CN205720133U - A kind of Multi probe moisture content detection device - Google Patents

A kind of Multi probe moisture content detection device Download PDF

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Publication number
CN205720133U
CN205720133U CN201620218958.2U CN201620218958U CN205720133U CN 205720133 U CN205720133 U CN 205720133U CN 201620218958 U CN201620218958 U CN 201620218958U CN 205720133 U CN205720133 U CN 205720133U
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CN
China
Prior art keywords
support
leading screw
guide rail
bolt
rolling bearing
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201620218958.2U
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Chinese (zh)
Inventor
张兆国
胡瑞芬
张永成
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Kunming University of Science and Technology
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Kunming University of Science and Technology
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Priority to CN201620218958.2U priority Critical patent/CN205720133U/en
Application granted granted Critical
Publication of CN205720133U publication Critical patent/CN205720133U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

This utility model relates to a kind of Multi probe moisture content detection device, including frame, position-limited wheel, spacing wheel shaft, probe, support I, guide rail I, bolt I, bolt II, rolling bearing units I, leading screw I, motor, the axis of guide I, support II, support III, the axis of guide II, rolling bearing units II, feeding motor, crossbeam, linear bearing, guide rail II, feeding motor switch, handle, leading screw II, block of spiral, bolt III, motor switch, land wheel and land axle.This utility model carries out real-time high-precision detection to seed moisture proportion in the laboratory, greatly shortens the time of detection, it is possible to fast and accurately examinations, achieve water content detection, quickly and the requirement of serialization detection.

