CN201648873U

CN201648873U - Full-automatic pulp molding forming machine

Info

Publication number: CN201648873U
Application number: CN2010201131977U
Authority: CN
Inventors: 曹维清
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-02-08
Filing date: 2010-02-08
Publication date: 2010-11-24
Anticipated expiration: 2020-02-08

Abstract

The utility model relates to a full-automatic pulp molding forming machine, which comprises a frame, a size vat, a hub, a distributor, an adaptor, a dehydrator and an electric decelerator. Porous forming male dies are arranged uniformly on a plurality of table-boards of the hub. The lower parts of the porous forming male dies are provided with distributing chambers of the porous forming male dies. The full-automatic pulp molding forming machine is characterized in that structurally, the distributor comprises a spring and a stator which are arranged in a cover type bearing bush, the stator is contacted with a rotor and the rotor is fixedly connected with the hub; the structure of the dehydrator is that two support arms are hinged on a base of the dehydrator and ring-shaped rubbers sleeved on at least upper and lower guide rollers are hinged on the two support arms; a mobvable female die is arranged inside a rotary frame of the adaptor and a connecting pipeline arranged outside the rotary frame is communicated with a gas circuit of the movable female die; a photoelectric positioner is fixed at the right end of a spindle; and a photoelectric sensor is fixed on a right supporting seat of the spindle. The utility model has the advantages of reasonable structure, continuous operation, high operation efficiency, energy saving relatively, long service life, low cost of molded wrappage and the like.

Description

The full-automatic pulp-molding make-up machine

Technical field

The utility model relates to package packing machine, is a kind of full-automatic pulp-molding make-up machine.

Background technology

Existing similar drum-type paper pulp model formation machine is the octahedral square structure; its weak point is; this make-up machine can not be continuously receives molded wrapper thing automatically and shift from the cylinder mouth, can only wait mechanically and finish reception transfer paper packing material when shut down.Owing to stop the formula operating type between adopting, cause frequently stopping, opening, both influenced service life of equipment, cause energy waste again, operating efficiency is low, the production cost height.

Summary of the invention

The purpose of this utility model is, provides a kind of rational in infrastructure, can work continuously operating efficiency height, energy savings relatively, long service life, the full-automatic pulp-molding make-up machine that molded packing material cost is low.

The purpose of this utility model is realized by following technical scheme: a kind of full-automatic pulp-molding make-up machine, it comprises frame 24, stock tank 25, change hub 1, distributor 17, dehydrator 23, connect dish device 4 and electric reducer device 7, stock tank 25 places in the frame 24, above being positioned at stock tank 15, commentaries on classics hub 1 is set, main shaft 13 right-hand members that change hub 1 are contained in the bell-type bearing holder (housing, cover) 37 of the fixing distributor 17 of right supporting base 18, main shaft 13 left ends that change hub 1 are contained in the bearing holder (housing, cover) 27 of fixing left supporting base 28 of frame 24, on commentaries on classics hub 1 several table tops, porous, shaped punch 3 is set all, porous, shaped punch 3 belows are gas distributing chamber 2, commentaries on classics hub drive sprocket 14 fixing on main shaft 13 right-hand members that change hub 1 is connected with the power output sprocket 9 of the electric reducer of fixing on frame 24 7, it is characterized in that: the structure of described distributor 17 is, being included in bell-type bearing holder (housing, cover) 37 built-in springs 40 contacts with stator 38, stator 38 contacts with moving plate 39, moving plate 39 is connected with commentaries on classics hub 1, the blowpipe 36 that is connected on the stator 38, vaccum pulp absorbing dehydrating tube 19, vacuum dehydration pipe 20 and secondary vacuum dehydrating tube 21, blowpipe 36 is communicated with vaccum pulp absorbing dehydrating tube 19 by the 3rd electromagnetic valve 22 that is provided with on it with gas distributing chamber 2, vacuum dehydration pipe 20 and secondary vacuum dehydrating tube 21 are communicated with gas distributing chamber 2 respectively; The structure of described dehydrator 23 is, is included in two hinged support arms 41 on the fixing dehydrator base 44 of frame 24 after-frames, is hinged with upper and lower at least two deflector rolls 42 at two support arms 41, is nested with ring-shaped rubber skin 43 at upper and lower two deflector rolls 42; The described structure that connects dish device 4 is, be included in the hinged swing shaft 33 of frame 24 side arms, all be fixed with connection support arm 32 at the two ends of swing shaft 33, connect on the support arm 32 and be fixed with connecting shaft lever 31, it is all hinged with rotating frame 29 side frames to connect support arm 32 and connecting shaft lever 31, the side frame of rotating frame 29 is fixing with frame 24 by hinged pull bar 34, one end of swing shaft 33 is hinged by hinged connecting rod 35 and curved bar 12, curved bar 12 other ends are hinged on the wheel disc that connects dish device driven wheel 11, connecing dish device driven wheel 11 is meshed with the power output gear 10 of electric reducer 7, be provided with mobile die 30 in rotating frame 29 inboards, at rotating frame 29 arranged outside connecting lines 26, connecting line 26 communicates with mobile die 30 gas circuits, at connecting line 26 first electromagnetic valve 5 and second electromagnetic valve 6 are housed respectively, on main shaft 13 right-hand members, be fixed with photoelectricity locator 16, on the right supporting base 18 of main shaft 13, be fixed with photoelectric sensor 15.

