A kind of deep and thorough firing block building machine of the adjustable high temperature of concrete segment pattern
Technical field
The present invention is to be related to block building machine field for a kind of deep and thorough firing block building machine of the adjustable high temperature of concrete segment pattern.
Background technique
Concrete block making machine, a kind of coagulation produced using flyash, the building waste of crushing, stone, mountain flour as raw material
Native process equipment is formed to obtain coagulation by being stirred mixing, cover half to concrete finally by hydraulic or vibration
Earth building blocks.
But building block is mostly used in construction and is staggeredly fixed to increase integral firmness, but existed using this kind of form of construction work
When heap masonry door frame, the distance of half block can be protruded, if being cut off to it, is strengthened after being produced because of building block by firing, table
Face has certain globality, and when cutting easily influences whole robustness, and make it is inherent it is more fragile be partially exposed at it is outer,
Cause the service life shorter than normal building block, become easy oxidation fragmentation, influences the bearing capacity of building doorframe and service life in the future.
Therefore need to propose a kind of deep and thorough firing block building machine of the adjustable high temperature of concrete segment pattern.
Summary of the invention
(1) the technical issues of solving
In view of the deficiencies of the prior art, the present invention provides a kind of deep and thorough firing building blocks of the adjustable high temperature of concrete segment pattern
Machine, solving the problems, such as building block, there are still have more fragile part for inside after firing and strengthening.
(2) technical solution
To achieve the above object, the invention provides the following technical scheme: a kind of adjustable high temperature of concrete segment pattern is deep and thorough
Block building machine is fired, structure includes: hydraulic control box, support frame, brick cutter, cutter's station, clip pedestal, the hydraulic control box
Lower surface be fixedly connected with the upper surface of support frame, being internally embedded for support frame as described above is equipped with brick cutter, the hydraulic control
The lower section of case processed and the top of brick cutter are sequentially connected, the side that the lower section of support frame as described above and the two sides of clip pedestal pass through welding
Formula is fixedly connected, and the lower surface of the cutter's station is fixedly connected with the upper surface of clip pedestal.
As preferred embodiments of the present invention, the brick cutter includes sealing shell, sealing ring, hydraulic lifting cutter head, clip
Cutter head, cutter head stabilizer, motor, driver, humidifier, supercharger, high temperature heater (HTH), thermal insulative board, the sealing shell
Lower end is fixedly installed with sealing ring, and the inside upper left corner of the sealing shell is fixedly connected with the upper end of hydraulic lifting cutter head, institute
The upper end insertion for stating clip cutter head is installed on the inside of cutter head stabilizer, under the upper surface and thermal insulative board of the cutter head stabilizer
Surface is connected by welding, and the top of the thermal insulative board is equipped with motor, the right end and driver of the motor
Upper end on the left of be nested, be fixedly connected on the left of the lower end of the driver with the right end of humidifier, the lower end of the driver
Right side and the left end of supercharger are sequentially connected, and the upper end insertion of the high temperature heater (HTH) is installed on the lower section of thermal insulative board.
As preferred embodiments of the present invention, the hydraulic lifting cutter head includes hydraulic pump, perfusion tube, hydraulic stem, limits surely
Fixed pole, goes up and down cutter head at mobile piston, is fixedly connected on the left of the upper end of the hydraulic pump and perfusion tube, the right side of the perfusion tube
End insertion is installed on the left of the upper end of hydraulic stem, and being internally embedded for the hydraulic stem is equipped with limit stabiliser bar, and the limit is steady
Fixed pole is nested with mobile piston, and being internally embedded for the hydraulic stem is equipped with mobile piston and same axle center, the movement
The lower surface of piston is fixedly connected by welding with the upper end of lifting cutter head.
As preferred embodiments of the present invention, the humidifier includes water inlet, water inlet pipe, unidirectional limiting ball, diaphragm, hydraulic
Room, transmission shaft, hydraulic pressure conveying chamber, outlet pipe, water outlet, the lower end of the water inlet are fixedly connected with the top of water inlet pipe, institute
It states being internally embedded for water inlet pipe and unidirectional limiting ball is installed, the upper surface of the diaphragm is installed on hydraulic pressure chamber, the hydraulic pressure chamber
Right end insertion is equipped with transmission shaft, is fixedly connected on the left of the end of the water inlet pipe and hydraulic pressure conveying chamber, under the diaphragm
Surface is installed on hydraulic pressure conveying chamber, and the right side of the hydraulic pressure conveying chamber is fixedly connected with the left end of outlet pipe, the outlet pipe
End insertion is equipped with water outlet.
