TW201031318A - Combine harvester - Google Patents

Abstract

An objective of the present invention is to provide a combine harvester which has a cutting width of 7 stripes to increase the mowing efficiency, and to simplify the transmission mechanism of this harvester. 8 grass-separation racks (43) are installed in front of the lower transmission box (38) of the harvester (6), and 7 grain haulm directing-paths (44) are installed between the separation racks (43). The first in-dialing wheel (53a) at the rightmost location of the 7 in-dialing wheels (53) disposed on each grain haulm directing path (44), is engaged with the adjacent second in-dialing wheel (53b) to form a linking-up rotation, so that the third in-dialing wheel (53c) engages with the adjacent fourth in-dialing wheel (53d) and the fifth in-dialing wheel (53e) respectively to form the linking-up rotation. The 6th in-dialing wheel (53f) is engaged with the adjacent 7th in-dialing wheels (53g) disposed at the leftmost location to form a linking-up rotation.

Description

201031318 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a combine harvester. L艽刖 technology] Now, the 6-cut harvesting device that has been commoditized by the self-deducting combine harvester is considered to be the largest. Ding Cheng will be collected in recent years to make the harvesting work more efficient. For the purpose, 'degree expanded to 7 cuts or 8 cuts suitable for #农# 4 > The commercialization of the harvester was eagerly awaited. 4 The joint harvester of the Lulu agriculturaler, for example, is recorded in the patent. In the document, the combined harvesting machine of the harvesting device of the cutting machine is provided in the literature. [Patent Document U 曰本特开 2_·4499ι号 [Contents of the Invention] As described in the case of the patent document cutting device, the combined harvester = cut even number ... The front end supports the weight balance in the left and right direction of the harvesting support frame at the center/body side of the harvesting width. The harvesting device can be properly maintained. However, the front end of the harvesting support and the harvesting support frame support more than ^ ^ operation On the left side of the part, at the heart position, the left end of the harvesting device: the harvesting device that will be in the range of degrees. The 邛 大幅 will protrude sharply on the left outer side of the body, so it is difficult to monitor the harvesting device from the right side and the vertical part of the body. Set the left end of 201031318, can not accommodate I% μ & the left side of the grass in the strip fits (the efficiency of the harvesting device is low. 〗 〖In addition, if you receive it, you can not ^ From the width of the body to the outside, the sharpness of the truck is reversed: the α harvester is stowed on the truck's cargo platform, and the truck's delivery becomes impossible. m, 丨r is dedicated to the farmland gate, Jiang Xuzhong, and can only walk by itself in the farmland. Movement, the problem that the movement between the escapes takes time and the work efficiency is low, and there is a problem that the rider is caught and hits the obstacle and is damaged. The mast is introduced into the m-bar between the respective straw racks respectively formed in the harvesting device. The path is for a long time...μ, each money rod is introduced into the path, and one dial-in wheel is necessary. This is the more complicated the transmission mechanism of the body is widened. Second, the drive is increased, and the drive wheels are driven. The problem of low efficiency of harvesting is caused by the obstacles of the harvesting of the harvesting mast. 2 'In the usual harvesting operation, the combine harvester is wound counterclockwise around the farmland:: The outer two are "Ding Jin. Therefore, if the right end of the harvesting device Department from the body = Side sharply protruded 'There will be the right side of the grass frame that collides with the saliva and is prone to breakage or deformation. The side two τ harvest support frame supports the position from the cut width to the left and right - the extension "larger" on the harvesting support frame The twisting force of the action is bigger. Therefore, the history of the JI 0 &" text. J device shakes left and right, around the harvesting position = know the cutting position is not - caused, the length of the harvesting lever is not uniform, The invention relates to a technical means for solving the problem of disturbance of the processing residue or the harvesting trace of the agricultural land in the threshing device. The present invention solves the above problems and adopts the following inventions: the combined harvesting machine of the invention of the following 2010. A threshing device (3) is mounted on the left side of the machine (2) of the apparatus (1), a grain storage device (4) is mounted on the right side of the machine (7), and a manipulator is provided on the front side of the grain storage device (4). Before the manipulating portion (5) and the threshing device (7), the harvesting device (6) is characterized in that the base of the cutting support frame (25) is supported by the harvesting device (6). Part (5) left side of the machine d front support stand (37 The 'cutting support frame (25) extends downwardly toward the front side. The front end portion of the harvesting support frame (25) is connected to the left side of the