CN205997149U - Carborundum pipeline product forming machine - Google Patents

Abstract

Carborundum pipeline product forming machine, including support and mixing feeding device, support is provided with rotating disk, cantilever installing mechanism and rotating disk power-driven mechanism, cantilever installing mechanism is provided with Pneumatic tamping machine, rotating disk is rotatably connected on frame upper surface, rotating disk is provided with the carborundum pipeline mould immediately below Pneumatic tamping machine, and rotating disk power-driven mechanism and rotating disk are in transmission connection, and the material delivery outlet of mixing feeding device is connected with the material input of carborundum pipeline mould.This utility model is easy to operate, mechanization degree is high, reduce hand labor intensity, improve production efficiency.

Description

Carborundum pipeline product forming machine

Technical field

This utility model belongs to silicon carbide products manufacturing technology field and in particular to a kind of carborundum pipeline formed product Machine.

Background technology

Tercod has an excellent anti-molten performance such as alkali erosion, slag corrosion resistance, anti-thermal shock, long service life, Therefore it is widely used in the fields such as blast furnace, electrolysis bath, kiln furnitures, before firing silicon carbide products, select first to make the mould of product Tool, then inserts the raw materials such as carborundum in mould, then passes through manual compaction, forms the prefabricated modules of product, then in kiln Fire inside stove, you can produce silicon carbide products, but in pre- preparing silicon carbide module, be artificial first by different carbonizations Silicon materials mix according to a certain percentage, then insert mixed material in mould again, by the method for manual compaction, are formed Pre-burning module, troublesome poeration, hand labor intensity is big, low production efficiency, and domestic at present also do not have such silicon carbide products molding Machine, therefore, for case above, need badly research and development a kind of carborundum forming machine, improve factory production efficiency.

Utility model content

This utility model in order to solve weak point of the prior art, provide a kind of easy to operate, mechanization degree is high, Reduce hand labor intensity, the carborundum pipeline product forming machine of improve production efficiency.

For solving above-mentioned technical problem, this utility model adopts the following technical scheme that：Carborundum pipeline product forming machine, bag Include support and mixing feeding device, support is provided with rotating disk, cantilever installing mechanism and rotating disk power-driven mechanism, cantilever fitting machine Structure is provided with Pneumatic tamping machine, and rotating disk is rotatably connected on frame upper surface, and rotating disk is provided with immediately below Pneumatic tamping machine Carborundum pipeline mould, rotating disk power-driven mechanism and rotating disk are in transmission connection, mixing feeding device material delivery outlet with The material input of carborundum pipeline mould is connected.

Mixing feeding device includes installation frame, and installation frame bottom is provided with four supporting legs, and installation frame left pivot movement is even It is connected to left roller, left roller is located at the surface of carborundum pipeline mould, is rotatably connected to right roller on the right side of installation frame, The central shaft driven of left roller is connected with the first motor, is in transmission connection by conveyer belt between left roller and right roller；Installing frame Frame backside top is provided with mixed material mechanism, and mixed material mechanism includes being fixed on the blending bunker of installation frame right hand top, The open top of blending bunker, the bottom of blending bunker offers the discharging opening directly over conveyer belt, sets in blending bunker There are some groups of mixing agitators；

Mixing agitator includes fixed case, installing plate and rotating shaft, is provided with the second motor, the main shaft of the second motor in fixed case It is horizontally disposed with, the main shaft of the second motor is fixed with master bevel gear, installing plate is horizontally fixed on the medial wall of blending bunker, Rotating shaft is vertically arranged and is rotatably connected on installing plate, and rotating shaft is provided with helical blade, and the lower end of rotating shaft sequentially passes through installing plate It is fixedly connected with from bevel gear with after the tank wall of fixed case top, master bevel gear is meshed with from bevel gear.

Cantilever installing mechanism includes fixed cylinder, column spinner and cantilever, and fixed cylinder is arranged on the left side of support, in fixed cylinder Heart line is arranged in vertical, and the bottom of column spinner is rotatably connected in fixed cylinder by bearing, and in fixed cylinder, level is provided with First bolt, the inner outer wall top pressure cooperation with column spinner through after fixed cylinder of the first bolt, the first bolt outer end is provided with handss Cantilever is arranged on the right side of column spinner along left and right horizontal direction, and the left side of cantilever is fixed with its centrage vertically The mounting cylinder of setting, mounting cylinder is set on column spinner, is provided with for controlling mounting cylinder lifting between column spinner and mounting cylinder Electric up-down structure, the leading flank of cantilever is provided with two slide rails in the horizontal direction side by side, and two slide rails slidably connect fixation Seat, underlying slide rail is provided with driving tooth bar, and fixed seat is provided with installing rack, handwheel and driving gear, and fixed seat sets There is the second bolt with the cooperation of cantilever top pressure, installing rack is fixed on the leading flank of fixed seat, and hand wheel rotating is connected to fixed seat Leading flank, driving gear is located at the rear side of fixed seat and is fixedly connected with the hand wheel, driving gear with drive tooth bar engaged transmission；Gas Dynamic tamping tool is arranged on installing rack.