As preferred embodiments of the present invention, the supercharger includes air inlet, inlet plenum, tension spring stop block, mobile work
Plug passes gas chamber, discharge chamber, thrust spring stop block, air outlet valve, and the lower end insertion of the air inlet is installed on the top of inlet plenum,
The inside of the inlet plenum is installed with tension spring stop block, and the mobile piston insertion is installed on the inside for passing gas chamber, the biography
The lower end of gas chamber is installed on discharge chamber, and the installed inside of the discharge chamber has thrust spring stop block, and the lower end of the discharge chamber is embedding
Enter air outlet valve is installed.
As preferred embodiments of the present invention, the sealing ring includes sealed briquette, trapping block, divides gas tooth, the envelope briquetting
Be internally embedded trapping block be installed, the lower end of the trapping block is installed on point gas tooth and is integrated.
Be equipped with diaphragm as preferred embodiments of the present invention, inside the humidifier makes to be driven using the isolation effect of diaphragm
When axis is twitched, the flowing of hydraulic pressure chamber water flow inside is inhaled dynamic diaphragm and is upheld upwards, inhales the unidirectional limiting ball driven on water pipe, makes water inlet pipe
Water flow enter in hydraulic pressure conveying chamber, when transmission shaft is inserted it is dynamic when, hydraulic pressure chamber water flow inside pushes the downward diastole of diaphragm, water of compaction
Pressure, which conveys indoor water flow, flow into water flow can not in water inlet pipe due to the limitation of unidirectional limiting ball, can only wash open on outlet pipe
Unidirectional limiting ball, enter in unidirectional limiting ball, from water outlet be atomized spray, the moisture in the high temperature and high pressure environment of brick cutter
It penetrates into building block, is penetrated between the material of stripping and slicing under capillary action, reinforced cementitious property, and fired rear aqueous and steamed
Hair, makes building block have stronger soundproof effect and thermal insulation separation in block interiors leaving gap hole using the hole of block interiors
Hot property.
As preferred embodiments of the present invention, the sealed briquette is internally provided with trapping block and divides gas tooth, compares existing skill
Art has stronger leakproofness and segregation.
(3) beneficial effect
Compared with prior art, the present invention provides a kind of deep and thorough firing block building machine of the adjustable high temperature of concrete segment pattern,
Have it is following the utility model has the advantages that
In the manufacturing process of building block, using hydraulic pump out of perfusion tube conveying hydraulic oil to hydraulic stem, push away hydraulic oil
The vertical decline for moving piston holding level under the limitation of two limit stabiliser bars is moved, lifting cutter head decline is driven, in knife
Under the auxiliary of head stabilizer in stable incision concrete modular, it is more polycyclic to be applicable in cut out the building block of half block building block size pattern
Border construction requirements make in heap masonry door frame, without the protrusion of half block building block, are complete firm building block entirely, effectively extend building
Service life of object doorframe and the bearing capacity for increasing building block doorframe, while making moisture with deep block using humidifier and supercharger when firing
In block, make building block high temperature fire when because block interiors deep layer is under the leading of moisture, high temperature pass dissipate it is more deep, firing is more
Be it is thorough, make more firm inside it, building block made to have better building bearing power and longer service life.
Detailed description of the invention
Fig. 1 is a kind of deep and thorough structural schematic diagram for firing block building machine of adjustable high temperature of concrete segment pattern of the present invention.
Fig. 2 is a kind of cross-sectional view of the structure of brick cutter of the present invention.
Fig. 3 is a kind of structure elevational schematic view of brick cutter of the present invention.
Fig. 4 is a kind of cross-sectional view of the structure of hydraulic lifting cutter head of the present invention.
Fig. 5 is a kind of cross-sectional view of the structure of humidifier of the present invention.
Fig. 6 is a kind of cross-sectional view of the structure of supercharger of the present invention.
Fig. 7 is the partial structurtes enlarged drawing in the portion A in Fig. 2 of the present invention.
Description of symbols: hydraulic control box -1, support frame -2, brick cutter -3, cutter's station -4, clip pedestal -5, sealing
Shell -31, sealing ring -32, hydraulic lifting cutter head -33, clip cutter head -34, cutter head stabilizer -35, motor -36, driver -
37, humidifier -38, supercharger -39, high temperature heater (HTH) -310, thermal insulative board -311, hydraulic pump -331, perfusion tube -332, hydraulic
Bar -333, limit stabiliser bar -334, mobile piston -335, lifting cutter head -336, water inlet -381, water inlet pipe -382, unidirectional limit
Ball -383 processed, diaphragm -384, hydraulic pressure chamber -385, transmission shaft -386, hydraulic pressure conveying chamber -387, outlet pipe -388, water outlet -389,
Air inlet -391, tension spring stop block -393, mobile piston -394, passes gas chamber -395, discharge chamber -396, pushes away inlet plenum -392
Power spring stop block -397, sealed briquette -321, trapping block -322, divides gas tooth -323 at air outlet valve -398.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Fig. 1-Fig. 7 is please referred to, the present invention provides a kind of deep and thorough firing block building machine of the adjustable high temperature of concrete segment pattern, knot
Structure includes: hydraulic control box 1, support frame 2, brick cutter 3, cutter's station 4, clip pedestal 5, the lower surface of the hydraulic control box 1
It is fixedly connected with the upper surface of support frame 2, being internally embedded for support frame as described above 2 is equipped with brick cutter 3, the hydraulic control box 1
Lower section and the top of brick cutter 3 be sequentially connected, the side that the two sides of the lower section of support frame as described above 2 and clip pedestal 5 pass through welding
Formula is fixedly connected, and the lower surface of the cutter's station 4 is fixedly connected with the upper surface of clip pedestal 5.