transmission box (38) in the left-right direction, and is shifted to the left side in the center position in the left-right direction. The front side of the lower transmission case (38) is respectively arranged in the left-right direction, and the eight branches of the grass in the front-rear direction are respectively arranged to form a valley guide path (44) between the respective grass frame (4). ' ^ Each mast introduction path (44) is provided with a single pulling device (52) and a dialing wheel body (53), so that the first right of the seven dialing wheel bodies (7)) The wheel body (53a) is engaged with the second person wheel body (10) adjacent to the left side of the wheel body (53a), and is configured to rotate in conjunction with each other. The spacer is spaced apart from the front (four) 2 wheel body (53b). a third dial wheel body (53c) on the left side and a left side dial wheel body (53d) adjacent to the left side of the third dial wheel body (53c) and adjacent to the left side of the fourth dialer wheel body (10) The fifth dialing wheel f (53e) is engaged with each other and is configured to be interlocked and rotated, and is arranged to be spaced apart from each other. The sixth dialing wheel body (study) on the left side of the fifth dialing wheel body (53e) is adjacent to the adjacent side. ^ The 7th dial wheel (53g) on the left side of the left side of the sixth dial wheel (53f) is engaged and is configured to rotate in conjunction. The invention described in claim 2 is the combine harvester of the scope of the patent application, wherein 'the' will be located in the length direction of the aforementioned first wheeled wheel body (the center of the heart and the harvesting branch 201031318 (25). The rod transport chain (59) is interlocked, and the first sprocket (58) is driven by the first sprocket (58), and is disposed near the end of the third dial wheel (53C) before the second trough is transported. The dialing wheel body (53e) and the harvesting support frame (25) move, and the pulling drive shaft (57 gear box) is set up from the end portion (10) (61) of the third grain rod conveying chain (4). (10) The left sprocket (10) moves in the middle of the fourth transport chain (four), the transport terminal of the third drive key (6〇) and the second transport of the second mast are called to the first pole transport chain. (62) The transport terminal is partially connected to the transport terminal of the first mast transport, the intermediate portion of the transport direction of the wire 59), and the transport terminal of the transport terminal portion (64) of the rear transport chain (59). (4) 柃 柃 柃 邛 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 Patent application No. 2 of the Joint Shirt Machine, in which the support frame (55) of the top right side of the picking device & the top right pull device plus (2a) is placed in the middle of the support Connecting the first dial wheel (53a) to the rear end of the first dial wheel support frame (54a) that can be freely rotated, so that the first part is sent to the front of the wheel support frame (54a) Extending to the front outer side, the front end portion of the first dial wheel support frame (54a) is coupled to the front and rear intermediate portions of the rightmost weed frame (43). 4. As in the third paragraph of the patent application scope, the machine 1 'includes the right side end of the lower transmission cymbal (38) and the front side of the operating portion (5) with a freely extendable link According to the invention of claim 1, the ratio of the ratio of the lower end portion of the harvesting support frame (25) to the lower portion of the transmission case (38) in the left-right direction is biased toward the center in the left-right direction. On the left side, the left end of the harvesting device (6) is not easily protruded from the body of the combine harvester to the left outer side. Thereby, the operation portion (5) provided on the right side of the machine (2) of the combine harvester can easily monitor the left end portion of the harvesting device, which can easily perform the fitting in the harvesting operation, thereby improving the efficiency of the harvesting operation. And 'the first right wheel wheel body (53a) among the seven dialing wheel bodies (53) and the second wheeling wheel adjacent to the left side of the ith wheel wheel body (53a) The body (53b) is engaged and rotated in a coordinated manner, and the third dialing wheel body (53c) disposed on the left side of the second dialing wheel body (53b) and adjacent to the third dialing wheel body (53c) The fourth dial wheel body (53d) on the left side is engaged with the fifth dial wheel body (53e) adjacent to the left side of the fourth dial wheel body (53d), and is interlocked to be rotated. a sixth dial wheel (53f) disposed on the left side of the fifth dial wheel (53e) and a seventh dial wheel (53g) on the left side adjacent to the left side of the sixth dial wheel (53f) The combination of the interlocking rotation and the rotation of the seven wheel-in wheels (53) can be simplified. Thereby, the transmission mechanism of the dialing wheel (53) is less likely to be an obstacle to the transportation of the harvesting mast, and the efficiency of the harvesting operation can be improved. According to the invention of claim 2, in addition to the effects of the invention described in claim 1, the ith drive is provided in the middle portion