Electric up-down structure includes lifting motor, installs case, leading screw and thread bush, installs case and is fixed on the upper of column spinner End, lifting motor is fixed on installation box top, and thread bush is fixed on mounting cylinder, and the centrage of thread bush vertically sets Put, leading screw is located in thread bush and is threadeded with thread bush, the main shaft of lifting motor is fixed with installation case First gear, the upper end of leading screw is fixing to be located at the second gear installed in case, and first gear and second gear are meshed.

The center of rotating disk is fixed with central shaft, and central axis are connected on support, rotating disk power-driven mechanism bag Include motor, worm gear, worm screw, the first belt pulley, the second belt pulley and the 3rd belt pulley, motor is fixed on a left side for support Side, worm gear is fixed on the lower end of central shaft, is provided with two bearing blocks in support, and two bearing blocks are arranged side by side along the longitudinal direction, Worm screw is rotatably connected on two bearing blocks by bearing, and worm and wheel is meshed, and the first belt pulley is fixed on motor Main shaft on, the second pulley rotation is connected in support, and the 3rd belt pulley is fixed on the front end of worm screw, and the second belt pulley is double Groove belt pulley, the second belt pulley is located between the first belt pulley and the 3rd belt pulley, and the first belt pulley passes through the first belt and the Two pulley drive connect, and the second belt pulley is connected with the 3rd pulley drive by the second belt.

Pneumatic tamping machine includes cylinder body and piston rod, and cylinder body is vertically arranged, and piston rod slides from bottom to top and is plugged in cylinder body Interior, piston rod upper end is provided with piston, and piston outer rim is connected with inboard wall of cylinder block slipper seal, is axially arranged with through hole at piston centre, It is provided with the uncovered inner chamber in upper end, piston-rod lower end is provided with tup in piston rod；It is provided with automatic reciprocating mechanism in cylinder body, cylinder body sets There is relief valve.

Automatic reciprocating mechanism includes fix bar and back-moving spring, and fix bar is vertically arranged, and the upper end of fix bar is fixed on cylinder Internal wall, after fix bar lower end passes through through hole from top to bottom and extend into interior intracavity, fix bar lower end is threaded with fixing spiral shell Mother, back-moving spring is located at interior intracavity and being set in fix bar, and back-moving spring upper end is provided with the with the cooperation of piston base top pressure One catch, back-moving spring lower end is provided with the second catch with the cooperation of fixing nut top top pressure.

Carborundum pipeline mould includes exterior mould and the internal mould tub being coaxially set, and exterior mould is placed on rotating disk, Exterior mould is set on internal mould tub, forms die cavity between exterior mould and internal mould tub, and internal mould tub top is provided with automatic uniform blanking dress Put, the outer wall of internal mould tub in axial direction offer expansion joint, the inwall of internal mould tub is provided with reinforcement gusset, internal mould tub interior Wall is provided with three groups of internal diameter governor motions, and three groups of internal diameter governor motion structures are identical and axial direction of along internal mould tub sets side by side Put；

Internal diameter governor motion positioned at internal mould tub the top includes articulated slab, expansion arc bar, adjusts arc bar and fixed plate, hinge Fishplate bar is fixed on internal mould tub inwall and is located at the rear side at expansion joint, and fixed plate is fixed on internal mould tub inwall and is located at expansion joint Front side, fixed plate and articulated slab are located at same level；The all curved first sleeve of external form and are fixed with fixed plate Two sleeve pipes, first sleeve and the second sleeve pipe are arranged side by side in left-right direction, and first sleeve is located at the left side of the second sleeve pipe；Expansion arc Bar is arranged along anterior-posterior horizontal direction, and the rear end of expansion arc bar is hinged on articulated slab, and the front end of expansion arc bar extend into first set In pipe, the circle that the centrage of first sleeve is located is arranged concentrically with the circle at the centrage place of expansion arc bar；Adjust arc bar along front Right side that is horizontally arranged afterwards and being located side by side at expansion arc bar, the rear end adjusting arc bar is hinged on articulated slab, adjusts arc bar Front end extend in the second sleeve pipe, adjust arc bar middle part be fixed with nut, the centrage level in left-right direction of nut Setting, in nut, coaxial line is equipped with screw rod, and screw rod is connected with nut thread, and the left end top pressure of screw rod is in expansion arc bar right side wall On, the right-hand member of screw rod is provided with handle.

