CN108356958A - A kind of ceramic sanitary ware molding press - Google Patents

A kind of ceramic sanitary ware molding press Download PDF

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Publication number
CN108356958A
CN108356958A CN201810147299.1A CN201810147299A CN108356958A CN 108356958 A CN108356958 A CN 108356958A CN 201810147299 A CN201810147299 A CN 201810147299A CN 108356958 A CN108356958 A CN 108356958A
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CN
China
Prior art keywords
gear
driving
driven
sanitary ware
drying box
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Granted
Application number
CN201810147299.1A
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Chinese (zh)
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CN108356958B (en
Inventor
曹瑾
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Jiaxing KANGLIDE component Co.,Ltd.
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曹瑾
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Priority to CN201810147299.1A priority Critical patent/CN108356958B/en
Publication of CN108356958A publication Critical patent/CN108356958A/en
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Publication of CN108356958B publication Critical patent/CN108356958B/en
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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B28WORKING CEMENT, CLAY, OR STONE
    • B28BSHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B3/00Producing shaped articles from the material by using presses; Presses specially adapted therefor
    • B28B3/02Producing shaped articles from the material by using presses; Presses specially adapted therefor wherein a ram exerts pressure on the material in a moulding space; Ram heads of special form
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B28WORKING CEMENT, CLAY, OR STONE
    • B28BSHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B17/00Details of, or accessories for, apparatus for shaping the material; Auxiliary measures taken in connection with such shaping
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B28WORKING CEMENT, CLAY, OR STONE
    • B28BSHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B7/00Moulds; Cores; Mandrels
    • B28B7/38Treating surfaces of moulds, cores, or mandrels to prevent sticking
    • B28B7/386Cleaning
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F26DRYING
    • F26BDRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
    • F26B21/00Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
    • F26B21/004Nozzle assemblies; Air knives; Air distributors; Blow boxes

Abstract

The invention discloses a kind of ceramic sanitary ware molding press,Its structure includes die press housing body,Pneumatic cylinder,It is molded machine controller,Air shooter,Air pressure tank,Air pressure tank bearing,Sanitary ware punching press upper die holder,Self-cleaning sanitary ware punching press lower die holder,Molding machine controller is electrically connected to the other end of die press housing body,The lower end of die press housing body inner surface is equipped with self-cleaning sanitary ware punching press lower die holder,Sanitary ware punching press upper die holder is set to the upper end face of self-cleaning sanitary ware punching press lower die holder,The present invention is by being equipped with self-cleaning sanitary ware punching press lower die holder,Self-cleaning sanitary ware punching press lower die holder can be cleared up automatically after processing is completed to ceramic sanitary appliance to realize equipment ceramic sanitary ware molding press,Effectively prevent equipment internal residual silt,The solid particles such as dust influence to avoid the inconvenience of manual cleaning while the processing quality of ceramic sanitary appliance,Improve the processing quality of equipment,It is highly practical.

Description

A kind of ceramic sanitary ware molding press
Technical field
The present invention is a kind of ceramic sanitary ware molding press, belongs to moulding press equipment technical field.
Background technology
Sanitary ware refers in toilet, the ceramics of kitchen application and hardware home equipment.Sanitary ware is mainly by ceramics, glass The materials such as steel, plastics, artificial marble, stainless steel are made.China sanitary ware quality is pure white, color and luster is soft, compact structure, strong Spend that larger, thermal stability is good.Including:Toilet seat, wash basin, sink, mating sanitary ware etc..
But the prior art is being easy the solid particles such as residual silt, dust to ceramic sanitary appliance is internal after processing is completed, if not Cleaning can impact the processing quality of equipment ceramic sanitary appliance in time, and manual cleaning is extremely inconvenient, poor practicability.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of ceramic sanitary ware molding press, it is existing to solve Technology is to ceramic sanitary appliance, inside is easy the solid particles such as residual silt, dust after processing is completed, and such as cleaning meeting pair is set not in time The problem of processing quality of standby ceramic sanitary appliance impacts, and manual cleaning is extremely inconvenient, poor practicability.
To achieve the goals above, the present invention is to realize by the following technical solutions:A kind of ceramic sanitary ware molding press, Its structure includes die press housing body, pneumatic cylinder, molding machine controller, air shooter, air pressure tank, air pressure tank bearing, sanitary ware Punching press upper die holder, self-cleaning sanitary ware punching press lower die holder, the molding machine controller are electrically connected to the another of die press housing body The lower end of one end, the die press housing body inner surface is equipped with self-cleaning sanitary ware punching press lower die holder, the sanitary ware punching press Upper die holder is set to the upper end face of self-cleaning sanitary ware punching press lower die holder, and the rear surface of the pneumatic cylinder is connected with sanitary ware punching Upper die holder is pressed, the air pressure tank is connect by air shooter with pneumatic cylinder, on the upper end face of the air pressure tank bearing Equipped with air pressure tank, the self-cleaning sanitary ware punching press lower die holder by self-cleaning sanitary ware punching press lower die holder outer housing, guide duct, Die cavity, water sending device, header tank, send water-driven device, cleaning water to return pipe, sediment separator driving device, mud at flow pipe Husky separator, guiding device, silt separation chamber, silt delivery pipe, silt storage box, drying box driving device, drying box speed change Device, drying box air-supply arrangement, drying box composition, the die cavity are embedded in self-cleaning sanitary ware punching press lower die holder outer housing upper end Inner surface, the header tank is connected to the other end of die cavity by flow pipe, and it is clean that the header tank is set to self-cleaning Has the inner surface of punching press lower die holder outer housing, the inner surface of the header tank is equipped with water sending device, and described send water-driven to fill It is arranged in the other end of water sending device, the header tank is returned pipe by cleaning water and connect with silt separation chamber, described Sediment separator is set to silt and detaches chamber internal surface, and the other end of the sediment separator is through silt separation chamber and and silt Separator driving means connect, and the sediment separator driving device is connected to the other end of silt separation chamber, the mud Husky storage box is connected to one end of silt separation chamber by silt delivery pipe, the upper and lower ends of the guiding device respectively with mould One end of slot, the connection of silt separation chamber, the die cavity is connected with drying box, drying box driving dress by guide duct It sets, drying box speed change gear, drying box air-supply arrangement are set on the inner surface of drying box, drying box driving device connection It is filled in being connected with drying box air-supply on the rear surface of drying box speed change gear, the upper end face of the drying box speed change gear It sets.
