CN209491881U - A kind of bottom, face bilayer raw material clamp dog press machine - Google Patents
A kind of bottom, face bilayer raw material clamp dog press machine Download PDFInfo
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- CN209491881U CN209491881U CN201821808450.3U CN201821808450U CN209491881U CN 209491881 U CN209491881 U CN 209491881U CN 201821808450 U CN201821808450 U CN 201821808450U CN 209491881 U CN209491881 U CN 209491881U
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- clamp dog
- press machine
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Abstract
A kind of bottom, face bilayer raw material clamp dog press machine are made of rack, surface layer distribution device, ply stratum device, pressure setting, movable part, conveying device, the utility model improves the production capacity of machine by saving the cloth time of top layer raw material, the top layer raw material cloth of the present apparatus carries out automatically simultaneously, the complicated driving equipment of addition and additional structure member are not needed, the structurally and operationally system of machine is simplified since in this way, reliability improves, and investment and operation expense reduce.
Description
Technical field
The present invention relates to a kind of construction material production equipment, a kind of bottom, face bilayer raw material clamp dog press machine are especially provided.
Background technique
The machine of presently used production shot powder bi-layer clamp dog mostly uses greatly the concrete containing cement and filler
As raw material.Bottom is thicker, using less cement, adds cheap filler mixed raw material is made being produced.At present on the market
The machine of the double-deck clamp dog of the production used is varied, they can satisfy the needs for producing the double-deck clamp dog to a certain extent,
But still there are some problems.
Bobbing machine is more commonly used equipment, and this bobbing machine is equipped with type groove, and slot is provided with can rushing with vertical displacement
Head and two hoppers.Utilize surface layer of the feeding device by clamp dog for the bottomless box that is connected with the device of control back and forth movement, is similar to
Hopper is successively transported into base raw material.The compacting step of this machine be the lesser pressure of formed punch for capableing of vertical displacement and compared with
It is completed jointly under strong vibration force effect.However, this machine is higher to material quality and stability requirement, and it is produced
The double-deck clamp dog it is second-rate, including outer rim, corner angle etc. often up to less than written standards.It is maximum that these all become this machine
The shortcomings that.
Compressor is more perfect than above-mentioned bobbing machine.The pressure that the compacting step of this machine only passes through formed punch is completed,
The intensity of pressure is more bigger than bobbing machine.This machine can just be effectively treated without vibration only with pressure, compaction quality is poor
Raw material；It can guarantee every quality index of the double-deck clamp dog, such as outer rim, corner angle.It is also possible to guarantee just from mold slots
The molding clamp dog of release have stronger hardness, can on pallet laminated multi-layer.It is more that above-mentioned compressor belongs to rotary platform type
Station high yield type.This machine uses the traditional feeding device for being similar to bottomless chest equipped with identical formed punch and mold is covered more
The raw material on bottom and surface layer is distributed into mold slots in order.This machine is for mass production identical type, most common universal
The double-deck clamp dog it is largely effective.However, this machine shape is heavy, metal consumption is big, need to throw when producing different clamp dogs in addition
Enter additional manpower and material resources and time for more mold exchange, formed punch, above-mentioned a variety of factors compress this rotary platform type
Machine is difficult to promote.
