CN2660865Y

CN2660865Y - Rice binding and reaping machine

Info

Publication number: CN2660865Y
Application number: CN 200320111593
Authority: CN
Inventors: 冯嘉英; 徐志章; 刘惠敏; 刘颖
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-11-19
Filing date: 2003-11-19
Publication date: 2004-12-08
Anticipated expiration: 2013-11-19

Abstract

A rice-wheat reaper-binder relates to a binding apparatus used on the rice and wheat harvester. The utility model is to arrange a rope-sending device (4), a stalk-collecting device (5) and a stalk-stopping device (6) at the lower side of a gear box (3), the lower end of a number one transmission shaft bushing (11-2) is fixed on the upper end of the gear box (3), a rope-pressing and knotting device (9) and a binding device (10) are arranged at the lower end of a number two transmission shaft bushing (11-1), the number one transmission shaft (7) is arranged inside the number one transmission shaft bushing (11-2), the upper end of the number one transmission shaft (7) is provided with a number one chain wheel (18), the number two transmission shaft 98) is arranged inside the number two transmission shaft bushing (11-1), an adjusting bracket (13) is fixedly connected with the harvester, a chain wheel (1) is connected to the power source of the harvester. The utility model resolves a problem of the rice harvesting and adds a novel function to the ordinary harvester, which has the advantages of simple structure, convenient operation, favorable adaptability, low production cost and less labor intensity and higher rice harvesting operation efficiency.

Description

Rice wheat mow binder

Technical field: the utility model relates to the tying device on a kind of paddy rice, the little wheat harvester.

Background technology: at present, the harvesting one of wheat is to adopt combine directly to gather in the crops seed; The 2nd, earlier ripe wheat is cut by swather and in a row to be laid in the field, then with picking up that the standing grain machine is gathered in the crops or by concentrated threshing after the manual banding; The 3rd, by manually gather in, bundling, airing, threshing; And the harvesting of paddy rice mainly is to adopt aforesaid back dual mode, exists to consume a large amount of manpowers, labour intensity height, operating efficiency is low, production cost is high shortcoming.

The utility model content: the purpose of this utility model is a kind of rice wheat mow binder of development, and it is to go up at original grain header (or swather) to increase tying device, has simple in structure, easy to operate, adaptability is good, reduces labour intensity and production cost, improves the characteristics of operating efficiency.The utility model by sprocket wheel 1, chain 2, transmission case 3, rope delivery device 4, hug standing grain device 5, retaining standing grain device 6, power transmission shaft 7, No. two power transmission shafts 8, press rope knotting device 9, get rid of in bundle put 10, drive-shaft tunnel 11-2, No. two drive-shaft tunnel 11-1, support bars 12, adjust support 13, bow-shaped support 14, conductor rope flexible pipe 15, conductor rope roller 16, base plate 17, sprocket wheel 18, No. two chains 19, No. two sprocket wheels 20, head sprockets 21 form; One end of bow-shaped support 14 is fixedlyed connected with the upper end of base plate 17, the other end of bow-shaped support 14 is fixed with adjusts support 13, conductor rope flexible pipe 15 is fixed on the outside of bow-shaped support 14, two conductor rope rollers 16 are fixed on the bow-shaped support 14 at conductor rope flexible pipe 15 lower port places, rope delivery device 4, hug standing grain device 5, retaining standing grain device 6 is separately positioned on the downside of transmission case 3, the lower end of a drive-shaft tunnel 11-2 is fixed on the upper end of transmission case 3, be fixedly connected with support bar 12 between the top of a drive-shaft tunnel 11-2 and No. two drive-shaft tunnel 11-1, fixedly connected with No. two drive-shaft tunnel 11-1 in the side of adjusting support 13, press rope knotting device 9 and get rid of in bundle and put 10 lower ends that are arranged on No. two drive-shaft tunnel 11-1, power transmission shaft 7 is located in drive-shaft tunnel 11-2, the upper end of a power transmission shaft 7 is fixed with sprocket wheel 18 No. one, No. two power transmission shafts 8 are located in No. two drive-shaft tunnel 11-1, the upper end of No. two power transmission shafts 8 is fixed with sprocket wheel 20 No. two, be provided with chain 19 No. two between a sprocket wheel 18 and No. two sprocket wheels 20, head sprocket 21 is located in the base plate 17, be in transmission connection by chain 2 between head sprocket 21 and the sprocket wheel 1, adjust support 13 and fixedly connected with grain header, sprocket wheel 1 receives the power source of cutting mill.The utility model is after grain header (or swather) harvesting, directly breaking into bundle by tying device gets rid of and is placed on the field, it has solved a great problem of paddy rice harvesting, make common grain header increase a new function, have simple in structurely, easy to operate, adaptability is good, reduce the production cost and the labour intensity of paddy rice harvesting, improved the advantage of paddy rice harvesting operating efficiency.The utility model not only can be used for the results of paddy rice and wheat, also can be used for gathering in the crops harvesting operations such as herbage.

