CN105628472A - Digital display manual and automatic integrated stirring testing machine - Google Patents
Digital display manual and automatic integrated stirring testing machine Download PDFInfo
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- CN105628472A CN105628472A CN201610048605.7A CN201610048605A CN105628472A CN 105628472 A CN105628472 A CN 105628472A CN 201610048605 A CN201610048605 A CN 201610048605A CN 105628472 A CN105628472 A CN 105628472A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N1/00—Sampling; Preparing specimens for investigation
- G01N1/28—Preparing specimens for investigation including physical details of (bio-)chemical methods covered elsewhere, e.g. G01N33/50, C12Q
- G01N1/286—Preparing specimens for investigation including physical details of (bio-)chemical methods covered elsewhere, e.g. G01N33/50, C12Q involving mechanical work, e.g. chopping, disintegrating, compacting, homogenising
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Abstract
The invention discloses a digital display manual and automatic integrated stirring testing machine. The machine consists of an electromotor, a sand adding nozzle, a transmission box, a stirring blade, a stirring kettle support, a rack, a lift mechanism, a micro-motor, a lift rack, a lower bearing, a transmission nut, a connecting block, a transmission screw rod, a transmission gear wheel, a micro-motor transmission wheel, an upper bearing, an upper limit, a lower limit, a string kettle, a base, a sand adding device and a connector. The digital display manual and automatic integrated stirring testing machine has a high space utilization ratio, abandons the traditional alternating current contactor type, occupies small space, and is energy-saving and environment-friendly; three independent relays are used to replace the alternating current contactor, so as to realize lower electric current, lower energy consumption and high reliability; the three independent relays work without interference, therefore, the electric arc short circuit phenomenon caused by the alternating current contactor is radically avoided; the safety is high, the control circuit is controlled under DC (Direct Current) 24V, and thus the electric shock hazard is avoided; and the machine can be maintained conveniently, has a high space utilization ratio, can be assembled and disassembled conveniently, adopts an integrated circuit board, and uses few control circuits, so that the machine can be examined and maintained conveniently.
Description
Technical field
The present invention relates to for cement mortar stirring test, belong to highway, bridge construction, building field, specifically a kind of manual/automatic integrated stirring testing machine of digital display.
Background technology
Development along with highway, bridge construction, the quality that cement material produces can not be careless, cement mixing testing machine is had higher requirement, it is necessary to towards safer, more stable, more energy efficient, more optimized structure direction is developed, the bridge in the past once occurred collapse collapse, pipeline accident of subsiding is all that so-called project of vital and lasting importance is destroyed overnight owing to cement quality controls improper to cause, for this, the importance of cement mixing testing machine is also just more prominent.
Summary of the invention
It is an object of the invention to provide a kind of safety and stability stirring test device easily, it is the simpler convenient assay device of a kind of operation, native system is made up of each circuit module, it is microprocessor control module, input through keyboard module, charactron and LED display module, Control output module, screw mandrel elevating control module, system power supply module, download program module respectively, native system strong and weak electricity can arbitrarily be changed, energy consumption can be reduced when being characterized as being conversion light current, safe and reliable again.
The innovation, in former stirring testing machine structure, adds screw mandrel elevating control module and elevating mechanism: direct current generator is slowed down by reduction gearing, then connects worm and gear and screw mandrel is controlled, and commutates by changing the polarity of direct current generator input. Press " rising " key, direct current generator rotates forward, drive screw mandrel rises, when screw mandrel rises to upper limit, upper limit position switch is gone off by Guan Bi, and screw mandrel stops rising, and presses " decline " key, direct current generator rotates backward, drive screw mandrel declines, and when screw mandrel runs to lower limit, lower position switch is gone off by Guan Bi, screw mandrel stops declining, system power supply module: native system has duplex feeding, a road powers to control circuit, and a road is to drive circuitry, control circuit, through transformer pressure-reducing rectifying and voltage-stabilizing, obtains stable 5V; Drive circuit is bigger due to power, must be directly fed by Switching Power Supply, its voltage is 12V, download program module: this single-chip microcomputer is High Performance SCM, programming need not be carried out by special equipment, by simple serial port circuit and feasible system download online, arbitrarily control to add the morning of sand time, evening, long and short, toggle switch 2K controls low speed and high speed, and toggle switch 3K controls add sand and stop.