In view of the above-mentioned problems, application No. is the files of CN108214827 to provide a kind of double-deck clamp dog press machine, the machine
It is provided with type groove, the mold slots of type groove are provided with the formed punch that can be vertically moved, two hoppers of bottom and top layer raw material cloth,
And installation in the horizontal direction, back and forth movement can be done along mold rooved face and stopped in both ends and middle position movable part
Part.Movable part includes feeding unit material, press unit and ejector unit.Feeding unit material is responsible for bottom raw material being distributed into mould from hopper
Have in slot.Ejector unit has the handgrip that can pick up the double-deck clamp dog.Compacting and ejector unit are located at one end of movable part,
Close to the conveying device of molding machine.Meanwhile be also equipped with can mold rooved face along perpendicular to movable part direction displacement
Top layer raw material can be distributed into mold slots by balladeur train out of hopper.Above-mentioned balladeur train is provided with grid and brush head, and control balladeur train edge
The driving device of mold slots displacement, brush head rotation, displacement and grid vertical displacement.So, more needed for mold exchange when
Between inputs and resources investment be greatly decreased compared with compacting shape machine.However, the deficiency of this machine is that surface layer feeding balladeur train moves
It moves there is still a need for a large amount of additional times are spent, this substantially reduces production efficiency.In addition to this, above-mentioned mechanical realization has
More complex driving device, this makes machine construction and operating system also sufficiently complex, considerably increases the purchase of machine initial stage
The investment of investment and later period production.
Summary of the invention
It is above-mentioned it is an object of the invention to overcome the problems, such as, provide that a kind of clamp dog is high-quality, clamp dog high production efficiency, knot
The simple bottom of structure, face bilayer raw material clamp dog press machine.
In order to achieve the above objectives, technical scheme is as follows: a kind of bottom, face bilayer raw material clamp dog press machine are by machine
Frame, surface layer distribution device, ply stratum device, pressure setting, movable part, conveying device composition, it is characterised in that: the pressure
Device processed is mounted on the rack；The pressure setting include column, moved cross beam, intermediate transverse girder, upper beam, master it is hydraulic
Cylinder, auxiliary hydraulic cylinder, formed punch, mold；The column is equipped with four and is mounted on the rack；The upper beam, intermediate transverse girder,
Moved cross beam is sequentially arranged at from top to bottom on the column；The piston rod of the moved cross beam lower end and the main hydraulic cylinder,
Auxiliary hydraulic pressure cylinder piston rod is connected, and can move up and down along the column under the action of main hydraulic cylinder and auxiliary hydraulic cylinder；It is described
The upper surface of moved cross beam connects the formed punch；The main hydraulic cylinder is mounted on the rack；The auxiliary hydraulic cylinder is equipped with
Two are mounted on the rack, and are distributed in the main hydraulic cylinder two sides；Fluting is for installing the mould on the intermediate transverse girder
Tool；The mold matches with the formed punch；Metal plate I, metal plate II are installed at left and right sides of the intermediate transverse girder；The work
Dynamic component is mounted on the metal plate I, metal plate II, on intermediate transverse girder；Two sets of servo motors are installed on the upper beam；Institute
State servo motor connection gear；Two rack gears are also installed on the movable part；The gear is engaged with the rack gear；The work
Dynamic component drives in servo motor, can be along the top surface of metal plate I, the top surface of metal plate II, intermediate cross under the transmission of rack-and-pinion
The top surface of beam moves left and right；The surface layer distribution device is mounted on metal plate I；The ply stratum device is mounted on the gold
Belong on plate II；The conveying device is mounted on I side of metal plate, the top surface of the slightly below described metal plate I.
Further, the surface layer distribution device is made of bracket I, top layer raw material hopper, gate of sector-like shape I, cylinder I；It is described
Bracket I is mounted on the metal plate I；The top layer raw material hopper is mounted on the bracket I；The gate of sector-like shape I is installed
On the top layer raw material hopper, driven by the cylinder I.
Further, the ply stratum device is made of bracket II, bottom raw material hopper, gate of sector-like shape II, cylinder II；Institute
Bracket II is stated to be mounted on the metal plate II；The bottom raw material hopper is mounted on the bracket II；The gate of sector-like shape
II is mounted on the bottom raw material hopper, is driven by the cylinder II.
Further, the movable part includes ejector unit, additional feeding unit material, press unit, feeding unit material；It is described to push away
Unit, additional feeding unit material, press unit, feeding unit material are sequentially connected out；The ejector unit is bottomless box construction illustrated, top
The lower end in face is equipped with a vacuum absorbing and hoisting machine；The additional feeding unit material is a chest without upper and lower covers；The feeding unit material is also
For a chest without upper and lower covers；The two sides of the movable part are equipped with guide rail lath；The guide rail lath is located at the rack gear
Lower section.