Description of drawings: Fig. 1 is an overall structure schematic diagram of the present utility model, Fig. 2 is the structural representation of transmission case 3, Fig. 3 is the structural representation of rope delivery device 4 and retaining standing grain device 6, Fig. 4 is that the A of Fig. 3 is to view, Fig. 5 is a structural representation of hugging standing grain device 5, Fig. 6 be the B of Fig. 5 to view, Fig. 7 presses rope knotting device 9 and gets rid of in bundle and put 10 structural representation, Fig. 8 is that the C of Fig. 7 is to view.

Embodiment one: the (see figure 1) present embodiment by sprocket wheel 1, chain 2, transmission case 3, rope delivery device 4, hug standing grain device 5, retaining standing grain device 6, power transmission shaft 7, No. two power transmission shafts 8, press rope knotting device 9, get rid of in bundle put 10, drive-shaft tunnel 11-2, No. two drive-shaft tunnel 11-1, support bars 12, adjust support 13, bow-shaped support 14, conductor rope flexible pipe 15, conductor rope roller 16, base plate 17, sprocket wheel 18, No. two chains 19, No. two sprocket wheels 20, head sprockets 21 form; One end of bow-shaped support 14 is connected with the upper end bearing pin of base plate 17, the other end of bow-shaped support 14 is fixed with adjusts support 13, conductor rope flexible pipe 15 is fixed on the outside of bow-shaped support 14, two conductor rope rollers 16 are fixed on the bow-shaped support 14 at conductor rope flexible pipe 15 lower port places, rope delivery device 4, hug standing grain device 5, retaining standing grain device 6 is separately positioned on the downside of transmission case 3, the lower end of a drive-shaft tunnel 11-2 is fixed on the upper end of transmission case 3, be fixedly connected with support bar 12 between the top of a drive-shaft tunnel 11-2 and No. two drive-shaft tunnel 11-1, fixedly connected with No. two drive-shaft tunnel 11-1 in the side of adjusting support 13, press rope knotting device 9 and get rid of in bundle and put 10 lower ends that are arranged on No. two drive-shaft tunnel 11-1, power transmission shaft 7 is located in drive-shaft tunnel 11-2, the upper end of a power transmission shaft 7 is fixed with sprocket wheel 18 No. one, No. two power transmission shafts 8 are located in No. two drive-shaft tunnel 11-1, the upper end of No. two power transmission shafts 8 is fixed with sprocket wheel 20 No. two, be provided with chain 19 No. two between a sprocket wheel 18 and No. two sprocket wheels 20, head sprocket 21 is located in the base plate 17, be in transmission connection by chain 2 between head sprocket 21 and the sprocket wheel 1, adjust support 13 and fixedly connected with grain header, sprocket wheel 1 receives the power source of cutting mill.(see figure 2) transmission case 3 by power input shaft 3-1, hug standing grain device power transmission shaft 3-2, rope delivery device driving crank axle 3-3, retaining standing grain device power transmission shaft 3-4, lower box 3-5, upper box 3-6, hug standing grain device connecting rod fixed axis 3-7, flange 3-8 and form; Fixedlying connected with head sprocket 21 in the lower end of power input shaft 3-1, is fixedly connected with flange 3-8 between the lower end of a drive-shaft tunnel 11-2 and the upper box 3-6.(seeing Fig. 3, Fig. 4) rope delivery device 4 by connecting rod fixed axis 4-1, connecting rod 4-2, connect swing arm 4-3, send toggle 4-4, swing arm fixed cover 4-5, roller 4-6 to form; Connecting rod fixed axis 4-1 is fixed on a side that connects swing arm 4-3, connecting rod 4-2 and connecting rod fixed axis 4-1 are hinged, the other end of connecting rod 4-2 and rope delivery device driving crank axle 3-3 are hinged, swing arm fixed cover 4-5 is fixed on the upper surface that connects swing arm 4-3, swing arm fixed cover 4-5 is hinged with retaining standing grain device power transmission shaft 3-4, send toggle 4-4 to be fixed on the opposite side that connects swing arm 4-3, roller 4-6 is located at the needle point rear portion of sending toggle 4-4.