Automatic uniform doffer includes the support frame lying in a horizontal plane in internal mould tub top and being located in exterior mould, supports Framework is provided with the material holding tray of circle, and the outer rim of material holding tray is provided with the baffle plate of annular, and baffle plate uniformly offers some discharging openings, The center of material holding tray offers circular hole, and material holding tray is rotatably connected to rotary shaft, rotary shaft by the bearing being assemblied in circular hole Upper end be fixed with circle rotation dish, rotation dish outer rim is along the circumferential direction uniformly provided with some arc knees, under rotary shaft End is connected with drive mechanism；

Drive mechanism includes power motor, and power motor is fixed on baffle plate outer wall, and the main shaft of power motor sets vertically downward Put, the main shaft of power motor is provided with drivewheel, and the lower end of rotary shaft is provided with driven pulley, drivewheel pass through driving belt with driven Wheel is in transmission connection.

Using technique scheme, this utility model has the advantages that：This utility model passes through a series of machine Tool action completes the molding to silicon carbide products, greatly reduces labor intensity, improves production efficiency, easy to operate；

To be specifically carborundum pipeline mould first, due to its internal construction, carborundum pipeline can be changed The size of the internal mould tub of pattern tool, thus preferably sloughing internal mould tub, is easy to take out module, specific demoulding principle is：Prefabricated Before carborundum pipeline module, first pass through and turn handle, so that screw rod is rotated in nut and be moved to the left, the left end top pressure of screw rod Expansion arc bar right side wall, in the presence of top pressure, the rear end of expansion arc bar is moved rearwards by, and the front end of expansion arc bar is in first sleeve Inside slide backward, thus the caliber size of internal mould tub somewhat becomes big；Then can in the die cavity of carborundum pipeline padding and compacting carbon SiClx material, forms carborundum pipeline module, is to slough internal model afterwards, concrete operations are：Control handle, makes screw rod in nut Rotation moves right, and because internal mould tub has certain tension force, under tension, the rear end of expansion arc bar moves forward, The front end of expansion arc bar, in first sleeve slides forwards, is back to initial position, now the caliber size of internal mould tub diminishes again, Internal model can quickly be sloughed, take out carborundum pipeline module；This device utilizes certain folding tension force of internal mould tub, makes internal mould tub Caliber size has change somewhat, thus quickly sloughing internal mould tub, easy to operate, and production efficiency is high, and labor intensity is little；In addition interior The inwall of mould cylinder is provided with reinforcement gusset, strengthens the intensity that gusset strengthens internal mould tub；Automatic uniform doffer can uniformly fall Material, due to uniformly offering discharging opening on baffle plate, material is transferred to by arc knee, and uniformly drops down onto die cavity by discharging opening Interior.

Secondly, mixing feeding device can complete mixing and the transport of material, by the stirring of mixing agitator, by difference The raw material mix homogeneously of ratio, then by conveyer belt, stirred raw material is sent in die cavity, improves production efficiency, section About manpower；

In addition, rotating disk rotates under the drive of rotating disk power-driven mechanism, Pneumatic tamping machine starts simultaneously, Pneumatic tamping machine Drive tup that the raw material in the die cavity in carborundum pipeline mould on rotating disk is consolidated, go to be compacted phase with Traditional Man Relatively, greatly save manpower, decrease labor intensity；

This utility model can also complete the adjustment on mounting cylinder and the height of cantilever by electric up-down structure, thus The height of the carborundum pipeline mould of reply differing heights, by rotational driving gear, makes fixed seat move along about slide rail Dynamic, thus adapting to and various sizes of carborundum pipeline mould；First bolt is used for locking column spinner, prevents it in work When moving, the second bolt is used for the seat that is locked, prevents it from moving left and right along slide rail.

In sum, this utility model is reasonable in design, can complete the molding of carborundum duct products by mechanical action, section About manual labor, improves production efficiency.

Brief description

Fig. 1 is structural representation of the present utility model；

Fig. 2 is the rearview of Fig. 1；

Fig. 3 is the structural representation mixing feeding device in this utility model；

Fig. 4 is the mounting structure schematic diagram of this utility model turntable power-driven mechanism；

Fig. 5 is the structural representation of Pneumatic tamping machine in this utility model；

Fig. 6 is the structural representation of carborundum pipeline mould in this utility model；

Fig. 7 is the top view of Fig. 6；

Fig. 8 is the structural representation of internal mould tub in this utility model；

Fig. 9 is the left view of Fig. 8；

Figure 10 is the structural representation of automatic uniform doffer in this utility model；

Figure 11 is the top view of Figure 10.

Specific embodiment

In description of the present utility model it is to be understood that term " " center ", " length ", " on ", D score, " front ", " afterwards ", the orientation of instruction such as "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outward " or position relationship be based on Orientation shown in accompanying drawing 1 or position relationship, are for only for ease of description this utility model and simplify description, rather than instruction or dark Show the equipment of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that right Restriction of the present utility model.