Technical scheme
A kind of manual/automatic integrated stirring testing machine of digital display, by motor 1, add sandspit 2, transmission case 3, paddle 4, agitated kettle bearing 5, frame 6, elevating mechanism 7, micro machine 7-1, elevator platform 7-2, lower bearing 7-3, transmission nut 7-4, contiguous block 7-5, drive lead screw 7-6, transmission gear wheel 7-7, micro machine drive 7-8, upper bearing (metal) 7-9, upper limit 7-10, lower limit 7-11, agitated kettle 8, base 9, add sand device 10, union joint 11 forms, and elevating mechanism 7 is arranged in the inner chamber of frame 6 by bolt, agitated kettle bearing 5 bolt fixes contiguous block 7-5, the threaded agitated kettle bearing 5 of agitated kettle 8, and frame 6 is bolted on base 9, and motor 1 bolt is arranged on frame 6 top, transmission case 3 bolt fixed frame 6 top, and union joint 11 1 terminal bolt connects transmission case 3, the other end connects paddle 4, add sand device 10 and be bolted in frame 6, add sand mouth to be threaded in and add on sand device 10, micro machine 7-1 is fixed on elevator platform 7-2, the power transmission shaft bearing pin of micro machine 7-1 connects micro machine drive 7-8, micro machine drive 7-8 gear-linked transmission gear wheel 7-7, drive lead screw 7-6 bearing pin is connected to transmission gear wheel 7-7 centre bore, transmission nut 7-4 spiral is on drive lead screw 7-6, contiguous block 7-5 is welded on transmission nut 7-4, drive lead screw 7-6 one end is inserted in lower bearing 7-3, and the other end inserts in upper bearing (metal) 7-9 (with reference to accompanying drawing).
Elevating mechanism 7 is the meshing transmission gear wheel 7-7 of the micro machine drive 7-8 by being fixed on micro machine 7-1, drive lead screw 7-6 bearing pin is connected in transmission gear wheel 7-7 centre bore, transmission nut 7-4 spiral is on drive lead screw 7-6, contiguous block 7-5 is welded on transmission nut 7-4, drive lead screw 7-6 one end is inserted in lower bearing 7-3, the other end inserts in upper bearing (metal) 7-9, drive agitated kettle bearing 5 to lift when micro machine 7-1 works, realize the automatic lifting of agitated kettle 8, by upper limit 7-10, lower limit 7-11 controls lifting extreme position, drive 7-8 and transmission gear wheel 7-7 material are rustless steel, the number of teeth: 15T, modulus: M0.8, process: fire tempering HRC32 ��.
The described manual/automatic integrated stirring testing machine of a kind of digital display, it is characterized in that: screw mandrel elevating control module effect: micro machine 7-1 passes through transmission gear wheel 7-7, micro machine drive 7-8 slows down as reduction gearing, commutate by changing the polarity of micro machine 7-1 input, press " rising " key, micro machine 7-1 rotates forward, micro machine drive 7-8 drives the transmission nut 7-4 on drive lead screw 7-6 to rise, when the transmission nut 7-4 on drive lead screw 7-6 rises to upper limit 7-10, upper limit 7-10 switch is gone off by Guan Bi, transmission nut 7-4 on drive lead screw 7-6 stops rising, press " decline " key, micro machine 7-1 rotates backward, the transmission nut 7-4 on drive lead screw 7-6 is driven to decline, when the transmission nut 7-4 on drive lead screw 7-6 runs to lower limit, lower limit 7-11 switch is gone off by Guan Bi, transmission nut 7-4 on drive lead screw 7-6 stops declining.
