CN109940733A - Concrete test block automatic processing device - Google Patents
Concrete test block automatic processing device Download PDFInfo
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- CN109940733A CN109940733A CN201910055505.0A CN201910055505A CN109940733A CN 109940733 A CN109940733 A CN 109940733A CN 201910055505 A CN201910055505 A CN 201910055505A CN 109940733 A CN109940733 A CN 109940733A
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Abstract
The present invention relates to a kind of concrete test block automatic processing devices, it includes charging/discharging device, the device for casting that the compaction device of concrete progress jolt ramming and the concrete set on charging/discharging device side are irrigated in the middle part of charging/discharging device, the charging/discharging device support frame, two transport mechanisms set on support frame both ends, feeding mechanism and discharging mechanism between two transmission devices, set on the guiding mechanism of feeding mechanism and discharging mechanism side, the feeding mechanism and discharging mechanism are located at the two sides of compaction device, the feeding mechanism is identical as the structure of discharging mechanism, the feeding mechanism includes the driving motor being fixedly arranged in support frame middle part of sliding channel, the retarder being connected with driving motor, the rotating bar being connected with retarder, oscillating rod set on rotating bar both ends and positioned at support frame two sides is remote with oscillating rod is inserted in Supporting element from rotating bar one end.The present invention has the effect of that the production to concrete test block can be automatically performed.
Description
Technical field
The present invention relates to the technical fields of concrete test block, more particularly, to a kind of concrete test block automatic processing device.
Background technique
During existing power line construction, the production of concrete test block is usually to inject in a rectangular mold
Concrete, then man-hour manually hand-held reinforcing bar compacted concrete, puts on a vibration table.By the vibration of certain time, the table of concrete
Face become it is smooth after, mold is stood into certain time, at this time concrete consolidation it is blocking, test block completes.Under aforesaid way,
It needs manually to be managed concrete test block, the manual labor of worker is larger, and the production efficiency of concrete test block is low.
For this problem, in the prior art, the Authorization Notice No. that can refer to is the Chinese patent of CN105417047B,
A kind of concrete test block haulage equipment is disclosed, structure includes support device, transfer device and third rack, the transfer dress
Install in the side of support device, the second rack is arranged in the lower part of transfer device, the transfer device be by the second rack,
Balancing stand, support base, crossbeam, traveling wheel and mobile device are constituted, and second rack is equipped with balancing stand, the two of balancing stand
Side is respectively equipped with traveling wheel, and the traveling wheel is slidably connected with the track in the second rack, and the balancing stand is equipped with support base,
Shaft is equipped between support base and crossbeam, the both ends of the crossbeam are respectively equipped with mobile device；Two traveling wheels pass through walking
Axis connection is taken turns, worm gear and worm screw are cooperatively connected, and worm screw connect with transfer motor, and shaft is controlled by rotating electric machine, rotating electric machine
Output shaft connect with gear, gear and gear ring drive shaft to rotate with merging；Bearing is equipped between shaft and support base.
Although prior art among the above has the following deficiencies: the documents and can be realized will will complete the process
Concrete test block is sent out automatically, but there is still a need for manpower works to go to make for concrete test block, and these concrete test blocks are manual
It puts and vibrates on platform, management and monitoring is gone there is still a need for people in this way, to reduce the production efficiency of concrete test block.
Summary of the invention
The concrete test block that the production to concrete test block can be automatically performed the object of the present invention is to provide one kind is automatic
Process equipment.
