CN202106443U - Full-automatic hydraulic pressure machine - Google Patents

Full-automatic hydraulic pressure machine Download PDF

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Publication number
CN202106443U
CN202106443U CN2011200242360U CN201120024236U CN202106443U CN 202106443 U CN202106443 U CN 202106443U CN 2011200242360 U CN2011200242360 U CN 2011200242360U CN 201120024236 U CN201120024236 U CN 201120024236U CN 202106443 U CN202106443 U CN 202106443U
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CN
China
Prior art keywords
robot
feed
switch
manipulator
built
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CN2011200242360U
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Chinese (zh)
Inventor
郭文杰
郭文涛
郭贵星
郭韶凯
郭韶元
郭聪慧
郭晓娟
李澍
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郑州华隆机械制造有限公司
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Priority to CN2011200242360U priority Critical patent/CN202106443U/en
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Publication of CN202106443U publication Critical patent/CN202106443U/en

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Abstract

The utility model discloses a full-automatic hydraulic pressure machine. The full-automatic hydraulic pressure machine is characterized in that a bin sensor which is respectively connected with a distributor, a conveying part and a control part is arranged on a sliding bin of an automatic feeding part; the distributor is arranged at the part of a discharging port of the sliding bin; a robot track of an intelligent robot distribution and internal manipulator brick clamping part is positioned below the distributor of the automatic charging part; a volume weighing device is placed on a robot guide rail to be fixedly connected with a robot power piston; a horizontal motion limiting induction switch of a robot is respectively connected with a robot hydraulic oil supplying induction switch, the bin sensor and the control part; an internal manipulator is positioned at the part of a brick blank mold outlet of the robot; a pressing molding part is arranged between the intelligent robot distribution and internal manipulator brick clamping part and the conveying part, and a limiting photoelectric approach switch arranged on the pressing molding part is respectively connected with the hydraulic oil supplying induction switch of the robot and the control part; a product demolding device is positioned below the pressing forming part, and a mold is fixed on a working platform fixing base by a spring working platform.

Description

The fully automatic hydraulic forcing press
Technical field
The utility model belongs to the refractory material moulding and uses the press technologies field, and what relate generally to is a kind of fully automatic hydraulic forcing press.
Background technology
Known all kinds of refractory material moulding mainly contains double disk friction screw press, digitally-controlled press machine, semi-automatic hydraulic machine, hydraulic vibration make-up machine with forcing press.At present, mostly refractory materials manufacturing enterprise adopts is still traditional double disk friction screw press, because this friction press energy loss in the process of kinetic energy transmission is big, the parts rapid wear is big, inefficiency; Dangerous; Labor strength is big, therefore, is put into " eliminate outmoded production capacity, technology and catalogue "; For many years; People hope always and can make the technological parameter of equipment obtain convenient the adjusting with automatic moulding class brick machine, to reach the purpose of process parameter optimizing, the raising of adobe bulk density.So countries in the world have all been dropped into huge strength and have competitively been studied.Owing to adopt adjustable varying-speed motor can adjust the work number of times in the unit interval as the power drive of forcing press, adopt in the world at present frequency control motor, switched reluctance machines, AC servo motor as the driving of electrically powered press in the middle of development progressively.How to increase work efficiency, improve automaticity, reduce labor strength, handling safety reduces the device damage number of times and reduces the main direction that equipment manufacturing cost remains present development electrically powered press.But finally will be to full-automation, unattended, reduce labor strength fully, energy-efficient aspect strides forward.
At present but the forcing press produced of automatic lot has only minority enterprise production Full Automatic Liquid press so far as matching used.As: full-automatic framework hydraulic pressure is pressed brick equipment, adopts four post fluid pressure types, has the characteristics of automatic weighing, auto feed, automatic moulding, automatic brick output full process automatization; But its complex design: circuit, oil circuit, microcomputer, mould and complete machine comprehensive Design are in large scale; Power of motor is huge, and maintenance cost is surprising, and is with high costs: one 2500 tons Full Automatic Liquid press needs many ten thousand yuan of 800-1300; And operating personnel are required more strict, cause many refractory materials enterprise to be hung back.
