CN209440414U - A kind of concrete precast block die apparatus - Google Patents
A kind of concrete precast block die apparatus Download PDFInfo
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- CN209440414U CN209440414U CN201821679646.7U CN201821679646U CN209440414U CN 209440414 U CN209440414 U CN 209440414U CN 201821679646 U CN201821679646 U CN 201821679646U CN 209440414 U CN209440414 U CN 209440414U
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- molding
- mould table
- frame
- linear motor
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Abstract
The utility model discloses a kind of concrete precast block die apparatus, including pedestal, it is characterized in that, the pedestal side of resting on the ground, mold mechanism is equipped with above the pedestal, the mold mechanism side, which is respectively equipped with, pours mechanism and testing agency, fixed mechanism is equipped with below the pedestal, controller and battery case are respectively equipped with above the pedestal, the power input of the controller and the power output end of battery case are electrically connected, the power output end of the controller respectively with mould table range sensor transmitter, mould table range sensor receiver, mold linear motor, stepper motor is packed up in detection, laser reflection range sensor, pour mechanism electric connection, the signal output end of the controller respectively with mould table range sensor transmitter, mold linear motor, stepper motor is packed up in detection, laser reflection distance Sensor pours mechanism electric connection, and the signal input part of the controller is electrically connected with mould table range sensor receiver, laser reflection range sensor respectively.The utility model has the beneficial effects that of simple structure and strong practicability.
Description
Technical field
The present invention relates to concrete precast block production field, especially a kind of concrete precast block die apparatus.
Background technique
Conventional concrete prefabricated section is manual manufacture in production, since artificial unstability easily causes work carelessness
Concrete overflows, and it is difficult to cause greatly cleaning.
Summary of the invention
The purpose of the present invention is to solve the above problems, devise a kind of concrete precast block die apparatus.
Realize above-mentioned purpose the technical scheme is that, a kind of concrete precast block die apparatus, including pedestal is described
The pedestal side of resting on the ground, the pedestal top are equipped with mold mechanism, and the mold mechanism is fixedly connected by being located above pedestal
Mould table fixed frame, be fixedly connected at the center of mould table fixed frame upper surface mould table range sensor transmitter,
Several are located at equally distributed mould table support hydraulic pressure buffer mounting rack above mould table fixed frame, are mounted on mould table branch
Support hydraulic bjuffer mounting rack on mould table support hydraulic pressure buffer, be located at mould table support hydraulic pressure buffer above with it is several
Mould table mounting rack that a mould table support hydraulic pressure buffer is fixedly connected is fixed at the center of mould table mounting rack lower surface
The mould table range sensor receiver of connection, is located at mould table at the mould table being fixedly connected above mould table mounting rack
The internal mold being fixedly connected with mould table, is located at molding at the molding support frame being fixedly connected above mould table fixed frame
Molding frame rotary fixing frame that support frame side surface is fixedly connected, the molding frame rotary shaft being mounted on molding frame rotary fixing frame
It holds, is inserted into the molding frame rotary shaft molded on frame swivel bearing, the molding frame being fixedly connected with molding frame rotary shaft, is located at and closes
Molding linear motor fixing end mounting rack that mould support frame side surface is fixedly connected is mounted on molding linear motor fixing end installation
The fixed end bearing of molding linear motor on frame, the molding linear motor being inserted into the fixed end bearing of molding linear motor are fixed
End axis, the molding linear motor being fixedly connected with molding linear motor fixing end axis and molding linear motor telescopic end are fixed and are connected
The molding linear motor telescopic end axis connect, the molding linear motor telescopic end axis being sleeved on molding linear motor telescopic end axis
Hold, respectively with molding linear motor stretch end bearing and mold frame be fixedly connected molding linear motor telescopic end mounting rack, peace
What the pressing mold on molding frame collectively formed, the mold mechanism side, which is respectively equipped with, pours mechanism and testing agency, described
Step is packed up by the detection support being fixedly connected positioned at mould table side with pedestal, the detection being mounted in detection support by testing agency
The detection that detection is packed up on stepper motor mounting rack is mounted on into motor mounting rack to pack up stepper motor, pack up stepping electricity with detection
The detection that machine round end is fixedly connected packs up frame, is mounted on detection and packs up the laser reflection range sensor of frame one end and collectively forms
, it is equipped with fixed mechanism below the pedestal, is respectively equipped with controller and battery case, the electricity of the controller above the pedestal
The power output end of source input terminal and battery case is electrically connected, and the power output end of the controller is passed with mould table distance respectively
Stepper motor, laser reflection distance are packed up in sensor transmitter, mould table range sensor receiver, molding linear motor, detection
Sensor, pour mechanism electric connection, the signal output end of the controller respectively with mould table range sensor transmitter, close
Mould linear motor, detection pack up stepper motor, laser reflection range sensor, pour mechanism electric connection, the controller
Signal input part is electrically connected with mould table range sensor receiver, laser reflection range sensor respectively.