of the longitudinal direction of the wheel body (53a) and the harvesting support frame (25). The key wheel (58) is the first! The column transport chain (59) interlocking 'the third dial wheel body (53e) interlocking the second grain bar transport key (60)' will be provided at the front end of the fifth dial wheel body (53e) and the harvest support frame (four) The second drive sprocket (61) near the part is interlocked by the third pole transport chain (62), 201031318 == the pull-up drive of the seventh dial wheel (53g) and the left end of the lower gearbox (38) The third wheel (63) of the upper portion of the shaft (57) in the lower direction is driven by the fourth mast transporting chain (6 remote phase J to make the seven dialing wheel bodies (53)) Each of the transports that are carried at the root end of the gripping pole is not easy to be smashed. The transmission mechanism of the dialing wheel (53) does not become a hindrance to the transfer of the harvesting poles, and the efficiency of the harvesting operation can be increased. According to the invention described in the pleading item 3, the support of the upper part of the lower part (4) (38) and the upper part of the uppermost device (52a) on the right side of the hair on the right side of the 七 、 、 κ κ The frame (55) is connected to the rear end of the support frame ' (the upper and lower intermediate portions are connected to the rear end of the wheel body (53a); The The front part of the wheel support frame (54a) extends to the front outer side to be the second side: the front end of the body support frame (54a) is connected to the rightmost side of the grass, and the right side of the grass frame (43) Reinforcement, it is possible to make φ a collision or the like, and it is less likely to be damaged or deformed. According to the invention described in claim 4, in addition to the effect of the month described in the above claim 3, the freely extendable link (10) is connected. The right end portion of the lower transmission case (10) and the portion on the machine side (7) side of the front side of the operating portion (5) can be used to harvest the support frame (25) and the link (40) to maintain the left and right direction of the harvesting device (6). Thereby, the cutting position of the right and left of the harvesting device (6) is the same, the length of the harvesting mast is substantially uniform, and the processing residue is less likely to be generated in the decoupling device, and the efficiency and precision of the harvesting and threshing operation can be improved. 9 201031318 [Embodiment] A description will be given of a configuration of a combine harvester that implements the present invention. The following descriptions of "left 1 丨 ^ and side" and "right side" are used along the combine harvester. Then the direction of the direction of the rabbit The horse benchmark is based on the viewpoint of the operator who is riding on the control unit. The body of the combine harvester in Figure I, ®?#- Hall is combined with the threshing of the left side of the machine D (2) with the traveling device (1). In the device (1), a positive grain storage device (4) is mounted on the right side of the machine table (7), and the front side of the grain storage device (4) is further longitudinally positioned. [5 (5) 'in the manipulation portion (5) and dislocation A harvesting device is provided on the front side of the device (7). (6) The above-mentioned squeezing device (1) is attached to the left and right driving wheels (8) driven from a task box (front portion) mounted on the front portion of the machine table (2), and the bearings are left and right. The majority of the runners (9) of the wheel carrier (9) are wound around the track 10, 1〇. The above-mentioned machine (2) has a rectangular tube frame in a plan view. The dislocation device (3) is composed of a separation chamber having a separation crucible or a top side of the treatment crucible, a selection chamber having a rocking sorting shed, a wind drum, and a transfer screw and a lower side of the second transfer screw. On the outer left side of the separation chamber, a feed chain 28 that delivers the harvesting bar and conveys it from the end portion of the subsequent conveying device on the side of the harvesting device (6) to be described later is provided. Further, the stem portion of the threshing device (3) is cut off after the threshing of the stems after the threshing. The granule storage device (4) is formed in a box shape and has a container for discharging a spiral at the bottom. The grain which has been transferred by the first transfer of the above-described deodorizing device (3) to the spiral is transferred into the grain storage device (4) through the second pumping cylinder 12 and stored. Further, the grain storage device (4) is provided with a cannula 13 which can be rotated around the vertical axis of the longitudinal axis of the vertical axis 201031318. The base of the lifting cylinder is connected to be freely rotatable up and down: the upper end is discharged In addition, the U of the cylinder 14 is rotated, and the spiral for transfer is placed in each of the first and second discharges 12 and 13. The discharge unit (4) is disposed on the front side of the machine (7). The operating seat of the Annon manipulator on the upper part of the engine cover 16 is provided, and the front console 18 is provided in front of the operating seat.

