CN102669887B - Shoe material surface treatment machine - Google Patents
Shoe material surface treatment machine Download PDFInfo
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- CN102669887B CN102669887B CN201210164755.6A CN201210164755A CN102669887B CN 102669887 B CN102669887 B CN 102669887B CN 201210164755 A CN201210164755 A CN 201210164755A CN 102669887 B CN102669887 B CN 102669887B
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Abstract
The invention relates to a shoe material surface treatment machine, which comprises a left and a right electric control cabinet, and an automatic processing platform. The left and the right electric control cabinet are detachably mounted at two sides of the automatic processing platform respectively, the automatic processing platform includes a lower processing platform and an upper processing platform mounted above the lower processing platform, the upper processing platform includes a belt transmission line and upper plasma spray nozzle equipment arranged above the belt transmission line, and the lower processing platform includes a roller transmission line and lower plasma spray nozzle equipment arranged below the roller transmission line. Aiming at the process defects of much manual work, long time and low efficiency involved in a shoemaking molding method, The shoe material surface treatment machine applies object surface plasma processing technology to shoe material surface processing equipment, to substitute for multiple processes such as manual liquid brushing and machine-based liquid baking, realizes shoe material surface plasma automatic processing and enhances the shoe material surface bonding strength by multiple times.
Description
Technical field
The invention belongs to plant equipment and manufacture field, relate to a kind of footwear material surface treating machine.
Background technology
For a long time, in shoe-making industry, exist two kinds of traditional manufacturing method of shoes: 1. lockstitch.Being the final combination of sole and upper of a shoe, is that the suture by sewing machine links.2. die pressing.Being the final combination of sole and upper of a shoe, is the glue connection (having the difference of liquid die method and solid die pressing in die pressing) by mould pressurizing.Along with the progress in epoch, die pressing has become the main flow production technology of shoe-making industry at present, and their outstanding representative has the Nike/ Nike of the U.S.; The adidas/ Adidas of Germany etc.
Above-mentioned these international famous brands adopt artificial die pressing production technology in shoemaking always, and their main processing step comprises: the material surface treatment liquid of 1. manually brushing shoes; 2. machine dries footwear material surface treatment liquid; 3. be manually coated with footwear material surface cement; 4. machine is pressed sole upper of a shoe sizing etc.This shoe-making process advantage be simple to operate, check convenient, steady quality.This shoe-making process shortcoming be artificial many, the time is long, efficiency is low.
Summary of the invention
The object of the invention is to overcome the defect of prior art and a kind of footwear material surface treating machine is provided, this footwear material surface treating machine has substituted multiple tracks processing technologys such as " manually brush liquid and machine and dry liquid ", realized the automation of footwear material surface plasma and processed, allowed the bonding intensity on footwear material surface obtain enhancing at double.
The object of the present invention is achieved like this:
A kind of footwear material surface treating machine of the present invention, comprise left and right electric cabinet and automation processing platform, described left and right electric cabinet is removably installed in respectively the both sides of described automation processing platform, described automation processing platform comprises lower floor's processing platform and is installed on the upper strata processing platform of this lower floor's processing platform top, wherein
Described upper strata processing platform comprises belt conveyor line and the upper strata plasma spray head apparatus of being located at this belt conveyor line top, and described belt conveyor line comprises pipeline frame and is arranged on the conveyer belt in pipeline frame on this;
Described lower floor processing platform comprises drum conveying line and is located at lower floor's plasma spray head apparatus of this drum conveying line below, described drum conveying line comprises that lower pipeline frame and several are installed on the cylinder of this lower pipeline upper rack side by side, and between adjacent roller, is provided with gap;
Described belt conveyor line is installed on the top of described drum conveying line by being located at the support of its both sides.
Above-mentioned a kind of footwear material surface treating machine, wherein, the both sides at the described left and right electric cabinet back side are fixed with respectively an angle bar, and on this angle bar, be evenly equipped with several through holes, the both sides of described upper pipeline frame and lower pipeline frame are respectively equipped with the channel-section steel corresponding with described angle bar, on described channel-section steel, have with described angle bar on the fixing hole that matches of through hole, described left and right electric cabinet is installed on the both sides of described automation processing platform by the bolt through described through hole and fixing hole.