The utility model full-automatic pulp-molding make-up machine because to existing distributor, connect dish device and dehydrator and carried out essential improvement, have rational in infrastructure, can work continuously operating efficiency height, energy savings relatively, long service life, molded packing material low cost and other advantages.

Description of drawings

Fig. 1 looks perspective view for master of the present utility model.

Fig. 2 is the rear perspective schematic diagram of Fig. 1.

Fig. 3 is distributor 17 three-dimensional enlarged diagrams among Fig. 1.

Fig. 4 is dehydrator 23 three-dimensional enlarged diagrams among Fig. 1.

Fig. 5 is for connecing dish device 4 three-dimensional enlarged diagrams among Fig. 1.

Among the figure: 1 changes hub, 2 gas distributing chamber, and 3 porous, shaped punch, 4 connect the dish device, 5 first electromagnetic valves, 6 second electromagnetic valves, 7 electric reducers, 8 power output shafts, 9 power output sprockets, 10 power output gears, 11 connect dish device driven wheel, 12 curved bars, 13 main shafts, 14 change hub drive sprocket, 15 photoelectric sensors, 16 photoelectricity locators, 17 distributors, 18 right supporting bases, 19 vaccum pulp absorbing dehydrating tubes, 20 vacuum dehydration pipes, 21 secondary vacuum dehydrating tubes, 22 the 3rd electromagnetic valves, 23 dehydrators, 24 frames, 25 stock tanks, 26 connecting lines, 27 bearing holder (housing, cover)s, 28 left supporting bases, 29 rotating frames, 30 move die, 31 connecting shaft levers, 32 connect support arm, 33 swing shafts, 34 pull bars, 35 connecting rods, 36 blowpipes, 37 bell-type bearing holder (housing, cover)s, 38 stators, 39 moving plates, 40 springs, 41 support arms, 42 deflector rolls, 43 ring-shaped rubber skins, 44 dehydrator bases.

The specific embodiment

Utilize drawings and Examples that the utility model is further described below.

With reference to Fig. 1 and 2, full-automatic pulp-molding make-up machine of the present utility model has frame 24, stock tank 25, change hub 1, distributor 17, dehydrator 23 coils device 4 with connecing, stock tank 25 is arranged in the frame 24, above being positioned at stock tank 25, commentaries on classics hub 1 is set, main shaft 13 right-hand members that change hub 1 are contained in the bell-type bearing holder (housing, cover) 37 of the fixing distributor 17 of right supporting base 18, main shaft 13 left ends that change hub 1 are contained in the bearing holder (housing, cover) 27 of fixing left supporting base 28 of frame 24, on commentaries on classics hub 1 several table tops, porous, shaped punch 3 is set all, porous, shaped punch 3 belows are gas distributing chamber 2, be connected with power output sprocket 9 on electric reducer 7 power output shafts of fixing on the frame 24 8 changeing commentaries on classics hub drive sprocket 14 fixing on main shaft 13 right-hand members of hub 1, on main shaft 13 right-hand members, be fixed with photoelectricity locator 16, on the right supporting base 18 of main shaft 13, be fixed with photoelectric sensor 15.The commentaries on classics hub 1 of present embodiment full-automatic pulp-molding make-up machine has 12 table tops.