Described elevating mechanism 7 is the creative design that our company passes through research and development, by the meshing transmission gear wheel 7-7 of micro machine drive 7-8 being fixed on micro machine 7-1, drive lead screw 7-6 bearing pin is connected to transmission gear wheel 7-7 centre bore, transmission nut 7-4 spiral is on drive lead screw 7-6, contiguous block 7-5 is welded on transmission nut 7-4, drive lead screw 7-6 one end is inserted in lower bearing 7-3, the other end inserts in upper bearing (metal) 7-9, drive agitated kettle bearing 5 to lift when micro machine works, and then realize the automatic lifting of agitated kettle 8, by upper limit 7-10, lower limit 7-11 controls lifting extreme position, drive 7-8 and transmission gear wheel 7-7 material: (the rustless steel number of teeth: 15T modulus: M0.8 process: fire tempering HRC32 ��-40 ��, timeliness: 5-10min).
Company adopts oneself ad hoc system power supply module effect: native system has duplex feeding, and a road powers to control circuit, and a road is to drive circuitry, and control circuit, through transformer pressure-reducing rectifying and voltage-stabilizing, obtains stable 5V; Drive circuit is bigger due to power, it is necessary to directly fed by Switching Power Supply, and its voltage is 12V.
The download program module effect that company oneself is ad hoc: this single-chip microcomputer is High Performance SCM, programming need not be carried out by special equipment, by simple serial port circuit and feasible system download online, arbitrarily control to add the morning of sand time, evening, long and short, toggle switch 2K controls low speed and high speed, and toggle switch 3K controls add sand and stop.
Being placed in by test material adds in sand hopper, guidance panel has manually and automatically two kinds of control modes, select a kind of suitable mode, herein for automatically, automatic button is pressed after being electrified, then the startup button on flicking digital display box, namely working procedure is entered, system output lifting signal, micro machine work makes agitated kettle bearing rise, when being raised to upper limit setting position, rising work stops, system can perform further work after automatically detecting position, otherwise next step Automatic Program stops, start working when fully ensuring that and be not raised to upper limit, then paddle does not arrive normal place, and affect mixing quality, then add sand electromagnetic valve after working at a slow speed 30 seconds to open entrance and add sand program, it is still now shelves at a slow speed, stop at a slow speed after 60 seconds, add sand to have worked, enter fast procedure, to 90 second pauses, buzzer warning during to 175 seconds, 180 seconds rapid operation, 235 seconds buzzer warnings, within 240 seconds, stop, complete a workflow, time manual, first press hand push button, then can arbitrarily select soon at a slow speed, the not free restriction of manual gear, decided voluntarily as required by user, all control circuits all realize vulnerabilities scan, and adopt surface-mounted integrated circuit to control, more energy efficient, and space availability ratio is high, it is no longer necessary to adopt the mode of outer pull line to control, more attractive.
Beneficial effect
1, space availability ratio is high, and the A.C. contactor mode discarded tradition takes up room little;
2, energy-conserving and environment-protective, adopt 3 relays to replace A.C. contactor, and electric current is less, and energy consumption is lower;
3, reliability is high, 3 free-standing relay work, does not interfere with each other, therefore fundamentally avoids the arc short circuit phenomenon that A.C. contactor there will be;
4, safety is high, and controlling circuit is all that DC24V controls, and non-contact electric is dangerous;
5, clearly succinct, digital display manual/automatic integratedization, display window controls part one integrated mass with machine own, it does not have draw outward control box and control line, and the past removed from controls box and takies the shortcoming in testing stand space, and makes whole equipment clearly clean and tidy;
6, easy to maintenance, space availability ratio improves, and easy installation and removal, surface-mounted integrated circuit, control line is less, convenient to check and maintenance.
Accompanying drawing explanation
Accompanying drawing 1 is: stirring testing machine schematic diagram;
Accompanying drawing 2 is: elevating mechanism decomposing schematic representation;
Diagram: motor 1, add sandspit 2, transmission case 3, paddle 4, agitated kettle bearing 5, frame 6, elevating mechanism 7, micro machine 7-1, elevator platform 7-2, lower bearing 7-3, transmission nut 7-4, contiguous block 7-5, drive lead screw 7-6, transmission gear wheel 7-7, micro machine drive 7-8, upper bearing (metal) 7-9, upper limit 7-10, lower limit 7-11, agitated kettle 8, base 9, add sand device 10, union joint 11.