Above-mentioned a kind of footwear material surface treating machine, wherein, described upper strata plasma spray head apparatus comprises upper nozzle support, upper power motor, upper synchronous rotation device, left and right upper adjusting screw mandrel, four upper strata polished rods, the first transmission device and a upper plasma spray group, wherein
Described upper nozzle support is propped up and is configured to by front, rear, left and right, and a sliding shoe with polished rod hole is installed respectively on four angles of upper nozzle support, and a upper screw rod nut is installed respectively in the center of its left and right support;
Described four upper strata polished rods are located at respectively in the polished rod hole of corresponding sliding shoe, and its bottom is all fixed in described upper pipeline frame;
Described left and right upper adjusting screw mandrel is connected with corresponding upper screw rod nut respectively, and all by bearing, is installed in described upper pipeline frame bottom it, and the top of described left and right upper adjusting screw mandrel is provided with and makes its synchronous upper synchronous rotation device rotating;
Described upper power motor is installed on a side of described upper pipeline frame, and its output regulates the bottom of screw mandrel to be connected by described the first transmission device and described upper right;
A described upper plasma spray group is installed on the forward and backward support of described upper nozzle support.
Above-mentioned a kind of footwear material surface treating machine, wherein, described upper synchronous rotation device comprises two synchronous sprocket wheel and a synchronization chain, and described two synchronous sprocket wheel are located at respectively the top of described left and right upper adjusting screw mandrel, and described synchronization chain is located in described two synchronous sprocket wheel; Described the first transmission device comprises two drive sprockets and a driving chain, and described two drive sprockets are located at respectively the output of described upper power motor and the bottom that described upper right regulates screw mandrel, and described driving chain is located on described two drive sprockets.
Above-mentioned a kind of footwear material surface treating machine, wherein, a described upper plasma spray group comprises a plurality of upper plasma rotary nozzles and a plurality of upper motor that drives respectively corresponding upper plasma rotary nozzle rotation by the second transmission device, and described a plurality of upper plasma rotary nozzles are shower nozzle and arrange down.
Above-mentioned a kind of footwear material surface treating machine, wherein, described the second transmission device comprises upper belt pulley and upper O type circle, and described upper belt pulley is installed on the bottom of described upper plasma rotary nozzle, and described upper O type snare is located on the output of described upper belt pulley and described upper motor.
Above-mentioned a kind of footwear material surface treating machine, wherein, described upper strata plasma spray head apparatus also comprises a upper limit position switch and a lower position switch, described upper limit position switch is located at the top that described upper left regulates screw mandrel, and described lower position switch is arranged on the fore-stock below of described upper nozzle support by extending bracket;
Above-mentioned a kind of footwear material surface treating machine, wherein, described lower floor plasma spray head apparatus comprises under lower nozzle support, four and regulates screw mandrel and a lower plasma spray group, wherein,
Described lower nozzle support is propped up and is configured to by front, rear, left and right, and on four angles of lower nozzle support, feed screw nut is once installed respectively;
Under described four, regulate screw mandrel to be connected with corresponding lower feed screw nut respectively, and its bottom is all installed on the bottom of described lower pipeline frame by bearing;
A described lower plasma spray group is installed on the forward and backward support of described lower nozzle support.
Above-mentioned a kind of footwear material surface treating machine, wherein, a described lower plasma spray group comprises a plurality of lower plasma rotary nozzles and a plurality of lower motor that drives respectively corresponding lower plasma rotary nozzle rotation by the 3rd transmission device, described a plurality of lower plasma rotary nozzle is shower nozzle and upwards arranges, and the gap between described cylinder;
Described the 3rd transmission device comprises lower belt pulley and lower O type circle, and described lower belt pulley is installed on the bottom of described lower plasma rotary nozzle, and described lower O type snare is located on the output of described lower belt pulley and described lower motor.
Above-mentioned a kind of footwear material surface treating machine, wherein, described automation processing platform also comprises a motor shroud, described motor shroud is installed on the top of described upper strata plasma spray head apparatus.