As shown in figs. 1-11, carborundum pipeline product forming machine of the present utility model, including support 1 and mixing feeding device 5, support 1 is provided with rotating disk 2, cantilever installing mechanism and rotating disk power-driven mechanism, and cantilever installing mechanism is provided with pneumatic making firm by ramming Machine 3, rotating disk 2 is rotatably connected on support 1 upper surface, and the carborundum pipeline that rotating disk 2 is provided with immediately below Pneumatic tamping machine 3 becomes Pattern tool 4, rotating disk power-driven mechanism is in transmission connection with rotating disk 2, mixes material delivery outlet and the carborundum pipeline of feeding device 5 The material input of mould 4 is connected.

Mixing feeding device 5 includes installation frame 6, and installation frame 6 bottom is provided with four supporting legs 7, and installation frame 6 left side turns Being dynamically connected has left roller 8, and left roller 8 is located at the surface of carborundum pipeline mould 4, and installation frame 6 right side rotates and connects There is right roller 9, the central shaft driven of left roller 8 is connected with the first motor 10, between left roller 8 and right roller 9, pass through conveyer belt 11 are in transmission connection；Installation frame 6 backside top is provided with mixed material mechanism, and mixed material mechanism includes being fixed on installation frame 6 The blending bunker 12 of right hand top, the open top of blending bunker 12, the bottom of blending bunker 12 offers positioned at conveyer belt 11 The discharging opening of surface, is provided with some groups of mixing agitators in blending bunker 12；

Mixing agitator includes fixed case 81, installing plate 14 and rotating shaft 15, is provided with the second motor 13 in fixed case 81, and second Motor 13 is fixed on blending bunker 12 side wall, the major axis horizontal setting of the second motor 13, and fixation on the main shaft of the second motor 13 sets There is master bevel gear 16, installing plate 14 is horizontally fixed on the medial wall of blending bunker 12, and rotating shaft 15 is vertically arranged and rotates connection On installing plate 14, rotating shaft 15 is provided with helical blade 17, and the lower end of rotating shaft 15 passes through installing plate 14 and fixed case 81 top tank It is fixedly connected with from bevel gear 18 after wall, master bevel gear 16 is meshed with from bevel gear 18.

Cantilever installing mechanism includes fixed cylinder 19, column spinner 20 and cantilever 21, and fixed cylinder 19 is arranged on the left side of support 1, The centrage of fixed cylinder 19 is arranged in vertical, and the bottom of column spinner 20 is rotatably connected in fixed cylinder 19 by bearing, In fixed cylinder 19, level is provided with the first bolt 82, and the inner of the first bolt 82 passes through the outer wall top after fixed cylinder 19 with column spinner 20 Press-fit, the first bolt 82 outer end is provided with and handles 83, and cantilever 21 is arranged on the right side of column spinner 20, cantilever along left and right horizontal direction 21 left side is fixed with the mounting cylinder 22 that its centrage is arranged in vertical, and mounting cylinder 22 is set on column spinner 20, rotation It is provided with the electric up-down structure for controlling mounting cylinder 22 lifting, the leading flank of cantilever 21 is along water between rotary column 20 and mounting cylinder 22 Square to being provided with two slide rails 23 side by side, two slide rails 23 slidably connect fixed seat 24, underlying slide rail 23 sets There is driving tooth bar 25, fixed seat 24 is provided with installing rack 26, handwheel 27 and driving gear, and fixed seat 24 is provided with is pushed up with cantilever 21 Second bolt 84 of press-fit, installing rack 26 is fixed on the leading flank of fixed seat 24, and handwheel 27 is rotatably connected on fixed seat 24 Leading flank, driving gear is located at the rear side of fixed seat 24 and is fixedly connected with handwheel 27, and driving gear engages with driving tooth bar 25 Transmission；Pneumatic tamping machine 3 is arranged on installing rack 26.

Electric up-down structure includes lifting motor 28, installs case 29, leading screw 30 and thread bush 31, installs case 29 and is fixed on rotation The upper end of rotary column 20, lifting motor 28 is fixed on installation case 29 top, and thread bush 31 is fixed on mounting cylinder 22, thread bush 31 Centrage is arranged in vertical, and leading screw 30 is located in thread bush 31 and is threadeded with thread bush 31, lifting motor 28 It is fixed with main shaft positioned at the first gear 32 installed in case 29, the upper end of leading screw 30 is fixing to be located at the second tooth installed in case 29 Wheel 33, first gear 32 and second gear 33 are meshed.