Further, the water sending device by piston rod, movable rod, compression bar, water output duct, fixed block, piston cylinder, Piston block, penstock composition, one end of the compression bar are flexibly connected with the upper end face of piston rod, the piston rod Rear surface is mutually welded through piston cylinder and with piston block, and the fixed block is welded in the other end of piston cylinder, and described consolidates Determine block to connect by movable rod with compression bar, the water output duct is connected to one end of piston cylinder, under the piston cylinder End surfaces are connected with penstock, and the piston cylinder is set to the inner surface of header tank.
Further, described to send water-driven device by mandril, active fastening block, adjustable spring, castor link block, activity Wheel, actuated by cams bull stick, first shaft coupling, send water-driven motor form, the actuated by cams bull stick to pass through first at cam For axis device nested encryptions in the one end for sending water-driven motor, one end and the cam nested encryptions of the actuated by cams bull stick are described Cam be set to the rear surface of castor, the rear surface of the mandril connect by castor link block with castor, The upper end face of mandril of the adjustable spring nested encryptions described in the rear surface of adjustable spring runs through active fastening block, institute The inner surface for sending water-driven motor to be set to header tank stated.
Further, the sediment separator driving device is driven by sediment separator driving motor, sediment separator Case, turntable drive rod, driven turntable, drive pulley drive rod, drive pulley, the first driving belt, driven pulley, One gear active seat, the driven seat of first gear, active turntable drive rod, active turntable, first gear active seat drive rod, second Shaft coupling forms, and the inner surface of the sediment separator driving box is equipped with sediment separator driving motor, first tooth Wheel active seat drive rod is connected to one end of sediment separator driving motor by second shaft coupling, and the first gear is actively One end of seat drive rod and first gear active seat nested encryptions, the driven seat of the first gear are connected to first gear actively On the upper end face of seat, the active turntable is connected to the other end of the driven seat of first gear by active turntable drive rod, The active turntable is flexibly connected with driven turntable by turntable drive rod, and the drive pulley passes through drive pulley Drive rod is connected to one end of driven turntable, and the driven pulley is connected to drive pulley by the first driving belt Rear surface, the other end of the sediment separator through silt separation chamber and with driven pulley nested encryptions.
Further, the guiding device is by diversion pipe, baffle, movable bolt, baffle fixture block, baffle connecting rod, work Dynamic deck, limited block, movable deck support plate, screw thread bull stick, free gear, latch, latch drive disk, axis, the second transmission skin Band, movable disk, movable disk drive rod, third shaft coupling, guiding device driving motor, guiding device driving box composition, it is described The inner surface of guiding device driving box is equipped with guiding device driving motor, and the movable disk drive rod is connected by third shaft coupling It is connected to one end of guiding device driving motor, one end and the movable disk nested encryptions of the movable disk drive rod, the work Moving plate is connect by the second driving belt with axis, and the axis is welded in the front-end surface of latch drive disk, described Latch drive disk is mutually welded with latch, and the free gear is set on the upper end face of latch drive disk, the movable teeth Screw thread bull stick is connected on the upper end face of wheel, the other end of the screw thread bull stick sequentially passes through diversion pipe, guiding device drives Dynamic case is simultaneously connect with free gear, and the guiding device driving box is connected to the other end of diversion pipe, the screw thread bull stick One end run through movable deck and connect with limited block, movable deck is set on the upper end face of activity deck support plate, described The rear surface of baffle connecting rod runs through movable deck and is connect with limited block, the upper end face and gear of the baffle connecting rod The side of plate rear surface is mutually welded, and the other end of the baffle is flexibly connected by movable bolt with baffle fixture block, described The upper and lower ends of diversion pipe connect respectively with die cavity, silt separation chamber.
Further, the drying box driving device is by drying box driving motor, the 4th shaft coupling, active worm screw, snail Bar drive plate, driven worm screw, second gear active seat composition, the active worm screw are connected to drying box by the 4th shaft coupling One end of driving motor, the active worm screw are connect with driven worm screw by worm-drive disk, and the second gear is actively Seat nested encryptions in be connected on one end of driven worm screw, the upper end face of the second gear active seat drying box become quick-mounting It sets.