The present invention compared with prior art has following beneficial effect:
1, use after the adhesive surface of footwear material surface treating machine sole of the present invention and upper of a shoe, can directly be coated with glue bond, bonding force can reach company standard completely and surpass company standard, the manufacturing technique requirent that meets modern shoe industry, saved multiple working procedure simultaneously, as cleaned, dry, be coated with inorganic agent, drying etc. again, for enterprise has saved a large amount of labours;
2, footwear material surface treating machine volume of the present invention is small and exquisite, generally can be positioned over the leading portion of coating process, because footwear material surface treating machine of the present invention has directly substituted multiple working procedure, has shortened the length of workflow waterline, for having saved many productions space in workshop;
3, the effect on footwear material surface treating machine processing of the present invention footwear material surface is consistent, and do not have the possibility of omission or reprocessing, and artificial brushing while processing footwear material surface often occurs that holiday or overbrushing, individual other also exceed brushing boundary, cause shoes lustrous surface dim, affect product quality;
When 4, footwear material surface treating machine of the present invention uses, not high to producers' specification requirement, equipment operating is simple and convenient, meets the instructions for use of labour intensive enterprice.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the structural representation of intermediate roll pipeline of the present invention;
Fig. 3 is the structural representation of belt conveyor line in the present invention;
Fig. 4 is the structural representation of left electric cabinet in the present invention;
Fig. 5 is the structural representation of right electric cabinet in the present invention;
Fig. 6 is the present invention's structural representation of plasma spray head apparatus at the middle and upper levels;
Fig. 7 is the structural representation (looking up) of lower floor's plasma spray head apparatus in the present invention.
The specific embodiment
Below in conjunction with accompanying drawing, the invention will be further described.
Refer to Fig. 1, there is shown footwear material surface treating machine of the present invention, it comprises left electric cabinet 700, right electric cabinet 800 and automation processing platform, left electric cabinet 700 and right electric cabinet 800 are removably installed in respectively the both sides of automation processing platform, automation processing platform comprises lower floor's processing platform and the upper strata processing platform that is installed on this lower floor's processing platform top, and upper strata processing platform comprises belt conveyor line 100 and is located at the upper strata plasma spray head apparatus 300 of these belt conveyor line 100 tops; Lower floor's processing platform comprises drum conveying line 500 and lower floor's plasma spray head apparatus 600 of being located at these drum conveying line 500 belows, and belt conveyor line 100 is installed on the top of drum conveying line 500 by being located at the support 103 of its both sides; Footwear material surface treating machine of the present invention also comprises a motor shroud 200, and this motor shroud 200 is installed on the top of upper strata plasma spray head apparatus 300.
Refer to Fig. 2, there is shown the drum conveying line in footwear material surface treating machine of the present invention, this drum conveying line 500 comprises that lower pipeline frame 501 is installed on the cylinder 502 on these lower pipeline frame 501 tops side by side with several, and be provided with gap between adjacent roller 502, the both sides of lower pipeline frame 501 are fixed with lower channel-section steel 503, on this lower channel-section steel 503, have fixing hole 504, 4 nonmetal centring rings 505 are all installed on each cylinder 502, wherein every 2 centring rings 505 are one group, in the definite scope of every group of centring ring 505, each self-align pending product, the rear end of lower pipeline frame 501 and the top that is positioned at adjacent roller 502 are provided with two lower locating slots 506 that match with centring ring 505.
Refer to Fig. 3, there is shown the belt conveyor line in footwear material surface treating machine of the present invention, belt conveyor line 100 comprises pipeline frame 101 and is arranged on the conveyer belt in pipeline frame 101 102 on this, the down either side of upper pipeline frame 101 is fixed with respectively two supports 103, the both sides of upper pipeline frame 101 are fixed with channel-section steel 106, on this, on channel-section steel 106, have fixing hole, the rear end of upper pipeline frame 101 is provided with one and has two above belt conveyor line guard shields 104 of locating slots 105, upper strata plasma spray head apparatus 300 is installed in pipeline frame 101, upper power motor 301 is installed on the right side of upper pipeline frame 101 by carrier base.
Refer to Fig. 4, there is shown the left electric cabinet 700 in footwear material surface treating machine of the present invention, the bottom of this left electric cabinet 700 is provided with left universal wheel 701, the both sides at its back side are fixed with respectively a left comer iron 702, and on this left comer iron 702, be evenly equipped with three left through holes 703, left electric cabinet 700 is installed on the left side of automation processing platform by passing left through hole 703 and the fixing hole of upper pipeline frame 101 of correspondence and the bolt of the fixing hole 504 of lower pipeline frame 501.