The center of rotating disk 2 is fixed with central shaft, and central axis are connected on support 1, rotating disk power-driven mechanism Including motor 34, worm gear 35, worm screw 36, the first belt pulley 37, the second belt pulley 38 and the 3rd belt pulley 39, motor 34 left sides being fixed on support 1, worm gear 35 is fixed on the lower end of central shaft, is provided with two bearing blocks 40, two bearings in support 1 Seat 40 is arranged side by side along the longitudinal direction, and worm screw 36 is rotatably connected on two bearing blocks 40 by bearing, worm screw 36 and worm gear 35 It is meshed, the first belt pulley 37 is fixed on the main shaft of motor 34, the second belt pulley 38 is rotatably connected in support 1, the Three belt pulleys 39 are fixed on the front end of worm screw 36, and the second belt pulley 38 is two-groove belt pulley, and the second belt pulley 38 is located at the first skin Between belt wheel 37 and the 3rd belt pulley 39, the first belt pulley 37 is in transmission connection with the second belt pulley 38 by the first belt 41, the Two belt pulleys 38 are in transmission connection with the 3rd belt pulley 39 by the second belt 42.

Pneumatic tamping machine 3 includes cylinder body 43 and piston rod 44, and cylinder body 43 is vertically arranged, and piston rod 44 slides from bottom to top and inserts It is located in cylinder body 43, piston rod 44 upper end is provided with piston 45, piston 45 outer rim is connected with cylinder body 43 inwall slipper seal, piston 45 Center is axially arranged with through hole 46, is provided with the uncovered inner chamber in upper end 47 in piston rod 44, and piston rod 44 lower end is provided with tup 48；Cylinder It is provided with automatic reciprocating mechanism, cylinder body 43 is provided with relief valve 49 in body 43.

Automatic reciprocating mechanism includes fix bar 50 and back-moving spring 51, and fix bar 50 is vertically arranged, the upper end of fix bar 50 Be fixed on cylinder body 43 inwall, fix bar 50 lower end from top to bottom pass through through hole 46 after and extend in inner chamber 47. under fix bar 50 End is threaded with fixing nut 52, and back-moving spring 51 is located in inner chamber 47 and is set in fix bar 50, on back-moving spring 51 End is provided with the first catch 53 with piston 45 bottom top pressure cooperation, and back-moving spring 51 lower end is provided with and fixing nut 52 top top pressure Second catch 54 of cooperation.

Carborundum pipeline mould 4 includes the exterior mould 55 being coaxially set and internal mould tub 56, and exterior mould 55 is placed on On rotating disk 2, exterior mould 55 is set in internal mould tub 56, forms die cavity 57 between exterior mould 55 and internal mould tub 56, and internal mould tub 56 pushes up Portion is provided with automatic uniform doffer 58, and the left side wall of internal mould tub 56 offers expansion joint 59, internal mould tub 56 in axial direction Inwall be provided with reinforcement gusset 60, the inwall of internal mould tub 56 is provided with three groups of internal diameter governor motions, three groups of internal diameter governor motions Structure is identical and axial direction of along internal mould tub 56 is arranged side by side；

Internal diameter governor motion positioned at internal mould tub 56 the top includes articulated slab 61, expansion arc bar 62, adjusts arc bar 63 and Fixed plate 80, articulated slab 61 is fixed on internal mould tub 56 inwall and is located at the rear side at expansion joint 59, and fixed plate 80 is fixed on internal model On the cylinder 56 inwalls and front side positioned at expansion joint 59, fixed plate 80 is located at same level with articulated slab 61；Solid in fixed plate 80 Surely there are external form all curved first sleeve 64 and the second sleeve pipe 65, first sleeve 64 and the second sleeve pipe 65 in left-right direction side by side Setting, first sleeve 64 is located at the left side of the second sleeve pipe 65；Expansion arc bar 62 is arranged along anterior-posterior horizontal direction, expansion arc bar 62 Rear end is hinged on articulated slab 61, and the front end of expansion arc bar 62 extend in first sleeve 64, the centrage institute of first sleeve 64 Circle with expansion arc bar 62 centrage be located circle be arranged concentrically；Adjust arc bar 63 along anterior-posterior horizontal direction arrange and side by side It is located at the right side of expansion arc bar 62, the rear end adjusting arc bar 63 is hinged on articulated slab 61, the front end adjusting arc bar 63 extend into In second sleeve pipe 65, the middle part adjusting arc bar 63 is fixed with nut 66, and the centrage of nut 66 is horizontally disposed with left-right direction, In nut 66, coaxial line is equipped with screw rod 67, and screw rod 67 is threadeded with nut 66, and the left end top pressure of screw rod 67 is in expansion arc bar On 62 right side walls, the right-hand member of screw rod 67 is provided with handle 68.

