, with retarder 8152 bonded assembly drive motor 8153, retarder 8152 connects an output shaft 8156, output shaft 8156 is provided with pressing plate 8155 and lock screw 8154, output shaft 8156 connects a sprocket wheel 8157, be connected with chain on the sprocket wheel 8157, the two ends of chain be fixedly connected on square shaft 8122 below travelling car mechanism 812 base plates 8126 the side on, above-mentioned drive motor 8153 is connected with above-mentioned terminal control unit.

With reference to figure 9, Figure 14, suitcase feedway 82 comprises frame 829, be fixed on tension wheel mechanism 821 on the frame 829, compress chain-wheel mechanism 827, chain is played holder bar 823, holder bar supporting seat 824, club assembly 822, the sprocket wheel guard shield 825 of picking-up effect, drags the actuating device 828 that chain and club assembly 822 rotate.This actuating device 828 is connected with above-mentioned terminal control unit.Tension wheel mechanism 821, wheel clamping 827 and driver train 828 respectively with meet the idler sprocket mechanism 813 in the brick repaking mechanism 81 and compress chain-wheel mechanism 814 and actuating device 815 is identical, do not do introduction at this.The input end of suitcase feedway 82 is inclined upwardly, and corresponding to the mouth that connects brick repaking mechanism 81.

Club assembly 822 comprises two kinds of structures, with reference to Figure 14, Figure 15, comprise the support spindle nose 8221 be located on the frame 829, with support spindle nose 8221 bonded assembly bearings 8222, with bearing 8222 bonded assembly driving chain wheels 8224, lock screw 8223, club 8225 and carry rod tube 8226.

With reference to Figure 14, Figure 16.The another kind of structure of club assembly 822, comprise the support spindle nose 8221 ' be located on the frame 829, with support spindle nose 8221 ' bonded assembly bearing 8222 ', with bearing 8222 ' bonded assembly driving chain wheel 8224 ', lock screw 8223 ', club 8225 '.

With reference to figure 1, Figure 14, also be provided with automatic cartoning sealing machine 101, automatic ink jet numbering machine 102 and automatic piler 103 behind the suitcase feedway 82, this moving cartoning sealing machine 101, automatic ink jet numbering machine 102 and automatic piler 103 all are connected with above-mentioned terminal control unit.

The working process of above-mentioned a kind of new automatic efficient tile packs apparatus for production line is as follows: referring to figs. 1 to Figure 16.Ceramic tile 002 with kiln output, be delivered to track lining mechanism 2 places by transport platform behind the kiln 1, in time adjust the circulation passage of ceramic tile 002 according to the service condition of back equipment by track lining mechanism 2, if breaking down, certain bar passage corresponding equipment maybe need quit work, track lining mechanism 2 will automatically close corresponding passage so, and ceramic tile is assigned to other passages, ceramic tile enters on the load-transfer device 411 of brick conveying mechanism 4 into through split channel 3, load-transfer device 411 is under the drive of drive motor 421, ceramic tile 002 is delivered to into brick bridging table 5 to be ajusted, under the drive of load-transfer device 211, the ceramic tile of back promotes, the ceramic tile that is on the brick bridging table 5 is into entered in the folded brick mechanism 6, deliver to one by one on the support plate of chain 611 inboards of folding brick mechanism by the ceramic tile behind optoelectronic induction counting machine 100 countings, orderliness gathers into folds regularly, every process is advanced a slice ceramic tile of brick end bridging table 5 and is counted once by optoelectronic induction counting machine 100, chain 611 thickness of a slice ceramic tile 002 that just descended before this, stay locational space to it, because the quantity of the ceramic tile 002 that will pile up can be set, when the quantity of piling up ceramic tile 002 reaches setting value, optoelectronic induction counting machine 100 also stops counting, and with counting value returns, preparation enters the next round counting, and folded brick mechanism continues to descend.At this moment, pushing away brick mechanism 7 pushes the ceramic tile of folding 002 and prepares in the carton to be installed 001, carton 001 is after receiving ceramic tile, under the drive of travelling car mechanism 812, the carton 001 that installs ceramic tile is transferred to suitcase feedway 82, and then is transferred to automatic cartoning sealing machine 101 automatic joint sealings, ink jet numbering machine 102 automatic codings automatically, by automatic piler 103 automatic pilings, then finish the packaging process of whole ceramic tile this moment at last.

Above-mentioned only is the specific embodiment of the present invention, but design concept of the present invention is not limited thereto, and allly utilizes this design that the present invention is carried out the change of unsubstantiality, all should belong to the behavior of invading protection domain of the present invention.