Foregoing invention purpose of the invention has the technical scheme that
A kind of concrete test block automatic processing device, including charging/discharging device, in the middle part of charging/discharging device to concrete into
The device for casting that the compaction device of row jolt ramming and concrete set on charging/discharging device side are irrigated, the charging/discharging device
Support frame, two transport mechanisms set on support frame both ends, the feeding mechanism between two transmission devices and discharging mechanism,
Set on the guiding mechanism of feeding mechanism and discharging mechanism side, the feeding mechanism and discharging mechanism are located at compaction device
Two sides, the feeding mechanism is identical as the structure of discharging mechanism, and the feeding mechanism includes being fixedly arranged in support frame middle part of sliding channel
Driving motor, be connected with driving motor retarder, be connected with retarder rotating bar, be set to rotating bar both ends and be located at branch
The oscillating rod of support two sides and it is inserted in supporting element of the oscillating rod far from rotating bar one end, the compaction device includes that its length is big
In the support plate of support frame width, the support plate is equipped with multiple jolt ramming casees that can accommodate concrete, the guiding mechanism
It is described including the vertical shift component for carrying out the traversing component of laterally steering to supporting element and being oriented to the longitudinal movement of supporting element
Supporting element can hold up support plate.
By using above-mentioned technical proposal, when making to concrete test block, support plate is first located at feeding mechanism
In the transport mechanism of side, multiple jolt ramming casees in support plate are transmitted at the position of feeding mechanism by transport mechanism,
Then driving motor works, and retarder is driven to work and rotating bar is driven to be rotated, and rotating bar drives the pendulum for being located at its both ends
Lever moves in a circle around its axis direction, and two such oscillating rod drives supporting element to move in a circle, and supporting element will move
Support plate on to feeding mechanism is held up, and supporting element remains horizontality under the limit of guiding mechanism, and to support
Plate equally keeps horizontality, and rear bearing sheet is by dropping on compaction device and carrying out jolt ramming under the drive of supporting element, coagulation
It is solidified on compaction device after native jolt ramming, until concrete sample make is completed, after concrete sample make is completed
Support plate is held up in a manner of same as feeding mechanism by discharging mechanism again, and is sent to the biography close to discharging device side
Send in mechanism, and sent out by transport mechanism, in this way close to feeding device transport mechanism can be fed again into another support plate and
Multiple jolt ramming casees and the production of progress again, it is easy to operate, and do not need manually to be intervened in manufacturing process, working efficiency
It is high.
The present invention is further arranged to: the supporting element includes horizontally disposed support column, the company that is sheathed on support column
Female connector and the horizontally disposed supporting plate being fixedly arranged on connector sleeve, the supporting plate are arranged along the length direction of support frame, the company
Female connector is located at the one end of support column far from oscillating rod and is bolted with support column, and the end of the oscillating rod offers connection
Hole, the support column are opened in connecting hole.
By using above-mentioned technical proposal, the two sides of support plate are held up by the supporting plate being located on two supporting elements, and
Be sent on compaction device and carry out jolt ramming, be attached between oscillating rod and support column by connecting hole, and supporting plate with connect
Set is fixed by bolt, convenient to assemble and disassemble.
The present invention is further arranged to: the supporting plate is flipped up far from one end of support plate and shape is at L-shaped.
By using above-mentioned technical proposal, L-shaped supporting plate can stop the two sides of support plate, to prevent from supporting
The shaking of left and right occurs in the course of rotation for plate.
The present invention is further arranged to: the guiding mechanism further includes the balancing stand for being set up in support frame two sides, balancing stand
Two sides pass through support frame top and interconnection, the vertical shift component include be sheathed on support column first connection
Set, with the first connector sleeve bolted first fixing sleeve and the vertical bar that is inserted in the first fixing sleeve, described first is fixed
Set can slide up and down in vertical bar.
By using above-mentioned technical proposal, when being installed to support column and vertical bar, first the first connector sleeve is arranged
On the support columns, the first fixing sleeve is set in vertical bar, then the first connector sleeve and the first fixation is packed by bolt
Row is fixed, and when support plate moves in a circle under the rotation of oscillating rod, the first fixing sleeve slides up and down in vertical bar and to branch
Fagging is limited, thus guarantee support plate carry out vertical direction it is mobile when will not rotate.