Detailed description of the invention:
A kind of manual/automatic integrated stirring testing machine of digital display, by motor 1, add sandspit 2, transmission case 3, paddle 4, agitated kettle bearing 5, frame 6, elevating mechanism 7, micro machine 7-1, elevator platform 7-2, lower bearing 7-3, transmission nut 7-4, contiguous block 7-5, drive lead screw 7-6, transmission gear wheel 7-7, micro machine drive 7-8, upper bearing (metal) 7-9, upper limit 7-10, lower limit 7-11, agitated kettle 8, base 9, add sand device 10, union joint 11 forms, and elevating mechanism 7 is arranged in the inner chamber of frame 6 by bolt, agitated kettle bearing 5 bolt fixes contiguous block 7-5, the threaded agitated kettle bearing 5 of agitated kettle 8, and frame 6 is bolted on base 9, and motor 1 bolt is arranged on frame 6 top, transmission case 3 bolt fixed frame 6 top, and union joint 11 1 terminal bolt connects transmission case 3, the other end connects paddle 4, add sand device 10 and be bolted in frame 6, add sand mouth to be threaded in and add on sand device 10, micro machine 7-1 is fixed on elevator platform 7-2, the power transmission shaft bearing pin of micro machine 7-1 connects micro machine drive 7-8, micro machine drive 7-8 gear-linked transmission gear wheel 7-7, drive lead screw 7-6 bearing pin is connected to transmission gear wheel 7-7 centre bore, and transmission nut 7-4 spiral is on drive lead screw 7-6, and contiguous block 7-5 is welded on transmission nut 7-4, drive lead screw 7-6 one end is inserted in lower bearing 7-3, and the other end inserts in upper bearing (metal) 7-9.
Elevating mechanism 7 is the meshing transmission gear wheel 7-7 of the micro machine drive 7-8 by being fixed on micro machine 7-1, drive lead screw 7-6 bearing pin is connected in transmission gear wheel 7-7 centre bore, transmission nut 7-4 spiral is on drive lead screw 7-6, contiguous block 7-5 is welded on transmission nut 7-4, drive lead screw 7-6 one end is inserted in lower bearing 7-3, the other end inserts in upper bearing (metal) 7-9, drive agitated kettle bearing 5 to lift when micro machine 7-1 works, realize the automatic lifting of agitated kettle 8, by upper limit 7-10, lower limit 7-11 controls lifting extreme position, drive 7-8 and transmission gear wheel 7-7 material are rustless steel, the number of teeth: 15T, modulus: M0.8, process: fire tempering HRC32 ��.
Screw mandrel elevating control module: micro machine 7-1 passes through transmission gear wheel 7-7, micro machine drive 7-8 slows down as reduction gearing, commutate by changing the polarity of micro machine 7-1 input, press " rising " key, micro machine 7-1 rotates forward, micro machine drive 7-8 drives the transmission nut 7-4 on drive lead screw 7-6 to rise, when the transmission nut 7-4 on drive lead screw 7-6 rises to upper limit 7-10, upper limit 7-10 switch is gone off by Guan Bi, transmission nut 7-4 on drive lead screw 7-6 stops rising, press " decline " key, micro machine 7-1 rotates backward, the transmission nut 7-4 on drive lead screw 7-6 is driven to decline, when the transmission nut 7-4 on drive lead screw 7-6 runs to lower limit, lower limit 7-11 switch is gone off by Guan Bi, transmission nut 7-4 on drive lead screw 7-6 stops declining.
System power supply module: native system has duplex feeding, a road powers to control circuit, and a road is to drive circuitry, and control circuit, through transformer pressure-reducing rectifying and voltage-stabilizing, obtains stable 5V; Drive circuit is bigger due to power, it is necessary to directly fed by Switching Power Supply, and its voltage is 12V.