Though existing advanced digitally-controlled press machine can only accomplish to reduce a press operation hand, this has solved a personnel selection difficult problem for enterprise.Because the high temperature environmental protection tunnel cave that built up in recent years of refractories industry is more, and the numerical control automatic press is to be main with special shaped brick as main fire resistive material product that type suppress, though this type is changed mould conveniently; But because the demand of special shaped brick is little; Can't satisfy the output of burning till of one or more tunnel cave, consider that the cost of refractory material enterprise drops into situation, most of product is main with the standard brick type still; Therefore demand developing a kind of automatic weighing urgently; Auto feed, automatic moulding, the serial automation equipment of brick output overall process automatically.
Summary of the invention
The purpose of the utility model produces thus, proposes a kind of safety, environmental protection, energy-conservation, refractory material fully automatic hydroform machine efficiently.The no personnel's operation in start back, through automatic weighing, auto feed, automatic moulding, the full process automatization production of brick output is significantly enhanced productivity automatically, reduces production costs, and improves the quality of products.
The utility model realizes that the technical scheme that above-mentioned purpose is taked is: a kind of fully automatic hydraulic forcing press mainly is made up of auto feed part, intelligent robot cloth and built-in manipulator brick folding part, compression moulding part, product back mode device part, power section, transport portion and control section; The lubricating substance storehouse of auto feed part is provided with the feed bin sensor; This feed bin sensor is connected with control section with stirring distributing device motor, the transport portion of distributing device respectively, and distributing device is arranged on the discharging opening position in lubricating substance storehouse; The robot track of said intelligent robot cloth and built-in manipulator brick folding part is positioned at below the auto feed distributing device partly; It is positioned at the adobe die part and is provided with feed opening; The volume weigher is placed on the robot guide rail with the robot power piston and is fixedly connected; Robot horizontal movement limit induction switch is connected with control section with robot hydraulic pressure fuel feeding inductive switch, feed bin sensor respectively, and built-in manipulator is positioned at the position of robot adobe mould outlet; Compression moulding partly is arranged between intelligent robot cloth and built-in manipulator brick folding part and the transport portion, and the spacing photoelectricity of setting is connected with control section with robot hydraulic pressure fuel feeding inductive switch respectively near switch it on; The product back mode device be positioned at compression moulding part below, mould is fixed on the spring workbench, the spring workbench is fixed on the stationary table base through spring.
The utility model is owing to adopted automated procedures control whole machining process process; Need not the operator artificially control or operation, have the advantage that reduces labor strength, improves the quality of products, does high efficiency, workman's handling safety, efficient energy-saving, long service life.Compare with the conventional pressure machine, outstanding advantage is unmanned operation, greatly cuts down the servant of enterprise.Realized " compacting efficient is high, cloth evenly accurately, the adobe bulk density is high, quality stability is good " safety, environmental protection, energy-conservation productive value.The setting of its working procedure only need be confirmed several knob position with adjustment, so less demanding to operator's professional knowledge.Just can operate and debug this equipment through simple explanation, and make its ordinary production.Its shirtsleeve operation pattern adapts to employee's working specification of the various types of materials moulding industry of refractory material batch process very much.Constant product quality, qualification rate is high, unmanned operation, safe and reliable, noise is extremely low, operating maintenance convenient, and environmental protection, energy-efficient when making enterprise reduce the servant, is significantly enhanced productivity.
Description of drawings
Fig. 1 is the device structure sketch map of the utility model.
Fig. 2 is the principle schematic of the utility model.
Among Fig. 1: 1, feed bin, 2, feed appliance, 3, the feed bin photoelectric sensor, 4, the lubricating substance storehouse, 5, stir the distributing device motor, 6, mixing arm; 7, volume weigher, 8, robot track, 9, the robot power piston, 10, the robot pulley, 11, the robot guide rail, 12, robot hydraulic pressure fuel feeding inductive switch; 13, robot horizontal movement limit induction switch, 14, the robot hydraulic cylinder, 15, the automatic feeding system support, 16, integrated magnetic valve, 17, Hydraulic Station, 18, the Hydraulic Station motor; 19, fuselage, 20, prefill valve, 21, master cylinder, 22, guiding rail, 23, hand-held workstation, 24, sealing is with two Glais rings; 25, main oil cylinder piston, 26, photoelectricity is near switch, 27, the limit induction pointer, 28, the upper plate heating wires, 29, the secondary tup, 30, upper plate; 31, column, 32, built-in manipulator, 33, the product in the compacting, 34, front and back side plate trimming bolt, 35, die fixture, 36, the left side plate trimming bolt; 37, spring workbench, 38, lower shoe, 39, lower shoe ejects push rod, 40, the lower shoe heating wires, 41, the stationary table base, 42, push rod and piston connection device; 43, eject piston, 44, eject oil cylinder, 45, base, 46, control circuit, 47, liquid crystal touch screen; 48, control button, 49, voltmeter, 50, ammeter, 51, product, 52, transport portion.A, auto feed part, B, intelligent robot cloth and built-in manipulator brick folding part, C, compression moulding part, D, product back mode device part, E, power section, F, transport portion, G, control section.