Further, it is additionally provided with guiding device on the double-deck raw material clamp dog press machine, for being oriented to the movable part；
The guiding device is mounted on the metal plate I, metal plate II, on intermediate transverse girder；The guiding device includes several supports, two
Connecting plate, several directive wheels；Two connecting plates are mounted on the metal plate I, metal plate II using support, on intermediate transverse girder,
Positioned at the intermediate transverse girder two sides；The directive wheel is mounted on the connecting plate；The wedge shaped structure of the guiding wheel surface；Institute
Directive wheel is stated to match with the guide rail lath.
Further, the top surface of the metal plate I, the top surface of metal plate II and the top surface of the intermediate transverse girder are in same water
In plane.
Further, it is additionally provided with control host and several sensors on the double-deck raw material clamp dog press machine, for controlling
The movement of the present apparatus.
Further, the bed-plate dimension of the press unit is greater than the sectional dimension of the slot of intermediate transverse girder
The beneficial effects of the utility model are: (1) the utility model is by saving the cloth time of top layer raw material to mention
The production capacity of high machine, while the top layer raw material cloth of the present apparatus carries out automatically, does not need the complicated driving of addition and sets
Standby and additional structure member, in this way since the structurally and operationally system of machine be simplified, reliability improves, and investment and goes into operation
Expense reduces；(2) top layer raw material is placed in the bottom of the slot of mold by the utility model, and bottom raw material is placed in the top of mold slots,
So facilitate vacuum hang suction machine perhaps vacuum grip grab clamp dog because vacuum hangs suction machine or vacuum grip clamp dog is flat
Flat one side, while also saving the use of the higher raw material of surface layer price；(3) the double-deck clamp dog quality of the utility model production
Good, intensity is big, can directly be placed on pallet after mold slots release and carry out multilayer and put, to transport after reducing
With the cost of hardening.
Detailed description of the invention
Fig. 1 is the utility model diagrammatic perspective view；Fig. 2 is the utility model top view；Fig. 3 is the utility model along A-A's
Cross-sectional view；Fig. 4 is cross-sectional view of the utility model along B-B；Fig. 5-9 is each location drawing of the machine in molding procedure, and: Fig. 5 is
Movable part is centrally located, the signal after the completion of compacting step, when press unit is covered mold slots from top
Figure；Fig. 6 is location drawing when movable part is parked in left end, and surface layer powder is distributed into additional feeding unit material at this time, new molding double
Layer clamp dog is hung suction machine and is sent into transmission device；Fig. 7 is working condition of the machine under first production procedure, at this time feeding unit material
Bottom raw material cloth is completed, and movable part will be from the mobile schematic diagram of most dextrad leftmost position；Fig. 8 is that machine is in initial bit
(first production procedure) is set, top layer raw material is poured out out of top layer raw material hopper into additional feeding unit material in cloth process for the first time
The location drawing；Fig. 9 is the not yet disengaging formed punch work after releasing completion, vacuum absorbing and hoisting machine picks up the new molding double-deck clamp dog
The location drawing on surface.
Specific embodiment
It describes the specific embodiments of the present invention in detail with reference to the accompanying drawing.