The present invention is further arranged to: the traversing component includes the second connector sleeve being sheathed in vertical bar and second
The second fixing sleeve that connector sleeve is fixedly connected and the horizon bar being inserted in the second fixing sleeve, the horizon bar are fixed with balancing stand
Connection.
By using above-mentioned technical proposal, in support plate rotation, the second fixing sleeve slides up and down and right on horizon bar
Support plate is limited, to guarantee that support plate will not rotate when horizontally disposed mobile, in this way by by oscillating rod
The decomposing trajectories of circular-rotation be both direction, supporting plate in the process of moving can all-the-time stable keep horizontality, work as branch
After fagging is held up from supporting plate, support plate remains horizontality and will not rotate, and the jolt ramming in support plate
Case will not be fallen.
The present invention is further arranged to: there are two and set on the upper and lower ends of vertical bar altogether for the horizon bar, described traversing
Component is total to there are two and is respectively arranged on the upper and lower ends of vertical bar, and two traversing components are connected with two horizon bars respectively.
By using above-mentioned technical proposal, for vertical bar during following sliding bar mobile, two horizon bars are right respectively
The both ends of vertical bar are limited, to guarantee that supporting plate can stablize holding horizontality in the process of movement.
The present invention is further arranged to: support frame as described above corresponds to and offers holding tank at the position below compaction device, institute
Compaction device is stated to further include pedestal in the holding tank, the multiple springs being fixedly arranged on pedestal, be connected with the top of spring
Workbench and the vibrating motor for being fixedly arranged on workbench lower part offer area from top to bottom in the middle part of the workbench and are gradually reduced
Fixing groove, the bottom of the support plate is installed with fixed block compatible with fixing groove, offers in the support plate multiple
Accommodate the groove of jolt ramming case.
By using above-mentioned technical proposal, after support plate is transported on workbench by feeding mechanism, vibrating motor work
Make and workbench is driven to be vibrated, and then jolt ramming is carried out to the concrete in jolt ramming case, removes its internal bubble, support plate
By the way that fixed block is inserted into fixing groove to prevent its position from shifting, the groove in support plate can prevent jolt ramming case
It moves on the supporting plate.
The present invention is further arranged to: the device for casting includes set on the fixed frame of support frame side, set on fixed frame
On elevating mechanism, the storage case on elevating mechanism, the discharge nozzle being connected with the bottom of storage case, be connected on discharge nozzle
Concrete pump and multiple discharging guns for being connected to below discharge nozzle, when support plate is located on workbench, discharging rifle position
In the surface of jolt ramming case, the top of the jolt ramming case is communicated with feed pipe, and the head of the discharging gun can be inserted in charging
In pipe.
By using above-mentioned technical proposal, by injecting concrete into storage case, when placing support on compaction device
After plate, elevating mechanism drives storage case and discharge nozzle to decline, so that the head of discharging gun is inserted into feed pipe, then coagulation
Native delivery pump extracts the concrete in storage case out, and is transported in jolt ramming case by discharge nozzle, after conveying completion, lifting
Mechanism drives storage case to be risen again, and then compaction device work simultaneously carries out jolt ramming to the concrete in jolt ramming case, in this way
It is achieved that the automatic filling to concrete, it is time saving and energy saving.
The present invention is further arranged to: the elevating mechanism includes the hydraulic cylinder and hydraulic cylinder for being fixedly arranged on fixed frame bottom
Piston rod multiple guide rods for being connected and being set to the support of storage case bottom and be connected and be vertically arranged with the bottom of support, often
A guide rod on fixed frame vertically sliding connect.
By using above-mentioned technical proposal, the piston rod of hydraulic cylinder is flexible up and down and drives support mobile, thus realization pair
Moving up and down for storage case, more convenient, guide rod can be oriented to support, occur while preventing it from moving up and down inclined
It moves.
The present invention is further arranged to: the top of the jolt ramming case, which fastens, capping, and the feed pipe is fixedly arranged on envelope vertically
It covers, is threaded with fastening bolt between the capping and jolt ramming case.