A side console 19 is provided on the side. The operator multiplies and descends from the right side of the front and rear compartments of the front operating portion 17 and the front operating portion A 18 . Further, on the upper portion of the front (four) stage 18, (4) #2G, an instrument panel 21 having a monitor, and a switch panel 22 are provided from the right side to the left side. Further, the sub-shift lever 23, the main shift lever 24, the harvesting clutch lever, and the threshing clutch lever (the harvesting clutch lever and the threshing clutch lever are omitted) are provided on the upper side of the side console 19 from the front side to the rear side. The foregoing operation of the lever 20 is associated with the reverse direction of the left and right direction, which causes a difference in the rotational speeds of the left and right (four) wheels 8, 8 to cause the body to rotate. The contact is made so that the operating lever 2 is tilted forward and backward to cause the hydraulic cylinder ( The illustration is omitted to expand and contract the harvesting device. In the following, the bracket structure and the transmission structure of the harvesting device (6) are as shown in Figs. 3, 12, and 14, and the base of the contraction support frame (25) having the drive shaft therein is internally harvested. The right end of the wheel-in transmission shaft 27 of the input shaft 26 is coupled in an orthogonal state. The input pulley 26a is attached to the left end of the harvesting shaft/shaft 26, and the variable speed rotational power of the hydraulic stepless speed change device (not shown) driven by the engine 15 is divided and input to the right side of the front side of the feed chain 28. Input 11 of the auxiliary feed chain 29 201031318 Pulley (not shown) and the input pulley 26a. Further, the subsequent conveyance slope drive shaft 32 is interlocked by the bevel gear transmission mechanism 31 at the intermediate portion in the left-right direction of the harvesting input shaft 26. In the subsequent conveying device, the raking shaft 32 is attached to the upper end portion of the stalk front end conveyance chain drive sprocket 33, and at the intermediate portion thereof, the shank end end conveys the chain drive sprocket μ. The ear front end chain drive sprocket 33 is driven by the protruding chain front end rear conveying device 35 shown in FIG. 2, and the mast root end transfer key drive sprocket 34 is driven by the chain type valley shown in FIG. The root end of the rod is subsequently transported to the device 36. Further, on the front side of the mast base end subsequent conveyance device %, the supply conveyance device i 66 for adjusting the separation depth is provided, and the pan front end subsequent conveyance device 35, the supply conveyance device 66, and the stem root end subsequent conveyance device 36 are collectively referred to. For the subsequent transport device ο. Further, the base portion of the transmission shaft provided inside the harvesting support frame (25) passes through the bevel gear transmission mechanism 26b and the right side of the harvesting input shaft. Further, the base portion of the intermediate wheel output shaft that is interlocked from the axial center direction of the transmission shaft 25a is connected to the front side, and the base portion of the second and second shafts is coupled to the bevel gear transmission mechanism 25d. Output shaft 25e. In addition, before the linkage, the root end of the reserve rod conveys the chain: chain: 2, 2 rolls: the supply conveyor unit is mounted with the 丨 drive _ wheel 58 described later. The wheel of the wheel...the front end of the left side of the machine: the machine is configured to be freely rotatable, and the front end side of the harvesting support frame (25) is 12 The top of the harvesting input shaft % is rotatably movable up and down. Further, the harvesting support frame (25) is extended downward toward the front side, and the end portions of the harvesting support frame (9) are connected to each other in the left-right direction. The lower transmission case 38. The connection position of the harvesting support frame (4) of the lower transmission case 38 is located to the left side of the lower position of the lower transmission case 38 in the left-right direction. / Thereby, the left end of the harvesting device (6) It is not easy to protrude from the machine of the combine harvester, and the left outer side is greatly protruded. The left end of the harvesting device (6) is easily monitored from the control unit (10) provided on the right side of the machine (7) of the combine harvester (the left end portion to be described later) The grass body 45) can easily carry out the matching in the harvesting operation, and can improve the efficiency of the harvesting operation. Further, the portion near the front end of the harvesting support frame (25) is connected from the transmission shaft through the bevel gear transmission mechanism 25i. Drive shaft a· In addition, the front end of the drive shaft 25j is connected to the output shaft 251 via the universal joint 25k, and the second drive sprocket 61 of the wheel _25 is used as the above. It can be seen that the tilting posture of the universal joint 25k and the pumping 251 can be freely changed, and the output shaft 251 can be placed in the harvesting device (6) as much as possible. The position of the second drive key wheel 61 mounted on the input = 1 is matched with the third key bar transfer chain of the first to the key wheel, and the third base transfer end of the lost bar 3, the transfer chain) 62 is set up. As shown in Fig. 11 and Fig. 14, the inside of the lower transmission