Claims (10)

1. new automatic efficient tile packs production facilities is characterized in that:
Comprise ceramic tile successively transport platform behind the kiln of process, automatically track lining mechanism, split channel, enter brick conveying mechanism, folded brick mechanism, push away brick mechanism, connect brick mould turnover conveying mechanism, transport platform behind the described kiln, automatically track lining mechanism, enter brick conveying mechanism, folded brick mechanism, push away brick mechanism, connect brick mould turnover conveying mechanism and all be connected with a terminal control unit;
Transport platform comprises frame, is located at the feedway on the frame and drives the actuating device of feedway behind the described kiln, and this actuating device is connected with above-mentioned terminal control unit;
Described automatic track lining mechanism comprises the driving lever of being located at the feedway top at transport platform rear portion behind the kiln and the actuating device that drives driving lever, and this actuating device is connected with above-mentioned terminal control unit;
Described split channel is the transfer passage that input end is wide, mouth is narrow, and the input end of this transfer passage is corresponding to the mouth of automatic track lining mechanism, and the mouth of this transfer passage is corresponding to the input end that advances the brick conveying mechanism;
Describedly advance the brick conveying mechanism and comprise frame, be located at the actuating device that ceramic tile can be transported to the feedway of next mechanism on the frame and drive this feedway work, this actuating device is connected with above-mentioned terminal control unit;
Described folded brick mechanism comprises frame, be located in the frame by continuously down general who has surrendered's ceramic brick stacking add up and be transported to the folded brick device of next mechanism and drive the actuating device of this folded brick device work, this actuating device is connected with above-mentioned terminal control unit, and this folded brick mechanism upstream end is corresponding to the above-mentioned mouth that advances the brick feedway;
The described brick mechanism that pushes away comprises frame and is located at the actuating device that ceramic tile can be pushed the thrust unit in the chest in the frame and drive this thrust unit that this actuating device is connected with above-mentioned terminal control unit;
The described brick mould turnover conveying mechanism that connects comprises frame, is located at connecing the brick repaking mechanism and will install the suitcase feedway that the chest of ceramic tile is removed on the frame, one in the described two positions that connects brick mould turnover upset corresponding to the above-mentioned mouth that pushes away brick mechanism, and another is corresponding to the input end of suitcase feedway.
2. a kind of new automatic efficient tile packs production facilities according to claim 1, it is characterized in that: the feedway behind the described kiln in the transport platform comprises the conveying club be located on the frame and is connected sprocket wheel or the gear that has chain with the conveying club, described actuating device comprises that drive motor reaches and drive motor bonded assembly retarder, and this retarder is connected with rotor wheel by rotating shaft and drives carries club to rotate.
3. a kind of new automatic efficient tile packs production facilities according to claim 1, it is characterized in that: the described feedway that advances in the brick conveying mechanism comprises load-transfer device and is connected the rotor wheel that drives load-transfer device with load-transfer device, the described actuating device that advances in the brick conveying mechanism comprise drive motor and with drive motor bonded assembly retarder, this retarder is connected with this rotor wheel by rotating shaft and drives this rotor wheel rotation.
4. a kind of new automatic efficient tile packs production facilities according to claim 3, it is characterized in that: the described load-transfer device that advances in the brick conveying mechanism is a plurality of, and around rotor wheel interval rectangular distribution, the position of load-transfer device upside lower plane is provided with load-transfer device holder bar and load-transfer device holder bar crossbeam.
5. a kind of new automatic efficient tile packs production facilities according to claim 1, it is characterized in that: the folded brick device in the described folded brick mechanism comprise folded brick bent plate chain, with the folded brick sprocket shaft of folded brick bent plate chain bonded assembly sprocket wheel and sprocket wheel bonded assembly, the actuating device in the described folded brick mechanism comprise with above-mentioned folded brick bent plate chain bonded assembly drive sprocket, with this drive sprocket bonded assembly sprocket shaft, with this sprocket shaft bonded assembly retarder and and this retarder bonded assembly drive motor.
6. a kind of new automatic efficient tile packs production facilities according to claim 1 is characterized in that: the input end of described folded brick mechanism is provided with the optoelectronic induction counting machine, and this optoelectronic induction counting machine is connected with above-mentioned terminal control unit.
7. a kind of new automatic efficient tile packs production facilities according to claim 1, it is characterized in that: the described thrust unit that pushes away in the brick mechanism comprises corresponding to the slurcam of folded brick device below one side and vertical with this slurcam direction and corresponding to another slurcam of folding opposite side below the brick device, and described actuating device is to be connected and to drive the cylinder, oil cylinder of slurcam work with above-mentioned slurcam respectively or by retarder and slurcam bonded assembly drive motor.
8. a kind of new automatic efficient tile packs production facilities according to claim 1, it is characterized in that: described connect that the brick repaking mechanism comprises the guide rail be located on the frame and be connected along travelling car mechanism that guide rail moves, with travelling car mechanism have the sprocket wheel that drags chain and the actuating device of driving trolley, this actuating device comprises that drive motor reaches and drive motor bonded assembly retarder, and this retarder is connected with sprocket wheel by rotating shaft; Described suitcase feedway comprise the conveying club be located on the frame, with carry club the to be connected sprocket wheel that has chain, the drive motor of drive sprocket rotation, this drive motor is connected with sprocket wheel by retarder.
9. a kind of new automatic efficient tile packs production facilities according to claim 1, it is characterized in that: describedly advance brick conveying mechanism and the inter-agency into brick end bridging table that also is provided with of folded brick, this bridging table comprises and advances the bracing frame that brick conveying mechanism mouth captives joint and be provided with base plate on the bracing frame, the base plate both sides are respectively equipped with bar hole, the bar hole internal fixation has blend stop, and the blend stop upper fixed has pressing plate.
10. a kind of new automatic efficient tile packs production facilities according to claim 1, it is characterized in that: described connecing also is provided with automatic cartoning sealing machine, ink jet numbering machine and automatic piler automatically behind the brick mould turnover conveying mechanism, and this automatic cartoning sealing machine, ink jet numbering machine and automatic piler all are connected with above-mentioned terminal control unit automatically.
CN 201110121221 2011-05-11 2011-05-11 Novel full-automatic efficient ceramic tile package producing equipment CN102241284B (en)

