CN203409181U - Intelligent wax making and supplying device - Google Patents

Abstract

The utility model discloses an intelligent wax making and supplying device which comprises a fixing bracket, a crushing machine, a beating machine, a central controller, a lifting machine capable of lifting a wax plate into a feeding hole of the crushing machine, a transmission mechanism used for conveying wax pulp in the beating machine to the outside, and an insulation bucket used for storing wax liquid and conveying the wax liquid into the beating machine, wherein the lifting machine, the crushing machine, the beating machine, the insulation bucket, the transmission mechanism and the central controller are all connected with the fixing bracket; the crushing machine is positioned between the lifting machine and the beating machine; a discharging hole of the crushing machine is positioned above a feeding hole of the beating machine; the transmission mechanism is positioned below the crushing machine and the beating machine; a feeding hole of the transmission mechanism is communicated with a discharging hole in the bottom of the beating machine; a discharging hole of the transmission mechanism is communicated with a wax storage bucket on a wax filling machine; the insulation bucket is close to one side of the beating machine; the lifting machine, the crushing machine, the beating machine, the insulation bucket and the transmission mechanism are all electrically connected with the central controller. The intelligent wax making and supplying device has the advantages of high production efficiency, small occupied area and low labor intensity of workers.

Description

Intelligence wax processed is for wax apparatus

Technical field:

The utility model relates to casting and molding technical field, is specifically that a kind of intelligence that provides wax to starch to wax injector wax processed is for wax apparatus.

Background technology:

The wax slurry that existing wax injector is used generally completes in the following ways: first by disintegrating machine, the stencil plate of monoblock being broken into is broken wax stone, then broken wax stone is poured in beater and is mixed together with being stored in advance wax liquid in heat-preserving container, the wax that by beater, both mixtures is broken into thick shape is again starched, and finally the wax slurry completing is stored in the storage wax bucket on wax injector for wax injector.At present, storage wax bucket on disintegrating machine, heat-preserving container, beater and the wax injector using in above-mentioned wax slurry production method is all separate equipment conventionally, therefore in wax slurry manufacturing process, stencil plate, broken wax stone, these raw materials of wax liquid and the transmission of wax slurry finished product between relevant device all need staff to carry out manual delivery by transporting equipment, and too much manual operation not only can strengthen staff's labour intensity, but also can reduce the production efficiency that wax is starched; In addition, for convenience of staff's operation, each equipment room can leave larger space, place conventionally, and this is undoubtedly the larger main cause of existing whole wax slurry production line occupied ground area.

Utility model content:

The technical problems to be solved in the utility model is to provide the intelligence wax processed that a kind of production efficiency is high, occupied ground area is little, intensity of workers is little to supply wax apparatus.

Technical solution of the present utility model is, provide a kind of intelligence wax processed with following structure to supply wax apparatus: to comprise disintegrating machine and beater, wherein, intelligence wax processed also comprises fixed support for wax apparatus, central controller, stencil plate can be sent to the elevator in crusher feed-inlet, for the wax in beater being starched to the transmission mechanism transferring out and also wax liquid can being delivered to the heat-preserving container of beater for storing wax liquid, elevator, disintegrating machine, beater, heat-preserving container, transmission mechanism and central controller are all connected with fixed support, disintegrating machine is between elevator and beater, and disintegrating machine discharging opening is positioned at the charging aperture top of beater, transmission mechanism is positioned at the below of disintegrating machine and beater, and the charging aperture of transmission mechanism is connected and communicates with beater bottom discharge mouth, transmission mechanism discharging opening is connected and communicates for the storage wax bucket with on wax injector, heat-preserving container abuts against beater one side, elevator, disintegrating machine, beater, heat-preserving container and transmission mechanism are all electrically connected to central controller.