The specific embodiment
In conjunction with accompanying drawing, the embodiment that provides the utility model is following:
As shown in Figure 2: a kind of fully automatic hydraulic forcing press mainly is made up of auto feed part A, intelligent robot cloth and built-in manipulator brick folding part B, compression moulding portion C, product back mode device part D, power section E, transport portion F and control section G; Through the sensor that is provided with; By sensor the signal that collects is delivered to control section; Handle the signal of feedback makes judgement and sends instruction to each terminal through the central processing unit of control section; Carry out cloth by intelligent robot again after partly accomplishing reinforced action by auto feed; Adopt two elastic types that add the face pressurization to be pressed, auto feed partly gets into reinforced circulation next time in compression moulding, in product shaping after the product back mode device carries out product releases; Intelligent robot cloth and built-in manipulator brick folding partly get into cloth circulation next time when pressing from both sides to transport portion by built-in manipulator, realize full process automatization production.
As shown in Figure 1: the auto feed part A is accomplished automatic charging a series of actions, its be arranged on support 15 above.By feed bin 1, feed appliance 2, feed bin sensor 3, lubricating substance storehouse 4, stirring distributing device motor 5, mixing arm 6 is formed.Feed bin 1 is arranged on feed appliance 2 tops, and what feed appliance 2 adopted is conventional drive transfer structure, the belt-type structure for conveying, and its end is positioned at the charging aperture position in lubricating substance storehouse 4, and feed bin 1 is arranged on the feed appliance 2 and can moves the realization feeding along feed appliance 2.Feed bin sensor 3 is arranged on the lubricating substance storehouse 4; What feed bin sensor 3 adopted is that photoelectricity is near switch; Its effect is to make cloth more even by quantity and secondary stirring that photoelectricity is controlled material loading near switch, and is most important to the matter density influence of product, particularly the bimodulus product.Be lubricating substance storehouse 4 when not having raw material, feed bin inductor 3 requires feed appliance 2 to carry out feed, the realization auto feed owing to will do not regulated by lever and not make it to send signal to receiving feed pressure.Simultaneously, can send signal makes the raw material in the 6 pairs of distributing devices of stirring distributing device motor 5 startup drive mixing arms on the distributing device carry out secondary stirring (stirring first is before feed).Distributing device is arranged on the discharging opening position in lubricating substance storehouse 4, and it is provided with and stirs distributing device motor 5 and mixing arm (6).The output shaft that stirs distributing device motor 5 is positioned at distributing device, and mixing arm 6 is set on its output shaft.