As shown, a kind of bottom, face bilayer raw material clamp dog press machine are filled by rack 1, surface layer distribution device 2, ply stratum
It sets 3, pressure setting 4, movable part 5, conveying device 6 to form, the pressure setting 4 is mounted in the rack 1；The compacting
Device 4 includes column 41, moved cross beam 42, intermediate transverse girder 43, upper beam 44, main hydraulic cylinder 45, auxiliary hydraulic cylinder 46, formed punch
47, mold 48；The column 41 is equipped with four and is mounted in the rack 1；The upper beam 42, intermediate transverse girder 43, movable transverse
Beam 42 is sequentially arranged at from top to bottom on the column 41；The piston of 42 lower end of moved cross beam and the main hydraulic cylinder 45
Bar, 46 piston rod 461 of auxiliary hydraulic cylinder are connected, can be along the column 41 under the action of main hydraulic cylinder 45 and auxiliary hydraulic cylinder 46
It moves up and down；The upper surface of the moved cross beam 42 connects the formed punch 47；The main hydraulic cylinder 45 is mounted on the rack 1
On；The auxiliary hydraulic cylinder 46 is set there are two being mounted in the rack 1, is distributed in 45 two sides of main hydraulic cylinder；In described
Between on crossbeam 43 fluting for installing the mold 48；The mold 48 matches with the formed punch 47；The intermediate transverse girder 42
The left and right sides is equipped with metal plate I 7, metal plate II 8；The movable part 5 be mounted on the metal plate I 7, metal plate II 8, in
Between on crossbeam 43；Two sets of servo motors 14 are installed on the upper beam 44；14 connection gear 10 of servo motor；The work
Two rack gears 11 are also installed on dynamic component 5；The gear 10 is engaged with the rack gear 11；The movable part 5 is in servo motor
14 driving, under the transmission of 10 rack gear 11 of gear can along the top surface of metal plate I 7, the top surface of metal plate II 8, intermediate transverse girder 43 top
Face moves left and right；The surface layer distribution device 2 is mounted on metal plate I 7；The ply stratum device 3 is mounted on the metal
On plate II 8；The conveying device 12 is mounted on I 7 side of metal plate, the top surface of the slightly below described metal plate I 7.
The surface layer distribution device 2 is made of bracket I 21, top layer raw material hopper 22, gate of sector-like shape I 23, cylinder I 24；Institute
Bracket I 21 is stated to be mounted on the metal plate I 7；The top layer raw material hopper 22 is mounted on the bracket I 21；The sector
Gate I 23 is mounted on the top layer raw material hopper 22, is driven by the cylinder I 24；The ply stratum device 3 is by bracket II
31, bottom raw material hopper 32, gate of sector-like shape II 33, cylinder II 34 form；The bracket II 31 is mounted on the metal plate II 8
On；The bottom raw material hopper 32 is mounted on the bracket II 31；The gate of sector-like shape II 33 is mounted on the bottom raw material
On hopper 32, driven by the cylinder II 34.
The movable part 5 includes ejector unit 51, additional feeding unit material 52, press unit 53, feeding unit material 54；It is described
Ejector unit 51, additional feeding unit material 52, press unit 53, feeding unit material 54 are sequentially connected；The ejector unit 51 is bottomless
Box construction illustrated, the lower end of top surface are equipped with a vacuum absorbing and hoisting machine 511 for grabbing the double-deck clamp dog 16, when double-deck 16 area of clamp dog
Small and thickness can install Pneumatic clamping jaw in ejector unit 51 and grab the double-deck clamp dog when thicker；The additional feeding unit material 52 is one
Chest without upper and lower covers；The feeding unit material 54 is also a chest without upper and lower covers；The two sides of the movable part 5, which are equipped with, leads
Rail lath 13；The guide rail lath 13 is located at the lower section of the rack gear 11.
It is additionally provided with guiding device 9 on the bilayer raw material clamp dog press machine, for being oriented to the movable part 5；It is described
Guiding device 9 is mounted on the metal plate I 7, metal plate II 8,43 on intermediate transverse girder；The guiding device 9 includes several supports
91, two connecting plates 92, several directive wheels 93；Two connecting plates 92 are mounted on the metal plate I 7, metal plate using support 91
II 8,43 on intermediate transverse girder, it is located at 43 two sides of intermediate transverse girder；The directive wheel 93 is mounted on the connecting plate 92；It is described
The wedge shaped structure in 93 surface of directive wheel；The directive wheel 93 matches with the guide rail lath 13.