Intelligence described in the utility model wax processed is for wax apparatus, wherein, elevator comprises frame, vertical-lifting mechanism and Level Promoting mechanism, frame is connected with fixed support, vertical-lifting mechanism comprises winch, upgrade block, two guiding pieces and two pull ropes, the left and right sides of frame is equipped with a pair of vertical guide groove, frame is provided with a pair of symmetrical vertical guide plate, upgrade block is between two vertical guide plates, the left and right sides of upgrade block is all connected with a pair of draw ring, two guiding pieces lay respectively between two pairs of vertical guide grooves, on two guiding pieces, be all connected with a movable pulley, the a pair of drag hook matching with draw ring and two pairs of pipes that lay respectively at guiding piece upper and lower, on each pipe, be all connected with connecting rod, each connecting rod one end is all connected with by clutch shaft bearing the directive wheel matching with corresponding vertical guide groove, upper rack is provided with one for responding to the upper approach switch of guiding piece position, frame lower is provided with for responding to the lower approach switch of upgrade block position, wherein a vertical guide plate top is connected with mirror-reflection optoelectronic switch, another piece vertical guide plate top and mirror-reflection optoelectronic switch corresponding position are connected with Reflector Panel, winch is connected to frame top, article two, pull rope is respectively around a movable pulley and be located on the fixed pulley of frame top respective side, and two pull rope one end is all connected with winch, article two, the pull rope other end is all connected with frame top, Level Promoting mechanism is positioned at upgrade block top, it comprises the first cylinder, the first solenoid directional control valve, two pull bars, two guide posts, two slide blocks, fixedly transverse slat and push pedal, upper rack is connected with for connecting front shoe and the rear fixed plate of the first cylinder, the first cylinder front portion is connected with front travel switch, the first cylinder rear portion is connected with rear travel switch, the first solenoid directional control valve is connected on fixed support, and the first solenoid directional control valve is connected and communicates with the first cylinder, the piston rod front end of the first cylinder is through front shoe and be connected with U-joint, two pull bars and two guide posts lay respectively at the left and right sides of the first cylinder, and two back end of tie rod are connected with fixing transverse slat by a pull bar holder respectively, two pull bar front ends are all through front shoe, between two pull bar front ends, be connected with pulling block, U-joint by bolt sleeve on pulling block, two guide posts are all connected between front shoe and rear fixed plate, two slide blocks are separately fixed at the fixedly left and right sides of transverse slat and are also enclosed within slidably on corresponding guide post, push pedal is connected with fixing transverse slat, frame front is connected with the chute for being connected with crusher feed-inlet, winch, the first solenoid directional control valve, upper approach switch, lower approach switch, mirror-reflection optoelectronic switch, front travel switch and rear travel switch are all electrically connected to central controller.

Intelligence described in the utility model wax processed is for wax apparatus, wherein, disintegrating machine comprises support, motor, casing, rotating cylinder, two bearing blocks, two rotating shafts, the second cylinder and the second solenoid directional control valve, support and motor are all connected on fixed support, casing is connected on support, rotating cylinder is positioned at casing, on rotating cylinder, be fixedly connected with some the first rotating blades and some the second rotating blades, some the first rotating blades and some the second rotating blades are circumferential and axial and are evenly interspersed on rotating cylinder, equal equally spaced some fixed blades that can match with the first rotating blade and the second rotating blade that are fixedly connected with on former and later two inwalls of casing, two bearing blocks are connected to the two ends, left and right of casing, two ends, rotating cylinder left and right are connected with a rotating shaft one end respectively, the other end of two rotating shafts passes respectively the left and right sides wall of casing and is connected with corresponding bearing block with the second bearing by axle sleeve, between motor shaft one end of motor and one of them rotating shaft one end, by sprocket wheel, be connected with chain, casing upper end is connected with feed hopper, the charging aperture of feed hopper is connected with the chute of elevator, casing lower end is connected with discharge bucket, the discharging opening of discharge bucket is positioned at the charging aperture top of beater, the second cylinder is connected with support by cylinder block, the second solenoid directional control valve is connected on fixed support, and the second solenoid directional control valve is connected and communicates with the second cylinder, the piston-rod lower end of the second cylinder is connected with shrouding, shrouding is positioned at the discharging opening place of discharge bucket, motor and the second solenoid directional control valve are all electrically connected to central controller.

Intelligence described in the utility model wax processed is for wax apparatus, wherein, transmission mechanism comprises the delivery pump with drive motors, feed pipe, discharge nozzle, short tube, the 3rd cylinder and the 3rd solenoid directional control valve, delivery pump is connected on fixed support, short tube and the 3rd cylinder are all connected to beater bottom, the 3rd solenoid directional control valve is connected on fixed support, and the 3rd solenoid directional control valve is connected and communicates with the 3rd cylinder, feed pipe connection communicates between delivery pump and short tube one end, on short tube perisporium, offer through hole, through hole is connected and communicates with beater bottom discharge mouth, the 3rd cylinder is connected with the short tube other end, and the piston rod telescopically of the 3rd cylinder is positioned at short tube, when the piston rod of the 3rd cylinder is when stretching out in the cylinder body of the 3rd cylinder, the piston rod of the 3rd cylinder can be blocked through hole, and when the piston rod of the 3rd cylinder is retracted in the cylinder body of the 3rd cylinder, through hole conducting, discharge nozzle one end is connected and communicates with delivery pump, the discharge nozzle other end is connected and communicates for the storage wax bucket with on wax injector, delivery pump and the 3rd solenoid directional control valve are all electrically connected to central controller.

