CN209141500U

CN209141500U - A kind of shoemaking complete set of equipments

Info

Publication number: CN209141500U
Application number: CN201821818082.0U
Authority: CN
Inventors: 冷延国
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-03
Filing date: 2018-11-03
Publication date: 2019-07-23
Anticipated expiration: 2028-11-03

Abstract

The utility model discloses a kind of shoemaking complete set of equipments, it includes rack, the transmission belt that revolution is driven by least two driving wheels of power mechanism driving and by driving wheel is connected in rack, spaced multiple chassis are housed on transmission belt, shoe-making die is housed on chassis, the upper mold seat that shoe-making die has lower mold base and can overturn, side mold seat and the upper mold turning mechanism of driving upper mold seat overturning, at least one side form turnover driving mechanism that the rack side is equipped at least one glue-injection machine and side mold seat is driven to overturn, it is equipped in rack and powers for shoe-making die, the circuit feedway and gas circuit feedway of gas supply.The utility model realizes the two kinds of processes in bottom processed and thermal finalization shoemaking and energy continuous production automatically, has the advantages that work efficiency is high, labour cost is low and improves product quality.

Description

A kind of shoemaking complete set of equipments

Technical field

The utility model relates to a kind of shoemaking complete set of equipments.

Background technique

Common sneakers etc. include shoe body and sole, and sole mostly uses greatly the materials such as plastic cement to be made, and pass through injection molding work Skill realizes that basic skill or training processed makees.After having made sole, then the injecting glue on sole, shoe body is placed on sole, is completed by thermal finalization whole A shoe-making process.

In shoe making apparatus in the prior art, single sole injection molding can only be carried out, then real by special shoemaking machinery Existing above-mentioned thermal finalization, labor efficiency is low, and shoemaking is at high cost.Existing disc type shoes making machine can only realize the automation of sole Continuous production, it is still necessary to above-mentioned heat setting process is carried out, thus, it can not realize the continuous production operation of whole shoes, manpower Material resources cost is all high.

Utility model content

The technical problem to be solved by the present invention is to provide a kind of can automate to realize shoemaking to complete whole shoes The shoemaking complete set of equipments of production.

In order to solve the above technical problems, provided shoemaking complete set of equipments includes rack, it is structurally characterized in that: connects in rack It is connected to the transmission belt that revolution is driven by least two driving wheels of power mechanism driving and by driving wheel, between being equipped on transmission belt Every being equipped with shoe-making die on multiple chassis of setting, chassis, shoe-making die has lower mold base and the upper mold seat that can be overturn, side Mold base and the upper mold turning mechanism of driving upper mold seat overturning, the rack side is equipped at least one glue-injection machine and drive Make at least one side form turnover driving mechanism of side mold seat overturning, the circuit for shoe-making die power supply, gas supply is housed in rack Feedway and gas circuit feedway.

After adopting the above structure, lower mold base, upper mold seat and side mold seat can install the lower die of shoemaking respectively Tool, upper mold and side mold, driven by the power mechanism, chassis drives shoe-making die to be turned round, when needing to carry out sole When production, opens upper mold seat and side mold seat is passed through by injecting plastic cement in the lower mold on the downward mold base of glue-injection machine Upper mold turning mechanism turns upper mold seat to cover on lower mold base, realizes the molding of upper mold and lower mold, passes through note Glue machine injecting glue into the lower mold of next shoe-making die realizes the continuous production molding of sole；After sole production molding, open Upper mold seat injects footwear material on sole by glue-injection machine, and side mold seat is turned and is covered on lower mold base, realizes The molding of side mold and lower mold, then carry out the production that whole shoes are realized in thermal finalization.Thus the utility model no longer needs individually Shoemaking bottom equipment and bonding thermal finalization shoe making apparatus, and realize continuous production, thus greatly reduce labour cost, And improve labor efficiency.

The shoe-making die is equipped with the rear touch valve for acting upper mold turning mechanism, is also equipped with and injecting glue seat in the plane in rack Set the rear trigger mechanism that the valve rod movement of valve is touched after being correspondingly arranged and driving.

The shoe-making die includes the mold rack being connected on chassis, and the lower mold base is fixed in mold rack, upper mold Tool seat be hinged on the rear portion of mold rack and upper mold seat turn after can cover on lower mold base, the upper mold turning mechanism packet The upper mold driving cylinder for being hinged on mold rack is included, upper mold seat and upper mold drive the piston rod of cylinder to be connected by power, touch after described Dynamic valve drives the air inlet/outlet of cylinder to connect by pneumatic pipeline with upper mold.