By using above-mentioned technical proposal, the top that capping can be fixed on jolt ramming case by fastening bolt is tightened, thus anti-
Only jolt ramming case concrete when carrying out jolt ramming to concrete overflows, and after concrete jolt ramming is completed, fastening bolt is backed out simultaneously
Capping is removed, the concrete test block processed can be taken out.
In conclusion advantageous effects of the invention are as follows:
1. charger is respectively set between two transport mechanisms by the way that transport mechanism is arranged in the two sides of support frame in the present invention
Compaction device is arranged in structure and discharging mechanism between feeding mechanism and discharging mechanism, in the side of compaction device setting perfusion dress
It sets, to realize the automatic processing to concrete test block；
2. the present invention is rotatablely connected by support column and oscillating rod, and be bolted on the support columns supporting plate so as to realize by
Support plate is moved horizontally on compaction device；
3. the present invention supporting plate is arranged L-shaped to prevent support plate from shaking in the process of moving.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention.
Fig. 2 is compaction device perspective view of the explosion of the present invention.
Fig. 3 is the perspective view of the explosion of guiding mechanism of the present invention.
Fig. 4 is the perspective view of the explosion that the present invention highlights traversing component.
Fig. 5 is the perspective view of the explosion that the present invention highlights device for casting.
In figure, 1, charging/discharging device；11, support frame；12, transport mechanism；13, feeding mechanism；131, driving motor；132,
Retarder；133, rotating bar；134, oscillating rod；1341, connecting hole；135, supporting element；1351, support column；1352, connector sleeve；
1353, supporting plate；14, discharging mechanism；15, guiding mechanism；151, traversing component；1511, the second connector sleeve；1512, second is fixed
Set；1513, horizon bar；152, vertical shift component；1521, the first connector sleeve；1522, the first fixing sleeve；1523, vertical bar；153,
Balancing stand；2, compaction device；21, pedestal；22, spring；23, workbench；231, fixing groove；24, vibrating motor；25, support plate；
251, fixed block；252, groove；26, jolt ramming case；261, it covers；262, fastening bolt；263, feed pipe；3, device for casting；31,
Fixed frame；32, elevating mechanism；321, hydraulic cylinder；322, support；323, guide rod；33, storage case；34, discharge nozzle；35, coagulation
Native delivery pump；36, discharging gun.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
As shown in Figure 1, being a kind of concrete test block automatic processing device disclosed by the invention, including charging/discharging device 1, set
In charging/discharging device 1 middle part to concrete carry out jolt ramming compaction device 2 and set on 1 side of charging/discharging device concrete into
Row perfusion device for casting 3,1 support frame 11 of charging/discharging device, set on 11 both ends of support frame two transport mechanisms 12, be set to two
Feeding mechanism 13 between a transmission device and discharging mechanism 14, set on the Guiding machine of feeding mechanism 13 and 14 side of discharging mechanism
Structure 15, feeding mechanism 13 and discharging mechanism 14 are located at the two sides of compaction device 2, the knot of feeding mechanism 13 and discharging mechanism 14
Structure is identical.
As shown in Figures 2 and 3, feeding mechanism 13 include be fixedly arranged in 11 middle part of sliding channel of support frame driving motor 131, with
The connected retarder 132 of driving motor 131, the rotating bar 133 being connected with retarder 132 set on 133 both ends of rotating bar and are located at
The oscillating rod 134 of 11 two sides of support frame and it is inserted in supporting element 135 of the oscillating rod 134 far from 133 one end of rotating bar, compaction device
2 include the support plate 25 that its length is greater than 11 width of support frame, and support plate 25 is equipped with multiple jolt rammings that can accommodate concrete
Case 26, guiding mechanism 15 include carrying out the traversing component 151 of laterally steering to supporting element 135 and moving to the longitudinal direction of supporting element 135
The dynamic vertical shift component 152 being oriented to, supporting element 135 can hold up support plate 25.