(seeing Fig. 5, Fig. 6) hug standing grain device 5 by on hug standing grain arm 5-1, crank balancing disk 5-2, crank 5-3, small rod 5-4, tube connector 5-5, pitman shaft 5-6, crank axle sleeve 5-7, hug standing grain arm 5-8 down and form; On hug standing grain arm 5-1 an end fixedly connected with the upper end of tube connector 5-5, an end of hugging standing grain arm 5-8 is down fixedlyed connected with the lower end of tube connector 5-5, crank balancing disk 5-2 is fixedlyed connected with crank 5-3, crank axle sleeve 5-7 is fixed on the middle part of hugging standing grain arm 5-1 upper end, pitman shaft 5-6 is fixed on the upper end, right side of hugging standing grain arm 5-1, the end of crank 5-3 with hug standing grain device power transmission shaft 3-2 and fixedly connected, the other end of crank 5-3 and crank axle sleeve 5-7 are hinged, an end and the pitman shaft 5-6 of small rod 5-4 are hinged, and the other end of small rod 5-4 is with to hug standing grain device connecting rod fixed axis 3-7 hinged.(seeing Fig. 3, Fig. 4) retaining standing grain device 6 is made up of retaining standing grain plate 6-1, connecting plate 6-2, straw-blocking rod 6-3; The end of connecting plate 6-2 is provided with through hole 6-4 and is fixedlyed connected with retaining standing grain plate 6-1 by bolt, and the other end of connecting plate 6-2 is fixedlyed connected with retaining standing grain device power transmission shaft 3-4, and straw-blocking rod 6-3 is fixed on the lower end of retaining standing grain plate 6-1.(seeing Fig. 7, Fig. 8) press rope knotting device 9 by Connection Block 9-1, connect bent plate 9-2, guard shield 9-3, drive pin 9-4, intermittently bore fluted disc 9-5, conductor rope steel wire 9-6, knotter jaw assembly 9-7, rope processing device assembly 9-8, holder 9-9 form; Fixedly connected with the lower end of Connection Block 9-1 in the lower end of guard shield 9-3, an end that connects bent plate 9-2 is fixedlyed connected with Connection Block 9-1, the other end that connects bent plate 9-2 is fixedlyed connected with the upper end of guard shield 9-3, drive pin 9-4 bores fluted disc 9-5 with intermittence fixedlys connected, intermittently boring fluted disc 9-5 is connected with No. two power transmission shafts 8, conductor rope steel wire 9-6 is fixed on the top that connects bent plate 9-2, and knotter jaw assembly 9-7 and rope processing device assembly 9-8 are separately fixed on the holder 9-9, and holder 9-9 is connected with Connection Block 9-1.(seeing Fig. 7, Fig. 8) get rid of in bundle put 10 by under pedal arm 10-1, bend pipe 10-2, on pedal arm 10-3, long connecting rod 10-4, pitman pin 10-5, left steady pin 10-6, right steady pin 10-8, return spring 10-7, lower crank 10-9, crank pin 10-10, bend pipe adapter sleeve 10-11, fixed head bearing pin 10-12, fixed head 10-13 form; An end of pedaling arm 10-1 is down fixedlyed connected with lower end one side of bend pipe 10-2, on pedal arm 10-3 an end fixedly connected with the upper end of bend pipe 10-2, the lower end of pitman pin 10-5 is fixed on the upside of Connection Block 9-1 one end, upper end one side of bend pipe 10-2 is fixed with fixed head 10-13, be fixed with fixed head bearing pin 10-12 on the fixed head 10-13, an end and the pitman pin 10-5 of long connecting rod 10-4 are hinged, the other end of long connecting rod 10-4 and fixed head bearing pin 10-12 are hinged, left side steady pin 10-6 is fixed on the end of long connecting rod 10-4, right steady pin 10-8 is fixed on and connects on the bent plate 9-2, return spring 10-7 is located between left steady pin 10-6 and the right steady pin 10-8, bend pipe adapter sleeve 10-11 is fixed on the termination of bend pipe 10-2 lower end, crank pin 10-10 is fixed on the lower end of lower crank 10-9, the end of lower crank 10-9 and No. two power transmission shafts 8 are hinged, and the other end of lower crank 10-9 is hinged by crank pin 10-10 and bend pipe adapter sleeve 10-11.