Download program module: this single-chip microcomputer is High Performance SCM, programming need not be carried out by special equipment, by simple serial port circuit and feasible system download online, arbitrarily control to add the morning of sand time, evening, long, short, toggle switch 2K controls low speed and high speed, toggle switch 3K controls add sand and stop, elevating mechanism 7 is the creative design that our company passes through research and development, by the meshing transmission gear wheel 7-7 of micro machine drive 7-8 being fixed on micro machine 7-1, drive lead screw 7-6 bearing pin is connected to transmission gear wheel 7-7 centre bore, transmission nut 7-4 spiral is on drive lead screw 7-6, contiguous block 7-5 is welded on transmission nut 7-4, drive lead screw 7-6 one end is inserted in lower bearing 7-3, the other end inserts in upper bearing (metal) 7-9, drive agitated kettle bearing 5 to lift when micro machine works, and then realize the automatic lifting of agitated kettle 8, by upper limit 7-10, lower limit 7-11 controls lifting extreme position, (drive 7-8 and transmission gear wheel 7-7 material: the rustless steel number of teeth: 15T modulus: M0.8 process: fire tempering HRC32 ��).
Embodiment one: press lifting button, screw mandrel elevating control module starts to start, micro machine is slowed down by reduction gearing, commutate by changing the polarity of straight micro machine input, press " rising " key, direct current generator rotates forward, drive screw mandrel rises, when screw mandrel rises to upper limit, upper limit position switch is gone off by Guan Bi, screw mandrel stops rising, press " decline " key, micro machine rotates backward, drive screw mandrel declines, when screw mandrel runs to lower limit, lower position switch is gone off by Guan Bi, screw mandrel stops declining, system power supply module: native system has duplex feeding, one tunnel powers to control circuit, one tunnel is to drive circuitry, control circuit is through transformer pressure-reducing rectifying and voltage-stabilizing, obtain stable 5V, drive circuit is bigger due to power, must be directly fed by Switching Power Supply, its voltage is 12V, owing to can arbitrarily control to add the morning of sand time, evening, long, short, toggle switch 2K controls low speed and high speed, toggle switch 3K controls add sand and stop, this equipment is manual/automatic integrated machine, so first for automatically, automatic button is pressed after being electrified, then the startup button on flicking digital display box, namely working procedure is entered, system output lifting signal, micro machine work makes agitated kettle bearing rise, when being raised to upper limit setting position, rising work stops, system can perform further work after automatically detecting position, otherwise next step Automatic Program stops, start working when fully ensuring that and be not raised to upper limit, then paddle does not arrive normal place, and affect mixing quality, then add sand electromagnetic valve after working at a slow speed 30 seconds to open entrance and add sand program, it is still now shelves at a slow speed, stop at a slow speed after 60 seconds, add sand to have worked, enter fast procedure, to 90 second pauses, the interior buzzer warning set during to 175 seconds, 180 seconds rapid operation, the buzzer warning set in 235 seconds, within 240 seconds, stop, complete a workflow, hand push button is first pressed time manual, then can arbitrarily select soon at a slow speed, the not free restriction of manual gear, decided voluntarily as required by user.
Embodiment two: microprocessor module: microprocessor adopts the enhancement mode high-performance monolithic STC11F32XE that STC Corporation produces, this single-chip microcomputer processing speed is 10 times of common single-chip microcomputer, carry the EEPROM of 32KB, support serial ports download online function simultaneously, consider this processor and be best suitable for the design of this system, input through keyboard module: this module adopts the input of 2x3 matrix keyboard and outside two buttons input, matrix keyboard is designed as startup, stop, hands/automatically, quickly, at a slow speed, add sand, external key is for rising, decline, press start key blender in automatic mode to run by the program set, press start key output micro machine enabling signal, agitated kettle bearing rises, stop rising after rising to upper limit, system detects that meeting upper limit rear enters next step program (stirring work), otherwise next step Automatic Program stops, start working when fully ensuring that and be not raised to upper limit, then paddle does not arrive normal place, and affect mixing quality, can quit work immediately by stop key, hands/automatic changeable mode of operation is pattern manually or automatically, can quickly stir by fast key in a manual mode, pressing key at a slow speed can low rate mixing, press and add sand key and can add sand, rise, the lifting of the controlled throwing bar of decline button, manually rise or fall equal limited location device, ensure safety, charactron and LED display module: charactron can show stirring timing, emitting led may indicate that current operation mode is manually or automatically, quickly or at a slow speed, whether add sand, Control output module: quick by Control motor, at a slow speed, control electromagnetic valve and add sand.