Top surface, the top surface of metal plate II 8 and the top surface of the intermediate transverse girder 43 of the metal plate I 7 are in same level
On face.
It is additionally provided with control host and several sensors on the bilayer raw material clamp dog press machine, for controlling the present apparatus
Movement.
The bed-plate dimension of the press unit 53 is greater than the sectional dimension of the slot of intermediate transverse girder 43.
The work flow of the utility model: filling top layer raw material for top layer raw material hopper when beginning, by bottom raw material hopper
Bottom raw material is filled, gate of sector-like shape I and gate of sector-like shape II are in close state, and each component of block-making machine is in such as Fig. 8 institute at this time
The initial position shown.Formed punch rests in the slot of mold, and positioned at packed height-h з of top layer raw material, movable part is in servo electricity
It is located at final position (as shown in figure 8, being located at Far Left) under the action of machine, ejector unit and vacuum absorbing and hoisting machine and conveying fill at this time
It sets adjacent.On this position, additional feeding unit material is located at the lower section of facestock hopper.In the first job process of block-making machine
Under, the gate of sector-like shape I of facestock hopper is opened under the effect of cylinder I, and top layer raw material is poured into additional feeding unit material, after filling
Gate of sector-like shape I is closed.Subsequent movable part moves right under the action of servo motor.In moving process, feeding unit material is added
The upper layer raw material of the inside is poured into the slot of mold, and the slot of mold at this time is filled up, and is highly h3, is added in feeding unit material
The remaining upper layer raw material in face continues to move right with movable part, and when reaching right end, feeding unit material is in bottom raw material
The underface of hopper, gate of sector-like shape II are opened, and bottom raw material is gushed out of bottom raw material hopper, into the feed material list of movable part
In member, gate of sector-like shape II is closed after feeding.Subsequent movable part starts to move from right to left under the action of servo motor,
In the slot that top layer raw material pours into mold again out of additional feeding unit material in moving process, further mold slots at this time are filled out
Full, after additional feeding unit material covers the top stroke of the slot positioned at mold, sensor issues signal (not shown), formed punch
It is rapidly dropped on the necessary thickness of bottom source fillings according to signal at once, top layer raw material falls therewith.It is filled out reaching above-mentioned
After expecting thickness, movable part restores movement under the action of servo motor, continues to be moved to the left.In moving process, feeding unit material
Interior bottom raw material pours into the slot of mold, and the slot of mold is filled up.After movable part reaches leftmost position, facestock
The gate of sector-like shape I of hopper is opened, top layer raw material hopper upper completely top layer raw material in additional feeding unit material, then top layer raw material hopper
Gate of sector-like shape I close, movable part starts to move right, and the left wall of feeding unit material can will be in the slot of mold in moving process
Bottom raw material layer flattening-out, and extra bottom raw material is taken away, when movable part is moved to middle position (as shown in Fig. 5
Position) when, sensor (not shown) receive signal and by signal hair in control host, control host control servo electricity
Machine is out of service, this is the surface that press unit is located at mold, and press unit covers the slot of mold completely, then formed punch 13
Move up the compacting operation for carrying out the double-deck clamp dog raw material, complete compacting back punching head drop to be sufficiently separated formed punch upper surface and
The height on clamp dog surface.Then movable part starts to be displaced from middle position to least significant.In moving process, it is former to be fully loaded with surface layer
The additional feeding unit material of material starts to slide: starting along the metal plate I being fixed on intermediate transverse girder；Then along the slot of mold
The surface of upper surface and new molding clamp dog；It is mobile finally along another piece of metal plate II being fixed on intermediate transverse girder, in the process
The top layer raw material " disarraying " that the side of the new molding double-deck clamp dog can be attached in feeding unit material to a certain extent, but it is this
It disorderly will not influence the double-deck clamp dog-pavement brick mass parameter completely.