Trigger mechanism includes the rear triggering cylinder of connection on the rack after described, after the rear piston rod for triggering cylinder can be stirred The valve rod of valve is touched to realize the on-off of gas circuit.

The side form turnover driving mechanism includes side form rollover stand, is equipped on side form rollover stand and overturns mobile driving by side form Mechanism driving sliding and the consistent side form sliding rack of the direction of travel of glide direction and shoe-making die, in side form sliding rack equipped with by The side form of the mobile close and separate shoe-making die of power mechanism driving of side form, which moves, leans on frame, and side form is moved to lean on to be equipped on frame and be overturn by side form The side form turnover mechanism that power mechanism driving overturns side mold seat.

The shoe-making die includes the mold rack being connected on chassis, and side mold seat is hinged on the side of mold rack and side form Tool seat can cover on lower mold base after being flipped up, and the side form turnover mechanism is under the driving of side form overturning power mechanism The yoke that can be plugged each other and slot are correspondingly provided on rotation, side form turnover mechanism and side mold seat and yoke can be slided in slot It moves.

Locking cylinder is housed, energy locking side mold seat is housed on locking cylinder makes the side form turned in the mold rack Tool seat is pressed on lower mold base, equipped with the preceding touch valve for making locking cylinder movement in mold rack, is touched valve before described and is passed through gas Keyholed back plate road is connect with the air inlet/outlet of locking cylinder, and the preceding touching that the valve rod movement of valve is touched before driving is also equipped on side form rollover stand Movable plate, the preceding plate that touches are taken offence the piston rod power drive of cylinder by the forerunner on side form rollover stand.

Equipped with the electric space heater being electrically connected with circuit feedway on the lower mold base, upper mold seat includes connection system Upper mold plate in the mold rack of shoe mould, equipped with the suspention axis for mounting the lifting lug of upper mold, upper mold on upper mold plate Also be bolted on plate can be pressed against on the upper mold abut against bar.

The circuit feedway includes the electric slip ring of connection on the rack, and electric feed trough tool is also rotatably connected in rack And electric feed trough tool is moved synchronously with chassis, brush is housed on electric feed trough tool, one end of brush is electrically connected with electric slip ring, is another End is that shoe-making die is powered.

The gas circuit feedway includes connection inlet manifold road on the rack, is equipped on one of chassis and air inlet The air inlet rotary joint of main pipe rail connection is rotatably connected to the gas feed trough tool with chassis synchronous operation, gas feed trough in rack Tool is provided with the inlet manifold connecting with air inlet rotary joint, and inlet manifold is respectively that shoe-making die supplies by branch path.

In conclusion the utility model realizes the two kinds of processes in bottom processed and thermal finalization shoemaking and energy continuous production, tool automatically There is the advantages of work efficiency is high, labour cost is low and improves product quality.

Detailed description of the invention

The utility model will be further described below with reference to the accompanying drawings:

Fig. 1 is a kind of structural schematic diagram of embodiment of the utility model；

Fig. 2 is the structural schematic diagram of circuit feedway and gas circuit feedway in Fig. 1 embodiment；

Fig. 3 be Fig. 2 in A to structural schematic diagram；

Fig. 4 is the structural schematic diagram of shoe-making die in Fig. 1 embodiment；

Fig. 5 is the structural schematic diagram of the line B-B section view along Fig. 4；

Fig. 6 is the schematic perspective view of Fig. 4；

Fig. 7 be Fig. 5 in C to structural schematic diagram；

Fig. 8 is the structural schematic diagram of side form turnover driving mechanism in Fig. 1 embodiment；

Fig. 9 is the structural schematic diagram that Fig. 8 is overlooked.