Further, the drying box speed change gear is by the driven seat of second gear, active bull stick, driving gear, dead axle Gear, transmission bull stick, driven bull stick, driven gear, transmission gear composition, one end nested encryptions of the active bull stick have the Two gear driven seats, for the driving gear uniformly and equidistantly through the other end of active bull stick, the driving gear is logical It crosses transmission gear to connect with driven gear, the other end of the transmission bull stick, which uniformly and equidistantly runs through, transmission gear, described Fixed axis gear nested encryptions in one end of transmission bull stick, the driven gear, which runs through, is connected to the other end of driven bull stick, One end of the driven bull stick and drying box air-supply arrangement nested encryptions.
Further, the drying box air-supply arrangement by first driving gear, lever arm bayonet lock, second driving gear, Lever arm, sheave, rotating disc, rotating disc bayonet lock, rotating disc drive rod, drying fan composition, the described first driving gear The second driving gear is connected on upper end face, the lever arm is movably connected on the second driving gear, front-end surface, institute The lever arm bayonet lock stated is welded in the left and right sides of lever arm, and the sheave is set to the other end of lever arm, the rotation Disk is movably connected on the other end of sheave by rotating disc bayonet lock, and one end of the rotating disc drive rod is nested with rotating disc to be connected Connect, the other end of the rotating disc drive rod and drying fan nested encryptions, the described first driving gear nested encryptions in The other end of drying box speed change gear.
Further, the air pressure tank bearing is the rectangular configuration of a height of 50-60cm.
Further, the driving gear is equipped with 3 and parallel to each other.
Advantageous effect
It is clean to be first placed on self-cleaning when using this equipment by a kind of ceramic sanitary ware molding press of the present invention, user for walk Have in punching press lower die holder, and drives pneumatic cylinder that sanitary ware punching press upper die holder is driven to push to certainly clear by air shooter by air pressure tank Walk in clean formula sanitary ware punching press lower die holder is squeezed, and walk is made to be shaped to sanitary ware base, sanitary ware base after processing is completed, molding Machine controller, which can be automatically controled, send water-driven device to drive water sending device work that the cleaning water in header tank is passed through flow pipe It is sent into die cavity and die cavity is rinsed, after flushing, molding machine controller control guiding device work is driven by guiding device Baffle connecting rod is driven to push for dynamic motor so that baffle one end pushes, and the cleaning water with body refuse passes through after rinsing at this time Diversion pipe flows into silt separation chamber, and molding machine controller automatically controls sediment separator driving device and works so that silt separation Device carries out silt separation to the cleaning water with body refuse automatically, and the silt isolated is sent into silt storage box through silt delivery pipe Store, and the cleaning water after being detached through silt it is cleaned with water return pipe return in header tank, realize water resource Recycling, at the same time, molding machine controller drive again drying box driving device work, drying box driving device drive Drying box speed change gear, the work of drying box air-supply arrangement, drying box speed change gear can carry out the rotating speed of drying box air-supply arrangement It adjusts, drying fan rotation generation dry wind, dry wind are sent into die cavity through guide duct in the drying box air-supply arrangement course of work It is interior and to remaining water stain carry out drying and processing in die cavity, add to ceramic sanitary appliance to realize equipment ceramic sanitary ware molding press Self-cleaning sanitary ware punching press lower die holder can be cleared up automatically after the completion of work, effectively prevent equipment internal residual mud The solid particles such as sand, dust influence to avoid the inconvenience of manual cleaning while the processing quality of ceramic sanitary appliance, improve equipment Processing quality, it is highly practical.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:
Fig. 1 is a kind of structural schematic diagram of ceramic sanitary ware molding press of the present invention.
Fig. 2 is the structural schematic diagram of self-cleaning sanitary ware punching press lower die holder of the present invention.
Fig. 3 is the structural schematic diagram of water sending device of the present invention.
Fig. 4 is the structural schematic diagram that the present invention send water-driven device.
Fig. 5 is the structural schematic diagram of sediment separator driving device of the present invention.
Fig. 6 is the structural schematic diagram of guiding device of the present invention.
Fig. 7 is the structural schematic diagram of drying box driving device of the present invention.
Fig. 8 is the structural schematic diagram of drying box speed change gear of the present invention.
Fig. 9 is the structural schematic diagram of drying box air-supply arrangement of the present invention.