In conjunction with Fig. 1, when making to concrete test block, support plate 25 is first located to the transmission of 13 side of feeding mechanism
In mechanism 12, multiple jolt ramming casees 26 in support plate 25 are transmitted at the position of feeding mechanism 13 by transport mechanism 12,
Then driving motor 131 works, and drives retarder 132 to work and rotating bar 133 is driven to be rotated, and rotating bar 133 drives position
Oscillating rod 134 in its both ends moves in a circle around its axis direction, and two such oscillating rod 134 drives supporting element 135 to do
Circular motion, supporting element 135 will be moved to the picking-up of the support plate 25 on feeding mechanism 13, and supporting element 135 is in guiding mechanism 15
Horizontality is remained under limit, and support plate 25 is made equally to keep horizontality, and rear bearing sheet 25 is by supporting element 135
Drive under drop on compaction device 2 and carry out jolt ramming, solidified on compaction device 2 after concrete jolt ramming, until
Concrete sample make is completed, and concrete sample make passes through discharging mechanism 14 again with same as feeding mechanism 13 after completing
Mode holds up support plate 25, and is sent in the transport mechanism 12 of 14 side of discharging mechanism, and sent by transport mechanism 12
Out, another support plate 25 and multiple jolt ramming casees 26 can be fed again into and carried out close to the transport mechanism 12 of feeding mechanism 13 in this way
Production again, it is easy to operate, and do not need manually to be intervened in manufacturing process, work efficiency is high.
As shown in Figure 3 and Figure 4, supporting element 135 includes horizontally disposed support column 1351, is sheathed on support column 1351
Connector sleeve 1352 and the horizontally disposed supporting plate 1353 being fixedly arranged on connector sleeve 1352, supporting plate 1353 along support frame 11 length
Direction setting, connector sleeve 1352 are located at the one end of support column 1351 far from oscillating rod 134 and are bolted with support column 1351, put
The end of lever 134 offers connecting hole 1341, and support column 1351 is opened in connecting hole 1341.Supporting plate 1353 is far from support plate
25 one end flips up and shape is at L-shaped.
Supporting plate 1353 on two supporting elements 135 holds up the two sides of support plate 25, and is sent on compaction device 2
Jolt ramming is carried out, is attached between oscillating rod 134 and support column 1351 by connecting hole 1341, and supporting plate 1353 and connector sleeve
1352 are fixed by bolt, convenient to assemble and disassemble.L-shaped supporting plate 1353 can stop the two sides of support plate 25, thus
Prevent support plate 25 from the shaking of left and right occurring in the course of rotation.
Guiding mechanism 15 further includes the balancing stand 153 for being set up in 11 two sides of support frame, and the two sides of balancing stand 153 pass through support
The top of frame 11 and interconnection, vertical shift component 152 include the first connector sleeve 1521 being sheathed on support column 1351, with the
The bolted vertical bar 1,523 first fixing sleeve 1522 and be inserted in the first fixing sleeve 1522 of one connector sleeve 1521, first
Fixing sleeve 1522 can slide up and down in vertical bar 1523.Traversing component 151 includes second be sheathed in vertical bar 1523
It connector sleeve 1511, the second fixing sleeve 1512 being fixedly connected with the second connector sleeve 1511 and is inserted in the second fixing sleeve 1512
Horizon bar 1513, horizon bar 1513 are fixedly connected with balancing stand 153.There are two horizon bar 1513 is total and it is set to vertical bar 1523
Upper and lower ends, traversing component 151 are total to there are two and are respectively arranged on the upper and lower ends of vertical bar 1523, and two traversing components 151 divide
It is not connected with two horizon bars 1513.