case 38 is provided as a shaft 38&, and the umbrella is fixed to the middle portion of the lower transmission shaft 38a. The ω wheel 38b is engaged with the bevel gear 13 201031318 25m attached to the end of the transmission shaft 25a. Further, from the left and right of the lower transmission shaft: the mechanism 3 drives the left and right cutters to drive the crankshaft = the left and right The cutter drives the crankshaft 5〇, 5〇 so that the ice g phase 3 of the lower left and right ends will be on the left and right sides: cover. The lower transmission case 38 is connected to the four-part (four) box body, and is screwed to the position near the right end of the lower transmission case 38 to be connected to the position. The part of the side is bent and stretched by the connecting rod 4〇, the Qilian # 40 system, the rear side link arm 40a and the front side link = rr4°a after the end part (4) ... the free rotation of the lower transmission r38 heart ' The front end of the front link bar is axially connected to the axis, and the vicinity of the end of the !1 is pivotally movable around the left and right side rails, and the front end of the rear side link arm 40a is connected to the front side. It can rotate freely around the axis of the left and right direction. ❹ (6) i to the right side: the harvesting support frame (25) and the connecting rod (4〇) keep the harvesting device m in the posture of 'the cutting rods around the harvesting device (6) to produce the θ rationality of the harvesting rod The length is roughly uniform 'remaining in the threshing device', and the efficiency and precision of the harvesting and threshing operation can be improved. To the following:::: The left side of the lower transmission case 38 is spaced apart from the left and right sides, and then the left and right ends of the branching branch (4) 41 are connected to the rear end of the wide connecting frame 42 and 42 respectively. Left and right ends. Thereby, the lower transmission case 38 and the branch support blocks 42, 42 of the grass support pipe right are framed. Further, the left and right end portions of the grass-receiving support pipe 41 and the intermediate portion 14 14313318 are joined to the rear end portions of the eight branches of the grass frame 43 in the front-rear direction. At this time, although the specific interval between the eight branch grass frames 43 corresponding to the planting interval (9) of the stem is set, the rightmost straw frame is adjacent to the second branch from the right end. The interval of the grass frame 43 is set to be the largest. Moreover, the configuration of the grasshopper 43 causes the rightmost straw frame to protrude 175_ to the right outer side of the right end of the track 1G on the right side, and the leftmost grass frame 4 31 is more than the left side track. The left side end portion protrudes to the left outer side by 345 mm. The arrangement of the straw frame 43 is such that seven mast introduction paths 44 are formed between the respective branch racks 43 of the eight branches, and the front ends of the respective racks 43 are formed. The female farmer is in the body of the body (four) m-angle shape of the grass body ❿ In addition, the clip type knife device 46 is attached to the position where the grass-receiving support tube 41 is in front of the front. The knives and knives 46 are formed on the upper side of the knives 47 which are formed to have a width of seven, and are formed on the right side of the width of the three pieces, and are formed on the right side. 40. & u , the blade on the left side of the large width of the knife 48. The upper blades 48 and 49 are from the left and right sides, and the “knife drive crankshafts 50 and 50 pass through the left and right rocking link mechanisms 51 to reciprocate in the left and right direction. It: person, in Figure 4, shows the device for transporting the root end of the harvesting device.) 疋 置 ( (捋 捋 柃 柃 柃 柃 柃 柃 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 4 4 4 4 4 4 Two == 7 (4) The introduction of the road-lifting device 52 and the dial-in wheel body 53. The root side of the pull-up type of the hole-up type acts to move the pole back, (4) the valley rod ^, ^ used to play the role of And the right pull mountain to engage each other and drive the rotary motion machine & 曰 曰 于 各 各 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 In the body (53), the rightmost wheeled dial wheel (53a) is engaged with the second dialing wheel body (53b) adjacent to the left side of the first dialing wheel body (53a) to rotate in conjunction with each other. a third dialing wheel body (53e) disposed on the left side of the second dialing wheel body (53b) and adjacent to the left side of the third dialing wheel body (53e) The fourth person wheel body (53d) is engaged with the fifth person wheel body adjacent to the left side of the fourth dial wheel body (53d) to rotate in conjunction with each other. Further, the spacer-space is disposed in the fifth person wheel Body 6th on the left side of the body (53e)

The dialing wheel body (5_ adjacent to the leftmost 7th dialing wheel body (53g) on the left side of the sixth dialing wheel body (53f) is engaged for interlocking rotation. Thereby, 7 dialing wheel bodies can be driven (53) The transmission mechanism is simplified. Therefore, the transmission mechanism of the dialing wheel body (53) is not easy to be obstructed by the (4) transportation of the grain stem, and the efficiency of the harvesting operation can be improved. Further, the above-mentioned seven dialing wheel bodies ( 53) is supported by the dial wheel support frame 54 of the weed frame 43 to the middle portion of the ampoule.

