CN205228963U - Anti power of book survey device of infrared ray - Google Patents
Anti power of book survey device of infrared ray Download PDFInfo
- Publication number
- CN205228963U CN205228963U CN201520937390.5U CN201520937390U CN205228963U CN 205228963 U CN205228963 U CN 205228963U CN 201520937390 U CN201520937390 U CN 201520937390U CN 205228963 U CN205228963 U CN 205228963U
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- walking beam
- seat board
- pad
- web joint
- connecting rod
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Abstract
Anti power of book survey device of infrared ray utilizes the mode of machinery to carry out the quantity conversion through the merit that the calculation motor was done, and the limit of bearing a power the most greatly can be resisted to the effectual stem stalk of measuring fast. Fix the plant pole on mounting bracket, parallel translation about the bracket can mark according to the scale as required, for separation signal device below the couple, after the plant pole bore the rupture of certain pulling force, separation signal device can't block infrared signal, and the signal is accepted to the infrared signal receiver simultaneously, and the control motor stops drop -down drive, when the plant pole is broken, goes out the pulling force through the formula computing to pass through power conversion back with pulling force numerical value, show in the display. The utility model discloses a product, data accuracy, convenient operation, with low costs, extensively plant use.
Description
Technical field
The utility model relates to the fields such as folding power mensuration, specifically refers to a kind of infrared ray fracture resistence force determinator.
Background technology
Limit when material unit area bears moment of flexure fractures stress.Also known as bending strength, rupture modulus.
Fracture resistence force refers to the power used that to fracture between bar, the size of its fracture resistence force affects the lodging tolerance of crop cane in growth course, final decision crop yield per unit area, therefore science accurately determines that crop stalk fracture resistence force is the important content of crops research work.But due to the defect in structural design, there is accuracy of measurement difference in existing crop stalk fracture resistence force determining instrument, can not truly reflect crop stalk fracture resistence force and the strict and technical matters such as single of detected stem stalk cane length dimension requirement.
Utility model content
The utility model device provides a kind of infrared ray fracture resistence force determinator, utilizes the mode of machinery, carries out quantity conversion, can measure stem stalk fast and effectively and can resist the maximum limit of bearing folding power by calculating motor institute work.
The technical solution adopted in the utility model is: infrared ray fracture resistence force determinator, comprising: main frame seat board, baffle plate, roller slideway, load walking beam, hook, hook connecting rod, first spring stop, correcting plate, spring stop back up pad, first groove, angle bar web joint, correcting slideway, second groove, kinematic train back up pad, switchgear building, angle bar column, display screen, guidance panel, cable protection cover, rotating shaft, infrared transmitting device, postive stop baffle, slideway, slide block, infrared facility seat board, infrared emission receives and aligns guarantee connecting rod, bearing pin bearing, first bearing pin, web joint, connection box, tooth bar, two connect gear, gear baffle, motor, correcting slide attachment plate, motor seat board, dual gear support bar, to angie type web joint, tuning drive gear, roller, second bearing pin, scale guide groove, walking beam slides anti-rolling guiding block, walking beam web joint, second spring stop, infrared signal barrier plate, spring and kinematic train correcting slide block, is characterized in that:
Described infrared ray fracture resistence force determinator is by the support frame of four angle bar columns as whole device, in the position of each angle point in angle bar column top, carry out being fastenedly connected between connection box respectively by attachment screw, then by trip bolt, roller slideway and scale guide groove are connected to above connection box; The other end of described roller slideway, is equipped with baffle plate respectively in the both sides of roller slideway, is fixed therebetween by fastening bolt, at the two ends of scale guide groove, is also fixed by fastening bolt; The chute place of scale guide groove coordinates respectively is equipped with two groups of rollers, roller is connected by the second bearing pin and the walking beam anti-rolling guiding block that slides, the slide top of anti-rolling guiding block of described walking beam is undertaken fastening by fastening bolt, and be connected with walking beam web joint by trip bolt roller, the walking beam after assembling slided anti-rolling guiding block, walking beam web joint is connected with one end integral type of load walking beam; The top of described walking beam web joint is also connected with to angie type web joint by fastening bolt, tuning drive gear then be that integral type is connected to angie type web joint, the pointer place of tuning drive gear then points to the index dial position above scale guide groove;