Refer to Fig. 5, there is shown the right electric cabinet 800 in footwear material surface treating machine of the present invention, the bottom of this right electric cabinet 800 is provided with right universal wheel 801, the both sides at its back side are fixed with respectively a right corner iron 802, and on this right corner iron 802, be evenly equipped with three right through holes 803, right electric cabinet 800 is installed on the right side of automation processing platform by passing right through hole 803 and the fixing hole of upper pipeline frame 101 of correspondence and the bolt of the fixing hole 504 of lower pipeline frame 501.
Refer to Fig. 6, there is shown the upper strata plasma spray head apparatus in footwear material surface treating machine of the present invention, upper strata plasma spray head apparatus 300 comprises that upper nozzle support 322, upper power motor 301, upper synchronous rotation device, upper left regulate screw mandrel 313, upper right to regulate screw mandrel 319, four upper strata polished rods 312, the first transmission device and a upper plasma spray group, wherein
Four upper strata polished rods 312 are located at respectively in the polished rod hole of corresponding sliding shoe 318, and are all fixed in pipeline frame 101 bottom it, and upper nozzle support 322 can move up and down with respect to upper strata polished rod 312;
Upper left regulates screw mandrel 313 and upper right to regulate screw mandrel 319 to be connected with corresponding upper screw rod nut 314 respectively, and its bottom is all installed in upper pipeline frame 101 by bearing 321, upper left regulates screw mandrel 313 and upper right to regulate the top of screw mandrel 319 to be provided with and makes its synchronous upper synchronous rotation device rotating, on this, synchronous rotation device comprises two synchronous sprocket wheel 316 and a synchronization chain 317, two synchronous sprocket wheel 316 are located at respectively upper left and are regulated screw mandrel 313 and upper right to regulate the top of screw mandrel 319, and synchronization chain 317 is located in two synchronous sprocket wheel 316;
A upper plasma spray group is installed on the forward and backward support of upper nozzle support 322, on this, a plasma spray group comprises eight upper plasma rotary nozzles 302 and eight upper motors 310 that drive respectively 302 rotations of corresponding upper plasma rotary nozzle by the second transmission device, eight upper plasma rotary nozzles 302 are shower nozzle and arrange down, this second transmission device comprises upper belt pulley 307 and upper O type circle 306, upper belt pulley 307 is installed on the bottom of plasma rotary nozzle 302, and upper O type circle 306 is sheathed on the output of upper belt pulley 307 and upper motor 310;
Upper plasma rotary nozzle 302 comprises upper nozzle mounting bracket 309, rolling bearing 308, upper belt pulley 307, outer nozzle cover 305, outer nozzle 304 and the outer nozzle core 303 connecting successively;
In the present embodiment, eight upper plasma rotary nozzles 302 are divided into the two groups of installations in left and right, every group comprises four upper plasma rotary nozzles 302, two upper plasma rotary nozzles 302 of Zuo Zuzhong are arranged on the left side of upper nozzle support 322 fore-stocks, two upper plasma rotary nozzles 302 in right group are arranged on the right side of upper nozzle support 322 fore-stocks, on two other of Zuo Zuzhong, plasma rotary nozzle 302 is arranged on the left side of upper nozzle support 322 after-poppets, on two other in right group, plasma rotary nozzle 302 is arranged on the right side of upper nozzle support 322 after-poppets, eight upper motors 310 are installed respectively the adjacent of corresponding upper plasma rotary nozzle 302.
Upper strata plasma spray head apparatus also comprises a upper limit position switch 315 and a lower position switch 311, and upper limit position switch 315 is located at the top that upper left regulates screw mandrel 313, and lower position switch 311 is arranged on the fore-stock below of upper nozzle support 322 by extending bracket;
Refer to Fig. 7, there is shown the lower floor's plasma spray head apparatus in footwear material surface treating machine of the present invention, lower floor's plasma spray head apparatus 600 comprises under lower nozzle support 601, four and regulates screw mandrel 604 and a lower plasma spray group, wherein,
Under four, regulate screw mandrel 604 to be connected with corresponding lower feed screw nut 606 respectively, and its bottom is all installed on the bottom of lower pipeline frame 501 by bearing, by rotating lower adjusting screw mandrel 604, can make lower nozzle support 601 do upper and lower displacement, be adjusted to suitable position;
A lower plasma spray group is installed on the forward and backward support of lower nozzle support 501, a lower plasma spray group comprises eight lower plasma rotary nozzles 602 and eight lower motors 603 that drive respectively 602 rotations of corresponding lower plasma rotary nozzle by the 3rd transmission device, described eight lower plasma rotary nozzles 602 are shower nozzle and upwards arrange, and on drum conveying line 500 gap between cylinder 502;
The 3rd transmission device comprises lower belt pulley 607 and lower O type circle, and lower belt pulley 607 is installed on the bottom of lower plasma rotary nozzle 602, and lower O type snare is located on the output of lower belt pulley 607 and lower motor 603.