丨 No, the right end of the 传动 部 传动 ^ ^ ^ 与 与 与 与 与 LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL LL The wheel body supports the rear end of 54a. In addition, the ith dial wheel 2 is bent outwardly to the front side, and the front body of the cockroach 54a is connected to the right side of the wheel frame 43 in the front and rear directions. The first dial-in wheel support frame is provided. 4. I ± 4* ^ The first dial-in body 53a is supported in the middle portion in the rear direction to be freely rotatable about the center of the longitudinal axis. In this way, the rightmost grass frame can be reinforced, so that even if the grass is broken, it is not easy to be damaged or deformed. Further, as shown in Fig. 5, the second dial wheel body 53b is supported by the dial wheel support frame 5 attached to the rear portion of the third branch straw frame 43 at the right end. Further, as shown in Fig. 8, the third dial wheel body 53c and the fourth dial wheel body 53d are dial-in wheel support holders that stand up from the middle portion of the fourth branch grass frame 43 at the right end. 54c - body support. Further, as shown in FIG. 9, the fifth dial wheel body 53e and the sixth dial wheel

The body 53f is supported by a dial-in wheel support frame 54d which is raised from the middle portion of the sixth branch grass frame 43 at the right end and is connected to the upper portion of the fifth or sixth pull-up device 52 from the right side. . The pull-up drive shaft 57 of the left end of the drivebox 38 is erected to pull up the inner drive shaft, and the dial-in wheel support frame 57b is mounted on the middle of the lower drive shaft 57a. This 揆A lie down + into the wheel body 53g. In this case, the wheel support is supported. Please support the 7th frame 57h. The lower end of the drive shaft 57 is interlocked by the lower drive shaft 38a of the bevel gear, and the drive shaft 57 is pulled up therefrom: the adjacent transmission gear transmission mechanism 75a The upper part of the cymbal device 52 is on the left and right sides = the device ... for each pull-up drive. Further, from the left end portion of the lateral transmission shaft 75, the suspension transmission shaft 76 transmits m through the bevel gear transmission mechanism 75 to the mechanism W, and each of the pulling device moving wheels 76 is driven by the bevel gear transmission. Stretching. From the input shaft of the drive sprocket Us of the ancient squid, the 52t and the fourth pull-up device Μ-series are respectively from the hanging drive: right: 5th and 6th pull the seek axis 76 through the bevel gear transmission mechanism 17 201031318:; the transmission shaft is driven to the input shaft 52t. Further, in the middle portion of the intermediate portion through the bevel gear transmission mechanism, the input shaft 2 including the drive sprocket 76d for driving the conveying device is connected to the left and right side of the horizontal transmission shaft of the horizontal transmission shaft 75: The aforementioned transmission...link. The first drive sprocket 53a and the first drive sprocket 58 provided at the intermediate portion are rotated by the first yoke. The key wheel 6 2 = is the same as the first dialing wheel misalignment ~ coaxial - Zhao Cheng upper and lower 2, the first dialing wheel body support frame 54a base shaft force is rolled on the lower side of the _ wheel balance button wheel 69 Wheel 69a, sprocket wheel - in the third paragraph of the sprocket in the direction of the sprocket 58_t direction of the sprocket; the transmission shaft in the transmission = the first = delivery 峨 25 is driven*, = :From the harvesting support frame to the rear Η Μ 1 to 4 days drive the sprocket 5 8 drive button 2: transport button (the first transfer of the root end of the cool holding pole 1 transfer 1: transport key (central holding) The first position 56 of the root of the lever is driven in conjunction with each other. In addition, the first = protrusion type dials the wheel body 53b and the second movement from the left 2a. In addition, the set % is also linked. Drive Yilin transport chain (holding the root end of the valley pole 18 201031318 贱) view of the _ set this money first series transfer chain side 丨 # (four) to send the first transport chain) view forward and then push:榖捍 conveyor chain (clamping The second end of the trough is transported = two: the roller 71 of the trajectory of the trajectory. The first transport brigade and the manipulation of the rear end of the first trough are replaced by the third The dial rim 08b and the sprocket that is rotated coaxially with the 祛μ dial wheel 53c; the arranged sprocket 72 is wound around the second transport chain of the second pole transport chain β-grain end) 6〇 Broken chain (clamping, covered with the 5th dial wheel, wheel 68c, the harvesting support 2 疋 转 key • ... hangs the 3rd pole transport chain (=: the second drive chain of the near Γ (the third drive key that is carried by the root end of the grip) 62. The second drive key wheel (4) is driven by the harvesting, and the three axes are driven in conjunction with each other. By this configuration, the _ ', the move 3 bar transfer key (clamping) After the root end of the pole is moved, the fifth dialing wheel body % is driven, the third biting button 62 and the third wheeling wheel 53d are bitten, and the biting is changed to the fourth. The 4th ... and the 2nd mast movement of the wheel body 53e and the 3rd wheel of the wheel body of the wheel body _ are linked: the movement: the 2nd conveyance of the root of the pole pole Inverse drive. Each dial wheel ^ loaded I also use the three protrusions of the dialing wheel of the wheel body 53 to be dialed, as shown in the figure ", Fig. 3, C is 'driven. The lower direction is mounted to the inside of the cutting width. The upper and lower shafts of the transmission shaft 57 are transmitted through the intermediate transmission shaft and the transmission mechanism 63a. The intermediate transmission shaft 63b 19 201031318 is transmitted through the bevel gear transmission mechanism. 