Stop movement after movable part is moved to least significant, at this time bottom raw material hopper cloth in feeding unit material,
The new molding double-deck clamp dog is released out of mold slot under the action of formed punch, and during release, new molding clamp dog is smooth
Side is advertised using compressed air in advance, is then pushed into ejector unit, is sucked by vacuum absorbing and hoisting machine, and be fixed up (here
To illustrate that Pneumatic clamping jaw clamping clamp dog can be chosen to install when the area of clamp dog is smaller, thickness is larger), under then formed punch starts
Drop, punch head surface are detached from clamp dog surface, (above-mentioned in addition to carrying out after compacting in order to guarantee not will cause defect when being detached from
The preliminary disengaging on two surfaces needs to heat in the case of necessary or be added in top layer raw material anti stickness using formed punch
Additive) be detached from after, formed punch is risen rapidly again in the slot for resting on mold, be again positioned at packed height-h з of top layer raw material,
Then movable part continues to be moved to the left, and reaches the most left position of movable part, two movements of synchronous realization during this: 1.
Additional feeding unit material and feeding unit material successively successively insert top layer raw material and bottom raw material in the slot of mold；2. new molding double
In conveying device of the layer clamp dog by ejector unit push-in side.After the new molding double-deck clamp dog is put conveying device, activity
Component is moved to least significant from leftmost position, and block-making machine starts to repeat the above steps, and carries out next production cycle.
By narration above, we can be distinctly understood that, the block-making machine with These characteristics, in molding single layer raw material
Under the displacement condition for the movable part being also required to, the process in the slot of top layer raw material filling mold independently occurs, and does not need
The additional time is wasted, additional motor device is not needed yet.It is this to design the production capacity for substantially increasing machine, operation system
System is simplified, and reliability improves, and investment and investment cost reduce.
It is to be illustrated to preferable implementation of the invention, but the invention is not limited to the implementation above
Example, those skilled in the art can also make various equivalent variations on the premise of without prejudice to spirit of the invention or replace
It changes, these equivalent deformations or replacement are all included in the scope defined by the claims of the present application.
Claims (8)
1. a kind of bottom, face bilayer raw material clamp dog press machine, it is characterised in that: filled by rack, surface layer distribution device, ply stratum
It sets, pressure setting, movable part, conveying device composition, the pressure setting is mounted on the rack；The pressure setting packet
Include column, moved cross beam, intermediate transverse girder, upper beam, main hydraulic cylinder, auxiliary hydraulic cylinder, formed punch, mold；The column is equipped with four
Root is mounted on the rack；The upper beam, intermediate transverse girder, moved cross beam are sequentially arranged at from top to bottom on the column；
The moved cross beam lower end is connected with the piston rod of the main hydraulic cylinder, auxiliary hydraulic pressure cylinder piston rod, in main hydraulic cylinder and auxiliary
It can be moved up and down along the column under the action of hydraulic cylinder；The upper surface of the moved cross beam connects the formed punch；The main liquid
Cylinder pressure is mounted on the rack；The auxiliary hydraulic cylinder is set there are two being mounted on the rack, and it is hydraulic to be distributed in the master
Cylinder two sides；Fluting is for installing the mold on the intermediate transverse girder；The mold matches with the formed punch；It is described intermediate horizontal
Metal plate I, metal plate II are installed at left and right sides of beam；The movable part is mounted on the metal plate I, metal plate II, centre
On crossbeam；Two sets of servo motors are installed on the upper beam；The servo motor connection gear；Also pacify on the movable part
Fill two rack gears；The gear is engaged with the rack gear；The movable part drives in servo motor, under the transmission of rack-and-pinion
It can be moved left and right along the top surface of the top surface of metal plate I, the top surface of metal plate II, intermediate transverse girder；The surface layer distribution device installation
On metal plate I；The ply stratum device is mounted on the metal plate II；The conveying device is mounted on the metal plate
I side, the top surface of the slightly below described metal plate I.