In the present embodiment, eight lower plasma rotary nozzles 602 are divided into the two groups of installations in left and right, every group comprises four lower plasma rotary nozzles 602, two lower plasma rotary nozzles 602 of Zuo Zuzhong are arranged on the left side of lower nozzle support 501 fore-stocks, two lower plasma rotary nozzles 602 in right group are arranged on the right side of lower nozzle support 501 fore-stocks, two other lower plasma rotary nozzle 602 of Zuo Zuzhong is arranged on the left side of lower nozzle support 501 after-poppets, two other lower plasma rotary nozzle 602 in right group is arranged on the right side of lower nozzle support 501 after-poppets, eight lower motors 603 are installed respectively the adjacent of corresponding lower plasma rotary nozzle 602.
During use, pending sole is walked upper strata processing platform, and upper of a shoe is walked lower floor's processing platform, by the plasma rotary nozzle of automation, sole and upper of a shoe is done to surface treatment, realized the automation of footwear material surface plasma and processed, allowed the bonding intensity on footwear material surface obtain enhancing at double.
Above embodiment is used for illustrative purposes only, but not limitation of the present invention, person skilled in the relevant technique, without departing from the spirit and scope of the present invention, can also make various conversion or modification, therefore all technical schemes that are equal to also should belong to category of the present invention, should be limited by each claim.
Claims (7)
1. a footwear material surface treating machine, it is characterized in that, it comprises left and right electric cabinet and automation processing platform, described left and right electric cabinet is removably installed in respectively the both sides of described automation processing platform, described automation processing platform comprises lower floor's processing platform and is installed on the upper strata processing platform of this lower floor's processing platform top, wherein
Described upper strata processing platform comprises belt conveyor line and the upper strata plasma spray head apparatus of being located at this belt conveyor line top, and described belt conveyor line comprises pipeline frame and is arranged on the conveyer belt in pipeline frame on this;
Described lower floor processing platform comprises drum conveying line and is located at lower floor's plasma spray head apparatus of this drum conveying line below, described drum conveying line comprises that lower pipeline frame and several are installed on the cylinder of this lower pipeline upper rack side by side, and between adjacent roller, is provided with gap;
Described belt conveyor line is installed on the top of described drum conveying line by being located at the support of its both sides,
Described upper strata plasma spray head apparatus comprises upper nozzle support, upper power motor, upper synchronous rotation device, left and right upper adjusting screw mandrel, four upper strata polished rods, the first transmission device and a upper plasma spray group, wherein,
Described upper nozzle support is propped up and is configured to by front, rear, left and right, and a sliding shoe with polished rod hole is installed respectively on four angles of upper nozzle support, and a upper screw rod nut is installed respectively in the center of its left and right support;
Described four upper strata polished rods are located at respectively in the polished rod hole of corresponding sliding shoe, and its bottom is all fixed in described upper pipeline frame;
Described left and right upper adjusting screw mandrel is connected with corresponding upper screw rod nut respectively, and all by bearing, is installed in described upper pipeline frame bottom it, and the top of described left and right upper adjusting screw mandrel is provided with and makes its synchronous upper synchronous rotation device rotating;
Described upper power motor is installed on a side of described upper pipeline frame, and its output regulates the bottom of screw mandrel to be connected by described the first transmission device and described upper right;
A described upper plasma spray group is installed on the forward and backward support of described upper nozzle support.