Intelligent robot cloth and built-in manipulator brick folding part B accomplish automatic distributing and carry action.Form by volume weigher 7, robot track 8, robot power piston 9, robot pulley 10, robot guide rail 11, robot hydraulic pressure fuel feeding inductive switch 12, robot horizontal movement limit induction switch 13 and robot hydraulic cylinder 14; Robot track 8 is positioned at below the auto feed distributing device partly; Be placed directly on the support 15; The column 31 of end and compression moulding part is connected, robot track 8 be positioned at compression moulding partly corresponding with mould just below have feed opening.On robot track 8, be provided with robot guide rail 11; Robot pulley 10 acts directly on the robot guide rail 11; Volume weigher 7 directly is placed on the robot pulley 10 of robot guide rail 11; Be fixedly connected with robot power piston 9, under the effect of robot hydraulic cylinder 14 and robot power piston 9, carry out accomplishing weighing and feeding task toward the double action horizontal movement.Robot hydraulic pressure fuel feeding inductive switch 12, robot horizontal C sports limiting inductive switch 13 is arranged on the flat board of support 15, and effect is that control robot (related volume weigher 7) does level and spacing motion.Built-in manipulator 32 is positioned at the position of robot adobe mould outlet; Be made up of two small cylinders of both sides and spring and silicagel pad, the dynamics the when effect of spring is the buffering brick folding is excessive and cause damaging adobe, and it is arranged on the position parallel with adobe, outside of robot both sides; By bolt; Wherein bolt length is passed on robot both sides and the inwall one block 1/3rd steel plate less than adobe and is linked to each other, and fixing silicagel pad on the steel plate helps protecting the integrality of adobe like this during brick folding.After the even weighing of volume weigher 7 completion; When robot hydraulic pressure fuel feeding inductive switch 12, robot horizontal movement limit induction switch 13 detect the position of first setting of robot; Sending signal connects robot hydraulic pressure fuel feeding inductive switch 12; Material when robot hydraulic cylinder 14 drive robot power pistons 9 are pushed into the corresponding feed opening with mould of compression moulding part position forward with volume weigher 7 in the volume weigher 7 gets in the mould; Send signal by optoelectronic induction once more near switch 13 this moment, and robot hydraulic cylinder 14 drives robot power piston 9 makes 7 backhauls of volume weigher to distributing device, and an automatic distributing action is accomplished.So move back and forth, realize the automatic distributing process.
Compression moulding portion C (being the hydraulic press host machine part) is accomplished the compacted products action.It is arranged between intelligent robot cloth and built-in manipulator brick folding part and the transport portion, is positioned at above the support 15.By fuselage 19, prefill valve 20, master cylinder 21, four guiding rails 22, the two Glais rings 24 of sealing, main oil cylinder piston 25, spacingly form near switch 26, limit induction pointer 27, tup 29, upper plate 30 and column 31.Valve 20, master cylinder 21, guiding rail 22, the two Glais rings 24 of sealing, main oil cylinder piston 25, upper plate heating wires 28 all are arranged in the fuselage 19 with tup 29, upper plate 30; Fuselage 19 is whole steel construction; Be fixedly connected with support 15 through column 31, tup 29 is connected the lower end of main oil cylinder piston 25 through connecting plate, connects upper plate 30 in the lower end of tup 29; This upper plate 30 is the part of mould, i.e. the last plane of adobe.In order to guarantee the even running of main oil cylinder piston 25, around master cylinder 21, be provided with guiding rail 22, on master cylinder 21, be provided with the two Glais rings 24 of sealing, be provided with spacing photoelectricity near switch 26 and conventional limit induction pointer 27 in fuselage 19 1 sides.When 7 playback of volume weigher, robot hydraulic pressure fuel feeding inductive switch 12 provides signal, and the upper plate 30 that main oil cylinder piston 25 drives tup and tup bottom moves downwards to mould; Accomplish by for the first time light pressure gas through control section; Hit weight compacting action back (the main hydraulic cylinder cycle has adjustability, adjustable in pressure) for the second time, for the third time continuously, send signal once more near switch 26 by spacing photoelectricity; Main oil cylinder piston drives the tup backhaul, accomplishes this compacted products process.In order to prevent upper plate 30 and adobe sizing, in tup 29, be provided with heating rod, heating rod is connected with heating wires 28.