Description

A kind of Multi probe moisture content detection device
Technical field
This utility model relates to a kind of Multi probe moisture content detection device, belongs to Agricultural Machinery Design field.
Background technology
During seed moisture proportion carries out the high detection in real time of precision, the detection especially carried out in laboratory, the time is longer, it is impossible to realizes quick, on-line checking, thus is difficult to meet modern production to speed and the requirement of serialization.Traditional seed moisture content detection device can only be simple measurement and display, be formed without in real time, On-line Control detection, it is impossible to realize the automatic detection of the moisture content of test seed, reduce test efficiency, cause the waste of resource.
Summary of the invention
This utility model provides a kind of Multi probe moisture content detection device, in laboratory, seed moisture proportion is carried out real-time high-precision detection.
The technical solution of the utility model is: a kind of Multi probe moisture content detection device, including frame 1, position-limited wheel 2, spacing wheel shaft 3, probe 4, support I 5, guide rail I 6, bolt I 7, bolt II 8, rolling bearing units 9, leading screw I 10, motor 11, the axis of guide I 12, support II 13, support III 14, the axis of guide II 15, rolling bearing units II 16, feeding motor 17, crossbeam 18, linear bearing 19, guide rail II 20, feeding motor switch 21, handle 22, leading screw II 23, block of spiral 24, bolt III 25, motor switch 26, land wheel 27 and land axle 28;
Rolling bearing units I 9 and rolling bearing units II 16 are fixed on both sides before and after frame 1 by bolt II 8 respectively, leading screw I 10 it is connected with between rolling bearing units I 9 and rolling bearing units II 16, rolling bearing units II 16 side is connected with feeding motor 17, and feeding motor 17 is connected with leading screw I 10 by shaft coupling;
Guide rail I 6 and guide rail II 20 are fixed on the left and right sides of frame 1 by bolt I 7, are connected with crossbeam 18 between guide rail I 6 and guide rail II 20, and motor 11 is bolted the middle part being fixed on crossbeam 18, and is connected with leading screw II 23 by shaft coupling;Linear bearing 19 is bolted and is fixed on crossbeam 18 two ends, the axis of guide I 12 and the axis of guide II 15 are connected through linear bearing 19 with support I 5, support I 5 lower end is connected with probe 4, and support I 5 upper end is connected with block of spiral 24 by bolt III 25, and block of spiral 24 is connected with leading screw II 23.
Being connected with support II 13 in the middle part of described leading screw I 10, support II 13 is bolted to be fixed with support III 14, and support III 14 is bolted the middle part being fixed on crossbeam 18.
The outside being fixed with guide rail II 20 side in described frame 1 is provided with feeding motor switch 21 and motor switch 26.
Described handle 22 has 2, lays respectively in the middle part of two root posts on the left of frame 1.
Described position-limited wheel 2 has 2, is arranged on by spacing wheel shaft 3 respectively on two root posts of frame 1 front end.
Described land wheel 27 has 4, is arranged on the corner bottom frame 1 by land axle 28 respectively.
Operation principle of the present utility model is:
When seed carries out moisture content detection, probe 4 is arranged on support I 5 by number as required, and connects respective data wire;With hand propelled handle 22 so that it is near testing stand, the position-limited wheel 2 of both sides is used to carry out the restriction of position, preferably to ensure the reliability of the direction of motion.Opening feeding motor switch 21, feeding motor 17 is started working, and drives support II 13 to seesaw by the motion of leading screw I 10, thus drives crossbeam 18 to move along guide rail I 6 and guide rail II 20, now by seed sample to be detected for probe 4 alignment.Open motor switch 26, by motor 11, the height and position of support I 5 is regulated to the highest, when arriving above tested seed, again debug the height and position of joint support I 5 to the height needed for seed, the most just can gather surveyed data, it is achieved that the real time monitoring function of the moisture content of seed.
The beneficial effects of the utility model are:
1, achieve Multi probe water content detection function, seed moisture proportion carried out detection during high-precision real, greatly shortens the time of detection, it is possible to fast and accurately examinations, achieve water content detection, quickly and the requirement of serialization detection.
2, this reasonable in design, operation quality is good, and working performance is high, and operation is reliable, and generalization degree is high, work is greatly reduced, improves production efficiency and working performance.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the partial view of horizontal running part of the present utility model;
Fig. 3 is test section separation structure schematic diagram of the present utility model;
Each label in figure: 1-frame, 2-position-limited wheel, the spacing wheel shaft of 3-, 4-pops one's head in, 5-support I, 6-guide rail I, 7-bolt I, 8-bolt II, 9-rolling bearing units I, 10-leading screw I, 11-motor, the 12-axis of guide I, 13-support II, 14-support III, the 15-axis of guide II, 16-rolling bearing units II, 17-feeding motor, 18-crossbeam, 19-linear bearing, 20-guide rail II, 21-feeding motor switch, 22-handle, 23-leading screw II, 24-block of spiral, 25-bolt III, 26-motor switchs, 27-land wheel, 28-land axle.
Detailed description of the invention
Embodiment 1: as Figure 1-3, a kind of Multi probe moisture content detection device, including frame 1, position-limited wheel 2, spacing wheel shaft 3, probe 4, support I 5, guide rail I 6, bolt I 7, bolt II 8, rolling bearing units 9, leading screw I 10, motor 11, the axis of guide I 12, support II 13, support III 14, the axis of guide II 15, rolling bearing units II 16, feeding motor 17, crossbeam 18, linear bearing 19, guide rail II 20, feeding motor switch 21, handle 22, leading screw II 23, block of spiral 24, bolt III 25, motor switch 26, land wheel 27 and land axle 28.
Described rolling bearing units I 9 and rolling bearing units II 16 are fixed on both sides before and after frame 1 by bolt II 8 respectively, are connected with leading screw I 10 between rolling bearing units I 9 and rolling bearing units II 16, to ensure preferably to carry out horizontal transmission;Rolling bearing units II 16 side is connected with feeding motor 17, and feeding motor 17 is connected with leading screw I 10 by shaft coupling.