On two other side of described connection box, all by trip bolt, slideway is installed, by fastening bolt, postive stop baffle is installed at the two ends of slideway, also coordinate in the slideway of both sides and slide block is installed, on the top of two slide blocks, by fastening bolt, infrared emission reception is aligned guarantee connecting rod two ends to fix, and receive the vertical position place aligning and ensure connecting rod in infrared emission, also merge fixed thereon for infrared facility seat board with trip bolt and connecting plate matched;
The medial surface position of described infrared facility seat board is separately installed with infrared transmitting device and receiving trap, load walking beam offers three half-round cross holes varied in size respectively, what place between the load walking beam of both sides is stem stalk, stem stalk crossbearer is on the through hole of semicircle, be hooked in the centre of stem stalk, hook connecting rod is connected with in the bottom of hook, the side of hook connecting rod is the infrared signal barrier plate that integral type connects, the below of hook connecting rod connects the second spring stop, the lower end of the second spring stop has installed one by the spring compressed, the spring other end is connected with the first spring stop,
The center of the first described spring stop has been offered one and has been coordinated with hook connecting rod the through hole slided, and be the correcting plate be arranged in parallel in the both sides of the first spring stop, correcting plate is arranged in spring stop back up pad by fastening bolt; Four angles of described spring stop back up pad are connected with angle bar web joint by trip bolt, in the center of spring stop back up pad, offer the first groove, and hook connecting rod moves up and down in the position of the first groove;
The hook connecting rod connected below the first described spring stop is connected with tooth bar, tooth bar is meshed with two pinion wheels connecting gear, two connect the gears meshing on the gear wheel of gear opposite sides and motor, two connect gear is supported with coordinating of dual gear support bar by the gear baffle of both sides, and the other end of dual gear support bar is then connected with motor seat board by fastening bolt; Motor is connected on motor seat board by fastening bolt, and correcting slide attachment plate is fixed on motor seat board side by trip bolt;
Described kinematic train back up pad is provided with kinematic train, correcting slide attachment plate then coordinates with the correcting slipway location of kinematic train back up pad and slides, correcting slide attachment plate and the kinematic train correcting slide block be in below kinematic train back up pad are fastenedly connected, and play auxiliary guide effect; Four angles of kinematic train back up pad are connected with angle bar web joint through trip bolt, offer the second groove at the center position of kinematic train back up pad, make to be in the tooth bar moved downward and pass through smoothly;
The side of described angle bar column is also provided with main frame seat board, four angles place of main frame seat board is fastening by fastening bolt, the center of main frame seat board is provided with rotating shaft, cable protection cover one end is connected with rotating shaft, the other end is then connected with bearing pin bearing fit by the first bearing pin, bearing pin bearing is connected to after main frame by fastening bolt and web joint, the front end of main frame is display screen and guidance panel, kinematic train back up pad inside main frame seat board is also provided with a switchgear building, the outer wall of switchgear building has been offered several louvres, prevent inner heat generating components from can not get lowering the temperature timely and making device malfunctioning.
The beneficial effects of the utility model: 1, the product of the utility model design, for test plants bar fracture resistence force, plant rod is fixed on analog bracket, bracket can indicate left and right by rule as required and move in parallel, it is blocking signal device below hook, when plant rod is born after certain pulling force fractures, blocking signal device cannot stop infrared signal, infrared signal receiver receives signal simultaneously, control motor and stop drop-down driving, when plant rod fractures, go out pulling force by formulae discovery, and by pulling force numerical value by after power conversion, display in the display.Display pulling force=motor total work-motor is non-loaded power-overcome spring force acting, wherein spring deformation power=deformation quantity × deformation coefficient.2, the product of the utility model design, data are accurate, easy to operate, cost is low, can widespread production use.3, the product of the utility model design, overcoming existing apparatus is use counterweight to press down to draw heavily, need repeatedly change different counterweights, plant rod just can be made to break, and numerical value between two of Different Weight counterweights cannot Measurement accuracy, and existing major part is manual.
Accompanying drawing explanation
Fig. 1 is the one-piece construction schematic diagram of the utility model product.
Fig. 2 is the stereographic map of the utility model product.
Fig. 3 is the A place structure partial zoomed-in view of the utility model product.
Fig. 4 is the B place structure partial zoomed-in view of the utility model product.
Fig. 5 is the C place structure partial zoomed-in view of the utility model product.
Embodiment
According to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, present embodiment is described further.