A kind of concrete precast block die apparatus made using technical solution of the present invention, can be detected automatically concrete and fallen
Enter the amount in mold, place concrete and overflow, and measure concrete precast block quality, prevent after shaping it is internal have it is excessive
Bubble.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of concrete precast block die apparatus of the present invention；
Fig. 2 is the schematic diagram of mold mechanism of the present invention；
Fig. 3 is the schematic diagram of testing agency of the present invention；
Fig. 4 is the schematic diagram of the present invention for pouring mechanism；
Fig. 5 is the schematic diagram of fixed mechanism of the present invention；
In figure, 1, pedestal；2, mould table fixed frame；3, mould table range sensor transmitter；4, mould table support hydraulic pressure
Buffer mounting rack；5, mould table support hydraulic pressure buffer；6, mould table mounting rack；7, mould table range sensor receiver；
8, mould table；9, mold；10, support frame is molded；11, frame rotary fixing frame is molded；12, frame swivel bearing is molded；13, frame is molded
Rotary shaft；14, frame is molded；15, linear motor fixing end mounting rack is molded；16, the fixed end bearing of molding linear motor；17, it closes
Mould linear motor fixing end axis；18, linear motor is molded；19, linear motor telescopic end axis is molded；20, molding linear motor is stretched
Contracting end bearing；21, linear motor telescopic end mounting rack is molded；22, pressing mold；23, detection support；24, stepper motor is packed up in detection
Mounting rack；25, stepper motor is packed up in detection；26, frame is packed up in detection；27, laser reflection range sensor；28, controller；29,
Battery case；30, frame is poured；31, power stepper motor mounting rack is poured；32, power stepper motor is poured；33, power teeth is poured
Wheel；34, bearing is poured；35, axis is poured；36, driven gear is poured；37, charging basket.
Specific embodiment
The present invention is specifically described with reference to the accompanying drawing, as shown in Figs. 1-5, a kind of concrete precast block mold is set
Standby, including pedestal 1,1 side of resting on the ground of pedestal is equipped with mold mechanism above the pedestal 1, and the mold mechanism is by position
The mould table fixed frame 2 being fixedly connected above pedestal 1, the mould being fixedly connected at 2 upper surface center of mould table fixed frame
Tool platform range sensor transmitter 3, several are located at the equally distributed mould table support hydraulic pressure in the top of mould table fixed frame 2 and buffer
Device mounting rack 4, is located at mold at the mould table support hydraulic pressure buffer 5 being mounted on mould table support hydraulic pressure buffer mounting rack 4
Mould table mounting rack 6 that the top of platform support hydraulic pressure buffer 5 is fixedly connected with several mould table support hydraulic pressure buffers 5, position
The mould table range sensor receiver 7 that is fixedly connected at 6 lower surface center of mould table mounting rack is located at mould table mounting rack
Mould table 8 that 6 tops are fixedly connected, the mold 9 being fixedly connected with mould table 8 positioned at the inside of mould table 8 are fixed positioned at mould table
The molding support frame 10 being fixedly connected above frame 2, the molding frame rotation fixation being fixedly connected positioned at molding 10 side surface of support frame
Frame 11, is inserted on molding frame swivel bearing 12 at the molding frame swivel bearing 12 being mounted on molding frame rotary fixing frame 11
Molding frame rotary shaft 13, the molding frame 14 being fixedly connected with molding frame rotary shaft 13 are fixed positioned at molding 10 side surface of support frame