63e drives the output shaft 63d including the third drive sprocket 63. Further, the output shaft 63d is driven to drive the drive sprocket 74fs of the fourth intermediate stage scuttle transfer 74f to be described later, and the fourth lance conveying device 74g is driven. Sprocket 74gS. Further, the key wheel 68d, the third drive sprocket 63, and the driven roller 73 at the rear end portion, which are coaxially rotated integrally with the seventh dial wheel body 53g, are wound around the fourth grain bar transport chain (clamping mast) The fourth transport chain 64 that is transported at the base end is configured such that after the third drive sprocket is driven, the fourth mast transport chain (the fourth transport chain that carries the root end of the clamp mast) 64 and the seventh dial The sixth wheel body 53f, to which the β wheel body 53g is driven to be engaged with the seventh wheel body 53g, is driven in conjunction. The three projecting dialing devices 56 on the upper side of the dialing wheel body 53 are also driven in linkage by the rotation of the dialing wheel bodies 53. In addition, as shown in FIG. 4, the transport terminal portion of the second grain stem transport chain (6〇) and the transport terminal portion of the third grain stem transport chain (62) are respectively in the third valley transport chain (59). The middle portion of the transport direction meets the rear portion. also. An Ignition Intersection (65) is formed between the transfer end portion of the first mast transport chain (59) and the transport end portion of the fourth trough transfer chain (64), and the mast engagement portion (65) is paired The rear & subsequent conveyor (67) delivers the harvesting mast. Thereby, the seven dial wheel bodies 53a, 53b, 53c, 53d, 53e, 53f, 53g and the subsequent respective grain rod transport chains (each transport chain that carries the root end of the gripping mast) 59, 60, 62, The transmission mechanism of 64 is simplified. Thereby, the transmission mechanism of the wheeled wheel (53) is not easily hindered by the transfer of the harvesting pole, and the efficiency of the harvesting operation can be further improved. In addition, as shown in FIG. 10, the first column transport chain (folder) along the rear side is disposed on the upper side of the first mast transport chain (the first transport chain that carries the root end of the valley bar 20 201031318). In the first intermediate stage of the ninth stage, the first stage of the front end conveying device 74b is disposed on the upper side of the anterior portion of the anterior portion of the anterior anterior delivery device. Further, in the embodiment of Fig. 1, the protruding direction of the projection of the i-th middle-end tip conveying device W and the protruding direction of the projection of the first upper-stage tip conveying device 74b are set in the same direction, but in the first middle section. The ear tip conveying device 74a sighs the i-th upper-stage tip end conveying device field on the side opposite to the plan view, and protrudes the protrusion direction of the first middle-stage ear-end conveying device 74a and the protrusion of the i-th upper-stage ear-end conveying device 74b. Directional alignment is also possible. • X, the second ear front end conveying device 74c is disposed above the transport terminal portion of the second grain transport chain (the second transport chain that is transported at the root end of the grain bar) 60, and the third mast is placed on the third mast The transport chain (the bottom end of the transfer mast is transported = the third intermediate stage of the transfer end of the transfer chain is disposed, and the third stage of the front end transfer device is disposed on the upper side of the third stage of the front end transfer device 74d. 74th. The fourth column transport key (the fourth transport chain that is transported at the root end) is carried along the upper side of the fourth column transport chain (the fourth base transport chain of the dry grip) 64. In the transport direction of 64, the fourth middle set 74f and the fourth front stage front end conveyance device % are provided on the upper side: the fourth end end transfer apparatus 74 is shown as a simple diagram 21 201031318. Fig. 1 is a right side view of the combine harvester. ® 2 is the left side view of the combine harvester. Fig. 3 is a plan view showing the structure of the frame of the harvesting device. Fig. 4 is a view showing the grain transfer device of the harvesting device (the bottom end of the holding bar is transported) The description of the dream and the device is based on the plan. Figure 5 is a part of Figure 4. FIG enlarged. _ 6 i 4 of horse enlarged portion of FIG. FIG. 7 is a configuration of the periphery of a first dial wheel right hand side view of FIG. 8 Li

The horse shows the right side view of the structure of the third dial wheel. Fig. 9 _ von shows the left side view of the structure of the sixth dial wheel. It is shown as a plan view showing the front end of the harvesting device and the root end of the mast. I Fig. 1 1 4 〇 The figure shows a sectional view showing the transmission structure of the harvesting device. Figure. Fig. 13 is a view showing the transmission structure of the harvesting support portion. Fig. 13 is a diagram showing the main transmission portion of the harvesting device. Side view