Infrared ray fracture resistence force determinator, comprising: main frame seat board 1, , baffle plate 3, roller slideway 5, load walking beam 6, hook 8, hook connecting rod 9, first spring stop 10, correcting plate 11, spring stop back up pad 13, first groove 14, angle bar web joint 15, correcting slideway 17, second groove 18, kinematic train back up pad 19, switchgear building 20, angle bar column 21, display screen 22, guidance panel 23, cable protection cover 24, rotating shaft 25, infrared transmitting device 27, postive stop baffle 28, slideway 31, slide block 32, infrared facility seat board 34, infrared emission receives to align and ensures connecting rod 37, bearing pin bearing 39, first bearing pin 40, web joint 41, connection box 42, tooth bar 43, two connect gear 44, gear baffle 45, motor 46, correcting slide attachment plate 48, motor seat board 51, dual gear support bar 52, to angie type web joint 54, tuning drive gear 55, roller 56, second bearing pin 57, scale guide groove 58, walking beam slides anti-rolling guiding block 60, walking beam web joint 62, second spring stop 63, infrared signal barrier plate 64, spring 65 and kinematic train correcting slide block 66,
Described infrared ray fracture resistence force determinator is by the support frame of four angle bar columns 21 as whole device, in the position of each angle point in angle bar column 21 top, carry out being fastenedly connected between connection box 42 respectively by attachment screw 35, then by trip bolt 4, roller slideway 5 and scale guide groove 58 are connected to above connection box 42; The other end of described roller slideway 5, is equipped with baffle plate 3 respectively in the both sides of roller slideway 5, is fixed therebetween by fastening bolt 2, at the two ends of scale guide groove 58, is also fixed by fastening bolt; The chute place of scale guide groove 58 coordinates respectively is equipped with two groups of rollers 56, roller 56 is connected by the second bearing pin 57 and the walking beam anti-rolling guiding block 60 that slides, the slide top of anti-rolling guiding block 60 of described walking beam is undertaken fastening by fastening bolt 59, and be connected with walking beam web joint 62 by trip bolt 61 roller, the walking beam after assembling slided anti-rolling guiding block, walking beam web joint 62 is connected with one end integral type of load walking beam 6; The top of described walking beam web joint 62 is also connected with to angie type web joint 54 by fastening bolt 53, tuning drive gear 55 then with to angie type web joint 54 for integral type is connected, the pointer place of tuning drive gear 55 then points to the index dial position above scale guide groove 58;
On two other side of described connection box 42, all by trip bolt 30, slideway 31 is installed, by fastening bolt 29, postive stop baffle 28 is installed at the two ends of slideway 31, also coordinate in the slideway 31 of both sides and slide block 32 is installed, on the top of two slide blocks 32, by fastening bolt 33, infrared emission reception is aligned guarantee connecting rod 37 two ends to fix, and the vertical position place aligning and ensure connecting rod 37 is received in infrared emission, also merge fixed thereon for infrared facility seat board 34 with trip bolt 36 and connecting plate matched;
The medial surface position of described infrared facility seat board 34 is separately installed with infrared transmitting device 27 and receiving trap, load walking beam 6 offers three half-round cross holes varied in size respectively, in order to the use of different-diameter stem stalk can be met, what place between both sides load walking beam 6 is stem stalk 7, stem stalk 7 crossbearer is on the through hole of semicircle, hook 8 is hooked in the centre of stem stalk 7, hook connecting rod 9 is connected with in the bottom of hook 8, the side of hook connecting rod 9 is the infrared signal barrier plate 64 that integral type connects, its position can stop infrared receiver signal, the below of hook connecting rod 9 connects the second spring stop 63, the lower end of the second spring stop 63 has installed one by the spring 65 compressed, the spring other end is connected with the first spring stop 10,
The center of the first described spring stop 10 has been offered one and has been coordinated with hook connecting rod 9 through hole slided, and be the correcting plate 11 be arranged in parallel in the both sides of the first spring stop 10, correcting plate 11 is arranged in spring stop back up pad 13 by fastening bolt 12; Four angles of described spring stop back up pad 13, through being connected with angle bar web joint 15 by solid screw 16, in the center of spring stop back up pad 13, offer the first groove 14, and hook connecting rod 9 moves up and down in the position of the first groove 14;
The hook connecting rod 9 connected below the first described spring stop 10 is connected with tooth bar 43, tooth bar 43 is meshed with two pinion wheels connecting gear 44, two connect the gears meshing on the gear wheel of gear 44 opposite sides and motor 46, two connect gear 44 is supported with coordinating of dual gear support bar 52 by the gear baffle 45 of both sides, and the other end of dual gear support bar 52 is then connected with motor seat board 51 by fastening bolt 50; Motor 46 is connected on motor seat board 51 by fastening bolt 47, and correcting slide attachment plate 48 is fixed on motor seat board 51 side by trip bolt 49;