Intelligence described in the utility model wax processed is for wax apparatus, and wherein, heat-preserving container comprises housing, staving, capping, swing handle, swing handle seat, briquetting, wax liquid carrier pipe, pneumatic ball valve switch, gas source interface, temperature sensor, liquid-level switch, the zone of heating of being made by silicon rubber heating tape and the heat-insulation layer of being made by high-temperature-resistant thermal-insulation cotton, housing is connected on fixed support, staving is positioned at housing, zone of heating is wrapped on staving periphery wall, heat-insulation layer is wrapped in outside zone of heating, temperature sensor is connected on heat-insulation layer, capping is covered and is being located at the opening part of case top, swing handle seat two ends are all hinged on housing, swing handle is connected with swing handle seat by the screw rod of its underpart, screw rod lower end is connected with briquetting, briquetting is pressed in capping, wax liquid carrier pipe one end is connected and communicates with heat-preserving container through housing, the wax liquid carrier pipe other end is connected and communicates with beater, on wax liquid carrier pipe, pneumatic ball valve switch is installed, gas source interface is connected on housing, and gas source interface one end is connected and communicates with staving through housing, liquid-level switch is connected on housing, and the feeler of liquid-level switch is inserted in staving through housing, pneumatic ball valve switch, temperature sensor, liquid-level switch and zone of heating are all electrically connected to central controller.

Adopt after above structure, compared with prior art, the utility model intelligence wax processed has the following advantages for wax apparatus: because the utility model intelligence wax processed supplies wax apparatus by elevator, disintegrating machine, beater, heat-preserving container and transmission mechanism have concentrated on a fixed support, therefore the utility model intelligence wax processed is very little for the occupied ground area of wax apparatus, and because the utility model intelligence wax processed is to control elevator by central controller for wax apparatus, disintegrating machine, beater, the operation of heat-preserving container and transmission mechanism, that is to say, staff only needs in advance some stencil plates to be overlayed on elevator, and fill with wax liquid in heat-preserving container, ensuing stencil plate, broken wax stone, these raw materials of wax liquid and the transmission work of wax slurry finished product between relevant device all can be by central controller controls elevators, disintegrating machine, beater, heat-preserving container and transmission mechanism complete automatically, and without adopting artificial transportation to transmit, therefore, the utility model intelligence wax processed not only can reduce staff's labour intensity greatly for wax apparatus, and the too much manual operation of saving can also improve the production efficiency of wax slurry greatly.

Accompanying drawing explanation:

Fig. 1 is that the utility model intelligence wax processed is for the stereochemical structure profile schematic diagram of wax apparatus;

Fig. 2 is that the utility model intelligence wax processed is for the stereochemical structure profile schematic diagram of elevator in wax apparatus;

Fig. 3 is along the sectional structure profile schematic diagram of A-A line in Fig. 2;

Fig. 4 is along the sectional structure profile schematic diagram of B-B line in Fig. 3;

Fig. 5 is along the sectional structure profile schematic diagram of C-C line in Fig. 3;

Fig. 6 is that the utility model intelligence wax processed is for the stereochemical structure profile schematic diagram of disintegrating machine in wax apparatus;

Fig. 7 is along the sectional structure profile schematic diagram of D-D line in Fig. 6;

Fig. 8 is the stereochemical structure profile schematic diagram of rotating cylinder in disintegrating machine;

Fig. 9 is that the utility model intelligence wax processed is for the exploded construction profile schematic diagram between beater in wax apparatus and transmission mechanism;

Figure 10 is the stereochemical structure profile schematic diagram of short tube in transmission mechanism;

Figure 11 is along the sectional structure profile schematic diagram of E-E line in Fig. 1.

The specific embodiment:

Below in conjunction with the drawings and specific embodiments, the utility model intelligence wax processed is described in further detail for wax apparatus:

As shown in Fig. 1 and Fig. 9, in this specific embodiment, the utility model intelligence wax processed comprises fixed support 7 for wax apparatus, disintegrating machine 2, beater 3, central controller 6, stencil plate can be sent to the elevator 1 in disintegrating machine 2 charging apertures, for the wax in beater 3 being starched to the transmission mechanism 5 transferring out and also wax liquid can being delivered to the heat-preserving container 4 of beater 3 for storing wax liquid, elevator 1, disintegrating machine 2, beater 3, heat-preserving container 4, transmission mechanism 5 and central controller 6 are all connected with fixed support 7, disintegrating machine 2 is between elevator 1 and beater 3, and disintegrating machine 2 discharging openings are positioned at charging aperture 301 tops of beater 3, transmission mechanism 5 is positioned at the below of disintegrating machine 2 and beater 3, and the charging aperture of transmission mechanism 5 is connected and communicates with beater 3 bottom discharge mouths 302, transmission mechanism 5 discharging openings are connected and communicate for the storage wax bucket with on wax injector, heat-preserving container 4 abuts against beater 3 one sides, elevator 1, disintegrating machine 2, beater 3, heat-preserving container 4 and transmission mechanism 5 are all electrically connected to central controller 6, as shown in Figures 1 to 5, elevator 1 comprises frame 101, vertical-lifting mechanism and Level Promoting mechanism, frame 101 is connected with fixed support 7, vertical-lifting mechanism comprises winch 102, upgrade block 103, two guiding pieces 104 and two pull ropes 105, the left and right sides of frame 101 is equipped with a pair of vertical guide groove 106, frame 101 is provided with a pair of symmetrical vertical guide plate 107, upgrade block 103 is between two vertical guide plates 107, the left and right sides of upgrade block 103 is all connected with a pair of draw ring 108, two guiding pieces 104 lay respectively between two pairs of vertical guide grooves 106, on two guiding pieces 104, be all connected with a movable pulley 109, the a pair of drag hook 110 matching with draw ring 108 and two pairs of pipes 111 that lay respectively at guiding piece 104 upper and lowers, on each pipe 111, be all connected with connecting rod 112, each connecting rod 112 one end is all connected with by clutch shaft bearing 113 directive wheel 114 matching with corresponding vertical guide groove 106, frame 101 tops are provided with one for responding to the upper approach switch 134 of guiding piece 104 positions, frame 101 bottoms are provided with for responding to the lower approach switch 115 of upgrade block 103 positions, wherein vertical guide plate 107 tops are connected with mirror-reflection optoelectronic switch 116, another piece vertical guide plate 107 tops and mirror-reflection optoelectronic switch 116 corresponding positions are connected with Reflector Panel 117, winch 102 is connected to frame 101 tops, article two, pull rope 105 is respectively around a movable pulley 109 and be located on the fixed pulley 118 of frame 101 top respective side, and two pull rope 105 one end are all connected with winch 102, article two, pull rope 105 other ends are all connected with frame 101 tops, Level Promoting mechanism is positioned at upgrade block 103 tops, it comprises the first cylinder 119, the first solenoid directional control valve 120, two pull bars 121, two guide posts 122, two slide blocks 123, fixedly transverse slat 124 and push pedal 125, frame 101 tops are connected with for connecting front shoe 126 and the rear fixed plate 127 of the first cylinder 119, the first cylinder 119 front portions are connected with front travel switch 128, the first cylinder 119 rear portions are connected with rear travel switch 129, the first solenoid directional control valve 120 is connected on fixed support 7, and the first solenoid directional control valve 120 is connected and communicates with the first cylinder 119 by flexible pipe (not shown), the piston rod front end of the first cylinder 119 is through front shoe 126 and be connected with U-joint 130, two pull bars 121 and two guide posts 122 lay respectively at the left and right sides of the first cylinder 119, and two pull bar 121 rear ends are connected with fixing transverse slat 124 by a pull bar holder 131 respectively, two pull bar 121 front ends are all through front shoe 126, between two pull bar 121 front ends, be connected with pulling block 132, U-joint 130 by bolt sleeve on pulling block 132, two guide posts 122 are all connected between front shoe 126 and rear fixed plate 127, two slide blocks 123 are separately fixed at the fixedly left and right sides of transverse slat 124 and are also enclosed within slidably on corresponding guide post 122, push pedal 125 is connected with fixing transverse slat 124, frame 101 front portions are connected with the chute 133 for being connected with disintegrating machine 2 charging apertures, winch 102, the first solenoid directional control valve 120, lower approach switch 115, mirror-reflection optoelectronic switch 116, front travel switch 128 and rear travel switch 129 are all electrically connected to central controller 6, as Fig. 1, Fig. 6, shown in Fig. 7 and Fig. 8, disintegrating machine 2 comprises support 201, motor 202, casing 203, rotating cylinder 204, two bearing blocks 205, two rotating shafts 206, the second cylinder 207 and the second solenoid directional control valve 208, support 201 and motor 202 are all connected on fixed support 7, casing 203 is connected on support 201, rotating cylinder 204 is positioned at