The product back mode device is accomplished and to be moved back the mould action, and it is fixed on the base 45, be positioned at the compression moulding part below.By front and back side plate trimming bolt 34, die fixture 35, left side plate trimming bolt 36; Spring workbench 37, lower shoe 38, lower shoe eject push rod 39, lower shoe thermal wire 40, stationary table base 41, jockey 42, eject piston 43; Ejecting oil cylinder 44 forms; Mould is a frame structure, in order to improve precision, is respectively equipped with trimming bolt at the front and back of mould side plate and left side plate; Side plate trimming bolt 34 and left side plate trimming bolt 36 promptly are by its precision of bolt rotation adjustment.Die fixture 35 is " seven " font steel plate weldment; Tighten fixingly with bolt with the prominent piece of mould through (upper and lower position placed in the middle) in the middle of the position before and after the mould (projection have about 40mm long width consistent), like this, in pressing process, exert pressure when acquiring a certain degree by compact system with mould; Adobe and mould produce frictional force; Drive spring workbench is done together slightly to move up and down and is played the effect of two-sided pressurization, makes that the material fluidity of forming process is good, and matter density is higher; The porosity is lower, reaches effect of uniform more.The mould of product back mode device is fixed on the spring workbench 37 through die fixture 35; Spring workbench 37 is fixed on the stationary table base 41 through spring; Mold bottom is provided with lower shoe 38; Lower shoe ejects the upper plate that passes the spring workbench in push rod 39 upper ends and lower shoe 38 firm banking 41 that contact is connected, the spring workbench is passed in the lower end and piston connection device 42 in succession, and piston connection device 42 is through ejecting piston 43 and ejecting oil cylinder 44 in succession.Lower shoe ejects push rod 39 and is provided with lower shoe thermal wire 40 (employing heating rod), prevents the lower shoe sizing through heating rod heating, so just can avoid the workman not stop to put the oil upward and wastes time, thereby raise the efficiency and can realize automated production.After the compacted products action is partly accomplished in compression moulding; Photoelectricity also sends signal to back mode device simultaneously near switch 26; Push product 33 grippings to transport portion when moving up to position of manipulator by liftout attachment; And intelligent robot cloth, built-in manipulator brick folding part also begin backhaul after the action of accomplishing the cloth second time at this moment, and product just constantly is sent to the place that stacks bricks with product by transport portion continually under such continuity action.
Power section provides power output; Form by integrated valve body 16, Hydraulic Station 17, motor 18, to the switch board feedback signal, send signal to power section once more through the control section of switch board through inductive switch; Drive the plunger displacement pump fuel feeding by motor and get into electric integrated valve body 16 respectively; Be hydraulicchange-over valve, electromagnetic relief valve, solenoid directional control valve, be assigned to the epicoele and the cavity of resorption of oil cylinder more respectively, thereby make oil cylinder according to signal conditioning work.
Control section is made up of control circuit 46, liquid crystal touch screen 47, control button 48, voltmeter 49, ammeter 50; What control circuit 46 adopted is conventional circuit; Comprise central processing unit PLC; Miniature circuit breaker, contactor, relay, the time relay, electrothermal relay, insurance, ammeter, voltmeter, power distribution cabinet workbench, some, the manual control station of indicator lamp; Everything is all made accurate judgement and is sent instruction to the terminal by the signal of gathering feedback, guarantees that this machine safety, quality conformance are good, the production of high-efficiency and continuous property.
What transport portion 52 adopted also is conventional transport, comprises belt, reductor etc., and all products that are pressed into 51 are by the orientation transmission product of transport portion by the production design.
The operation principle of the utility model is: start power supply; After the normal operation of power section; The each several part playback, each photoelectric sensor switch is delivered to control section after collecting signal, and central processing unit is handled the signal of feedback and is made accurate judgement and send instruction to the terminal; Carry out cloth by intelligent robot again after partly accomplishing material loading action by auto feed; Compression moulding this moment is partly worked, and product shaping is after the product back mode device carries out product releases, and is pressed from both sides to transport portion by built-in manipulator product is sent to assigned address.Whole flow process is continuously moved, realize unattended, automated productin line.
The course of work of the utility model is:
1, debugging
Open hydraulic pressure → selection move automatically → reset → move.All want crawl 2-3 time at every turn when opening hydraulic pressure, open hydraulic pump, listen machine run normally to begin operation
(1) earlier will manually, select button rotation system automatic automatically
(2) by reset key, wait resets, and observes finger, manipulator, the whole returns of base plate.
(3) by operation, press begins automatic running program.
2. manual operation:
Opening hydraulic pressure → selection manually moves → hand-reset (eject → cloth → loosen → press and move back) → manual operation.
Manual operation mainly is used for adjusting machine.
3, work
After debugging finishes, at this moment, as long as will control function setting at automatically continuous circulating working mode; Start this machine; As long as assurance is timely by the refractory brick raw material supply that proportioning mixes in advance, also be that raw material is sufficient like this, equipment will continuously be processed operation by the program of setting.