Described kinematic train back up pad 19 is provided with kinematic train, correcting slide attachment plate 48 coordinates with correcting slideway 17 position of kinematic train back up pad 19 and slides, correcting slide attachment plate 48 and the kinematic train correcting slide block 66 be in below kinematic train back up pad 19 are fastenedly connected, and play auxiliary guide effect; Four angles of kinematic train back up pad 19 are connected with angle bar web joint 15 through trip bolt 16, offer the second groove 18 at the center position of kinematic train back up pad 19, make to be in the tooth bar 43 moved downward and pass through smoothly;
The side of described angle bar column 21 is also provided with main frame seat board 1, four angles place of main frame seat board 1 is fastening by fastening bolt 26, the center of main frame seat board 1 is provided with rotating shaft 25, cable protection cover 24 one end is connected with rotating shaft 25, the other end is then connected with bearing pin bearing 39 by the first bearing pin 40, bearing pin bearing 39 is connected to after main frame by fastening bolt 38 and web joint 41, the front end of main frame is display screen 22 and guidance panel 23, kinematic train back up pad 19 inside main frame seat board 1 is also provided with a switchgear building 20, the outer wall of switchgear building 20 has been offered several louvres, prevent inner heat generating components from can not get lowering the temperature timely and making device malfunctioning.
The product of the utility model design, can be used for the plant such as agricultural, forestry and detects.Stem stalk for detecting crop is sampled, can select to be placed on the relevant position on load walking beam 6 according to the size of stem stalk 7 diameter after process, can optimizedly satisfy the demand, now, also by roller 56 and the roller slideway 5 at load walking beam 6 two ends and coordinating of scale guide groove 58, carry out being that two load walking beams 6 carry out slip adjustment, the tuning drive gear 55 arranged in one end of load walking beam 6 can carry out reference with the rule on scale guide groove 58 and slide, and specifically can carry out the span regulated therebetween according to actual needs.Stem stalk on placement load walking beam 6 places hook 8, and spring stop 10 under hook 8 is due to the effect of spring 65, close contact between meeting and spring stop back up pad 13, and the effect of correcting plate 11 is, when being adjusted the verticality of hook connecting rod 9 by spring stop 10, can ensure that spring stop 10 plays correcting in the process of sliding, and tooth bar 43 position under hook connecting rod 9, the gear of the whole kinematic train be connected with a joggle with tooth bar, in order to can even engage with tooth bar 43, also slip correcting slide attachment plate 48 must be passed through, carry out the adjustment of whole kinematic train, finally adjust infrared facility again, by coordinating of slideway 31 and slide block 32, guarantee connecting rod 37 is aligned by stirring the infrared emission reception be attached thereto, the launching and receiving adjusting infrared facility is stopped by barrier plate 64 by infrared signal, infrared signal by the vertical direction of barrier plate 64 when arranging, there is enough length, can meet when not being pulled off and continue block signal.After adjusting between the cohesive position of whole device, by coordinating of display screen 22 and guidance panel 23, operate and motor 46 is started working, now start to calculate acting, the pinion rotation of motor 46, drive two connects the bull gear drive of gear 44, two pinion wheels connecting gear 44 rotate too simultaneously, engage with tooth bar 43, tooth bar 43 is moved down, now spring 65 is compressed, infrared signal is stopped infrared signal by barrier plate 64, motor 46 works on, until stem stalk 7 is pulled off, now, infrared signal is continued block signal by barrier plate 64, but motor 46 is now then by host analysis, be in non-loaded workmanship state, when infrared signal is continued mobile downwards by barrier plate 64, until can not continue to stop infrared signal, the infrared signal that infrared transmitting device 27 is launched, after receiving end receives, then judged by main frame, cut off the power supply of motor 46, stop continuing acting.Spring 65 is now compressed, and stores elastic potential energy, and now, then by the power of the elastic potential energy of spring 65, it is whole vertical that rod member mechanism returns to original position to make.Motor 46 is now in off-position, power can not be produced, complete the effect of the important reset of spring 65, now by Framework computing, the elastic force for general power (W1)-the overcome spring of conceivable motor 46 institute's work (W)=motor in interval do work (W2)-motor non-loaded time power (W3); After stem stalk 7 is pulled off, motor 46 or in running order, be now motor 46 non-loaded time power.And overcome decrement (the L) × stiffness factor (K) of elastic force acting (the W2)=spring of spring.After the calculating of main frame, then by guidance panel 23 push-botton operation, be that the size of (W) numerical value finally obtained carries out the conversion that stem stalk 7 can bear intensity size, finally numerical value be presented at the position of little screen 22, complete measurement.