2. a kind of footwear material surface treating machine as claimed in claim 1, it is characterized in that, described upper synchronous rotation device comprises two synchronous sprocket wheel and a synchronization chain, described two synchronous sprocket wheel are located at respectively the top of described left and right upper adjusting screw mandrel, and described synchronization chain is located in described two synchronous sprocket wheel; Described the first transmission device comprises two drive sprockets and a driving chain, and described two drive sprockets are located at respectively the output of described upper power motor and the bottom that described upper right regulates screw mandrel, and described driving chain is located on described two drive sprockets.
3. a kind of footwear material surface treating machine as claimed in claim 1, it is characterized in that, a described upper plasma spray group comprises a plurality of upper plasma rotary nozzles and a plurality of upper motor that drives respectively corresponding upper plasma rotary nozzle rotation by the second transmission device, and described a plurality of upper plasma rotary nozzles are shower nozzle and arrange down.
4. a kind of footwear material surface treating machine as claimed in claim 3, it is characterized in that, described the second transmission device comprises upper belt pulley and upper O type circle, described upper belt pulley is installed on the bottom of described upper plasma rotary nozzle, and described upper O type snare is located on the output of described upper belt pulley and described upper motor.
5. a kind of footwear material surface treating machine as described in claim 1 to 4 any one, it is characterized in that, described upper strata plasma spray head apparatus also comprises a upper limit position switch and a lower position switch, described upper limit position switch is located at the top that described upper left regulates screw mandrel, and described lower position switch is arranged on the fore-stock below of described upper nozzle support by extending bracket.
6. a kind of footwear material surface treating machine as claimed in claim 1, is characterized in that, described lower floor plasma spray head apparatus comprises under lower nozzle support, four and regulate screw mandrel and a lower plasma spray group, wherein,
Described lower nozzle support is propped up and is configured to by front, rear, left and right, and on four angles of lower nozzle support, feed screw nut is once installed respectively;
Under described four, regulate screw mandrel to be connected with corresponding lower feed screw nut respectively, and its bottom is all installed on the bottom of described lower pipeline frame by bearing;
A described lower plasma spray group is installed on the forward and backward support of described lower nozzle support.
7. a kind of footwear material surface treating machine as claimed in claim 6, it is characterized in that, a described lower plasma spray group comprises a plurality of lower plasma rotary nozzles and a plurality of lower motor that drives respectively corresponding lower plasma rotary nozzle rotation by the 3rd transmission device, described a plurality of lower plasma rotary nozzle is shower nozzle and upwards arranges, and the gap between described cylinder;
Described the 3rd transmission device comprises lower belt pulley and lower O type circle, and described lower belt pulley is installed on the bottom of described lower plasma rotary nozzle, and described lower O type snare is located on the output of described lower belt pulley and described lower motor.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210164755.6A CN102669887B (en) | 2012-05-23 | 2012-05-23 | Shoe material surface treatment machine |
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| CN201210164755.6A CN102669887B (en) | 2012-05-23 | 2012-05-23 | Shoe material surface treatment machine |
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| CN102669887A CN102669887A (en) | 2012-09-19 |
| CN102669887B true CN102669887B (en) | 2014-04-23 |
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| CN106498634A (en) * | 2016-10-14 | 2017-03-15 | 成都卡美奇鞋业有限公司 | The slide construction that vamp is quickly sewed |
| CN108433245A (en) * | 2018-03-09 | 2018-08-24 | 上海伊斯曼电气股份有限公司 | A kind of footwear material surface treating machine |
| CN110833237A (en) * | 2019-12-27 | 2020-02-25 | 河南先途智能科技有限公司 | Plasma environmental protection shoes material treatment facility |
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| CN2584006Y (en) * | 2002-10-30 | 2003-11-05 | 倍得利有限公司 | Multifunction shoe shaping machine |
| KR20080035463A (en) * | 2006-10-18 | 2008-04-23 | 안자니 란프란코 | A multifunctional station for leather product treatment |
| CN201515749U (en) * | 2009-09-03 | 2010-06-30 | 蔡贤能 | NIR filtering infrared double-layer bidirectional sole attaching conveyor |
| CN101824495A (en) * | 2010-05-11 | 2010-09-08 | 海宁瑞星皮革有限公司 | Automatic leather moisture regaining device |
| CN102121063B (en) * | 2010-07-29 | 2012-09-05 | 边新孝 | Square or flat material production line jet cooling system |
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