Claims (9)

1. fully automatic hydraulic forcing press; Comprise that auto feed part (A), compression moulding part (C), product back mode device part (D), power section (E), transport portion (F) and control section (G) constitute; It is characterized in that: also be provided with intelligent robot cloth and built-in manipulator brick folding part (B); The lubricating substance storehouse (4) of said auto feed part is provided with feed bin sensor (3); This feed bin sensor is connected with control section with stirring distributing device motor (5), the transport portion of distributing device respectively, and distributing device is arranged on the discharging opening position in lubricating substance storehouse; The robot track (8) of said intelligent robot cloth and built-in manipulator brick folding part is positioned at below the auto feed distributing device partly; It is positioned at the adobe die part and is provided with feed opening; Volume weigher (7) is placed on robot guide rail (11) and upward is fixedly connected with robot power piston (9); Robot horizontal movement limit induction switch (13) is connected with control section with robot hydraulic pressure fuel feeding inductive switch (12), feed bin sensor (3) respectively, and built-in manipulator (32) is positioned at the position of robot adobe mould outlet; Compression moulding partly is arranged between intelligent robot cloth and built-in manipulator brick folding part and the transport portion, and the spacing photoelectricity that is provided with on it is connected with control section with robot hydraulic pressure fuel feeding inductive switch (12) respectively near switch (26); The product back mode device be positioned at compression moulding part below, mould is fixed on the spring workbench (37), the spring workbench is fixed on the stationary table base (41) through spring.
2. fully automatic hydraulic forcing press according to claim 1 is characterized in that: what described feed bin sensor (3) adopted is that photoelectricity is near switch.
3. fully automatic hydraulic forcing press according to claim 1; It is characterized in that: the feed bin (1) of described auto feed part (A) is arranged on feed appliance (2) top; The end of feed appliance is positioned at the charging aperture position in lubricating substance storehouse (4); Feed bin sensor (3) is arranged on the lubricating substance storehouse (4), and distributing device is arranged on the discharging opening position in lubricating substance storehouse (4), and it is provided with and stirs distributing device motor (5) and mixing arm (6).
4. fully automatic hydraulic forcing press according to claim 1; It is characterized in that: the robot track (8) of described intelligent robot cloth and built-in manipulator brick folding part (B) is positioned at below the auto feed distributing device partly; The end is connected with the column (31) of compression moulding part; Robot track be positioned at compression moulding part corresponding with mould just below have feed opening; On robot track, be provided with robot guide rail (11), volume weigher (7) directly is placed on the robot pulley (10) of robot guide rail, is fixedly connected with robot power piston (9); Robot hydraulic pressure fuel feeding inductive switch (12), robot horizontal movement limit induction switch (13) is arranged on the flat board of support (15); Built-in manipulator (32) is positioned at the position of robot adobe mould outlet.
5. fully automatic hydraulic forcing press according to claim 1; It is characterized in that: described compression moulding part (C) is arranged between intelligent robot cloth and built-in manipulator brick folding part and the transport portion; Mainly by fuselage (19), prefill valve (20), master cylinder (21), main oil cylinder piston (25), spacingly form near switch (26), limit induction pointer (27), tup (29), upper plate (30) and column (31); Fuselage is fixedly connected with support (15) through column; Tup is connected the lower end of main oil cylinder piston through connecting plate, connects upper plate in the lower end of tup, and spacing photoelectricity is arranged on fuselage one side near switch and conventional limit induction pointer.
6. fully automatic hydraulic forcing press according to claim 1; It is characterized in that: the mould of described product back mode device is fixed on the spring workbench (37) through die fixture (35); The spring workbench is fixed on the stationary table base (41) through spring; Mold bottom is provided with lower shoe (38); Lower shoe ejects the upper plate that push rod (39) upper end passes the spring workbench and the firm banking that the lower shoe contact is connected, the spring workbench is passed in the lower end and piston connection device (42) in succession, and piston connection device is through ejecting piston (43) and ejecting oil cylinder (44) in succession.
7. fully automatic hydraulic forcing press according to claim 4; It is characterized in that: described built-in manipulator (32) is made up of two small cylinders of both sides and spring and silicagel pad; Spring is arranged on the position parallel with adobe, outside of robot both sides; By bolt, wherein bolt length is passed on robot both sides and the inwall one block 1/3rd steel plate less than adobe and is linked to each other, fixing silicagel pad on the steel plate.