Automatic uniform doffer 58 includes the carriage lying in a horizontal plane in internal mould tub 56 top and being located in exterior mould 55 Frame 75, support frame 75 is provided with the material holding tray 69 of circle, the outer rim of material holding tray 69 is provided with the baffle plate 70 of annular, on baffle plate 70 Uniformly offer some discharging openings 71, the center of material holding tray 69 offers circular hole, and material holding tray 69 is by being assemblied in circular hole Bearing is rotatably connected to rotary shaft 72, and the upper end of rotary shaft 72 is fixed with the rotation dish 73 of circle, and rotation dish 73 outer rim is circumferentially Direction is uniformly provided with some arc knees 74；Material holding tray 69 bottom is provided with the support frame 75 of circle, and the lower end of rotary shaft 72 passes It is dynamically connected and have drive mechanism；

Drive mechanism includes power motor 76, and power motor 76 is fixed on baffle plate 70 outer wall, and the main shaft of power motor 76 hangs down Directly down-set, the main shaft of power motor 76 is provided with drivewheel 77, and the lower end of rotary shaft 72 is provided with driven pulley 78, drivewheel 77 It is in transmission connection with driven pulley 78 by driving belt 79.

The specific work process of this device is：

1st, the size of carborundum pipeline mould 4 is adjusted；First pass through and turn handle 68, make screw rod 67 in spiral shell Rotate in female 66 and be moved to the left, the left end top pressure of screw rod 67, on the right side wall of expansion arc bar 62, in the presence of top pressure, expands The rear end opening arc bar 62 is moved rearwards by, and the front end of expansion arc bar 62 slides backward in first sleeve 64, thus internal mould tub 56 Caliber size somewhat becomes big, completes the fine setting to carborundum pipeline mould 4；

2nd, automatic batch mixing and by raw material load die cavity 57 in；Start the first motor 10 and the second motor 13, then will be certain The raw material of ratio is added in blending bunker 12 from the top of blending bunker 12, and the second motor 13 drives master bevel gear 16 to rotate, Master bevel gear 16 with from bevel gear 18 engaged transmission, thus driving rotating shaft 15 to rotate, the stirring of helical blade 17 in rotating shaft 15 Under, different material uniformly mixes, and is dropped out to conveyer belt 11 by the discharging opening 71 of blending bunker 12 bottom more afterwards, the first motor The 10 left rollers 8 of drive rotate, and left roller 8 drives conveyer belt 11 to left movement, and mixed raw material is from a left side for conveyer belt 11 afterwards Side drops in material holding tray 69, and then power motor 76 starts drive drivewheel 77 and rotates, and drivewheel 77 passes through driving belt 79 Driven pulley 78 is driven to rotate, driven pulley 78 drives rotary shaft 72 to rotate, thus rotary shaft 72 drives rotation dish 73 to rotate, rotation dish Arc knee 74 on 73 rotates, because all of arc knee 74 is in dissipate shape even structure arrangement around rotation dish 73 center, this One special arrangement makes the periphery diffusion to material holding tray 69 under the promotion of arc knee 74 in the raw material on material holding tray 69, It is pushed outwardly by the discharging opening 71 on baffle plate 70 eventually, and fall in die cavity 57；

3rd, start rotating disk power-driven mechanism and Pneumatic tamping machine 3, to the raw material in carborundum pipeline mould 4 simultaneously Carry out making compacting firm by ramming；Start motor 34, motor 34 drives the first belt 41 wheel 37 rotation, the first belt 41 wheel 37 leads to Cross the first belt 41 and drive the second belt 42 wheel 38 rotation, the second belt 42 wheel 38 drives the 3rd belt pulley by the second belt 42 39 rotations, the 3rd belt pulley 39 drives worm screw 36 to rotate in bearing block 40, thus worm screw 36 drives worm gear 35 to rotate, worm gear 35 Rotating disk 2 is driven to rotate by central shaft, air compressor is filled with high pressure gas into Pneumatic tamping machine 3 simultaneously, and Pneumatic tamping machine 3 opens Dynamic, high pressure gas enter in cylinder body 43, and promote piston rod 44 to move downward by piston 45, and piston 45 promotes the first catch simultaneously 53, and compression reseting spring 51, when the air pressure in cylinder body 43 reaches certain pressure value, relief valve 49 is opened, in cylinder body 43 Gas release from relief valve 49, due in cylinder body 43 air pressure reduce, the pressure that piston 45 is subject to reduces, in back-moving spring 51 In the presence of, piston 45 moves upwards, thus piston rod 44 moves upwards, when the pressure in cylinder body 43 is decreased to certain value, Relief valve 49 is re-closing off, and high pressure gas refill cylinder body 43, and then piston 45 continues to move downward, and so far piston rod 44 drives Tup 48 completes to pump, thus tup 48 carries out making firm by ramming to the sic raw material in die cavity 57, is compacted；2 turns of rotating disk While dynamic, tup 48 constantly carries out making compacting firm by ramming to the sic raw material in die cavity 57；

4th, open internal mould tub 56, take out module；After the sic raw material compacting in die cavity 57, take off automatic uniform first Doffer 58, then by turning handle 68, makes screw rod 67 rotate in nut 66 and move right, due to interior in step 1 Mould cylinder 56 expands outwardly under the top pressure of screw rod 67, and now screw rod 67 moves right, and does not have the pressure on top surface of screw rod 67, internal mould tub 56 It is reduced to original size, thus quickly sloughing internal mould tub 56, thus taking out carborundum module.