The molding linear motor fixing end mounting rack 15 of connection, the molding straight line being mounted on molding linear motor fixing end mounting rack 15
Motor fix end bearing 16, the molding linear motor fixing end axis 17 being inserted into the fixed end bearing 16 of molding linear motor, with
Molding linear motor fixing end axis 17 be fixedly connected molding linear motor 18, with mold 18 telescopic end of linear motor be fixedly connected
Molding linear motor telescopic end axis 19, be sleeved on molding linear motor telescopic end axis 19 on molding linear motor telescopic end axis
The molding linear motor telescopic end installation holding 20, being fixedly connected respectively with the flexible end bearing 20 of molding linear motor and molding frame 14
Frame 21, the pressing mold 22 being mounted on molding frame 14 collectively form, and the mold mechanism side, which is respectively equipped with, pours mechanism and inspection
Survey mechanism, the testing agency by be located at 8 side of mould table be fixedly connected with pedestal 1 detection support 23, be mounted on detection prop up
Detection on frame 23, which packs up stepper motor mounting rack 24 and is mounted on the detection packed up on stepper motor mounting rack 24 of detection, packs up step
The detection that 25 round end of stepper motor is fixedly connected is packed up into motor 25, with detection to pack up frame 26, be mounted on detection and pack up frame 26
What the laser reflection range sensor 27 of one end collectively formed, fixed mechanism, 1 top of pedestal are equipped with below the pedestal 1
It is respectively equipped with controller 28 and battery case 29, the power input of the controller and the power output end of battery case electrically connect
Connect, the power output end of the controller respectively with mould table range sensor transmitter, mould table range sensor receiver,
Molding linear motor, detection pack up stepper motor, laser reflection range sensor, pour mechanism electric connection, the controller
Signal output end respectively with mould table range sensor transmitter, molding linear motor, to pack up stepper motor, laser anti-for detection
It penetrates range sensor, pour mechanism electric connection, the signal input part of the controller connects with mould table range sensor respectively
Receive device, laser reflection range sensor is electrically connected；It is described pour mechanism by be located at pedestal 1 above be fixedly connected pour frame 30
Power stepper motor is poured on power stepper motor mounting rack 31 with pouring power stepper motor mounting rack 31, being mounted on to pour
32, it is sleeved on and pours pouring power gear 33, being mounted on to pour and pour axis on frame 30 on 32 round end of power stepper motor
It holds 34, be inserted into and pour pouring axis 35, pouring on axis 35 with pouring power gear 33 and tightly engage and be sleeved on bearing 34
Pour driven gear 36, with pour what the charging basket 37 that axis 35 is fixedly connected collectively formed, it is described pour power stepper motor with
The power output end and signal output end of controller are electrically connected；The fixed mechanism is fixed by being located at 1 following four corners of pedestal
The pedestal fixed frame 38 of connection, the base installing hole 39 being opened on pedestal fixed frame 38, the bottom being mounted on base installing hole 39
Seat installation bolt 40 collectively forms；29 internal cell of battery case is lithium battery；It is cased with outside the battery case 29 dust-proof
Waterproof case；The battery case 29 possesses charge function；The controller 28 possesses reception of wireless signals sending function；The control
Device 28 processed possesses capacitance touch screen；Dustproof and waterproof shell is cased with outside the controller 28；The MCU model of the controller 28
ARM series monolithic.