The foregoing of this device describes embodiment of the present utility model with reference to figure 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, it will be understood by a person skilled in the art that, the utility model product be not only only limited to above-described embodiment, can make various amendment when not departing from spirit of the present utility model, described amendment also should be included within scope of the present utility model.Scope of the present utility model should be limited by claims and equivalent thereof.
Claims (1)
1. infrared ray fracture resistence force determinator, comprising: main frame seat board (1), baffle plate (3), roller slideway (5), load walking beam (6), hook (8), hook connecting rod (9), first spring stop (10), correcting plate (11), spring stop back up pad (13), first groove (14), angle bar web joint (15), correcting slideway (17), second groove (18), kinematic train back up pad (19), switchgear building (20), angle bar column (21), display Folding-Screen (22), guidance panel (23), cable protection cover (24), rotating shaft (25), infrared transmitting device (27), postive stop baffle (28), slideway (31), slide block (32), infrared facility seat board (34), infrared emission receives to align and ensures connecting rod (37), bearing pin bearing (39), first bearing pin (40), web joint (41), connection box (42), tooth bar (43), two connect gear (44), gear baffle (45), motor (46), correcting slide attachment plate (48), motor seat board (51), dual gear support bar (52), to angie type web joint (54), tuning drive gear (55), roller (56), second bearing pin (57), scale guide groove (58), walking beam slides anti-rolling guiding block (60), walking beam web joint (62), second spring stop (63), infrared signal barrier plate (64), spring (65) and kinematic train correcting slide block (66), is characterized in that:
Described infrared ray fracture resistence force determinator is by the support frame of four angle bar columns (21) as whole device, in the position of each angle point in angle bar column (21) top, carry out being fastenedly connected between connection box (42) respectively by attachment screw (35), then by trip bolt (4), roller slideway (5) and scale guide groove (58) are connected to above connection box (42); The other end of described roller slideway (5), in the both sides of roller slideway (5), baffle plate (3) is housed respectively, therebetween be fixed by fastening bolt (2), at the two ends of scale guide groove (58), also fixed by fastening bolt; The chute place of scale guide groove (58) coordinates respectively is equipped with two groups of rollers (56), roller (56) is connected by the second bearing pin (57) and walking beam anti-rolling guiding block (60) of sliding, the slide top of anti-rolling guiding block (60) of described walking beam is undertaken fastening by fastening bolt (59), and be connected with walking beam web joint (62) by trip bolt (61) roller, the walking beam after assembling slided anti-rolling guiding block, walking beam web joint (62) is connected with one end integral type of load walking beam (6); The top of described walking beam web joint (62) is also connected with to angie type web joint (54) by fastening bolt (53), tuning drive gear (55) then with to angie type web joint (54) for integral type is connected, the pointer place of tuning drive gear (55) then points to the index dial position above scale guide groove (58);
On two other side of described connection box (42), all by trip bolt (30), slideway (31) is installed, by fastening bolt (29), postive stop baffle (28) is installed at the two ends of slideway (31), also coordinate in the slideway (31) of both sides and slide block (32) is installed, on the top of two slide blocks (32), by fastening bolt (33), infrared emission reception is aligned guarantee connecting rod (37) two ends to fix, and the vertical position place aligning and ensure connecting rod (37) is received in infrared emission, trip bolt (36) and connecting plate matched is also used to merge fixed thereon for infrared facility seat board (34),
The medial surface position of described infrared facility seat board (34) is separately installed with infrared transmitting device (27) and receiving trap, load walking beam (6) offers three half-round cross holes varied in size respectively, what place between both sides load walking beam (6) is stem stalk (7), stem stalk (7) crossbearer is on the through hole of semicircle, hook (8) is hooked in the centre of stem stalk (7), hook connecting rod (9) is connected with in the bottom of hook (8), the side of hook connecting rod (9) is the infrared signal barrier plate (64) that integral type connects, the below of hook connecting rod (9) connects the second spring stop (63), the lower end of the second spring stop (63) has installed one by the spring (65) compressed, the spring other end is connected with the first spring stop (10),