With reference to Fig. 1 and 3, the structure of described distributor 17 is, being included in bell-type bearing holder (housing, cover) 37 built-in springs 40 contacts with stator 38, stator 38 contacts with moving plate 39, moving plate 39 is connected with commentaries on classics hub 1, the blowpipe 36 that is connected on the stator 38, vaccum pulp absorbing dehydrating tube 19, a vacuum dehydration pipe 20 and a secondary vacuum dehydrating tube 21, blowpipe 36 is communicated with gas distributing chamber 2 by its 3rd electromagnetic valve 22 of going up setting, and vaccum pulp absorbing dehydrating tube 19, vacuum dehydration pipe 20 and secondary vacuum dehydrating tube 21 are communicated with gas distributing chamber 2 respectively.

With reference to Fig. 1,2 and 4, the structure of described dehydrator 23 is, is included in two hinged support arms 41 on the fixing dehydrator base 44 of frame 24 after-frames, is hinged with upper and lower at least two deflector rolls 42 at two support arms 41, is nested with ring-shaped rubber skin 43 at upper and lower two deflector rolls 42.

With reference to Fig. 1 and 5, the described structure that connects dish device 4 is, be included in the hinged swing shaft 33 of frame 24 side arms, all be fixed with connection support arm 32 at the two ends of swing shaft 33, connect on the support arm 31 and be fixed with connecting shaft lever 31, it is all hinged with rotating frame 29 side frames to connect support arm 32 and connecting shaft lever 31, the side frame of rotating frame 29 is fixing with frame 24 by hinged pull bar 34, one end of swing shaft 33 is hinged by hinged connecting rod 35 and curved bar 12, curved bar 12 other ends are hinged on the wheel disc that connects dish device driven wheel 11, connecing dish device driven wheel 11 is meshed with power output gear 10 on electric reducer 7 power output shafts 8, be provided with mobile die 30 in rotating frame 29 inboards, at rotating frame 29 arranged outside connecting lines 26, connecting line 26 communicates with mobile die 30 gas circuits, at connecting line 26 first electromagnetic valve 5 and second electromagnetic valve 6 is housed respectively.

The course of work of brief description full-automatic pulp-molding make-up machine: start each power source of this machine, porous, shaped punch 3 on changeing hub 1 gas distributing chamber 2 on any three table tops enters the liquid level of stock tank 25 when following, under vacuum action, 17 pairs of media of distributor effectively distribute and control, water is discharged through vaccum pulp absorbing dehydrating tube continuous sucking, and paper pulp is being adsorbed on porous, shaped punch 3 surfaces of changeing hub 1 and is forming the wrapper thing that contains certain moisture content and thickness.The wrapper thing on the porous, shaped punch 3 on any one table top turns to vertical at once with dehydrator 23 in hub 1 gas distributing chamber 2 when changeing, under vacuum action, the ring-shaped rubber skin 43 that is nested with on the deflector roll 42 of dehydrator 23 is adsorbed on the wrapper thing surface on the porous, shaped punch 3, form the parital vacuum state, instantaneous increasing wrapper thing dehydration, water is discharged through a vacuum dehydration pipe 20, and ring-shaped rubber skin 43 rotates also automatic dehydration continuously synchronously with changeing hub 1 under the conduction of deflector roll 42.In the time of directly over the wrapper thing on the porous, shaped punch 3 of any one table top that changes hub 1 turns to, under vacuum action, wrapper thing on the porous, shaped punch 3 is dewatered once more, and water is discharged through secondary vacuum dehydrating tube 21, and the wrapper thing helps the demoulding and drying through vacuum dehydration repeatedly.When the wrapper thing on the porous, shaped punch 3 on any one table top that changes in hub 1 gas distributing chamber 2 turn to connect dish device 4 on mobile die 30 vertical at once, under the reaction force acts of the connection support arm 32 that connects dish device 4, connecting shaft lever 31 is with the porous, shaped punch 3 of mobile die 30 ejections near commentaries on classics hub 1, this moment is under the accurate control of photoelectric sensor 15 and photoelectricity locator 16, the 3rd electromagnetic valve 22 on the blowpipe 36 is opened, compressed air enters commentaries on classics hub 1 gas distributing chamber 2 through distributor 17 the wrapper thing on the porous, shaped punch 3 is blown open, the 3rd electromagnetic valve 22 cuts out, first electromagnetic valve 5 that is communicated with simultaneously on the connecting line 26 of mobile die 30 is opened, under vacuum action, the wrapper thing that breaks away from porous, shaped punch 3 is adsorbed onto on the mobile die 30, connecing dish device 4 this moment begins to separate with commentaries on classics hub 1, the rotating frame 29 that connects dish device 4 is under the interlock effect of pull bar 34 and curved bar 12, moved to horizontal level by rotation, first electromagnetic valve 5 cuts out, second electromagnetic valve 6 on the connecting line 26 is opened simultaneously, compressed air enters in the mobile die 30 the wrapper thing is blown off to conveyer belt, second electromagnetic valve 6 cuts out the running that so far goes round and begins again, and this office has realized producing continuously automatically of wrapper thing.This machine can be produced packaging paper product things such as fruit pallet, birds, beasts and eggs pallet, instrument and meter, glassware, commodity.