The present embodiment not makees any pro forma restriction, every foundation to shape of the present utility model, material, structure etc. Any simple modification, equivalent variations and modification that technical spirit of the present utility model is made to above example, belong to this reality Protection domain with new technique scheme.

Claims (9)

1. carborundum pipeline product forming machine it is characterised in that：Including support and mixing feeding device, support be provided with rotating disk, Cantilever installing mechanism and rotating disk power-driven mechanism, cantilever installing mechanism is provided with Pneumatic tamping machine, and rotating disk is rotatably connected on machine Seat upper surface, rotating disk is provided with the carborundum pipeline mould immediately below Pneumatic tamping machine, rotating disk power-driven mechanism It is in transmission connection with rotating disk, the material delivery outlet of mixing feeding device is connected with the material input of carborundum pipeline mould Connect.

2. carborundum pipeline product forming machine according to claim 1 it is characterised in that：Mixing feeding device includes installing Framework, installation frame bottom is provided with four supporting legs, and installation frame left pivot movement is connected with left roller, and left roller is located at carborundum tube The surface of road mould, is rotatably connected to right roller on the right side of installation frame, the central shaft driven of left roller is connected with first Motor, is in transmission connection by conveyer belt between left roller and right roller；Installation frame backside top is provided with mixed material mechanism, mixes Compound material mechanism includes being fixed on the blending bunker of installation frame right hand top, the open top of blending bunker, blending bunker Bottom offers the discharging opening directly over conveyer belt, is provided with some groups of mixing agitators in blending bunker；

Mixing agitator includes fixed case, installing plate and rotating shaft, is provided with the second motor, the major axis horizontal of the second motor in fixed case Setting, the main shaft of the second motor is fixed with master bevel gear, installing plate is horizontally fixed on the medial wall of blending bunker, rotating shaft It is vertically arranged and is rotatably connected on installing plate, rotating shaft is provided with helical blade, the lower end of rotating shaft sequentially passes through installing plate and consolidates It is fixedly connected with after determining box top tank wall from bevel gear, master bevel gear is meshed with from bevel gear.

3. carborundum pipeline product forming machine according to claim 2 it is characterised in that：Cantilever installing mechanism includes fixing Cylinder, column spinner and cantilever, fixed cylinder is arranged on the left side of support, and the centrage of fixed cylinder is arranged in vertical, column spinner Bottom is rotatably connected in fixed cylinder by bearing, and in fixed cylinder, level is provided with the first bolt, and the inner of the first bolt passes through Coordinate with the outer wall top pressure of column spinner after fixed cylinder, the first bolt outer end is provided with and handles, and cantilever is arranged on along left and right horizontal direction The right side of column spinner, the left side of cantilever is fixed with the mounting cylinder that its centrage is arranged in vertical, and mounting cylinder is set in rotation On rotary column, between column spinner and mounting cylinder, it is provided with the electric up-down structure for controlling mounting cylinder lifting, the leading flank edge of cantilever Horizontal direction is provided with two slide rails side by side, two slide rails slidably connects fixed seat, underlying slide rail is provided with driving Tooth bar, fixed seat is provided with installing rack, handwheel and driving gear, and fixed seat is provided with the second bolt with the cooperation of cantilever top pressure, Installing rack is fixed on the leading flank of fixed seat, and hand wheel rotating is connected to the leading flank of fixed seat, and driving gear is located at fixed seat Rear side and be fixedly connected with the hand wheel, driving gear with drive tooth bar engaged transmission；Pneumatic tamping machine is arranged on installing rack.

4. carborundum pipeline product forming machine according to claim 3 it is characterised in that：Electric up-down structure includes lifting Motor, installation case, leading screw and thread bush, install the upper end that case is fixed on column spinner, and lifting motor is fixed on installation box top, spiral shell Stricture of vagina set is fixed on mounting cylinder, and the centrage of thread bush is arranged in vertical, and leading screw is located in thread bush and and thread bush Threaded, the main shaft of lifting motor is fixed with positioned at the first gear installed in case, fixing being located in the upper end of leading screw is installed Second gear in case, first gear and second gear are meshed.