Screw mandrel elevating control module: direct current generator is slowed down by reduction gearing, then connect worm and gear screw mandrel is controlled, commutate by changing the polarity of direct current generator input, press " rising " key, direct current generator rotates forward, drive screw mandrel rises, when screw mandrel rises to upper limit, upper limit position switch is gone off by Guan Bi, screw mandrel stops rising, press " decline " key, direct current generator rotates backward, drive screw mandrel declines, when screw mandrel runs to lower limit, lower position switch is gone off by Guan Bi, screw mandrel stops declining, system power supply module: native system has duplex feeding, one tunnel powers to control circuit, one tunnel is to drive circuitry, control circuit is through transformer pressure-reducing rectifying and voltage-stabilizing, obtain stable 5V, drive circuit is bigger due to power, must be directly fed by Switching Power Supply, its voltage is 12V, download program module: this single-chip microcomputer is High Performance SCM, programming need not be carried out by special equipment, by simple serial port circuit and feasible system download online, arbitrarily control to add the morning of sand time, evening, long and short, toggle switch 2K controls low speed and high speed, and toggle switch 3K controls add sand and stop.
Finally illustrate; The ultimate principle of the design, principal character and advantage have more than been shown and described; skilled person will appreciate that of the industry; the design is not restricted to the described embodiments; the principle that the design is simply described described in above-described embodiment and description; under the premise without departing from the design spirit and scope; the design also can have various changes and modifications; these changes and improvements both fall within the scope of claimed the design, and the design claims scope by appending claims accompanying drawing and equivalent circle thereof.
Claims (4)
1. the manual/automatic integrated stirring testing machine of digital display, by motor (1), add sandspit (2), transmission case (3), paddle (4), agitated kettle bearing (5), frame (6), elevating mechanism (7), micro machine (7-1), elevator platform (7-2), lower bearing (7-3), transmission nut (7-4), contiguous block (7-5), drive lead screw (7-6), transmission gear wheel (7-7), micro machine drive (7-8), upper bearing (metal) (7-9), upper limit (7-10), lower limit (7-11), agitated kettle (8), base (9), add sand device (10), union joint (11) forms, and elevating mechanism (7) is arranged in the inner chamber of frame (6) by bolt, contiguous block (7-5) fixed by agitated kettle bearing (5) bolt, the threaded agitated kettle bearing (5) of agitated kettle (8), frame (6) is bolted to base (9), motor (1) bolt is arranged on frame (6) top, transmission case (3) bolt fixed frame (6) top, union joint (11) terminal bolt connects transmission case (3), the other end connects paddle (4), add sand device (10) and be bolted in frame (6), add sandspit (2) to be threaded in and add on sand device (10), micro machine (7-1) is fixed on elevator platform (7-2), the power transmission shaft pivot pin of micro machine (7-1) connects drive (7-8), the meshing transmission gear wheel (7-7) of micro machine drive (7-8), drive lead screw (7-6) bearing pin connects transmission gear wheel (7-7), transmission nut (7-4) spiral is on drive lead screw (7-6), contiguous block (7-5) is welded on transmission nut (7-4), drive lead screw (7-6) one end is inserted in lower bearing (7-3), the other end inserts in upper bearing (metal) (7-9), it is characterized in that: elevating mechanism (7) is the meshing transmission gear wheel (7-7) of the micro machine drive (7-8) by being fixed on micro machine (7-1), drive lead screw (7-6) bearing pin is connected in transmission gear wheel (7-7) centre bore, transmission nut (7-4) spiral is at drive lead screw (on 7-6), contiguous block (7-5) is welded on transmission nut (7-4), lower bearing (in 7-3) is inserted in drive lead screw (7-6) one end, the other end inserts in upper bearing (metal) (7-9), agitated kettle bearing (5) lifting is driven when micro machine (7-1) works, realize the automatic lifting of agitated kettle (8), by upper limit (7-10), lower limit (7-11) controls lifting extreme position, and drive (7-8) and transmission gear wheel (7-7) material are rustless steel, the number of teeth: 15T, modulus: M0.8, processes: fire tempering HRC32 ��-40 ��, timeliness: 5-10min.