In figure:Die press housing body -1, pneumatic cylinder -2, molding machine controller -3, air shooter -4, air pressure tank -5, gas Press tank bearing -6, sanitary ware punching press upper die holder -7, self-cleaning sanitary ware punching press lower die holder -8, outside self-cleaning sanitary ware punching press lower die holder Shell -801, die cavity -803, flow pipe -804, water sending device -805, header tank -806, send water-driven device-at guide duct -802 807, cleaning water return pipe -808, sediment separator driving device -809, sediment separator -8010, guiding device -8011, Silt separation chamber -8012, silt delivery pipe -8013, silt storage box -8014, drying box driving device -8015, drying box become Speed variator -8016, drying box air-supply arrangement -8017, drying box -8018, piston rod -80501, movable rod -80502, compression bar - 80503, water output duct -80504, fixed block -80505, piston cylinder -80506, piston block -80507, penstock -80508, top Bar -80701, active fastening block -80702, adjustable spring -80703, castor link block -80704, castor -80705, cam - 80706, actuated by cams bull stick -80707, first shaft coupling -80708, send water-driven motor -80709, sediment separator driving electricity Machine -80901, sediment separator driving box -80902, turntable drive rod -80903, driven turntable -80904, drive pulley drive Lever -80905, drive pulley -80906, the first driving belt -80907, driven pulley -80908, first gear are actively Seat -80909, the driven seat -80910 of first gear, active turntable drive rod -80911, active turntable -80912, first gear master Dynamic seat drive rod -80913, second shaft coupling -80914, diversion pipe -801101, baffle -801102, movable bolt -801103, Baffle fixture block -801104, baffle connecting rod -801105, movable deck -801106, limited block -801107, movable deck support plate - 801108, screw thread bull stick -801109, free gear -801110, latch -801111, latch drive disk -801112, axis - 801113, the second driving belt -801114, movable disk -801115, movable disk drive rod -801116, third shaft coupling - 801117, guiding device driving motor -801118, guiding device driving box -801119, drying box driving motor -801501, Four shaft couplings -801502, active worm screw -801503, worm-drive disk -801504, driven worm screw -801505, second gear master Dynamic seat -801506, the driven seat -801601 of second gear, active bull stick -801602, driving gear -801603, fixed axis gear - 801604, bull stick -801605, driven bull stick -801606, driven gear -801607, transmission gear -801608, the first drive are driven Moving gear -801701, lever arm bayonet lock -801702, second drive gear -801703, lever arm -801704, sheave - 801705, rotating disc -801706, rotating disc bayonet lock -801707, rotating disc drive rod -801708, drying fan -801709.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to Specific implementation mode, the present invention is further explained.
- Fig. 9 is please referred to Fig.1, the present invention provides a kind of ceramic sanitary ware molding press technical solution:A kind of ceramic sanitary appliance molding Machine, structure include die press housing body 1, pneumatic cylinder 2, molding machine controller 3, air shooter 4, air pressure tank 5, air pressure tank branch Seat 6, sanitary ware punching press upper die holder 7, self-cleaning sanitary ware punching press lower die holder 8, the molding machine controller 3 is electrically connected to moulding press The lower end of the other end of outer housing 1,1 inner surface of die press housing body is equipped with self-cleaning sanitary ware punching press lower die holder 8, institute The sanitary ware punching press upper die holder 7 stated is set to the upper end face of self-cleaning sanitary ware punching press lower die holder 8, the lower end of the pneumatic cylinder 2 Surface is connected with sanitary ware punching press upper die holder 7, and the air pressure tank 5 is connect by air shooter 4 with pneumatic cylinder 2, the gas The upper end face of tank bearing 6 is pressed to be equipped with air pressure tank 5, the self-cleaning sanitary ware punching press lower die holder 8 is by self-cleaning sanitary ware Punching press lower die holder outer housing 801, die cavity 803, flow pipe 804, water sending device 805, header tank 806, send water drive at guide duct 802 Dynamic device 807, cleaning water return pipe 808, sediment separator driving device 809, sediment separator 8010, guiding device 8011, silt separation chamber 8012, silt delivery pipe 8013, silt storage box 8014, drying box driving device 8015, drying box become Speed variator 8016, drying box air-supply arrangement 8017, drying box 8018 form, and the die cavity 803 is rushed embedded in self-cleaning sanitary ware The inner surface of 801 upper end of die holder outer housing is depressed, the header tank 806 is connected to the another of die cavity 803 by flow pipe 804 End, the header tank 806 are set to the inner surface of self-cleaning sanitary ware punching press lower die holder outer housing 801, the header tank 806 Inner surface be equipped with water sending device 805, the described other end for sending water-driven device 807 to be set to water sending device 805, the collection Water tank 806 is returned pipe 808 by cleaning water and is connect with silt separation chamber 8012, and the sediment separator 8010 is set to silt 8012 inner surface of separation chamber, the other end of the sediment separator 8010 is through silt separation chamber 8012 and and sediment separator Driving device 809 connects, and the sediment separator driving device 809 is connected to the other end of silt separation chamber 8012, described Silt storage box 8014 one end of silt separation chamber 8012, the guiding device are connected to by silt delivery pipe 8013 8011 upper and lower ends are connect with die cavity 803, silt separation chamber 8012 respectively, and one end of the die cavity 803 passes through guide duct 802 are connected with drying box 8018, the drying box driving device 8015, drying box speed change gear 8016, drying box air-supply dress 8017 inner surfaces for being set to drying box 8018 are set, the drying box driving device 8015 is connected to drying box speed change gear 8016 rear surface is connected with drying box air-supply arrangement 8017 on the upper end face of the drying box speed change gear 8016, The water sending device 805 is by piston rod 80501, movable rod 80502, compression bar 80503, water output duct 80504, fixed block 80505, piston cylinder 80506, piston block 80507, penstock 80508 form, one end of the compression bar 80503 and piston rod 80501 upper end face flexible connection, the rear surface of the piston rod 80501 is through piston cylinder 80506 and and piston block 80507 phases are welded, and the fixed block 80505 is welded in the other end of piston cylinder 80506, the fixed block 80505 and pressure Bar 80503 is connected by movable rod 80502, and the water output duct 80504 is connected to one end of piston cylinder 80506, described The rear surface of piston cylinder 80506 be connected with penstock 80508, the piston cylinder 80506 is set to the interior of header tank 806 Surface, described send water-driven device 807 to be connected by mandril 80701, active fastening block 80702, adjustable spring 80703, castor Block 80704, cam 80706, actuated by cams bull stick 80707, first shaft coupling 