casing 203, on rotating cylinder 204, be fixedly connected with some the first rotating blades 209 and some the second rotating blades 210, some the first rotating blades 209 are circumferential and axial with some the second rotating blades 210 and are evenly interspersed on rotating cylinder 204, on former and later two inwalls of casing 203, be all connected with a fixed head 220, equal equally spaced some fixed blades 211 that can match with the first rotating blade 209 and the second rotating blade 210 that are fixedly connected with on two fixed heads 220, matching here refer to every the first rotating blade 209 and every the second rotating blade 210 all can be from the gap between two adjacent fixed blades 211 wherein in along with rotating cylinder 204 rotary courses through, two bearing blocks 205 are connected to the two ends, left and right of casing 203, rotating cylinder 204 two ends, left and right are connected with rotating shaft 206 one end respectively, the other end of two rotating shafts 206 is also connected with corresponding bearing block 205 with the second bearing 213 by axle sleeve 212 through the left and right sides wall of casing 203 respectively, between motor shaft one end of motor 202 and one of them rotating shaft 206 one end, by sprocket wheel 214, be connected with chain 215, casing 203 upper ends are connected with feed hopper 216, the charging aperture of feed hopper 216 is connected with the chute 133 of elevator 1, casing 203 lower ends are connected with discharge bucket 217, the discharging opening of discharge bucket 217 is positioned at charging aperture 301 tops of beater 3, the second cylinder 207 is connected with support 201 by cylinder block 218, the second solenoid directional control valve 208 is connected on fixed support 7, and the second solenoid directional control valve 208 is connected and communicates with the second cylinder 207 by flexible pipe (not shown), the piston-rod lower end of the second cylinder 207 is connected with shrouding 219, shrouding is positioned at the discharging opening place of discharge bucket 217, motor 202 and the second solenoid directional control valve 208 are all electrically connected to central controller 6, as Fig. 1, shown in Fig. 9 and Figure 10, transmission mechanism 5 comprises the delivery pump 501 with drive motors, feed pipe 502, discharge nozzle 503, short tube 504, the 3rd cylinder 505 and the 3rd solenoid directional control valve 506, delivery pump 501 is connected on fixed support 7, short tube 504 and the 3rd cylinder 505 are all connected to beater 3 bottoms, the 3rd solenoid directional control valve 506 is connected on fixed support 7, and the 3rd solenoid directional control valve 506 is connected and communicates with the 3rd cylinder 505 by flexible pipe (not shown), feed pipe 502 connections communicate between delivery pump 501 and short tube 504 one end, on short tube 504 perisporiums, offer through hole 507, through hole 507 is connected and communicates with beater 3 bottom discharge mouths 302, the 3rd cylinder 505 is connected with short tube 504 other ends, and the piston rod telescopically of the 3rd cylinder 505 is positioned at short tube 504, when the piston rod of the 3rd cylinder 505 is when stretching out in the cylinder body of the 3rd cylinder 505, the piston rod of the 3rd cylinder 505 can be blocked through hole 507, and when the piston rod of the 3rd cylinder 505 is retracted in the cylinder body of the 3rd cylinder 505, through hole 507 conductings, discharge nozzle 503 one end are connected and communicate with delivery pump 501, discharge nozzle 503 other ends are connected and communicate for the storage wax bucket with on wax injector, delivery pump 501 and the 3rd solenoid directional control valve 506 are all electrically connected to central controller 6, as shown in Fig. 1 and Figure 11, heat-preserving container 4 comprises housing 401, staving 402, capping 403, swing handle 404, swing handle seat 405, briquetting 406, wax liquid carrier pipe 407, pneumatic ball valve switch 408, gas source interface 409, temperature sensor 410, liquid-level switch 411, the zone of heating 412 of being made by silicon rubber heating tape and the heat-insulation layer 413 of being made by high-temperature-resistant thermal-insulation cotton, housing 401 is connected on fixed support 7, staving 402 is positioned at housing 401, zone of heating 412 is wrapped on staving 402 periphery walls, heat-insulation layer 413 is wrapped in outside zone of heating 412, temperature sensor 410 is connected on heat-insulation layer 413, capping 403 is covered at opening 414 places that are located at housing 401 tops, swing handle seat 405 two ends are all hinged on housing 401 by bolt and nut, swing handle 404 is connected with swing handle seat 405 by the screw rod 415 of its underpart, screw rod 415 lower ends are connected with briquetting 406, briquetting 406 is pressed in capping 403, wax liquid carrier pipe 407 one end are connected and communicate with heat-preserving container 4 through housing 401, wax liquid carrier pipe 407 other ends are connected and communicate with beater 3, on wax liquid carrier pipe 407, pneumatic ball valve switch 408 is installed, gas source interface 409 is connected on housing 401, and gas source interface 409 one end are connected and communicate with staving 402 through housing 401, liquid-level switch 411 is connected on housing 401, and the feeler of liquid-level switch 411 is inserted in staving 402 through housing 401, pneumatic ball valve switch 408, temperature sensor 410, liquid-level switch 411 and zone of heating 412 are all electrically connected to central controller 6.