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CN102241284B CN102241284B (en) 2013-03-13

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CN103106558A (en) * 2013-01-14 2013-05-15 广州宽度信息技术有限公司 Assembly line product packaging information on-line monitoring system and method
CN103129766A (en) * 2013-03-15 2013-06-05 福建敏捷机械有限公司 Ceramic tile full-automatic packaging production line
CN103921984A (en) * 2013-01-13 2014-07-16 林铭章 Mosaic particle stacking machinery and particle stacking method thereof
CN104290958A (en) * 2014-09-03 2015-01-21 赵阿毛 Collecting type material arranging line
CN104925299A (en) * 2015-06-08 2015-09-23 哈尔滨展达智能装备有限公司 Automatic ceramic tile packaging line and ceramic tile packaging method
CN105151353A (en) * 2015-08-17 2015-12-16 泉州市合能工业机器人有限公司 Full-automatic intelligent tile picking and encasing system
CN105236112A (en) * 2015-11-11 2016-01-13 中银(宁波)电池有限公司 Automatic square-battery distributing mechanism
CN106394970A (en) * 2016-12-19 2017-02-15 安徽科达机电有限公司 Packaging conveyor

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CN102658879A (en) * 2012-05-21 2012-09-12 南安市信捷机械有限公司 Novel small-scale drying line for ceramic tile uniformly-distributed array mould-charging paster
CN102730220A (en) * 2012-07-17 2012-10-17 陈科能 Novel full-automatic middle-small-size tile packaging production line
CN103921984A (en) * 2013-01-13 2014-07-16 林铭章 Mosaic particle stacking machinery and particle stacking method thereof
CN103921984B (en) * 2013-01-13 2015-11-25 林铭章 A kind of mosaic particle folds grain machinery and folded grain method thereof
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CN103106558A (en) * 2013-01-14 2013-05-15 广州宽度信息技术有限公司 Assembly line product packaging information on-line monitoring system and method
CN103129766A (en) * 2013-03-15 2013-06-05 福建敏捷机械有限公司 Ceramic tile full-automatic packaging production line
CN104290958A (en) * 2014-09-03 2015-01-21 赵阿毛 Collecting type material arranging line
CN105460278B (en) * 2014-09-03 2019-01-29 赵阿毛 A kind of beaming type reason stockline
CN105599991A (en) * 2014-09-03 2016-05-25 赵阿毛 Cluster type material sorting line
CN105460278A (en) * 2014-09-03 2016-04-06 赵阿毛 Bundled material arrangement wire
CN104290958B (en) * 2014-09-03 2015-12-23 赵阿毛 A kind of beaming type reason stockline
CN105599991B (en) * 2014-09-03 2019-06-18 赵阿毛 A kind of beaming type reason stockline
CN104925299A (en) * 2015-06-08 2015-09-23 哈尔滨展达智能装备有限公司 Automatic ceramic tile packaging line and ceramic tile packaging method
CN105151353A (en) * 2015-08-17 2015-12-16 泉州市合能工业机器人有限公司 Full-automatic intelligent tile picking and encasing system
CN105151353B (en) * 2015-08-17 2017-06-16 泉州市合能工业机器人有限公司 A kind of fully-automatic intelligent picks up brick packaging system
CN105236112B (en) * 2015-11-11 2017-04-19 中银(宁波)电池有限公司 Automatic square-battery distributing mechanism
CN105236112A (en) * 2015-11-11 2016-01-13 中银(宁波)电池有限公司 Automatic square-battery distributing mechanism
CN106394970A (en) * 2016-12-19 2017-02-15 安徽科达机电有限公司 Packaging conveyor

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