80708, send water-driven motor at castor 80705 80709 compositions, the actuated by cams bull stick 80707 is by 80708 nested encryptions of first shaft coupling in sending water-driven motor 80709 one end, one end and 80706 nested encryptions of cam of the actuated by cams bull stick 80707, the cam 80706 Set on the rear surface of castor 80705, the rear surface of the mandril 80701 by castor link block 80704 and is lived Driving wheel 80705 connects, mandril of 80703 nested encryptions of adjustable spring described in the rear surface of adjustable spring 80703 80701 upper end face runs through active fastening block 80702, and described send the interior table that water-driven motor 80709 is set to header tank 806 Face, the sediment separator driving device 809 is by sediment separator driving motor 80901, sediment separator driving box 80902, turntable drive rod 80903, driven turntable 80904, drive pulley drive rod 80905, drive pulley 80906, One driving belt 80907, driven pulley 80908, first gear active seat 80909, the driven seat 80910 of first gear, active Turntable drive rod 80911, active turntable 80912, first gear active seat drive rod 80913, second shaft coupling 80914 form, The inner surface of the sediment separator driving box 80902 is equipped with sediment separator driving motor 80901, the first gear Active seat drive rod 80913 is connected to one end of sediment separator driving motor 80901 by second shaft coupling 80914, described First gear active seat drive rod 80913 one end and 80909 nested encryptions of first gear active seat, the first gear Driven seat 80910 is connected on the upper end face of first gear active seat 80909, and the active turntable 80912 passes through actively Turntable drive rod 80911 is connected to the other end of the driven seat of first gear 80910, the active turntable 80912 with from turn Disk 80904 is flexibly connected by turntable drive rod 80903, and the drive pulley 80906 passes through drive pulley drive rod 80905 are connected to one end of driven turntable 80904, and the driven pulley 80908 is connected by the first driving belt 80907 Run through silt separation chamber 8012 simultaneously in the other end of the rear surface of drive pulley 80906, the sediment separator 8010 With 80908 nested encryptions of driven pulley, the guiding device 8011 is by diversion pipe 801101, baffle 801102, movable screw Bolt 801103, baffle fixture block 801104, baffle connecting rod 801105, movable deck 801106, limited block 801107, movable deck Support plate 801108, screw thread bull stick 801109, free gear 801110, latch 801111, latch drive disk 801112, axis 801113, the second driving belt 801114, movable disk 801115, movable disk drive rod 801116, third shaft coupling 801117, lead Flow device driving motor 801118, guiding device driving box 801119 forms, the guiding device driving box 801119 it is interior Surface is equipped with guiding device driving motor 801118, and the movable disk drive rod 801116 is connected by third shaft coupling 801117 It is connected to one end of guiding device driving motor 801118, one end and the movable disk 801115 of the movable disk drive rod 801116 Nested encryptions, the movable disk 801115 are connect by the second driving belt 801114 with axis 801113, the axis 801113 are welded in the front-end surface of latch drive disk 801112, the latch drive disk 801112 and 801111 phase of latch Welding, the free gear 801110 are set on the upper end face of latch drive disk 801112, the free gear Screw thread bull stick 801109 is connected on 801110 upper end face, the other end of the screw thread bull stick 801109, which sequentially passes through, leads Flow tube 801101, guiding device driving box 801119 are simultaneously connect with free gear 801110, the guiding device driving box 801119 are connected to the other end of diversion pipe 801101, and movable deck 801106 is run through in one end of the screw thread bull stick 801109 And connect with limited block 801107, movable deck 801106 is set on the upper end face of movable deck support plate 801108, described The rear surface of baffle connecting rod 801105 runs through movable deck 801106 and is connect with limited block 801107, and the baffle connects The upper end face of extension bar 801105 and the side of 801102 rear surface of baffle are mutually welded, the other end of the baffle 801102 Be flexibly connected with baffle fixture block 801104 by movable bolt 801103, the upper and lower ends of the diversion pipe 801101 respectively with Die cavity 803, silt separation chamber 8012 connect, and the drying box driving device 8015 is by drying box driving motor 801501, the Four shaft couplings 801502, active worm screw 801503, worm-drive disk 801504, driven worm screw 801505, second gear active seat 801506 compositions, the active worm screw 801503 are connected to drying box driving motor 801501 by the 4th shaft coupling 801502 One end, the active worm screw 801503 connect with driven worm screw 801505 by worm-drive disk 801504, described Two gear active seats, 801506 nested encryptions in one end of driven worm screw 801505, the second gear active seat 801506 Drying box speed change gear 8016 is connected on upper end face, the drying box speed change gear 8016 is by the driven seat of second gear 801601, active bull stick 801602, driving gear 801603, fixed axis gear 801604, transmission bull stick 801605, driven bull stick 801606, driven gear 801607, transmission gear 801608 form, and one end nested encryptions of the active bull stick 801602 have The driven seat 801601 of second gear, the driving gear 801603 is uniformly and equidistantly through the another of active bull stick 801602 End, the driving gear 801603 are connect by transmission gear 801608 with driven gear 801607, the transmission bull stick 801605 other end, which uniformly and equidistantly runs through, transmission gear 801608, and 801604 nested encryptions of fixed axis gear are in biography One end of turn bar 801605, the driven gear 801607 runs through the other end for being connected to driven bull stick 801606, described Driven bull stick 801606 one end and 8017 nested encryptions of drying box air-supply arrangement, the drying box air-supply arrangement 8017 by First driving gear 801701, lever arm bayonet lock 801702, second drive gear 801703, lever arm 801704, sheave 801705, rotating disc 801706, rotating disc bayonet lock 801707, rotating disc drive rod 801708, drying fan 801709 form, institute It is connected with the second driving gear 801703, the lever arm 801704 on the upper end face for the first driving gear 801701 stated It is movably connected on the second driving gear 801703, front-end surface, the lever arm bayonet lock 801702 is welded in lever arm 801704 left and right sides, the sheave 801705 are set to the other end of lever arm 801704, the rotating disc 801706 It is movably connected on the other end of sheave 801705 by rotating disc bayonet lock 801707, the one of the rotating disc drive rod 801708 End and 801706 nested encryptions of rotating disc, the other end of the rotating disc drive rod 801708 are nested with drying fan 801709 Connection, the described first driving 801701 nested encryptions of gear are in the other end of drying box speed change gear 8016, the air pressure Tank bearing 6 is the rectangular configuration of a height of 50-60cm, and the driving gear 801603 is equipped with 3 and parallel to each other.