2. a kind of manual/automatic integrated stirring testing machine of digital display according to claim 1, it is characterized in that: screw mandrel elevating control module effect: micro machine (7-1) is by transmission gear wheel (7-7), micro machine drive (7-8) slows down as reduction gearing, commutate by changing the polarity of micro machine (7-1) input, press " rising " key, micro machine (7-1) rotates forward, micro machine drive (7-8) drives the transmission nut (7-4) on drive lead screw (7-6) to rise, when the transmission nut (7-4) on drive lead screw (7-6) rises to upper limit (7-10), upper limit (7-10) switch is gone off by Guan Bi, transmission nut (7-4) on drive lead screw (7-6) stops rising, press " decline " key, micro machine (7-1) rotates backward, the transmission nut (7-4) on drive lead screw (7-6) is driven to decline, when the transmission nut (7-4) on drive lead screw (7-6) runs to lower limit, lower limit (7-11) switch is gone off by Guan Bi, transmission nut (7-4) on drive lead screw (7-6) stops declining.
3. a kind of manual/automatic integrated stirring testing machine of digital display according to claim 1, it is characterized in that: system power supply module effect: native system has duplex feeding, a road powers to control circuit, and a road is to drive circuitry, control circuit, through transformer pressure-reducing rectifying and voltage-stabilizing, obtains stable 5V; Drive circuit is bigger due to power, it is necessary to directly fed by Switching Power Supply, and its voltage is 12V.
4. a kind of manual/automatic integrated stirring testing machine of digital display according to claim 1, it is characterized in that: download program module effect: this single-chip microcomputer is High Performance SCM, programming need not be carried out by special equipment, by simple serial port circuit and feasible system download online, arbitrarily control to add the morning of sand time, evening, long and short, toggle switch 2K controls low speed and high speed, and toggle switch 3K controls add sand and stop.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108007747A (en) * | 2017-11-24 | 2018-05-08 | 河南中建西部建设有限公司 | A kind of electronic compaction apparatus of pervious concrete specimen molding |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2032128U (en) * | 1988-02-08 | 1989-02-08 | 中国建筑材料科学研究院 | Agitator for cement mortar |
| CN2252092Y (en) * | 1996-01-16 | 1997-04-16 | 中国建筑材料科学研究院 | Cement mortar stirrer |
| CN2873461Y (en) * | 2005-12-27 | 2007-02-28 | 江南造船(集团)有限责任公司 | Paint putty stirrer |
| CN201899992U (en) * | 2010-12-15 | 2011-07-20 | 昆明矢量科技开发有限公司 | Full-automatic lifting-rotating type stirrer |
| KR101212546B1 (en) * | 2012-04-09 | 2012-12-14 | 이성도 | The mixing equipment for an asphalt |
| CN202715390U (en) * | 2012-08-21 | 2013-02-06 | 奉化市福得食品机械有限公司 | Lifting and transmission structure of agitator |
| CN202781431U (en) * | 2012-09-04 | 2013-03-13 | 广州浩方建材有限公司 | Cement mortar mixer |
-
2016
- 2016-01-26 CN CN201610048605.7A patent/CN105628472A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2032128U (en) * | 1988-02-08 | 1989-02-08 | 中国建筑材料科学研究院 | Agitator for cement mortar |
| CN2252092Y (en) * | 1996-01-16 | 1997-04-16 | 中国建筑材料科学研究院 | Cement mortar stirrer |
| CN2873461Y (en) * | 2005-12-27 | 2007-02-28 | 江南造船(集团)有限责任公司 | Paint putty stirrer |
| CN201899992U (en) * | 2010-12-15 | 2011-07-20 | 昆明矢量科技开发有限公司 | Full-automatic lifting-rotating type stirrer |
| KR101212546B1 (en) * | 2012-04-09 | 2012-12-14 | 이성도 | The mixing equipment for an asphalt |
| CN202715390U (en) * | 2012-08-21 | 2013-02-06 | 奉化市福得食品机械有限公司 | Lifting and transmission structure of agitator |
| CN202781431U (en) * | 2012-09-04 | 2013-03-13 | 广州浩方建材有限公司 | Cement mortar mixer |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108007747A (en) * | 2017-11-24 | 2018-05-08 | 河南中建西部建设有限公司 | A kind of electronic compaction apparatus of pervious concrete specimen molding |
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