Specific embodiment

With reference to attached drawing 1, the utility model provides a kind of embodiment of shoemaking complete set of equipments, and a kind of shoemaking is at being arranged It is standby, including rack 1, it is connected at least two driving wheels by power mechanism driving in rack 1 and is driven by driving wheel and turns round Transmission belt, which can be drive sprocket, and transmission belt can be driving chain, equipped with spaced on driving chain Multiple tracks track can be set in rack 1 in multiple chassis 2, and dotted line represents track in Fig. 1, and track can use multiple support guide wheels Composition is equipped with shoe-making die so that chassis be enable steadily to turn round on chassis 2, shoe-making die is not drawn in Fig. 1 in detail, shoemaking The upper mold that there is mold lower mold base 11 and the upper mold seat 12 that can be overturn, side mold seat 13 and driving upper mold seat 12 to overturn Turning mechanism, at least one side form that 1 side of rack is equipped at least one glue-injection machine 3 and side mold seat 13 is driven to overturn The glue-injection machine 3 and side form turnover driving mechanism of different number can be arranged in turnover driving mechanism 70 according to the actual situation.The system Shoe mould is equipped with the rear touch valve 5 for acting upper mold turning mechanism, is also equipped in rack 1 and is correspondingly arranged with 3 position of glue-injection machine And the rear trigger mechanism of the valve rod movement of valve is touched after driving, above-mentioned position is corresponding to be meant that, rear to touch when needing to mold Hair mechanism is located at behind glue-injection machine 3, and when needing to be opened, rear trigger mechanism is located at before glue-injection machine 3, before this place is said Refer to that as front, the rear triggering of different number can be arranged according to actual needs in the direction to travel forward using shoe-making die afterwards Mechanism, the rear trigger mechanism includes the rear triggering cylinder 20 being connected in rack 1, and the rear piston rod for triggering cylinder 20 can be stirred Touch the valve rod of valve 5 afterwards to realize the on-off of gas circuit.

As shown in connection with fig. 1, the utility model can use following use process, when needing bottom processed, at the X of Cong Tuzhong Start, under original state, all in opened condition, chassis 2 is under the drive of driving chain by figure for upper mold seat and side mold seat In arrow line moved, injecting glue in the lower mold of the downward mold base of glue-injection machine 3, by it is rear triggering cylinder 20 triggering make The movement of mould turning mechanism, realizes the molding of upper mold and lower mold, after molding, chassis and shoe-making die continue to move, centainly The triggering that cylinder 20 is triggered after discrete time, then after passing through acts upper mold turning mechanism, realizes upper mold and lower mold Die sinking, sole complete；Then, the injecting glue into sole overturns side mold seat by side form turnover driving mechanism 70, makes side Side mold seat after thermal finalization certain distance, then is overturn by side form turnover driving mechanism 70, makes side by mold and lower mold clamping Mold and lower mold are opened, and realize the production of whole shoes.Sole can of course be individually carried out using a whole set of shoe making apparatus It the process of production and shoemaking and is carried out according to the setting quantity of glue-injection machine, side form turnover driving mechanism 70 and rear triggering cylinder Any combination of multistation, the meaning between the lines are, when each shoe-making die rotation one is enclosed, can individually complete bottom processed or individually complete Shoemaking can also complete the two-step process at one or more sets bottoms processed and shoemaking.

Each dress is described in detail with reference to the accompanying drawing, shoe-making die provided by the utility model comprising mould Have frame 21, is connected with lower mold base 11 in the mold rack 21, top is hinged with after turning can cover on lower mold base 11 Upper mold seat 12, side be hinged with after turning the side mold seat 13 that can be covered on lower mold base, that is to say, that upper mold Seat 12 can be spun upside down, side mold seat 13 can flip to one side, and lower mold base, upper mold seat and side mold seat respectively can To install lower mold, upper mold and the side mold of shoemaking, the upper mold that driving upper mold seat 12 is overturn is also equipped in mold rack 21 The turnover driving mechanism of a set of side mold seat 13 can be separately provided in turning mechanism, can also be in the mold rack 21 of the present embodiment Upper setting tumble cylinder realizes that the overturning of side mold seat 13 in the present embodiment needs to be separately provided a set of by tumble cylinder Turnover driving mechanism, on side mold seat 13 be equipped with yoke 131, by side form turnover driving mechanism 70 drive yoke so as to It drives side mold seat to realize rotary movement, the electric heat supply for carrying out heat supply for the lower mold on lower mold base is also equipped in mold rack 21 The solidifying of sole can may be implemented in device 31, the electric space heater for the electric heater units such as heating wire, electric hot tray, electric heater unit Gu molding and the thermoforming of whole shoes.