5. carborundum pipeline product forming machine according to claim 4 it is characterised in that：The center of rotating disk is fixed with Central shaft, central axis are connected on support, and rotating disk power-driven mechanism includes motor, worm gear, worm screw, the first belt Wheel, the second belt pulley and the 3rd belt pulley, motor is fixed on the left side of support, and worm gear is fixed on the lower end of central shaft, machine It is provided with two bearing blocks, two bearing blocks are arranged side by side along the longitudinal direction, and worm screw is rotatably connected on two axles by bearing in seat In bearing, worm and wheel is meshed, and the first belt pulley is fixed on the main shaft of motor, and the second pulley rotation is connected to In support, the 3rd belt pulley is fixed on the front end of worm screw, and the second belt pulley is two-groove belt pulley, and the second belt pulley is located at the first skin Between belt wheel and the 3rd belt pulley, the first belt pulley is connected with the second pulley drive by the first belt, and the second belt pulley leads to Cross the second belt to be connected with the 3rd pulley drive.

6. carborundum pipeline product forming machine according to claim 5 it is characterised in that：Pneumatic tamping machine include cylinder body and Piston rod, cylinder body is vertically arranged, and piston rod slides from bottom to top and is plugged in cylinder body, and piston rod upper end is provided with piston, outside piston Edge is connected with inboard wall of cylinder block slipper seal, is axially arranged with through hole at piston centre, is provided with the uncovered inner chamber in upper end in piston rod, lives Stopper rod lower end is provided with tup；It is provided with automatic reciprocating mechanism, cylinder body is provided with relief valve in cylinder body.

7. carborundum pipeline product forming machine according to claim 6 it is characterised in that：Automatic reciprocating mechanism includes fixing Bar and back-moving spring, fix bar is vertically arranged, and the upper end of fix bar is fixed on inboard wall of cylinder block, and fix bar lower end passes through from top to bottom After through hole and extend into interior intracavity, fix bar lower end is threaded with fixing nut, and back-moving spring is located at interior intracavity and is set in In fix bar, back-moving spring upper end is provided with the first catch with the cooperation of piston base top pressure, and back-moving spring lower end is provided with and fixes Second catch of nut top top pressure cooperation.

8. carborundum pipeline product forming machine according to claim 7 it is characterised in that：Carborundum pipeline mould bag Include the exterior mould being coaxially set and internal mould tub, exterior mould is placed on rotating disk, exterior mould is set on internal mould tub, exterior mould with Form die cavity, internal mould tub top is provided with automatic uniform doffer, the outer wall of internal mould tub is in axial direction opened between internal mould tub It is provided with expansion joint, the inwall of internal mould tub is provided with reinforcement gusset, the inwall of internal mould tub is provided with three groups of internal diameter governor motions, three groups Internal diameter governor motion structure is identical and axial direction of along internal mould tub is arranged side by side；

Internal diameter governor motion positioned at internal mould tub the top includes articulated slab, expansion arc bar, adjusts arc bar and fixed plate, articulated slab It is fixed on internal mould tub inwall and is located at the rear side at expansion joint, before fixed plate is fixed on internal mould tub inwall and is located at expansion joint Side, fixed plate is located at same level with articulated slab；The all curved first sleeve of external form and second set are fixed with fixed plate Pipe, first sleeve and the second sleeve pipe are arranged side by side in left-right direction, and first sleeve is located at the left side of the second sleeve pipe；Expansion arc bar edge Anterior-posterior horizontal direction is arranged, and the rear end of expansion arc bar is hinged on articulated slab, and the front end of expansion arc bar extend in first sleeve, The circle that the centrage of first sleeve is located is arranged concentrically with the circle at the centrage place of expansion arc bar；Adjust arc bar along anterior-posterior horizontal Direction arranges and is located side by side at the right side of expansion arc bar, and the rear end adjusting arc bar is hinged on articulated slab, adjusts the front end of arc bar It extend in the second sleeve pipe, the middle part adjusting arc bar is fixed with nut, and the centrage of nut is horizontally disposed with left-right direction, spiral shell In mother, coaxial line is equipped with screw rod, and screw rod is connected with nut thread, the left end top pressure of screw rod on expanding arc bar right side wall, screw rod Right-hand member be provided with handle.

9. carborundum pipeline product forming machine according to claim 8 it is characterised in that：Automatic uniform doffer includes Lie in a horizontal plane in internal mould tub top and the support frame being located in exterior mould, support frame is provided with the material holding tray of circle, charge The outer rim of disk is provided with the baffle plate of annular, baffle plate uniformly offers some discharging openings, the center of material holding tray offers circular hole, contains Charging tray is rotatably connected to rotary shaft by the bearing being assemblied in circular hole, and the upper end of rotary shaft is fixed with the rotation dish of circle, turns Moving plate outer rim is along the circumferential direction uniformly provided with some arc knees, and the lower end of rotary shaft is connected with drive mechanism；

Drive mechanism includes power motor, and power motor is fixed on baffle plate outer wall, and the main shaft of power motor is arranged vertically downward, moves The main shaft of force motor is provided with drivewheel, and the lower end of rotary shaft is provided with driven pulley, and drivewheel is passed through driving belt and passed with driven pulley It is dynamically connected.