Embodiment two: the difference of (see figure 4) present embodiment and embodiment one is that the through hole 6-4 next door on connecting plate 6-2 increases through hole 6-5, and other composition is identical with embodiment one with annexation.The size that the through hole 6-5 that increases can be used to regulate the bundling diameter.

Embodiment three: the difference of (see figure 1) present embodiment and embodiment one is that adjusting to increase on the support 13 has through hole 13-1.Other composition is identical with embodiment one with annexation.Through hole 13-1 can be used to regulate the height and position of tying device.

Claims

1, rice wheat mow binder, it by sprocket wheel (1), chain (2), transmission case (3), rope delivery device (4), hug standing grain device (5), retaining standing grain device (6), a power transmission shaft (7), No. two power transmission shafts (8), press rope knotting device (9), get rid of in bundle put (10), a drive-shaft tunnel (11-2), No. two drive-shaft tunnels (11-1), support bar (12), adjust support (13), bow-shaped support (14), conductor rope flexible pipe (15), conductor rope roller (16), base plate (17), a sprocket wheel (18), No. two chains (19), No. two sprocket wheels (20), head sprocket (21) form; An end that it is characterized in that bow-shaped support (14) is connected with the upper end bearing pin of base plate (17), the other end of bow-shaped support (14) is fixed with adjusts support (13), conductor rope flexible pipe (15) is fixed on the outside of bow-shaped support (14), two conductor rope rollers (16) are fixed on the bow-shaped support (14) at conductor rope flexible pipe (15) lower port place, rope delivery device (4), hug standing grain device (5), retaining standing grain device (6) is separately positioned on the downside of transmission case (3), the lower end of a drive-shaft tunnel (11-2) is fixed on the upper end of transmission case (3), be fixedly connected with support bar (12) between the top of a drive-shaft tunnel (11-2) and No. two drive-shaft tunnels (11-1), fixedly connected with No. two drive-shaft tunnels (11-1) in the side of adjusting support (13), press rope knotting device (9) and get rid of in bundle and put the lower end that (10) are arranged on No. two drive-shaft tunnels (11-1), a power transmission shaft (7) is located in the drive-shaft tunnel (11-2), the upper end of a power transmission shaft (7) is fixed with a sprocket wheel (18), No. two power transmission shafts (8) are located in No. two drive-shaft tunnels (11-1), the upper end of No. two power transmission shafts (8) is fixed with No. two sprocket wheels (20), be provided with No. two chains (19) between a sprocket wheel (18) and No. two sprocket wheels (20), head sprocket (21) is located in the base plate (17), be in transmission connection by chain (2) between head sprocket (21) and the sprocket wheel (1), adjust support (13) and fixedly connected with grain header, sprocket wheel (1) receives the power source of cutting mill.

2, rice wheat mow binder according to claim 1, it is characterized in that transmission case (3) by power input shaft (3-1), hug standing grain device power transmission shaft (3-2), rope delivery device driving crank axle (3-3), retaining standing grain device power transmission shaft (3-4), lower box (3-5), upper box (3-6), hug standing grain device connecting rod fixed axis (3-7), flange (3-8) is formed; Fixedlying connected with head sprocket (21) in the lower end of power input shaft (3-1), is fixedly connected with flange (3-8) between the lower end of a drive-shaft tunnel (11-2) and the upper box (3-6).

3, rice wheat mow binder according to claim 1, it is characterized in that rope delivery device (4) by connecting rod fixed axis (4-1), connecting rod (4-2), connect swing arm (4-3), send toggle (4-4), swing arm fixed cover (4-5), roller (4-6) to form; Connecting rod fixed axis (4-1) is fixed on a side that connects swing arm (4-3), connecting rod (4-2) is hinged with connecting rod fixed axis (4-1), the other end of connecting rod (4-2) and rope delivery device driving crank axle (3-3) are hinged, swing arm fixed cover (4-5) is fixed on the upper surface that connects swing arm (4-3), swing arm fixed cover (4-5) is hinged with retaining standing grain device power transmission shaft (34), send toggle (4-4) to be fixed on the opposite side that connects swing arm (4-3), roller (4-6) is located at the needle point rear portion of sending toggle (4-4).