With reference to shown in fig. 4 to fig. 6, the shoe-making die is equipped with the rear touch valve 5 for acting upper mold turning mechanism, described Upper mold turning mechanism includes the upper mold driving cylinder 6 for being hinged on mold rack 21, the piston of upper mold seat 12 and upper mold driving cylinder Bar is connected by power, and valve 5 is touched after described and drives the air inlet/outlet of cylinder to connect with upper mold by pneumatic pipeline.The upper mold seat 12 rear end is hinged in mold rack 21, and the lower end of upper mold driving cylinder 6 is hinged on the lower part of mold rack 21, upper mold seat 12 Rear portion and the up extension end portion of piston rod of upper mold driving cylinder 6 be connected by power, the setting of this structure, upper mold drives cylinder 6 It can be obliquely installed, thus during opening upper mold seat, after open angle is excessive, it may appear that can not achieve asking for molding Topic, thus, the rear end of mold rack 21 is equipped with the limit plate 61 that can limit 12 open angle of upper mold seat, on the limit plate 61 Equipped with through-hole, it is connected with the limited post 62 that can be slid in through-hole, equipped with top spring 63 between the overhanging end and limit plate of limited post, beats Upper mold seat after opening can be pressed against on limited post 62, to prevent opened the problem of being unable to return greatly.

With reference to shown in fig. 4 to fig. 6, the upper mold seat 12 includes the upper mold plate in the mold rack 21 of connection shoe-making die 121, which is connected with top connecting plate 124, and top connecting plate 124 is by long hole and is bolted to upper mold Have on plate 121, the suspention axis 122 for mounting the lifting lug of upper mold is housed in the present embodiment, in top connecting plate 124, this Kind structure is advantageous in that, the position for suspending axis 122 in midair can be made to carry out adjustment appropriate, so as to adjust the suspension position of upper mold It sets, illustrates upper mold 30 and lower mold 40 with dotted line in Fig. 5, being also bolted on upper mold plate 121 can be pressed against on the upper mold Abut against bar 123, abutting against bar 123 can be set more, so as to adjust the molding angle of upper mold, abut against the bottom of bar 123 Portion can be connected with rubber pad, by suspending the suspension of axis in midair and abutting against the pressing of bar bottom rubber pad to make upper mold keep Steady state.

With reference to shown in Fig. 4 to Fig. 7, locking cylinder 10 is housed in the mold rack 21, which is rotary cylinder, The side mold seat turned is set to be pressed on lower mold base equipped with energy locking side mold seat 13 on piston rod on locking cylinder 10 On locking plate 101 touch valve 22 equipped with the preceding touch valve 22 for acting locking cylinder 10 in mold rack 21 before described and pass through gas Keyholed back plate road is connect with the air inlet/outlet of locking cylinder 10, and the side of the mold rack 21 is equipped with 13 opening angle of energy constrained side mold base The side limited post 132 of degree.It is all Pneumatic valve that valve 22 and the rear valve 5 that touches are touched before above-mentioned, can control the on-off of gas circuit to grasp Corresponding cylinder is controlled, can be controlled using corresponding solenoid valve, since entire shoe-making die is moving always, thus this reality Handle type Pneumatic valve is used with novel, is manipulated by mutual linkage, control process and principle are all the prior art, Details are not described herein.

With reference to shown in fig. 4 to fig. 6, in the present embodiment, above-mentioned side mold seat 13 is adopted a split structure, i.e., by two phases Mutually hinged frame body composition, this structure is convenient for opening maintenance maintenance and installation side mold, and in this not go into detail.

With reference to shown in Fig. 8 and Fig. 9, side form turnover driving mechanism 70 includes side form rollover stand 7, on the side form rollover stand 7 It is connected with side form sliding rack 8, is equipped in side form sliding rack 8 close and far from shoe-making die by the mobile power mechanism driving of side form Side form, which moves, leans on frame 9, and in the present embodiment, the mobile power mechanism of side form uses side form mobile cylinder 36, passes through the mobile gas of side form The power drive of cylinder 36 moves side form by frame 9 close to or far from shoe-making die, and side form moves dynamic equipped with being overturn by side form on frame 9 Force mechanisms drive the side form turnover mechanism for overturning the side mold seat 13 of shoe-making die.