Sediment separator -8010 described in this patent is primarily used to separation underground water and including geothermal water and other water Solid particle in source is suitable for water source heat pump system, central air-conditioning recirculated cooling water, chilled water system, winter changes in temperature cycle Water system, industrial cooling circulating water system etc..Be widely used in many industrial departments such as chemical industry, environmental protection, food, medicine, to Water treatment field realize desanding, drop it is turbid, be separated by solid-liquid separation and other effects significantly.
Walk is first placed in self-cleaning sanitary ware punching press lower die holder 8, and pass through air pressure tank by user when using this equipment 5 drive pneumatic cylinder 2 that sanitary ware punching press upper die holder 7 is driven to push in self-cleaning sanitary ware punching press lower die holder 8 by air shooter 4 Walk is squeezed, and walk is made to be shaped to sanitary ware base, sanitary ware base after processing is completed, molding machine controller 3 can be automatically controled and send Water-driven device 807 drives the work of water sending device 805 that the cleaning water in header tank 806 is sent into die cavity by flow pipe 804 Die cavity 803 is rinsed in 803, after flushing, molding machine controller 3 controls guiding device 8011 and works, and is filled by water conservancy diversion Baffle connecting rod 801105 is driven to push for centrally-mounted driving 801118 so that 801102 one end of baffle pushes, after rinsing at this time Cleaning water with body refuse is flowed by diversion pipe 801101 in silt separation chamber 8012, and molding machine controller 3 automatically controls Sediment separator driving device 809 works so that sediment separator 8010 carries out silt point to the cleaning water with body refuse automatically From, the silt isolated is sent into silt storage box 8014 through silt delivery pipe 8013 and is stored, and after being detached through silt Cleaning water is cleaned to be returned to water return pipe 808 in header tank 806, realizes the recycling of water resource, at the same time, mould Press controller 3 drives drying box driving device 8015 to work again, and drying box driving device 8015 drives drying box to become quick-mounting The work of 8016, drying box air-supply arrangement 8017 is set, drying box speed change gear 8016 can be to the rotating speed of drying box air-supply arrangement 8017 It is adjusted, the rotation of the drying fan 801709 generation dry wind in 8017 course of work of drying box air-supply arrangement, dry wind warp Guide duct 802 is sent into die cavity 803 and to remaining water stain carry out drying and processing in die cavity 803, to realize equipment ceramics Sanitary ware moulding press can automatically clear up self-cleaning sanitary ware punching press lower die holder ceramic sanitary appliance after processing is completed, effectively Avoided while preventing the solid particles such as equipment internal residual silt, dust to influence the processing quality of ceramic sanitary appliance it is artificial The inconvenience of cleaning improves the processing quality of equipment, highly practical.
Problems solved by the invention is that the prior art is being easy residual silt, dust to ceramic sanitary appliance is internal after processing is completed Equal solid particles, such as cleaning can impact the processing quality of equipment ceramic sanitary appliance not in time, and manual cleaning is extremely inconvenient, Poor practicability, the present invention are existed by being equipped with self-cleaning sanitary ware punching press lower die holder to realize equipment ceramic sanitary ware molding press Ceramic sanitary appliance can automatically be cleared up self-cleaning sanitary ware punching press lower die holder after processing is completed, effectively prevent equipment The solid particles such as internal residual silt, dust influence to avoid the inconvenience of manual cleaning while the processing quality of ceramic sanitary appliance, The processing quality of equipment is improved, it is highly practical.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiment being appreciated that.