The center of described the first spring stop (10) has been offered one and has been coordinated with hook connecting rod (9) through hole slided, be the correcting plate (11) be arranged in parallel in the both sides of the first spring stop (10), correcting plate (11) is arranged in spring stop back up pad (13) by fastening bolt (12); Four angles of described spring stop back up pad (13) are connected with angle bar web joint (15) by trip bolt (16), in the center of spring stop back up pad (13), offer the first groove (14), hook connecting rod (9) moves up and down in the position of the first groove (14);
The hook connecting rod (9) that described the first spring stop (10) below connects is connected with tooth bar (43), tooth bar (43) is meshed with two pinion wheels connecting gear (44), two connect the gears meshing on the gear wheel of gear (44) opposite sides and motor (46), two connect gear (44) is supported with coordinating of dual gear support bar (52) by the gear baffle (45) of both sides, and the other end of dual gear support bar (52) is then connected with motor seat board (51) by fastening bolt (50); Motor (46) is connected on motor seat board (51) by fastening bolt (47), and correcting slide attachment plate (48) is fixed on motor seat board (51) side by trip bolt (49);
Described kinematic train back up pad (19) is provided with kinematic train, correcting slide attachment plate (48) then coordinates with correcting slideway (17) position of kinematic train back up pad (19) and slides, correcting slide attachment plate (48) and the kinematic train correcting slide block (66) be in below kinematic train back up pad (19) are fastenedly connected, and play auxiliary guide effect; Four angles of kinematic train back up pad (19) are connected with angle bar web joint (15) through trip bolt (16), offer the second groove (18) at the center position of kinematic train back up pad (19), make to be in the tooth bar (43) moved downward and pass through smoothly;
The side of described angle bar column (21) is also provided with main frame seat board (1), four angles place of main frame seat board (1) is fastening by fastening bolt (26), the center of main frame seat board (1) is provided with rotating shaft (25), cable protection cover (24) one end is connected with rotating shaft (25), the other end is then connected by the first bearing pin (40) and bearing pin bearing (39), bearing pin bearing (39) is connected to after main frame by fastening bolt (38) and web joint (41), the front end of main frame is display Folding-Screen (22) and guidance panel (23), kinematic train back up pad (19) near main frame seat board (1) inner side is also provided with a switchgear building (20), the outer wall of switchgear building (20) has been offered several louvres, prevent inner heat generating components from can not get lowering the temperature timely and making device malfunctioning.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520937390.5U CN205228963U (en) | 2015-11-23 | 2015-11-23 | Anti power of book survey device of infrared ray |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520937390.5U CN205228963U (en) | 2015-11-23 | 2015-11-23 | Anti power of book survey device of infrared ray |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205228963U true CN205228963U (en) | 2016-05-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520937390.5U Expired - Fee Related CN205228963U (en) | 2015-11-23 | 2015-11-23 | Anti power of book survey device of infrared ray |
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| Country | Link |
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| CN (1) | CN205228963U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107621324A (en) * | 2017-09-20 | 2018-01-23 | 四川南格尔生物科技有限公司 | A kind of seal head fractures force checking device and method |
| CN108169021A (en) * | 2018-01-26 | 2018-06-15 | 内蒙古农业大学 | The flexible assay method of shrub plant |
| CN113720840A (en) * | 2021-08-12 | 2021-11-30 | 定西市农业科学研究院 | Oat species stem lodging resistance measuring device and using method thereof |
-
2015
- 2015-11-23 CN CN201520937390.5U patent/CN205228963U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107621324A (en) * | 2017-09-20 | 2018-01-23 | 四川南格尔生物科技有限公司 | A kind of seal head fractures force checking device and method |
| CN108169021A (en) * | 2018-01-26 | 2018-06-15 | 内蒙古农业大学 | The flexible assay method of shrub plant |
| CN113720840A (en) * | 2021-08-12 | 2021-11-30 | 定西市农业科学研究院 | Oat species stem lodging resistance measuring device and using method thereof |
| CN113720840B (en) * | 2021-08-12 | 2024-02-09 | 定西市农业科学研究院 | Oat variety stalk lodging-resistant measuring device and application method thereof |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160511 Termination date: 20161123 |