Shown in referring to figs. 2 and 3, the side form turnover mechanism includes being connected to side form to move on frame 9 and by power mechanism The side form flip-arm 10 of rotation is driven, is correspondingly provided with the yoke 131 that can be plugged each other on side form flip-arm 10 and side mold seat 13 Yoke 131 can slide in slot with slot and when side mold seat is overturn.That is, can be arranged on side form flip-arm Corresponding slot is set on yoke, side mold seat, in the present embodiment, yoke 131 is connected on the side mold seat 13, it is described Side form flip-arm 10 is equipped with the slot being inserted into for yoke, and specifically, side form flip-arm 10 can be used channel steel and be made, and utilize slot The slot of steel itself forms above-mentioned slot, and the power mechanism is to be connected to side form to move the overturning driven on frame and by engine 35 Line shaft 32, the side form flip-arm 10 are connected by power on overturning line shaft 32, and the overturning line shaft 32 is flat with yoke 131 Row setting, the length direction of the sliding slot and the extending direction of yoke are vertically arranged.

Shown in referring to figs. 2 and 3, since the shoe-making die is arranged in shoe-making assembly line, i.e., shoe-making die needs to walk To realize continuous production, thus in the present embodiment, above-mentioned side form sliding rack 8 needs and shoe-making die synchronizing moving one for movement Distance is held, after the completion of realizing overturning, then return carries out the overturning driving of the side mold seat in next shoe-making die, the side form Sliding rack 8 is slidably connected on the rack, equipped with driving side form sliding rack 8 to slide and glide direction and making shoes mold on side form rollover stand The consistent sliding power mechanism of the direction of travel of tool, sliding power mechanism include the sliding power machine being connected on side form rollover stand 33, sliding power machine 33 uses clockwise and anticlockwise motor, and side form sliding rack 8 is slidably connected at side by the fit structure of guide rail, slide It is equipped on mould rollover stand, on the power output shaft of the sliding power machine 33 and slides driving lead screw 34, in the side form sliding rack Equipped with the sliding screw being screwed on sliding driving lead screw.It is also equipped with driving cylinder 37 on the side form rollover stand 7, drives cylinder The flexible valve rod movement for making the preceding touch valve 22 on shoe-making die of 37 piston rod, to make the locking cylinder on shoe-making die 10 movements, the side mold seat that locking turns are pressed on side mold seat on lower mold base.

Shown in referring to figs. 2 and 3, since multiple shoe-making dies are always in continuous productive process, i.e., in different motion, thus in order to It saves cost and simplifies wiring, equipped with the circuit feedway and gas circuit supply dress for shoe-making die power supply, gas supply in rack 1 Set, the circuit feedway includes connection electric slip ring 14 on the rack, be also rotatably connected in rack 1 electric feed trough tool and Electric feed trough tool is moved synchronously with chassis, and brush 15 is housed on electric feed trough tool, and one end of brush is electrically connected with electric slip ring 14, is another One end is shoe-making die power supply, it can is powered for above-mentioned electric heater unit.The gas circuit feedway includes being connected to rack 1 On inlet manifold road 16, equipped with the air inlet rotary joint 17 being connect with inlet manifold road 16 on one of chassis 2, in rack Be rotatably connected to chassis synchronous operation gas feed trough tool, gas feed trough tool be provided with connect with air inlet rotary joint 17 into Gas general pipeline 18, inlet manifold 18 are respectively that shoe-making die supplies by branch path, i.e., pass through preceding touch valve 22 and rear touch respectively Valve 5 is that locking cylinder 10 and upper mold drive cylinder 6 to provide gas source, and in the present embodiment, above-mentioned electricity feed trough has gentle feed trough Having and shares a line groove 19, line groove 19 is connected on multiple chassis 2 by connecting rod, thus realize the two synchronous operation, and And it is provided with the main pipe rail of spiral setting on the rack, main pipe rail is connect into air outlet adapter with air inlet rotary joint 17.

The utility model can also have other embodiments, other technical sides formed in the record of claims Case is no longer repeated one by one, and the present utility model is not limited to the above embodiments, based on the utility model above-described embodiment Equivalent variations and part replacement are all within the protection scope of the present utility model.

Claims

1. a kind of shoemaking complete set of equipments, including rack (1), it is characterized in that: being connected in rack (1) by power mechanism driving extremely Lack two driving wheels and drive the transmission belt of revolution by driving wheel, spaced multiple chassis (2), bottom are housed on transmission belt Shoe-making die, upper mold seat (12), the side mold seat that shoe-making die has lower mold base (11) and can overturn are housed on frame (2) (13) and driving upper mold seat (12) overturning upper mold turning mechanism, rack (1) side is equipped at least one injecting glue Machine (3) and at least one the side form turnover driving mechanism for driving side mold seat (13) to overturn, equipped with being shoe-making die in rack (1) Power supply, the circuit feedway and gas circuit feedway supplied.