The characteristics of the present embodiment, is, including pedestal, which is characterized in that the pedestal side of resting on the ground, pedestal top are equipped with
Mold mechanism, mold mechanism is by being located at the mould table fixed frame being fixedly connected above pedestal, being located at mould table fixed frame upper surface
The mould table range sensor transmitter that is fixedly connected at center, several be located at equally distributed mould above mould table fixed frame
Tool platform support hydraulic pressure buffer mounting rack, the mould table support hydraulic pressure being mounted on mould table support hydraulic pressure buffer mounting rack are slow
The mould table rushing device, being fixedly connected above mould table support hydraulic pressure buffer with several mould table support hydraulic pressure buffers
Mounting rack, is located at mold at the mould table range sensor receiver being fixedly connected at the center of mould table mounting rack lower surface
The mould table that is fixedly connected above platform mounting rack, the mold being fixedly connected inside mould table with mould table, positioned at mould table
The molding support frame being fixedly connected above fixed frame, the molding frame rotation fixation being fixedly connected positioned at molding support frame side surface
Frame, the molding frame swivel bearing being mounted on molding frame rotary fixing frame, the molding frame rotation being inserted on molding frame swivel bearing
Shaft, the molding frame being fixedly connected with molding frame rotary shaft, the molding straight-line electric being fixedly connected positioned at molding support frame side surface
Machine fixing end mounting rack, the fixed end bearing of the molding linear motor being mounted on molding linear motor fixing end mounting rack, inserting
Molding linear motor fixing end axis and molding linear motor fixing end axis in the fixed end bearing of molding linear motor are fixed and are connected
The molding linear motor that connects, is sleeved on conjunction at the molding linear motor telescopic end axis being fixedly connected with molding linear motor telescopic end
The flexible end bearing of molding linear motor, stretch respectively with molding linear motor end bearing and conjunction on mould linear motor telescopic end axis
Molding linear motor telescopic end mounting rack that mould bases is fixedly connected, the pressing mold being mounted on molding frame collectively form, molding machine
Structure side, which is respectively equipped with, pours mechanism and testing agency, the detection that testing agency is fixedly connected by being located at mould table side with pedestal
Bracket, the detection being mounted in detection support pack up stepper motor mounting rack be mounted on detection pack up on stepper motor mounting rack
Detection packs up stepper motor, packs up the detection that stepper motor round end is fixedly connected and pack up frame, be mounted on detection and pack up with detecting
What the laser reflection range sensor of frame one end collectively formed, it is equipped with fixed mechanism below pedestal, is respectively equipped with control above pedestal
Device and battery case processed, the power input of controller and the power output end of battery case are electrically connected, the power supply output of controller
Step is packed up with mould table range sensor transmitter, mould table range sensor receiver, molding linear motor, detection respectively in end
Into motor, laser reflection range sensor, pour mechanism be electrically connected, the signal output end of controller respectively with mould table distance
Sensor transmitter, molding linear motor, detection pack up stepper motor, laser reflection range sensor, pour mechanism and electrically connect
It connects, the signal input part of controller is electrically connected with mould table range sensor receiver, laser reflection range sensor respectively.
Can detect the amount that concrete pours into mold automatically, place concrete and overflow, and measure concrete precast block quality, prevent at
It is internal after type that there is excessive bubble.
In the present embodiment, cell phone application is opened by bluetooth activation equipment, and linear motor is molded by touch screen control
Molding frame is lifted into exposing mold, non-condensing concrete is poured into charging basket, control pours the drive of power stepper motor and pours
Driven gear rotation pours into the concrete in charging basket in mold, during which passes through mould table range sensor transmitter and mould table
Range sensor receiver detects the distance between mould table mounting rack and mould table fixed frame, and stepper motor rotation is packed up in detection
Laser reflection range sensor is placed in above mold, cement surface is detected by laser reflection range sensor, prevents cement
It overflows, the quality of mould inside concrete can be obtained by the distance between mould table mounting rack and mould table fixed frame, when mixed
After solidifying soil reaches specified amount, pours the reversion of power stepper motor and charging basket is driven no longer to pour into concrete, starting molding into mold
Linear motor closes pressing mold, takes out mold after to be solidified.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solution of the present invention, those skilled in the art
The principle of the present invention is embodied to some variations that some of them part may be made, belongs to the scope of protection of the present invention it
It is interior.