When installing to support column 1351 and vertical bar 1523, the first connector sleeve 1521 is first set in support column
On 1351, the first fixing sleeve 1522 is set in vertical bar 1523, then by bolt to the first connector sleeve 1521 and first
Fixing sleeve 1522 is fixed, and when support plate 25 moves in a circle under the rotation of oscillating rod 134, the first fixing sleeve 1522 is perpendicular
Slided up and down on straight-bar 1523 and support plate 25 limited, thus guarantee support plate 25 carry out vertical direction it is mobile when
It will not rotate.When support plate 25 rotates, the second fixing sleeve 1512 is slided up and down on horizon bar 1513 and to support plate
25 are limited, to guarantee that support plate 25 will not rotate when horizontally disposed mobile, in this way by by oscillating rod 134
The decomposing trajectories of circular-rotation be both direction, supporting plate 1353 in the process of moving can all-the-time stable keep horizontality,
After support plate 25 is held up from supporting plate 1353, support plate 25 remains horizontality and will not rotate, and props up
Jolt ramming case 26 on fagging 25 will not be fallen.Vertical bar 1523 is during following oscillating rod 134 mobile, two water
Flat bar 1513 respectively limits the both ends of vertical bar 1523, to guarantee that supporting plate 1353 can stablize guarantor in the process of movement
Water holding level state.
As shown in Fig. 2, compaction device 2 further includes the pedestal 21 being set in holding tank, the multiple bullets being fixedly arranged on pedestal 21
Spring 22, the workbench 23 being connected with the top of spring 22 and the vibrating motor 24 for being fixedly arranged on 23 lower part of workbench, workbench 23
Middle part offers the diminishing fixing groove 231 of area from top to bottom, and the bottom of support plate 25 is installed with suitable with 231 phase of fixing groove
The fixed block 251 matched offers multiple grooves 252 for accommodating jolt ramming casees 26 in support plate 25.The top of jolt ramming case 26, which fastens, to be had
Capping 261, feed pipe 263 are fixedly arranged on vertically in capping 261, are threaded with fastening bolt between capping 261 and jolt ramming case 26
262.After support plate 25 is transported on workbench 23 by feeding mechanism 13, vibrating motor 24 work and drive workbench 23 into
Row vibration, and then carry out jolt ramming to the concrete in jolt ramming case 26, removes its internal bubble, and support plate 25 is by by fixed block
251 are inserted into prevent its position from shifting in fixing groove 231, and the groove 252 in support plate 25 can prevent jolt ramming case
26 move in support plate 25.The top that capping 261 can be fixed on jolt ramming case 26 by fastening bolt 262 is tightened, thus
Prevent the concrete when carrying out jolt ramming to concrete of jolt ramming case 26 from overflowing, after concrete jolt ramming is completed, by fastening bolt 262
It backs out and removes capping 261, the concrete test block processed can be taken out.
As shown in figure 5, device for casting 3 includes fixed frame 31, the liter on fixed frame 31 set on 11 side of support frame
Descending mechanism 32, the discharge nozzle 34 being connected with the bottom of storage case 33, is connected to discharging at the storage case 33 on elevating mechanism 32
Concrete pump 35 on pipe 34 and the multiple discharging guns 36 for being connected to 34 lower section of discharge nozzle, when support plate 25 is located at workbench
When on 23, discharging gun 36 is located at the surface of jolt ramming case 26, and the top of jolt ramming case 26 is communicated with feed pipe 263, discharging gun 36
Head can be inserted in feed pipe 263.Elevating mechanism 32 include be fixedly arranged on 31 bottom of fixed frame hydraulic cylinder 321, with it is hydraulic
The piston rod of cylinder 321 is connected and is set to the support 322 of 33 bottom of storage case and is connected and is vertically arranged with the bottom of support 322
Multiple guide rods 323, each guide rod 323 on fixed frame 31 vertically sliding connect.