8. fully automatic hydraulic forcing press according to claim 6 is characterized in that: be respectively equipped with trimming bolt at the front and back of said mould side plate and left side plate, i.e. front and back side plate trimming bolt (34) and left side plate trimming bolt (36).
9. fully automatic hydraulic forcing press according to claim 1 is characterized in that: in said tup (29), be provided with heating rod.
CN2011200242360U 2011-01-21 2011-01-21 Full-automatic hydraulic pressure machine CN202106443U (en)

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Application Number Priority Date Filing Date Title
CN2011200242360U CN202106443U (en) 2011-01-21 2011-01-21 Full-automatic hydraulic pressure machine

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Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102172964A (en) * 2011-01-21 2011-09-07 郑州华隆机械制造有限公司 Full-automatic hydraulic press
CN102744768A (en) * 2012-07-04 2012-10-24 江苏永钢集团有限公司 Hydraulic brick discharge machine
CN103341903A (en) * 2013-07-11 2013-10-09 宜兴市中环耐火材料有限公司 Air pressure machine
CN104002364A (en) * 2014-05-21 2014-08-27 江苏永钢集团有限公司 Outer-machine brick-outlet brick machine
CN104015255A (en) * 2014-06-18 2014-09-03 郑州大河智信科技股份公司 Automatic feeding brick output device and method of brick pressing machine
CN104827556A (en) * 2015-05-12 2015-08-12 无锡苏嘉宇正自动化设备科技有限公司 Automatic charging device of refractory brick mold
CN105345923A (en) * 2015-12-02 2016-02-24 山西盂县西小坪耐火材料有限公司 Automatic weighing and batching silica brick adobe production equipment
CN105365038A (en) * 2015-11-17 2016-03-02 武汉天高熔接股份有限公司 Method suitable for producing ceramic welding backing
CN105947639A (en) * 2016-06-12 2016-09-21 江苏新光数控技术有限公司 Automatic feeding machine of machine tool
CN106113225A (en) * 2016-08-19 2016-11-16 郑州东方安彩耐火材料有限公司 Fusion-cast refractory continuous process system
CN106313275A (en) * 2016-08-19 2017-01-11 郑州东方安彩耐火材料有限公司 Continuous production method for cast refractories

Cited By (14)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102172964A (en) * 2011-01-21 2011-09-07 郑州华隆机械制造有限公司 Full-automatic hydraulic press
CN102744768A (en) * 2012-07-04 2012-10-24 江苏永钢集团有限公司 Hydraulic brick discharge machine
CN103341903A (en) * 2013-07-11 2013-10-09 宜兴市中环耐火材料有限公司 Air pressure machine
CN104002364A (en) * 2014-05-21 2014-08-27 江苏永钢集团有限公司 Outer-machine brick-outlet brick machine
CN104015255A (en) * 2014-06-18 2014-09-03 郑州大河智信科技股份公司 Automatic feeding brick output device and method of brick pressing machine
CN104827556B (en) * 2015-05-12 2017-01-25 无锡苏嘉宇正自动化设备科技有限公司 Automatic charging device of refractory brick mold
CN104827556A (en) * 2015-05-12 2015-08-12 无锡苏嘉宇正自动化设备科技有限公司 Automatic charging device of refractory brick mold
CN105365038B (en) * 2015-11-17 2017-09-29 武汉天高熔接股份有限公司 A kind of method produced suitable for ceramic welding backing
CN105365038A (en) * 2015-11-17 2016-03-02 武汉天高熔接股份有限公司 Method suitable for producing ceramic welding backing
CN105345923A (en) * 2015-12-02 2016-02-24 山西盂县西小坪耐火材料有限公司 Automatic weighing and batching silica brick adobe production equipment
CN105947639A (en) * 2016-06-12 2016-09-21 江苏新光数控技术有限公司 Automatic feeding machine of machine tool
CN106113225A (en) * 2016-08-19 2016-11-16 郑州东方安彩耐火材料有限公司 Fusion-cast refractory continuous process system
CN106313275A (en) * 2016-08-19 2017-01-11 郑州东方安彩耐火材料有限公司 Continuous production method for cast refractories
CN106113225B (en) * 2016-08-19 2018-11-23 郑州东方安彩耐火材料有限公司 Fusion-cast refractory continuous process system

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