The utility model intelligence wax processed for the operation principle of wax apparatus is: first some stencil plates are overlayed on the upgrade block 103 of elevator 1, pull down again wherein a pair of bolt and the nut that is connected to swing handle seat 405 one end, again by swing handle seat 405 around its other end Unscrew, then taking off capping 403 just can be to the interior injection wax of staving 402 liquid, after wax liquid is filled with, cover capping 403, make swing handle seat 405 homings, and remove pair of bolts and nut is fixed on this movable end of swing handle seat 405 on housing 401 again by script, then by swing handle 404 and briquetting 406, capping 403 is pressed on to opening 414 places at housing 401 tops, follow with flexible pipe the first cylinder 119, the second cylinder 207, the 3rd cylinder 505, the first solenoid directional control valve 120, the second solenoid directional control valve 208, the 3rd solenoid directional control valve 506, pneumatic ball valve switch 408 and gas source interface 409 are connected and communicate with external air source (not shown), finally the port of export of discharge nozzle 503 is connected and is communicated with storage wax bucket on wax injector, finish after above-mentioned preparation, operation central controller 6, central controller 6 can be opened pneumatic ball valve switch 408, control winch 102 and slowly pack up pull rope 105, controlling motor 202 operations makes rotating cylinder 204 runnings of disintegrating machine 2 and upwards retracts to open above four operations of discharging opening of discharge bucket 217 by the piston rod of second solenoid directional control valve 208 control the second cylinders 207, the unlatching of pneumatic ball valve switch 408 makes 407 conductings of wax liquid carrier pipe, now, externally under the effect of source of the gas, the interior wax liquid of heat-preserving container 4 will flow in beater 3 along wax liquid carrier pipe 407, winch 102 is slowly packed up pull rope 105 can make two guiding pieces 104 understand with upgrade block 103 risings under the traction of two pull ropes 105, when the stencil plate that overlays the top is between mirror-reflection optoelectronic switch 116 and Reflector Panel 117, overlay the stencil plate gear of the top between mirror-reflection optoelectronic switch 116 and Reflector Panel 117, while making mirror-reflection optoelectronic switch 116 cannot receive the reverberation self sending, it is out of service that central controller 6 can be controlled winch 102, then the piston rod that central controller 6 is controlled the first cylinder 119 by the first solenoid directional control valve 120 stretches out forward, make U-joint 120 pull two pull bars 121 by pulling block 132, two 121, pull bars pull fixedly transverse slat 124 to move forward by corresponding pull bar holder 131, the stencil plate that fixedly transverse slat 124 drives push pedal 125 to make its promotion overlay the top moves forward, and finally make this stencil plate slide in disintegrating machine 2 along chute 133, by the broken wax stone producing after stencil plate fragmentation, the discharging opening by discharge bucket 217 enters in beater 3 and mixes with wax liquid from the charging aperture 301 of beater 3 disintegrating machine 2, current travel switch 128 senses after the magnet ring on the first cylinder 119 piston rods, the piston rod that central controller 6 is controlled the first cylinder 119 by the first solenoid directional control valve 120 is retracted backward, make U-joint 120 by pulling block 132 two pull bars 121 of pulling back, two 121, pull bars pull fixedly transverse slat 124 to move backward by corresponding pull bar holder 131, fixedly transverse slat 124 drives push pedal 125 to move backward, when rear travel switch 129 senses the magnet ring on the first cylinder 119 piston rods, the piston rod that the first cylinder 119 is described has been returned to initial position, now central controller 6 can again be controlled winch 102 and slowly pack up pull rope 105, so repeatedly several times, until the quantity of broken wax stone reaches required amount, at this moment, central controller 6 suspends winch 102 and motor 202, and close pneumatic ball valve switch 408, by the second solenoid directional control valve 208, control the second cylinder 207 piston rods stretches out downwards simultaneously, make shrouding 219 seal the discharging opening of discharge bucket 217, now, central controller 6 is controlled beater 3 operations until pulled an oar, after central controller 6 control beaters 3 are out of service, the piston rod of controlling the 3rd cylinder 505 by the 3rd solenoid directional control valve 506 bounces back, thereby beater 3 bottom discharge mouths 302 are communicated with feed pipe 502, at this moment central controller 6 can be controlled delivery pump 501 operations, make the wax slurry in beater 3 pass through feed pipe 502, delivery pump 501 and discharge nozzle 503 are delivered in the storage wax bucket on wax injector for wax injector, after wax slurry in beater 3 is all carried, it is out of service that central controller 6 is controlled delivery pump 501, so repeatedly.Temperature sensor 410 in the utility model intelligence wax confession processed wax apparatus is for the wax liquid temperature in Real-Time Monitoring heat-preserving container 4, when wax liquid temperature is too low, central controller 6 can be controlled 412 pairs of wax liquid of zone of heating and heat, until wax liquid temperature reaches preset temperature, liquid-level switch 411 in the utility model intelligence wax confession processed wax apparatus is for monitoring the wax liquid liquid level in heat-preserving container 4, so that staff can add wax liquid in time, guide post 122 in the utility model intelligence wax confession processed wax apparatus and slide block 123 are for leading to the movement of fixedly transverse slat 124 and push pedal 125, the utility model intelligence wax processed for the effect of the upper approach switch 134 in wax apparatus is, when guiding piece 104 rises to upper approach switch 134 height of living in and is sensed by upper approach switch 134, illustrate that the stencil plate on elevator 1 all uses, now central controller 6 can be controlled winch 102 release pull ropes 105, upgrade block 103 is declined, and the effect of lower approach switch 115 is, when upgrade block 103 drops to lower approach switch 115 height of living in and is sensed by lower approach switch 115, illustrate that upgrade block 103 has dropped to extreme lower position, now central controller 6 can shut down by control winch 102, staff can overlay stencil plate on upgrade block 103 again, magnet ring on the first cylinder 119 piston rods is that the first cylinder 119 carries and is fixed on all the time on the first cylinder 119 piston rods, this cylinder with magnet ring is existing routine techniques, therefore do not repeat at this.