Concrete is injected into storage case 33, after placing support plate 25 on compaction device 2, elevating mechanism 32 is driven
Storage case 33 and discharge nozzle 34 decline, so that the head of discharging gun 36 is inserted into feed pipe 263, then concrete pump 35
By the concrete extraction in storage case 33, and it is transported in jolt ramming case 26 by discharge nozzle 34, after conveying completion, elevator
Structure 32 drives storage case 33 to be risen again, and the then work of compaction device 2 simultaneously carries out jolt ramming to the concrete in jolt ramming case 26,
The automatic filling to concrete is thereby realized, it is time saving and energy saving.The piston rod of hydraulic cylinder 321 is flexible up and down and drives support
322 is mobile, to realize moving up and down to storage case 33, more convenient, guide rod 323 can be oriented to support 322,
It shifts while preventing it from moving up and down.
The embodiment of present embodiment is presently preferred embodiments of the present invention, not limits protection of the invention according to this
Range, therefore: the equivalence changes that all structures under this invention, shape, principle are done, should all be covered by protection scope of the present invention it
It is interior.
Claims (10)
1. a kind of concrete test block automatic processing device, it is characterised in that: including charging/discharging device (1), be set to charging/discharging device
(1) the concrete that concrete carries out the compaction device (2) of jolt ramming and is set to charging/discharging device (1) side is irrigated in the middle part of
Device for casting (3), charging/discharging device (1) support frame (11), be set to support frame (11) both ends two transport mechanisms
(12), the feeding mechanism (13) between two transmission devices and discharging mechanism (14), be set to feeding mechanism (13) and discharging
The guiding mechanism (15) of mechanism (14) side, the feeding mechanism (13) and discharging mechanism (14) are located at compaction device (2)
Two sides, the feeding mechanism (13) is identical as the structure of discharging mechanism (14), the feeding mechanism (13) include be fixedly arranged on branch
Driving motor (131) in support (11) middle part of sliding channel, the retarder (132) and retarder being connected with driving motor (131)
(132) connected rotating bar (133), be set to rotating bar (133) both ends and be located at support frame (11) two sides oscillating rod (134) and
It is inserted in the supporting element (135) of oscillating rod (134) far from rotating bar (133) one end, the compaction device (2) includes that its length is big
In the support plate (25) of support frame (11) width, the support plate (25) is equipped with multiple jolt ramming casees that can accommodate concrete
(26), the guiding mechanism (15) includes supporting element (135) being carried out with the traversing component (151) of laterally steering and to supporting element
(135) the vertical shift component (152) that longitudinal movement is oriented to, the supporting element (135) can hold up support plate (25).
2. concrete test block automatic processing device according to claim 1, it is characterised in that: supporting element (135) packet
It includes horizontally disposed support column (1351), the connector sleeve (1352) that is sheathed on support column (1351) and be fixedly arranged on connector sleeve
(1352) the horizontally disposed supporting plate (1353) on, the supporting plate (1353) are arranged along the length direction of support frame (11), institute
Connector sleeve (1352) is stated to be located at the one end of support column (1351) far from oscillating rod (134) and be bolted with support column (1351),
The end of the oscillating rod (134) offers connecting hole (1341), and the support column (1351) is opened in connecting hole (1341).
3. concrete test block automatic processing device according to claim 2, it is characterised in that: the supporting plate (1353) is separate
One end of support plate (25) flips up and shape is at L-shaped.
4. concrete test block automatic processing device according to claim 2, it is characterised in that: the guiding mechanism (15) is also
The two sides of balancing stand (153) including being set up in support frame (11) two sides, balancing stand (153) pass through the top of support frame (11) simultaneously
And be connected with each other, the vertical shift component (152) includes the first connector sleeve (1521) being sheathed on support column (1351) and first
Vertical bar connector sleeve (1521) bolted first fixing sleeve (1522) and be inserted in the first fixing sleeve (1522)
(1523), first fixing sleeve (1522) can slide up and down in vertical bar (1523).
5. concrete test block automatic processing device according to claim 4, it is characterised in that: the traversing component (151)
Including be sheathed on vertical bar (1523) the second connector sleeve (1511), be fixedly connected with the second connector sleeve (1511) it is second solid
Fixed set (1512) and the horizon bar (1513) being inserted in the second fixing sleeve (1512), the horizon bar (1513) and balancing stand
(153) it is fixedly connected.