Described guide rail I 6 and guide rail II 20 are fixed on the left and right sides of frame 1 by bolt I 7, are connected with crossbeam 18 between guide rail I 6 and guide rail II 20, in order to preferably slide anteroposterior, adjust position;Motor 11 is bolted the middle part being fixed on crossbeam 18, and is connected with leading screw II 23 by shaft coupling.
Described linear bearing 19 is bolted and is fixed on crossbeam 18 two ends, the axis of guide I 12 and the axis of guide II 15 are connected through linear bearing 19 with support I 5, its major function ensures that probe mounting bracket I 5 will not produce inclination during upper-lower position changes, so that preferably measuring mutually level moisture, greatly reduce detection error;Support I 5 lower end is connected with probe 4, and the quantity of probe 4 can adjust as required;Support I 5 upper end is connected with block of spiral 24 by bolt III 25, and block of spiral 24 is connected with leading screw II 23, in order to upper and lower position adjustment.
Being connected with support II 13 in the middle part of described leading screw I 10, support II 13 is bolted to be fixed with support III 14, and support III 14 is bolted the middle part being fixed on crossbeam 18.
Embodiment 2: a kind of Multi probe moisture content detection device, including frame 1, position-limited wheel 2, spacing wheel shaft 3, probe 4, support I 5, guide rail I 6, bolt I 7, bolt II 8, rolling bearing units 9, leading screw I 10, motor 11, the axis of guide I 12, support II 13, support III 14, the axis of guide II 15, rolling bearing units II 16, feeding motor 17, crossbeam 18, linear bearing 19, guide rail II 20, feeding motor switch 21, handle 22, leading screw II 23, block of spiral 24, bolt III 25, motor switch 26, land wheel 27 and land axle 28.
Described rolling bearing units I 9 and rolling bearing units II 16 are fixed on both sides before and after frame 1 by bolt II 8 respectively, are connected with leading screw I 10 between rolling bearing units I 9 and rolling bearing units II 16, to ensure preferably to carry out axial transmission;Rolling bearing units II 16 side is connected with feeding motor 17, and feeding motor 17 is connected with leading screw I 10 by shaft coupling.
Described guide rail I 6 and guide rail II 20 are fixed on the left and right sides of frame 1 by bolt I 7, are connected with crossbeam 18 between guide rail I 6 and guide rail II 20, in order to preferably slide anteroposterior, adjust position;Motor 11 is bolted the middle part being fixed on crossbeam 18, and is connected with leading screw II 23 by shaft coupling.
Described linear bearing 19 is bolted and is fixed on crossbeam 18 two ends, the axis of guide I 12 and the axis of guide II 15 are connected through linear bearing 19 with support I 5, its major function ensures that probe mounting bracket I 5 will not produce inclination during upper-lower position changes, so that preferably measuring mutually level moisture, greatly reduce detection error;Support I 5 lower end is connected with probe 4, and the quantity of probe 4 can adjust as required;Support I 5 upper end is connected with block of spiral 24 by bolt III 25, and block of spiral 24 is connected with leading screw II 23, in order to upper and lower position adjustment.
Being connected with support II 13 in the middle part of described leading screw I 10, support II 13 is bolted to be fixed with support III 14, and support III 14 is bolted the middle part being fixed on crossbeam 18.
The outside being fixed with guide rail II 20 side in described frame 1 is provided with feeding motor switch 21 and motor switch 26, controls feeding motor 17 and motor 11 respectively, it is simple to difference adjusting pole I 5 and the lateral attitude of probe 4 and height.
Embodiment 3: a kind of Multi probe moisture content detection device, including frame 1, position-limited wheel 2, spacing wheel shaft 3, probe 4, support I 5, guide rail I 6, bolt I 7, bolt II 8, rolling bearing units 9, leading screw I 10, motor 11, the axis of guide I 12, support II 13, support III 14, the axis of guide II 15, rolling bearing units II 16, feeding motor 17, crossbeam 18, linear bearing 19, guide rail II 20, feeding motor switch 21, handle 22, leading screw II 23, block of spiral 24, bolt III 25, motor switch 26, land wheel 27 and land axle 28.
Described rolling bearing units I 9 and rolling bearing units II 16 are fixed on both sides before and after frame 1 by bolt II 8 respectively, are connected with leading screw I 10 between rolling bearing units I 9 and rolling bearing units II 16, to ensure preferably to carry out axial transmission;Rolling bearing units II 16 side is connected with feeding motor 17, and feeding motor 17 is connected with leading screw I 10 by shaft coupling.
Described guide rail I 6 and guide rail II 20 are fixed on the left and right sides of frame 1 by bolt I 7, are connected with crossbeam 18 between guide rail I 6 and guide rail II 20, in order to preferably slide anteroposterior, adjust position;Motor 11 is bolted the middle part being fixed on crossbeam 18, and is connected with leading screw II 23 by shaft coupling.
Described linear bearing 19 is bolted and is fixed on crossbeam 18 two ends, the axis of guide I 12 and the axis of guide II 15 are connected through linear bearing 19 with support I 5, its major function ensures that probe mounting bracket I 5 will not produce inclination during upper-lower position changes, so that preferably measuring mutually level moisture, greatly reduce detection error;Support I 5 lower end is connected with probe 4, and the quantity of probe 4 can adjust as required;Support I 5 upper end is connected with block of spiral 24 by bolt III 25, and block of spiral 24 is connected with leading screw II 23, in order to upper and lower position adjustment.
Being connected with support II 13 in the middle part of described leading screw I 10, support II 13 is bolted to be fixed with support III 14, and support III 14 is bolted the middle part being fixed on crossbeam 18.
Described position-limited wheel 2 has 2, is arranged on by spacing wheel shaft 3 respectively on two root posts of frame 1 front end.So that when needs position adjustment, being used for limiting walking position.
Described handle 22 has 2, lays respectively in the middle part of two root posts on the left of frame 1;Described land wheel 27 has 4, is arranged on the bottom of frame 1, moving integrally of convenient detection device respectively by land axle 28.
Above in conjunction with accompanying drawing, detailed description of the invention of the present utility model is explained in detail, but this utility model is not limited to above-mentioned embodiment, in the ken that those of ordinary skill in the art are possessed, it is also possible on the premise of without departing from this utility model objective, various changes can be made.