Above-described embodiment is described preferred embodiment of the present utility model; not scope of the present utility model is limited; do not departing under the prerequisite of the utility model design spirit; various distortion and improvement that those of ordinary skills make the technical solution of the utility model, all should fall in the definite protection domain of the utility model claims.

Claims (5)

1. an intelligence wax processed is for wax apparatus, comprise disintegrating machine (2) and beater (3), it is characterized in that: described intelligence wax processed also comprises fixed support (7) for wax apparatus, central controller (6), stencil plate can be sent to the elevator (1) in disintegrating machine (2) charging aperture, for the wax in beater (3) being starched to the transmission mechanism (5) transferring out and also wax liquid can being delivered to the heat-preserving container (4) of beater (3) for storing wax liquid, described elevator (1), disintegrating machine (2), beater (3), heat-preserving container (4), transmission mechanism (5) and central controller (6) are all connected with fixed support (7), described disintegrating machine (2) is positioned between elevator (1) and beater (3), and described disintegrating machine (2) discharging opening is positioned at charging aperture (301) top of beater (3), described transmission mechanism (5) is positioned at the below of disintegrating machine (2) and beater (3), and the charging aperture of described transmission mechanism (5) is connected and communicates with beater (3) bottom discharge mouth (302), described transmission mechanism (5) discharging opening is connected and communicates for the storage wax bucket with on wax injector, described heat-preserving container (4) abuts against beater (3) one sides, described elevator (1), disintegrating machine (2), beater (3), heat-preserving container (4) and transmission mechanism (5) are all electrically connected to central controller (6).

2. intelligence according to claim 1 wax processed is for wax apparatus, it is characterized in that: described elevator (1) comprises frame (101), vertical-lifting mechanism and Level Promoting mechanism, described frame (101) is connected with fixed support (7), described vertical-lifting mechanism comprises winch (102), upgrade block (103), two guiding pieces (104) and two pull ropes (105), the left and right sides of described frame (101) is equipped with a pair of vertical guide groove (106), described frame (101) is provided with a pair of symmetrical vertical guide plate (107), described upgrade block (103) is positioned between two vertical guide plates (107), the left and right sides of described upgrade block (103) is all connected with a pair of draw ring (108), described two guiding pieces (104) lay respectively between two pairs of vertical guide grooves (106), on described two guiding pieces (104), be all connected with a movable pulley (109), the a pair of drag hook (110) matching with draw ring (108) and two pairs of pipes (111) that lay respectively at guiding piece (104) upper and lower, on described each pipe (111), be all connected with connecting rod (112), described each connecting rod (112) one end is all connected with by clutch shaft bearing (113) directive wheel (114) matching with corresponding vertical guide groove (106), described frame (101) top is provided with one for responding to the upper approach switch (134) of guiding piece (104) position, described frame (101) bottom is provided with for responding to the lower approach switch (115) of upgrade block (103) position, a described wherein vertical guide plate (107) top is connected with mirror-reflection optoelectronic switch (116), the vertical guide plate of described another piece (107) top and mirror-reflection optoelectronic switch (116) corresponding position are connected with Reflector Panel (117), described winch (102) is connected to frame (101) top, described two pull ropes (105) are respectively around a movable pulley (109) and be located on the fixed pulley (118) of frame (101) top respective side, and described two pull ropes (105) one end is all connected with winch (102), described two pull ropes (105) other end is all connected with frame (101) top, described Level Promoting mechanism is positioned at upgrade block (103) top, it comprises the first cylinder (119), the first solenoid directional control valve (120), two pull bars (121), two guide posts (122), two slide blocks (123), fixedly transverse slat (124) and push pedal (125), described frame (101) top is connected with front shoe (126) and the rear fixed plate (127) for connecting the first cylinder (119), described the first cylinder (119) front portion is connected with front travel switch (128), described the first cylinder (119) rear portion is connected with rear travel switch (129), described the first solenoid directional control valve (120) is connected on fixed support (7), and described the first solenoid directional control valve (120) is connected and communicates with the first cylinder (119), the piston rod front end of described the first cylinder (119) is through front shoe (126) and be connected with U-joint (130), described two pull bars (121) and two guide posts (122) lay respectively at the left and right sides of the first cylinder (119), and two pull bars (121) rear end is connected with fixing transverse slat (124) by a pull bar holder (131) respectively, described two pull bars (121) front end is all through front shoe (126), between described two pull bars (121) front end, be connected with pulling block (132), described U-joint (130) by bolt sleeve on pulling block (132), described two guide posts (122) are all connected between front shoe (126) and rear fixed plate (127), described two slide blocks (123) are separately fixed at the fixedly left and right sides of transverse slat (124) and are also enclosed within slidably on corresponding guide post (122), described push pedal (125) is connected with fixing transverse slat (124), described frame (101) front portion is connected with the chute (133) for being connected with disintegrating machine (2) charging aperture, described winch (102), the first solenoid directional control valve (120), upper approach switch (134), lower approach switch (115), mirror-reflection optoelectronic switch (116), front travel switch (128) and rear travel switch (129) are all electrically connected to central controller (6).