Claims

1. full-automatic pulp-molding make-up machine, it comprises frame (24), stock tank (25), change hub (1), distributor (17), dehydrator (23), connect dish device (4) and motorized speed reducer (7), stock tank (25) places in the frame (24), above being positioned at stock tank (25), commentaries on classics hub (1) is set, main shaft (13) right-hand member that changes hub (1) is contained in the bell-type bearing holder (housing, cover) (37) of the fixing distributor (17) of right supporting base (18), main shaft (13) left end that changes hub (1) is contained in the bearing holder (housing, cover) (27) of the fixing left supporting base (28) of frame (24), on several table tops of commentaries on classics hub (1), porous, shaped punch (3) is set all, porous, shaped punch (3) below is gas distributing chamber (2), going up fixing commentaries on classics hub drive sprocket (14) at the main shaft (13) that changes hub (1) is connected with the power output sprocket (9) of going up fixing electric reducer (7) in frame (24), it is characterized in that: the structure of described distributor (17) is, being included in the built-in spring (40) of bell-type bearing holder (housing, cover) (37) contacts with stator (38), stator (38) contacts with moving plate (39), moving plate (39) is connected with commentaries on classics hub (1), the blowpipe (36) that is connected on the stator (38), vaccum pulp absorbing dehydrating tube (19), a vacuum dehydration pipe (20) and secondary vacuum dehydrating tube (21), blowpipe (36) is communicated with vaccum pulp absorbing dehydrating tube (19) by the 3rd electromagnetic valve (22) that is provided with on it with gas distributing chamber (2), a vacuum dehydration pipe (20) and secondary vacuum dehydrating tube (21) are communicated with gas distributing chamber (2) respectively; The structure of described dehydrator (23) is, be included in the fixing dehydrator base (44) of frame (24) after-frame and go up hinged two support arms (41), be hinged with upper and lower at least two deflector rolls (42) at two support arms (41), be nested with ring-shaped rubber skin (43) at upper and lower two deflector rolls (42); The described structure that connects dish device (4) is, be included in the hinged swing shaft (33) of frame (24) side arm, all be fixed with connection support arm (32) at the two ends of swing shaft (33), connect on the support arm (32) and be fixed with connecting shaft lever (31), it is all hinged with rotating frame (29) side frame to connect support arm (32) and connecting shaft lever (31), the side frame of rotating frame (29) is fixing by hinged pull bar (34) and frame (24), one end of swing shaft (33) is hinged by hinged connecting rod (35) and curved bar (12), curved bar (12) other end is hinged on the wheel disc that connects dish device driven wheel (11), connecing dish device driven wheel (11) is meshed with the power output gear (10) of electric reducer (7), be provided with mobile die (30) in rotating frame (29) inboard, at rotating frame (29) arranged outside connecting line (26), connecting line (26) communicates with mobile die (30) gas circuit, at connecting line (26) first electromagnetic valve (5) and second electromagnetic valve (6) are housed respectively, on main shaft (13) right-hand member, be fixed with photoelectricity locator (16), on the right supporting base (18) of main shaft (13), be fixed with photoelectric sensor (15).