Claims (5)

1. a Multi probe moisture content detection device, it is characterized in that: include frame (1), position-limited wheel (2), spacing wheel shaft (3), probe (4), support I (5), guide rail I (6), bolt I (7), bolt II (8), rolling bearing units I (9), leading screw I (10), motor (11), the axis of guide I (12), support II (13), support III (14), the axis of guide II (15), rolling bearing units II (16), feeding motor (17), crossbeam (18), linear bearing (19), guide rail II (20), feeding motor switch (21), handle (22), leading screw II (23), block of spiral (24), bolt III (25), motor switch (26), land wheel (27) and land axle (28);
Described rolling bearing units I (9) and rolling bearing units II (16) are fixed on both sides before and after frame (1) by bolt II (8) respectively, leading screw I (10) it is connected with between rolling bearing units I (9) and rolling bearing units II (16), rolling bearing units II (16) side is connected with feeding motor (17), and feeding motor (17) is connected with leading screw I (10) by shaft coupling;
Described guide rail I (6) and guide rail II (20) are fixed on the left and right sides of frame (1) by bolt I (7), crossbeam (18) it is connected with between guide rail I (6) and guide rail II (20), motor (11) is bolted the middle part being fixed on crossbeam (18), and is connected with leading screw II (23) by shaft coupling;
Described linear bearing (19) is bolted and is fixed on crossbeam (18) two ends, the axis of guide I (12) and the axis of guide II (15) are connected through linear bearing (19) with support I (5), support I (5) lower end is connected with probe (4), support I (5) upper end is connected with block of spiral (24) by bolt III (25), and block of spiral (24) is connected with leading screw II (23);
Described leading screw I (10) middle part is connected with support II (13), support II (13) is bolted to be fixed with support III (14), and support III (14) is bolted the middle part being fixed on crossbeam (18).
Multi probe moisture content detection device the most according to claim 1, it is characterised in that: the outside being fixed with guide rail II (20) side in described frame (1) is provided with feeding motor switch (21) and motor switch (26).
Multi probe moisture content detection device the most according to claim 1, it is characterised in that: described handle (22) has 2, lays respectively in the middle part of two root posts in frame (1) left side.
Multi probe moisture content detection device the most according to claim 1, it is characterised in that: described position-limited wheel (2) has 2, is arranged on by spacing wheel shaft (3) respectively on two root posts of frame (1) front end.
Multi probe moisture content detection device the most according to claim 1, it is characterised in that: described land wheel (27) has 4, is arranged on by land axle (28) respectively on the corner of frame (1) bottom.
CN201620218958.2U 2016-03-22 2016-03-22 A kind of Multi probe moisture content detection device Expired - Fee Related CN205720133U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620218958.2U CN205720133U (en) 2016-03-22 2016-03-22 A kind of Multi probe moisture content detection device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620218958.2U CN205720133U (en) 2016-03-22 2016-03-22 A kind of Multi probe moisture content detection device

Publications (1)

Publication Number Publication Date
CN205720133U true CN205720133U (en) 2016-11-23

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620218958.2U Expired - Fee Related CN205720133U (en) 2016-03-22 2016-03-22 A kind of Multi probe moisture content detection device

Country Status (1)

Country Link
CN (1) CN205720133U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105784940A (en) * 2016-03-22 2016-07-20 昆明理工大学 Multi-probe moisture detecting device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105784940A (en) * 2016-03-22 2016-07-20 昆明理工大学 Multi-probe moisture detecting device

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20161123

Termination date: 20180322

CF01 Termination of patent right due to non-payment of annual fee