The brick cutter 3 is stablized including sealing shell 31, sealing ring 32, hydraulic lifting cutter head 33, clip cutter head 34, cutter head
Device 35, motor 36, driver 37, humidifier 38, supercharger 39, high temperature heater (HTH) 310, thermal insulative board 311, the sealing shell
31 lower end is fixedly installed with sealing ring 32, and the inside upper left corner of the sealing shell 31 and the upper end of hydraulic lifting cutter head 33 are solid
Fixed connection, the upper end insertion of the clip cutter head 34 are installed on the inside of cutter head stabilizer 35, the cutter head stabilizer 35 it is upper
Surface is connected by welding with the lower surface of thermal insulative board 311, and the top of the thermal insulative board 311 is equipped with motor 36,
It is nested on the left of the upper end of the right end of the motor 36 and driver 37, lower end left side and the humidifier 38 of the driver 37
Right end be fixedly connected, be sequentially connected on the right side of the lower end of the driver 37 with the left end of supercharger 39, the high temperature heater (HTH)
310 upper end insertion is installed on the lower section of thermal insulative board 311.
The hydraulic lifting cutter head 33 includes hydraulic pump 331, perfusion tube 332, hydraulic stem 333, limit stabiliser bar 334, moves
Piston 335, lifting cutter head 336, the upper end of the hydraulic pump 331 are fixedly connected with the left side of perfusion tube 332, the perfusion tube
332 right end insertion is installed on the left of the upper end of hydraulic stem 333, and being internally embedded for the hydraulic stem 333 is equipped with limit stabilization
Bar 334, the limit stabiliser bar 334 are nested with mobile piston 335, and being internally embedded for hydraulic stem 333 is equipped with movement
The upper end of piston 335 and same axle center, the lower surface of the mobile piston 335 and lifting cutter head 336 is by welding
It is fixedly connected.
The humidifier 38 include water inlet 381, water inlet pipe 382, unidirectional limiting ball 383, diaphragm 384, hydraulic pressure chamber 385,
Transmission shaft 386, hydraulic pressure conveying chamber 387, outlet pipe 388, water outlet 389, lower end and the water inlet pipe 382 of the water inlet 381
Top is fixedly connected, and being internally embedded for the water inlet pipe 382 is equipped with unidirectional limiting ball 383, the upper surface peace of the diaphragm 384
Equipped with hydraulic pressure chamber 385, the right end insertion of the hydraulic pressure chamber 385 is equipped with transmission shaft 386, the end of the water inlet pipe 382 and water
The left side of pressure conveying chamber 387 is fixedly connected, and the lower surface of the diaphragm 384 is installed on hydraulic pressure conveying chamber 387, the hydraulic pressure conveying
The right side of room 387 is fixedly connected with the left end of outlet pipe 388, and the end insertion of the outlet pipe 388 is equipped with water outlet 389.
The supercharger 39 includes air inlet 391, inlet plenum 392, tension spring stop block 393, mobile piston 394, passes gas
The lower end insertion of room 395, discharge chamber 396, thrust spring stop block 397, air outlet valve 398, the air inlet 391 is installed on inlet plenum
392 top, the inside of the inlet plenum 392 are installed with tension spring stop block 393, and the mobile insertion of piston 394 is installed on
The inside of gas chamber 395 is passed, the lower end for passing gas chamber 395 is installed on discharge chamber 396, and the installed inside of the discharge chamber 396 has
The lower end insertion of thrust spring stop block 397, the discharge chamber 396 is equipped with air outlet valve 398.
The sealing ring 32 includes sealed briquette 321, trapping block 322, divides gas tooth 323, and the inside of the envelope briquetting 321 is embedding
Enter to be equipped with trapping block 322, the lower end of the trapping block 322 is installed on point gas tooth 323 and is integrated.