Claims (8)

1. a kind of ceramic sanitary ware molding press, structure include die press housing body (1), pneumatic cylinder (2), molding machine controller (3), Air shooter (4), air pressure tank (5), air pressure tank bearing (6), sanitary ware punching press upper die holder (7), self-cleaning sanitary ware punching press lower die Seat (8), it is characterised in that:
The molding machine controller (3) is electrically connected to the other end of die press housing body (1), the die press housing body (1) lower end of inner surface is equipped with self-cleaning sanitary ware punching press lower die holder (8), and the sanitary ware punching press upper die holder (7) is set to from clear The rear surface of the upper end face of clean formula sanitary ware punching press lower die holder (8), the pneumatic cylinder (2) is connected with sanitary ware punching press upper die holder (7), the air pressure tank (5) is connect by air shooter (4) with pneumatic cylinder (2), the upper end of the air pressure tank bearing (6) Surface is equipped with air pressure tank (5);
The self-cleaning sanitary ware punching press lower die holder (8) is by self-cleaning sanitary ware punching press lower die holder outer housing (801), guide duct (802), die cavity (803), flow pipe (804), water sending device (805), header tank (806), send water-driven device (807), cleaning Pipe (808), sediment separator driving device (809), sediment separator (8010), guiding device (8011), silt are returned with water Separation chamber (8012), silt delivery pipe (8013), silt storage box (8014), drying box driving device (8015), drying box become Speed variator (8016), drying box air-supply arrangement (8017), drying box (8018) composition;
The die cavity (803) is embedded in the inner surface of self-cleaning sanitary ware punching press lower die holder outer housing (801) upper end, the collection Water tank (806) is connected to the other end of die cavity (803) by flow pipe (804), and the header tank (806) is set to self-cleaning The inner surface of the inner surface of sanitary ware punching press lower die holder outer housing (801), the header tank (806) is equipped with water sending device (805), Described send the other end that water-driven device (807) is set to water sending device (805), and the header tank (806) is by Clean- Water is returned pipe (808) and is connect with silt separation chamber (8012), and the sediment separator (8010) is set to silt separation chamber (8012) other end of inner surface, the sediment separator (8010) runs through silt separation chamber (8012) and and sediment separator Driving device (809) connects, and the sediment separator driving device (809) is connected to the another of silt separation chamber (8012) End, the silt storage box (8014) are connected to one end of silt separation chamber (8012), institute by silt delivery pipe (8013) The upper and lower ends for the guiding device (8011) stated are connect with die cavity (803), silt separation chamber (8012) respectively, the die cavity (803) one end is connected with drying box (8018), the drying box driving device (8015), drying by guide duct (802) Case speed change gear (8016), drying box air-supply arrangement (8017) are set to the inner surface of drying box (8018), the drying box Driving device (8015) is connected to the rear surface of drying box speed change gear (8016), the drying box speed change gear (8016) Upper end face on be connected with drying box air-supply arrangement (8017).
2. a kind of ceramic sanitary ware molding press according to claim 1, it is characterised in that:The water sending device (805) by Piston rod (80501), movable rod (80502), compression bar (80503), water output duct (80504), fixed block (80505), piston Cylinder (80506), piston block (80507), penstock (80508) composition, one end of the compression bar (80503) and piston rod (80501) upper end face flexible connection, the rear surface of the piston rod (80501) through piston cylinder (80506) and with Piston block (80507) mutually welds, and the fixed block (80505) is welded in the other end of piston cylinder (80506), the fixation Block (80505) is connect with compression bar (80503) by movable rod (80502), and the water output duct (80504) is connected to piston The rear surface of one end of cylinder (80506), the piston cylinder (80506) is connected with penstock (80508), the piston Cylinder (80506) is set to the inner surface of header tank (806).
3. a kind of ceramic sanitary ware molding press according to claim 1, it is characterised in that:Described send water-driven device (807) by mandril (80701), active fastening block (80702), adjustable spring (80703), castor link block (80704), castor (80705), cam (80706), actuated by cams bull stick (80707), first shaft coupling (80708), send water-driven motor (80709) Composition, the actuated by cams bull stick (80707) is by first shaft coupling (80708) nested encryptions in sending water-driven motor (80709) one end, one end and cam (80706) nested encryptions of the actuated by cams bull stick (80707), the cam (80706) it is set to the rear surface of castor (80705), the rear surface of the mandril (80701) is connected by castor Block (80704) is connect with castor (80705), and the adjustable spring (80703) nested encryptions are in adjustable spring (80703) The upper end face of mandril (80701) described in rear surface runs through active fastening block (80702), and described send water-driven motor (80709) it is set to the inner surface of header tank (806).
4. a kind of ceramic sanitary ware molding press according to claim 1, it is characterised in that:The sediment separator driving dress Set (809) by sediment separator driving motor (80901), sediment separator driving box (80902), turntable drive rod (80903), Driven turntable (80904), drive pulley drive rod (80905), drive pulley (80906), the first driving belt (80907), driven pulley (80908), first gear active seat (80909), the driven seat of first gear (80910), active turn Dish driving bar (80911), active turntable (80912), first gear active seat drive rod (80913), second shaft coupling (80914) The inner surface of composition, the sediment separator driving box (80902) is equipped with sediment separator driving motor (80901), described First gear active seat drive rod (80913) sediment separator driving motor is connected to by second shaft coupling (80914) (80901) one end, one end and the first gear active seat (80909) of the first gear active seat drive rod (80913) Nested encryptions, the driven seat of the first gear (80910) are connected on the upper end face of first gear active seat (80909), The active turntable (80912) is connected to the another of the driven seat of first gear (80910) by active turntable drive rod (80911) One end, the active turntable (80912) is flexibly connected with driven turntable (80904) by turntable drive rod (80903), described Drive pulley (80906) one end of driven turntable (80904), institute are connected to by drive pulley drive rod (80905) The driven pulley (80908) stated is connected to the lower end table of drive pulley (80906) by the first driving belt (80907) Face, the other end of the sediment separator (8010) is through silt separation chamber (8012) and embedding with driven pulley (80908) Set connection.