2. shoemaking complete set of equipments according to claim 1, it is characterized in that: the shoe-making die, which is equipped with, makes upper mold turning machine The rear touch valve (5) of structure movement is also equipped with the valve that valve is touched after being correspondingly arranged and drive with glue-injection machine (3) position in rack (1) The rear trigger mechanism of bar movement.

3. shoemaking complete set of equipments according to claim 2, it is characterized in that: the shoe-making die includes being connected to chassis (2) On mold rack (21), the lower mold base (11) is fixed in mold rack, upper mold seat (12) is hinged on the rear portion of mold rack And upper mold seat (12) turn after can cover on lower mold base, the upper mold turning mechanism include be hinged on mold rack (21) Upper mold drive cylinder (6), upper mold seat (12) and upper mold driving cylinder piston rod be connected by power, it is described after touch valve (5) The air inlet/outlet of cylinder is driven to connect with upper mold by pneumatic pipeline.

4. shoemaking complete set of equipments according to claim 2, it is characterized in that: trigger mechanism includes being connected to rack after described (1) the rear triggering cylinder (20) on touches the valve rod of valve (5) to realize gas after the piston rod of triggering cylinder (20) can be stirred afterwards The on-off on road.

5. shoemaking complete set of equipments according to claim 1, it is characterized in that: the side form turnover driving mechanism includes that side form turns over Pivoted frame (7), equipped with by side form overturning moving drive mechanism driving sliding and glide direction and shoe-making die on side form rollover stand (7) The consistent side form sliding rack (8) of direction of travel, in side form sliding rack (8) equipped with by the mobile power mechanism driving of side form it is close and The side form of separate shoe-making die, which moves, leans on frame (9), and side form, which moves to be equipped on frame (9), makes side mold by side form overturning power mechanism driving The side form turnover mechanism of seat (13) overturning.

6. shoemaking complete set of equipments according to claim 5, it is characterized in that: the shoe-making die includes being connected to chassis (2) On mold rack (21), side mold seat (13) is hinged on the side of mold rack and side mold seat be flipped up after can cover on down On mold base (11), the side form turnover mechanism is rotated by side form overturning power mechanism, side form turnover mechanism and side It is correspondingly provided with the yoke that can be plugged each other and slot on mold base and yoke can slide in slot.

7. shoemaking complete set of equipments according to claim 6, it is characterized in that: being equipped with locking cylinder in the mold rack (21) (10), it is pressed on the side mold seat turned on lower mold base equipped with energy locking side mold seat on locking cylinder (10), mould Tool frame (21) on equipped with make locking cylinder (10) act preceding touch valve (22), it is described before touch valve (22) by pneumatic pipeline with The air inlet/outlet of locking cylinder (10) connects, and the preceding touching that the valve rod movement of valve is touched before driving is also equipped on side form rollover stand (7) Movable plate, the preceding plate that touches are taken offence the piston rod power drive of cylinder by the forerunner on side form rollover stand (7).

8. shoemaking complete set of equipments described in any one of -7 according to claim 1, it is characterized in that: being filled on the lower mold base (11) There is the electric space heater being electrically connected with circuit feedway, upper mold seat (12) includes in the mold rack (21) for connect shoe-making die Upper mold plate (121), equipped with the suspention axis (122) for mounting the lifting lug of upper mold, upper mold plate (121) on upper mold plate On be also bolted with can be pressed against on the upper mold abut against bar (123).

9. shoemaking complete set of equipments described in any one of -7 according to claim 1, it is characterized in that: the circuit feedway includes Electric slip ring (14) on the rack is connected, electric feed trough tool is also rotatably connected in rack (1) and electric feed trough tool is same with chassis Step moves, and brush (15) are housed on electric feed trough tool, and one end of brush is electrically connected with electric slip ring (14), the other end is shoe-making die Power supply.

10. shoemaking complete set of equipments described in any one of -7 according to claim 1, it is characterized in that: the gas circuit feedway packet The inlet manifold road (16) being connected on rack (1) is included, the air inlet connecting with inlet manifold road is housed on one of chassis (2) Rotary joint (17), is rotatably connected to the gas feed trough tool with chassis synchronous operation in rack, gas feed trough tool be provided with into The inlet manifold (18) of cyclone adapter (17) connection, inlet manifold (18) are respectively that shoe-making die supplies by branch path.