Diaphragm 384 is equipped with inside the humidifier 38, using the isolation effect of diaphragm 384, when twitching transmission shaft 386,
The flowing of 385 water flow inside of hydraulic pressure chamber is inhaled dynamic diaphragm 384 and is upheld upwards, and the unidirectional limiting ball 383 driven on water pipe 382 is inhaled, make into
The water flow of water pipe 382 enters in hydraulic pressure conveying chamber 387, when transmission shaft 386 is inserted it is dynamic when, 385 water flow inside of hydraulic pressure chamber push every
The downward diastole of film 384, the water flow squeezed in hydraulic pressure conveying chamber 387 flow water flow can not due to the limitation of unidirectional limiting ball 383
Enter in water inlet pipe 382, the unidirectional limiting ball 383 on outlet pipe 388 can only be washed open, enters in unidirectional limiting ball 383, from water outlet
Mouthfuls 389 atomizations spray, and moisture penetration penetrates into cut under capillary action into building block in the high temperature and high pressure environment of brick cutter 3
Between the material of block, reinforced cementitious property, and rear aqueous evaporation has been fired, in block interiors leaving gap hole, utilize building block
Internal hole, makes building block have stronger soundproof effect and thermal and insulating performance.
The sealed briquette 321 is internally provided with trapping block 322 and divides gas tooth 323, and the decline of brick cutter 3 is made to cover cutter's station
When 4,3 bottom of brick cutter trapping block 322 outstanding covers cutter's station 4, using multi-turn trapping block 322 and divides gas tooth 323, will cut
Brick device 3 is thoroughly isolated with extraneous space, to manufacture the environment of a sealing inside brick cutter 3, the pressurization of brick cutter 3 is facilitated to add
It is strong to fire effect, there are stronger leakproofness and segregation compared with prior art.
The brick cutter 3 is internally provided with hydraulic lifting cutter head 33, using the lifting of hydraulic control lifting cutter head 336, makes
When it shrinks, brick cutter 3, which can cut out the building block of same specification, can cut out two rows in 3 left part of brick cutter when diastole declines
It is big can to process half block building block to adapt to more multi-environment construction compared with prior art for the building block of half block building block size pattern
The building block of small pattern.
Its working principle is that: when concrete modular enters on cutter's station 4, control of the brick cutter 3 in hydraulic control box 1
Lower decline carries out cutting sizing to concrete modular using clip cutter head 34, and cutter head stabilizer 35 protects clip cutter head 34 not
Deviate cutting route, cut every piece of building block uniform, and in cutting, the hydraulic lifting knife in 3 left side of starting brick cutter
First 33 work, and are hydraulic stem using internal hydraulic pump 331 to prepare to cut out the building block of half block building block size pattern
333 conveying hydraulic oil make the hydraulic oil in hydraulic stem 333 move piston 335 with stable the pushing of accumulation and limit at two
Vertically decline under the limitation of stabiliser bar 334, lifting cutter head 336 is driven to decline, keeps horizontal under the auxiliary of cutter head stabilizer 35
Incision concrete modular in, cut out required for size building block to be applicable in more environmental construction requirements, effectively extension building
The service life of doorframe and the bearing capacity for increasing building block doorframe, carry out after having cut concrete modular, humidifier 38 is in brick cutter 3
Environment humidified, and in the environment of the hyperbar that supercharger 39 manufactures, the moisture penetration that humidifier 38 generates is into block
The deep internal of block, then high temperature heater (HTH) 310 starts to being heated the block being cut into concrete modular in brick cutter 3
Block is fired, and moisture gradually evaporates, and in block interiors dissipating high temperature, is fired reinforcing to block interiors, is made building block more
Firm, bearing capacity is stronger, effectively extends the service life of building.
The utility model has the advantages that in the manufacturing process of building block, hydraulic oil is conveyed to hydraulic from perfusion tube 332 using hydraulic pump 331
In bar 333, pushes hydraulic oil and move under horizontal vertical of the holding under the limitation of two limit stabiliser bars 334 of piston 335
Drop drives lifting cutter head 336 to decline, under the auxiliary of cutter head stabilizer 35 in stable incision concrete modular, cuts out half block
The building block of building block size pattern is made in heap masonry door frame, without the protrusion of half block building block, entirely with being applicable in more environmental construction requirements
It is complete firm building block, benefit when effectively extending the service life of building doorframe and increase the bearing capacity of building block doorframe, while firing
Make moisture with going deep into building block with humidifier 38 and supercharger 39, makes building block high temperature when firing because block interiors deep layer is in moisture
Lead down, high temperature pass dissipate it is more deep, firing it is more thorough, make more firm inside it, have building block and preferably build
Build bearing capacity and longer service life.
Specific embodiment described herein is only to give an example to the present invention.The technical field of the invention
Technical staff can make various modifications or additions to the described embodiments or be substituted in a similar manner, but
Without departing from of the invention or beyond the scope of the appended claims.