5. a kind of ceramic sanitary ware molding press according to claim 1, it is characterised in that:The guiding device (8011) by Diversion pipe (801101), baffle (801102), movable bolt (801103), baffle fixture block (801104), baffle connecting rod (801105), movable deck (801106), limited block (801107), movable deck support plate (801108), screw thread bull stick (801109), free gear (801110), latch (801111), latch drive disk (801112), axis (801113), second pass Dynamic belt (801114), movable disk (801115), movable disk drive rod (801116), third shaft coupling (801117), water conservancy diversion dress Centrally-mounted driving (801118), guiding device driving box (801119) composition, the guiding device driving box (801119) Inner surface is equipped with guiding device driving motor (801118), and the movable disk drive rod (801116) passes through third shaft coupling (801117) one end of guiding device driving motor (801118), one end of the movable disk drive rod (801116) are connected to With movable disk (801115) nested encryptions, the movable disk (801115) passes through the second driving belt (801114) and axis (801113) it connects, the axis (801113) is welded in the front-end surface of latch drive disk (801112), the card Tooth drive disk (801112) is mutually welded with latch (801111), and the free gear (801110) is set to latch drive disk (801112) on upper end face, screw thread bull stick is connected on the upper end face of the free gear (801110) (801109), the other end of the screw thread bull stick (801109) sequentially passes through diversion pipe (801101), guiding device driving box (801119) and with free gear (801110) it connect, the guiding device driving box (801119) is connected to diversion pipe (801101) movable deck (801106) and and limited block are run through in one end of the other end, the screw thread bull stick (801109) (801107) it connects, movable deck (801106) is set on the upper end face of movable deck support plate (801108), the baffle The rear surface of connecting rod (801105) runs through movable deck (801106) and is connect with limited block (801107), the baffle The upper end face of connecting rod (801105) and the side of baffle (801102) rear surface are mutually welded, the baffle (801102) The other end be flexibly connected with baffle fixture block (801104) by movable bolt (801103), the diversion pipe (801101) Upper and lower ends are connect with die cavity (803), silt separation chamber (8012) respectively.
6. a kind of ceramic sanitary ware molding press according to claim 1, it is characterised in that:The drying box driving device (8015) by drying box driving motor (801501), the 4th shaft coupling (801502), active worm screw (801503), worm-drive disk (801504), driven worm screw (801505), second gear active seat (801506) composition, the active worm screw (801503) are logical Cross one end that the 4th shaft coupling (801502) is connected to drying box driving motor (801501), the active worm screw (801503) It is connect by worm-drive disk (801504) with driven worm screw (801505), the second gear active seat (801506) is nested It is connected to one end of driven worm screw (801505), is connected on the upper end face of the second gear active seat (801506) dry Dry case speed change gear (8016).
7. a kind of ceramic sanitary ware molding press according to claim 1, it is characterised in that:The drying box speed change gear (8016) by the driven seat of second gear (801601), active bull stick (801602), driving gear (801603), fixed axis gear (801604), transmission bull stick (801605), driven bull stick (801606), driven gear (801607), transmission gear (801608) Composition, one end nested encryptions of the active bull stick (801602) have the driven seat of second gear (801601), the active For gear (801603) uniformly and equidistantly through the other end of active bull stick (801602), the driving gear (801603) is logical It crosses transmission gear (801608) to connect with driven gear (801607), the other end of the transmission bull stick (801605) is uniformly etc. Away from through there is a transmission gear (801608), the fixed axis gear (801604) nested encryptions are in transmission bull stick (801605) One end, the driven gear (801607) run through the other end for being connected to driven bull stick (801606), the driven bull stick (801606) one end and drying box air-supply arrangement (8017) nested encryptions.
8. a kind of ceramic sanitary ware molding press according to claim 1, it is characterised in that:The drying box air-supply arrangement (8017) by the first driving gear (801701), lever arm bayonet lock (801702), the second driving gear (801703), lever arm (801704), sheave (801705), rotating disc (801706), rotating disc bayonet lock (801707), rotating disc drive rod (801708), Drying fan (801709) forms, and the second driving gear is connected on the upper end face of the described first driving gear (801701) (801703), the lever arm (801704) is movably connected on the second driving gear (801703), front-end surface, described Lever arm bayonet lock (801702) is welded in the left and right sides of lever arm (801704), and the sheave (801705) is set to lever arm (801704) the other end, the rotating disc (801706) are movably connected on sheave by rotating disc bayonet lock (801707) (801705) the other end, one end and rotating disc (801706) nested encryptions of the rotating disc drive rod (801708), institute The other end for the rotating disc drive rod (801708) stated and drying fan (801709) nested encryptions, the described first driving gear (801701) nested encryptions are in the other end of drying box speed change gear (8016).
CN201810147299.1A 2018-02-12 2018-02-12 Ceramic sanitary appliance moulding press Active CN108356958B (en)

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CN110014503A (en) * 2019-05-07 2019-07-16 罗厚镇 A kind of Production of Ceramics press machine
CN111516107A (en) * 2020-05-02 2020-08-11 张巧 Ceramic sanitary appliance moulding press

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CN111516107A (en) * 2020-05-02 2020-08-11 张巧 Ceramic sanitary appliance moulding press

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