2. a kind of bottom according to claim 1, face bilayer raw material clamp dog press machine, it is characterised in that: the surface layer cloth
Device is made of bracket I, top layer raw material hopper, gate of sector-like shape I, cylinder I；The bracket I is mounted on the metal plate I；Institute
Top layer raw material hopper is stated to be mounted on the bracket I；The gate of sector-like shape I is mounted on the top layer raw material hopper, by described
Cylinder I drives.
3. a kind of bottom according to claim 1, face bilayer raw material clamp dog press machine, it is characterised in that: the ply stratum
Device is made of bracket II, bottom raw material hopper, gate of sector-like shape II, cylinder II；The bracket II is mounted on the metal plate II
On；The bottom raw material hopper is mounted on the bracket II；The gate of sector-like shape II is mounted on the bottom raw material hopper,
It is driven by the cylinder II.
4. a kind of bottom according to claim 1, face bilayer raw material clamp dog press machine, it is characterised in that: the movable part
Including ejector unit, additional feeding unit material, press unit, feeding unit material；The ejector unit, additional feeding unit material, compacting are single
Member, feeding unit material are sequentially connected；The ejector unit is bottomless box construction illustrated, and the lower end of top surface is equipped with a vacuum suction crane
Machine；The additional feeding unit material is a chest without upper and lower covers；The feeding unit material is also a chest without upper and lower covers；The work
The two sides of dynamic component are equipped with guide rail lath；The guide rail lath is located at the lower section of the rack gear.
5. a kind of bottom according to claim 1, face bilayer raw material clamp dog press machine, it is characterised in that: the bilayer raw material
It is additionally provided with guiding device on clamp dog press machine, for being oriented to the movable part；The guiding device is mounted on the metal
Plate I, metal plate II, on intermediate transverse girder；The guiding device includes several supports, two connecting plates, several directive wheels；Two companies
Fishplate bar is mounted on the metal plate I, metal plate II using support, on intermediate transverse girder, is located at the intermediate transverse girder two sides；It is described to lead
It is mounted on the connecting plate to wheel；The wedge shaped structure of the guiding wheel surface；The directive wheel matches with guide rail lath.
6. a kind of bottom according to claim 1, face bilayer raw material clamp dog press machine, it is characterised in that: the metal plate I
Top surface, the top surface of metal plate II and the top surface of the intermediate transverse girder are in same level.
7. a kind of bottom according to claim 1, face bilayer raw material clamp dog press machine, it is characterised in that: the bilayer raw material
Control host and several sensors are additionally provided on clamp dog press machine, for controlling the movement of the present apparatus.
8. a kind of bottom according to claim 4, face bilayer raw material clamp dog press machine, it is characterised in that: the press unit
Bed-plate dimension be greater than intermediate transverse girder slot sectional dimension.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821808450.3U CN209491881U (en) | 2018-11-05 | 2018-11-05 | A kind of bottom, face bilayer raw material clamp dog press machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821808450.3U CN209491881U (en) | 2018-11-05 | 2018-11-05 | A kind of bottom, face bilayer raw material clamp dog press machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209491881U true CN209491881U (en) | 2019-10-15 |
Family
ID=68151227
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821808450.3U Expired - Fee Related CN209491881U (en) | 2018-11-05 | 2018-11-05 | A kind of bottom, face bilayer raw material clamp dog press machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209491881U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111152335A (en) * | 2020-01-14 | 2020-05-15 | 刘书德 | Building cement brick former based on raw materials reprocessing linkage is exerted pressure |
-
2018
- 2018-11-05 CN CN201821808450.3U patent/CN209491881U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111152335A (en) * | 2020-01-14 | 2020-05-15 | 刘书德 | Building cement brick former based on raw materials reprocessing linkage is exerted pressure |
| CN111152335B (en) * | 2020-01-14 | 2021-04-30 | 南通恒达免烧砖机械工程有限公司 | Building cement brick former based on raw materials reprocessing linkage is exerted pressure |
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