4, rice wheat mow binder according to claim 1, it is characterized in that hugging standing grain device (5) by on hug standing grain arm (5-1), crank balancing disk (5-2), crank (5-3), small rod (5-4), tube connector (5-5), pitman shaft (5-6), crank axle sleeve (5-7), hug standing grain arm (5-8) down and form; On hug standing grain arm (5-1) an end fixedly connected with the upper end of tube connector (5-5), an end of hugging standing grain arm (5-8) is down fixedlyed connected with the lower end of tube connector (5-5), crank balancing disk (5-2) is fixedlyed connected with crank (5-3), crank axle sleeve (5-7) is fixed on the middle part of hugging standing grain arm (5-1) upper end, pitman shaft (5-6) is fixed on the upper end, right side of hugging standing grain arm (5-1), one end of crank (5-3) with hug standing grain device power transmission shaft (3-2) and fixedly connected, the other end of crank (5-3) and crank axle sleeve (5-7) are hinged, one end of small rod (5-4) and pitman shaft (5-6) are hinged, and the other end of small rod (5-4) is with to hug standing grain device connecting rod fixed axis (3-7) hinged.

5, rice wheat mow binder according to claim 1 is characterized in that keeping off standing grain device (6) and is made up of retaining standing grain plate (6-1), connecting plate (6-2), straw-blocking rod (6-3); One end of connecting plate (6-2) is provided with through hole (6-4) and is fixedlyed connected with retaining standing grain plate (6-1) by bolt, and the other end of connecting plate (6-2) is fixedlyed connected with retaining standing grain device power transmission shaft (3-4), and straw-blocking rod (6-3) is fixed on the lower end of retaining standing grain plate (6-1).

6, rice wheat mow binder according to claim 5 is characterized in that through hole (6-4) the next door increase on connecting plate (6-2) has through hole (6-5).

7, rice wheat mow binder according to claim 1, it is characterized in that pressing rope knotting device (9) by Connection Block (9-1), connect bent plate (9-2), guard shield (9-3), drive pin (9-4), intermittently bore fluted disc (9-5), conductor rope steel wire (9-6), knotter jaw assembly (9-7), rope processing device assembly (9-8), holder (9-9) and form; Fixedly connected with the lower end of Connection Block (9-1) in the lower end of guard shield (9-3), an end that connects bent plate (9-2) is fixedlyed connected with Connection Block (9-1), the other end that connects bent plate (9-2) is fixedlyed connected with the upper end of guard shield (9-3), drive pin (9-4) with intermittently bore fluted disc (9-5) and fixedly connected, intermittently boring fluted disc (9-5) is connected with No. two power transmission shafts (8), conductor rope steel wire (9-6) is fixed on the top that connects bent plate (9-2), knotter jaw assembly (9-7) is separately fixed on the holder (9-9) with rope processing device assembly (9-8), and holder (9-9) is connected with Connection Block (9-1).

8, rice wheat mow binder according to claim 1, it is characterized in that getting rid of in bundle put (10) by under pedal arm (10-1), bend pipe (10-2), on pedal arm (10-3), long connecting rod (10-4), pitman pin (10-5), left steady pin (10-6), right steady pin (10-8), return spring (10-7), lower crank (10-9), crank pin (10-10), bend pipe adapter sleeve (10-11), fixed head bearing pin (10-12), fixed head (10-13) and form; An end of pedaling arm (10-1) is down fixedlyed connected with lower end one side of bend pipe (10-2), on pedal arm (10-3) an end fixedly connected with the upper end of bend pipe (10-2), the lower end of pitman pin (10-5) is fixed on the upside of Connection Block (9-1) end, upper end one side of bend pipe (10-2) is fixed with fixed head (10-13), be fixed with fixed head bearing pin (10-12) on the fixed head (10-13), one end of long connecting rod (10-4) and pitman pin (10-5) are hinged, the other end of long connecting rod (10-4) and fixed head bearing pin (10-12) are hinged, left side steady pin (10-6) is fixed on the end of long connecting rod (10-4), right steady pin (10-8) is fixed on and connects on the bent plate (9-2), return spring (10-7) is located between left steady pin (10-6) and the right steady pin (10-8), bend pipe adapter sleeve (10-11) is fixed on the termination of bend pipe (10-2) lower end, crank pin (10-10) is fixed on the lower end of lower crank (10-9), one end of lower crank (10-9) and No. two power transmission shafts (8) are hinged, and the other end of lower crank (10-9) is hinged by crank pin (10-10) and bend pipe adapter sleeve (10-11).

9, rice wheat mow binder according to claim 1, it is characterized in that adjusting last the increasing of support (13) has through hole (13-1).