Claims (1)
1. a kind of concrete precast block die apparatus, including pedestal (1), which is characterized in that the pedestal (1) rest on the ground
Side, pedestal (1) top are equipped with mold mechanism, and the mold mechanism is by being located at the mould table being fixedly connected above pedestal (1)
Fixed frame (2), be located at mould table fixed frame (2) upper surface center at be fixedly connected mould table range sensor transmitter (3),
Several are located at equally distributed mould table support hydraulic pressure buffer mounting rack (4) above mould table fixed frame (2), are mounted on mould
Have the mould table support hydraulic pressure buffer (5) on platform support hydraulic pressure buffer mounting rack (4), be located at mould table support hydraulic pressure buffering
The mould table mounting rack (6) that is fixedly connected with several mould table support hydraulic pressure buffers (5) above device (5), positioned at mould table
The mould table range sensor receiver (7) that is fixedly connected at mounting rack (6) lower surface center is located at mould table mounting rack (6)
Mould table (8) that top is fixedly connected is located at the mold (9) being fixedly connected inside mould table (8) with mould table (8), positioned at mould
Have the molding support frame (10) being fixedly connected above platform fixed frame (2), be fixedly connected positioned at molding support frame (10) side surface
Molding frame rotary fixing frame (11), is inserted at the molding frame swivel bearing (12) being mounted in molding frame rotary fixing frame (11)
The molding frame for molding the molding frame rotary shaft (13) on frame swivel bearing (12), being fixedly connected with molding frame rotary shaft (13)
(14), it is located at the molding linear motor fixing end mounting rack (15) for molding support frame (10) side surface and being fixedly connected, is mounted on conjunction
Molding linear motor on mould linear motor fixing end mounting rack (15) fixed end bearing (16), to be inserted into molding linear motor solid
Molding linear motor fixing end axis (17) on fixed end bearing (16) is fixedly connected with molding linear motor fixing end axis (17)
Molding linear motor (18), with mold linear motor (18) telescopic end be fixedly connected molding linear motor telescopic end axis (19),
Be sleeved on molding linear motor telescopic end axis (19) on molding linear motor stretch end bearing (20), respectively with molding straight-line electric
Machine stretch end bearing (20) with mold frame (14) be fixedly connected molding linear motor telescopic end mounting rack (21), be mounted on molding
What the pressing mold (22) on frame (14) collectively formed, the mold mechanism side, which is respectively equipped with, pours mechanism and testing agency, described
Testing agency by be located at mould table (8) side be fixedly connected with pedestal (1) detection support (23), be mounted on detection support (23)
On detection pack up stepper motor mounting rack (24) and be mounted on the detection that detection is packed up on stepper motor mounting rack (24) and pack up step
The detection that stepper motor (25) round end is fixedly connected is packed up into motor (25), with detection to pack up frame (26), be mounted on detection receipts
The laser reflection range sensor (27) for playing frame (26) one end collectively forms, and fixed mechanism, institute are equipped with below the pedestal (1)
It states and is respectively equipped with controller (28) and battery case (29) above pedestal (1), the power input of the controller and battery case
Power output end be electrically connected, the power output end of the controller respectively with mould table range sensor transmitter, mould table
Range sensor receiver, molding linear motor, detection pack up stepper motor, laser reflection range sensor, pour mechanism electricity
Property connection, the signal output end of the controller respectively with mould table range sensor transmitter, molding linear motor, detection receive
Rise stepper motor, laser reflection range sensor, pour mechanism electric connection, the signal input part of the controller respectively with mould
Has platform range sensor receiver, laser reflection range sensor is electrically connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821679646.7U CN209440414U (en) | 2018-10-17 | 2018-10-17 | A kind of concrete precast block die apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821679646.7U CN209440414U (en) | 2018-10-17 | 2018-10-17 | A kind of concrete precast block die apparatus |
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| Publication Number | Publication Date |
|---|---|
| CN209440414U true CN209440414U (en) | 2019-09-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821679646.7U Active CN209440414U (en) | 2018-10-17 | 2018-10-17 | A kind of concrete precast block die apparatus |
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| Country | Link |
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| CN (1) | CN209440414U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111219054A (en) * | 2020-01-08 | 2020-06-02 | 邓婧 | Stable concrete pouring support |
-
2018
- 2018-10-17 CN CN201821679646.7U patent/CN209440414U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111219054A (en) * | 2020-01-08 | 2020-06-02 | 邓婧 | Stable concrete pouring support |
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