6. concrete test block automatic processing device according to claim 5, it is characterised in that: the horizon bar (1513) is altogether
There are two and be set to vertical bar (1523) upper and lower ends, the traversing component (151) altogether there are two and be respectively arranged on vertical bar
(1523) upper and lower ends, two traversing components (151) are connected with two horizon bars (1513) respectively.
7. concrete test block automatic processing device according to claim 1, it is characterised in that: support frame as described above (11) is corresponding
Holding tank is offered at position below compaction device (2), the compaction device (2) further includes the pedestal in holding tank
(21), it multiple springs (22) for being fixedly arranged on pedestal (21), the workbench (23) being connected with the top of spring (22) and is fixedly arranged on
It is diminishing to offer area from top to bottom in the middle part of the workbench (23) for the vibrating motor (24) of workbench (23) lower part
Fixing groove (231), the bottom of the support plate (25) are installed with and fixing groove (231) compatible fixed block (251), the branch
Multiple grooves (252) for accommodating jolt ramming case (26) are offered on fagging (25).
8. concrete test block automatic processing device according to claim 7, it is characterised in that: device for casting (3) packet
It includes the fixed frame (31) set on support frame (11) side, the elevating mechanism (32) being set on fixed frame (31), be set to elevating mechanism
(32) storage case (33) on, the discharge nozzle (34) being connected with the bottom of storage case (33), be connected to it is mixed on discharge nozzle (34)
Multiple discharging guns (36) that soil delivery pump (35) and is connected to below discharge nozzle (34) are coagulated, when support plate (25) is located at workbench
(23) when on, discharging gun (36) is located at the surface of jolt ramming case (26), and the top of the jolt ramming case (26) is communicated with feed pipe
(263), the head of the discharging gun (36) can be inserted in feed pipe (263).
9. concrete test block automatic processing device according to claim 8, it is characterised in that: elevating mechanism (32) packet
It includes and is fixedly arranged on the hydraulic cylinder (321) of fixed frame (31) bottom, is connected with the piston rod of hydraulic cylinder (321) and is set to storage case (33)
The support (322) of bottom and the multiple guide rods (323) for being connected and being vertically arranged with the bottom of support (322), it is each described to lead
To bar (323) on fixed frame (31) vertically sliding connect.
10. concrete test block automatic processing device according to claim 8, it is characterised in that: the jolt ramming case (26)
Top, which fastens, to be had capping (261), and the feed pipe (263) is fixedly arranged on capping (261) vertically, capping (261) and the jolt ramming
Fastening bolt (262) are threaded between case (26).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910055505.0A CN109940733B (en) | 2019-01-21 | 2019-01-21 | Automatic processing equipment for concrete test block |
Applications Claiming Priority (1)
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| CN110370458A (en) * | 2019-07-15 | 2019-10-25 | 山东大学 | The integration unit and method of concrete preparation, movable filler and vibration |
| CN111231056A (en) * | 2020-01-16 | 2020-06-05 | 江西达人建材有限公司 | Forming device is used in haydite building block production |
| CN112454634A (en) * | 2020-10-30 | 2021-03-09 | 重庆地之根再生资源开发有限责任公司 | Concrete removes production facility |
| CN114378922A (en) * | 2021-12-23 | 2022-04-22 | 北京城建亚泰金砼混凝土有限公司 | Automatic processing equipment for concrete test block |
| CN114651701A (en) * | 2022-03-18 | 2022-06-24 | 河海大学 | Plant-growing concrete planting matrix filling device and method based on negative pressure environment |
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| CN110370458A (en) * | 2019-07-15 | 2019-10-25 | 山东大学 | The integration unit and method of concrete preparation, movable filler and vibration |
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| CN114651701A (en) * | 2022-03-18 | 2022-06-24 | 河海大学 | Plant-growing concrete planting matrix filling device and method based on negative pressure environment |
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