[Description of main component symbols] Travel device machine threshing device Grain storage vibration control unit 22 201031318 6 Harvesting device 25 Harvesting support frame 37 Support table 38 Lower transmission case 40 Connecting rod 43 Grass frame 44 Valley rod introduction path 52 Pulling Starting device

52a 1st pull-up device 53 dial-in wheel body 53a first dial-in wheel body 53b second dial-in wheel body 53c third dial-in wheel body 53d fourth dial-in wheel body 53e fifth dial-in wheel body 53f sixth dial Wheel entry 53g 7th wheel-in wheel body 54a First wheel-in wheel body support frame 55 Support frame 57 Pull-up drive shaft 58 First drive sprocket 59 First mast transport chain (clamping the root end of the grain stem) First transport chain) 60 second mast transport chain 23 201031318 (second transport chain that transports the root end of the valley pole) 61 second drive key wheel 62 third pole transport chain (holding the root end of the valley pole) The third transport chain that is transported 63. The third drive sprocket 64 The fourth pole transport chain (the fourth transport chain that carries the root end of the valley pole) 65 The valley pole joint 67 The subsequent transport device

Claims (1)

201031318 VII. Patent application scope: 1. A combine harvester is equipped with a dislocation device (3) on the left side of the machine △ (2) with a traveling device, and a sputum storage device is mounted on the right side of the machine (7). (4) On the front side of the granule storage device (4), the smashing portion (7) is provided on the front side of the operative portion (5) and the detachment (3). The device is characterized in that: the harvesting support supporting the harvesting device (6) The base of the frame (25) is supported by a support table (37) provided at a front portion of the machine table (2) on the left side of the operating portion (5), so that the harvesting support frame (25) extends downwardly from the front side for the harvesting The front end portion of the support frame (25) is connected to the lower portion of the transmission case (38) in the left-right direction, and is offset to the left side in the center position of the left-right direction. The front side of the lower transmission case (10) is disposed at intervals of the left-right direction. 8 branching racks (4)) in the front-rear direction respectively form 7 mast introduction paths (materials) between the respective straw racks (9), and a single pulling device is respectively disposed on each of the valley stem introducing paths (44) (52) and dial in the wheel body (53) so that the 7 dial-in The rightmost wheeled person wheel body (53a) of the body (53) is engaged with the second dialing wheel body (53b) adjacent to the left side of the first person wheel body (53a), and is configured to rotate in conjunction. a third dial wheel body (53c) disposed on the left side of the second dial wheel body (53b) and a fourth dial wheel body (10) adjacent to the left side of the third dial wheel body (53c) The fifth dialing wheel body (53e) adjacent to the left side of the farth fourth dialing wheel body (53d) is engaged with each other to be interlocked, and is disposed at the left side of the fifth dialing wheel body We). The 6th person's wheel body (saying) is engaged with the 7th person's wheel body (53g) adjacent to the leftmost side of the left side, and is the interlocking machine. 25 201031318 2. The combine harvester of claim 1 of the patent scope, wherein The first drive sprocket (58) provided at an intermediate portion between the first dial wheel body (53a) and the harvesting support frame (25) in the longitudinal direction is interlocked with the first grain bar transport chain, and is placed in the third dial. The wheel body (53c) interlocks the second column transport chain (6〇), and the second drive sprocket (61) provided near the front end of the fifth dial wheel body (53e) and the harvest support frame (25). ) The mast transport chain (62) is interlocked, and is disposed at an upper portion of the pull-up transmission shaft (57) that is raised from the left end portion of the seventh dial-in wheel body (53g) and the lower transmission case (38). The third drive sprocket (63) is interlocked by the fourth grain stem transport chain (64), and the transport terminal unit ◎ of the second grain stem transport chain (6〇) and the transport terminal of the third grain stem transport chain (62) are connected. The part is joined to the rear part in the middle of the transport direction of the 丨 杆 搬 搬 搬 ( 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 59 A grain stem meeting portion (65) is formed between the end portions, and the harvesting lever is delivered from the mast meeting portion (10) to the rear and the conveying device (67). 3. The combine harvester of claim 2, wherein a right end portion of the lower transmission case (38) and an upper portion of the rightmost first pulling device (52a) are provided. The rear end of the support frame (10) is connected to the intermediate portion of the first dial-in wheel body (53a) for supporting the first dial-in wheel body (53a) to be freely rotatable.邬, say vehicle#, so that the front portion of the first dial-in wheel support frame (54a) extends to the front outer side, and the front end of the β-first dial-in wheel support frame (54a) is connected to the rightmost knife early Zhu (43) Front and rear direction intermediate portion. White 4, as claimed in the patent range, the telescopic link (4〇) is connected to the combined harvester of item 3, wherein the right end of the lower transmission case (38) is 26 201031318 The part on the side of the machine (2) on the front side of the control unit (5). 8. Drawing style. (Like page) 27