3. intelligence according to claim 1 and 2 wax processed is for wax apparatus, it is characterized in that: described disintegrating machine (2) comprises support (201), motor (202), casing (203), rotating cylinder (204), two bearing blocks (205), two rotating shafts (206), the second cylinder (207) and the second solenoid directional control valve (208), described support (201) and motor (202) are all connected on fixed support (7), described casing (203) is connected on support (201), described rotating cylinder (204) is positioned at casing (203), on described rotating cylinder (204), be fixedly connected with some the first rotating blades (209) and some the second rotating blades (210), described some the first rotating blades (209) are circumferential and axial with some the second rotating blades (210) and are evenly interspersed on rotating cylinder (204), equal equally spaced some fixed blades (211) that can match with the first rotating blade (209) and some the second rotating blades (210) that are fixedly connected with on former and later two inwalls of described casing (203), described two bearing blocks (205) are connected to the two ends, left and right of casing (203), described rotating cylinder (204) two ends, left and right are connected with a rotating shaft (206) one end respectively, the other end of described two rotating shafts (206) is also connected with corresponding bearing block (205) with the second bearing (213) by axle sleeve (212) through the left and right sides wall of casing (203) respectively, between motor shaft one end of described motor (202) and one of them rotating shaft (206) one end, by sprocket wheel (214), be connected with chain (215), described casing (203) upper end is connected with feed hopper (216), the charging aperture of described feed hopper (216) is connected with the chute (133) of elevator (1), described casing (203) lower end is connected with discharge bucket (217), the discharging opening of described discharge bucket (217) is positioned at charging aperture (301) top of beater (3), described the second cylinder (207) is connected with support (201) by cylinder block (218), described the second solenoid directional control valve (208) is connected on fixed support (7), and described the second solenoid directional control valve (208) is connected and communicates with the second cylinder (207), the piston-rod lower end of described the second cylinder (207) is connected with shrouding (219), described shrouding (219) is positioned at the discharging opening place of discharge bucket (217), described motor (202) and the second solenoid directional control valve (208) are all electrically connected to central controller (6).

4. intelligence according to claim 1 wax processed is for wax apparatus, it is characterized in that: described transmission mechanism (5) comprises the delivery pump (501) with drive motors, feed pipe (502), discharge nozzle (503), short tube (504), the 3rd cylinder (505) and the 3rd solenoid directional control valve (506), described delivery pump (501) is connected on fixed support (7), described short tube (504) and the 3rd cylinder (505) are all connected to beater (3) bottom, described the 3rd solenoid directional control valve (506) is connected on fixed support (7), and described the 3rd solenoid directional control valve (506) is connected and communicates with the 3rd cylinder (505), described feed pipe (502) connection communicates between delivery pump (501) and short tube (504) one end, on described short tube (504) perisporium, offer through hole (507), described through hole (507) is connected and communicates with beater (3) bottom discharge mouth (302), described the 3rd cylinder (505) is connected with short tube (504) other end, and the piston rod telescopically of described the 3rd cylinder (505) is positioned at short tube (504), when the piston rod of the 3rd cylinder (505) is when stretching out in the cylinder body of the 3rd cylinder (505), the piston rod of the 3rd cylinder (505) can be blocked through hole (507), and when the piston rod of the 3rd cylinder (505) is retracted in the cylinder body of the 3rd cylinder (505), through hole (507) conducting, described discharge nozzle (503) one end is connected and communicates with delivery pump (501), described discharge nozzle (503) other end is connected and communicates for the storage wax bucket with on wax injector, described delivery pump (501) and the 3rd solenoid directional control valve (506) are all electrically connected to central controller (6).

5. according to the wax processed of the intelligence described in claim 1 or 2 or 4, supply wax apparatus, it is characterized in that: described heat-preserving container (4) comprises housing (401), staving (402), capping (403), swing handle (404), swing handle seat (405), briquetting (406), wax liquid carrier pipe (407), pneumatic ball valve switch (408), gas source interface (409), temperature sensor (410), liquid-level switch (411), the zone of heating of being made by silicon rubber heating tape (412) and the heat-insulation layer (413) of being made by high-temperature-resistant thermal-insulation cotton, described housing (401) is connected on fixed support (7), described staving (402) is positioned at housing (401), described zone of heating (412) is wrapped on staving (402) periphery wall, described heat-insulation layer (413) is wrapped in outside zone of heating (412), described temperature sensor (410) is connected on heat-insulation layer (413), described capping (403) is covered at the opening (414) of being located at housing (401) top and is located, described swing handle seat (405) two ends are all hinged on housing (401), described swing handle (404) is connected with swing handle seat (405) by the screw rod (415) of its underpart, described screw rod (415) lower end is connected with briquetting (406), described briquetting (406) is pressed in capping (403), described wax liquid carrier pipe (407) one end is connected and communicates with heat-preserving container (4) through housing (401), described wax liquid carrier pipe (407) other end is connected and communicates with beater (3), pneumatic ball valve switch (408) is installed on described wax liquid carrier pipe (407), described gas source interface (409) is connected on housing (401), and described gas source interface (409) one end is connected and communicates with staving (402) through housing (401), described liquid-level switch (411) is connected on housing (401), and the feeler of described liquid-level switch (411) is inserted in staving (402) through housing (401), described pneumatic ball valve switch (408), temperature sensor (410), liquid-level switch (411) and zone of heating (412) are all electrically connected to central controller (6).

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