CN108943090A - Sugarcane cuts a dissection tool assemble method - Google Patents

Abstract

The present invention relates to food materials process apparatus technical fields, sugarcane cuts a dissection tool assemble method, including shell, knife cutting apparatus, driving device and regulating device, shell includes tool bottom plate, tool side plate and tool backboard, knife cutting apparatus includes tool cutter, control stick and knife net baffle, driving device includes drive block, driving gear and push plate rack gear, and regulating device includes adjuster and positioning sleeve, and assemble method includes following nine steps: tool bottom plate and push plate rack gear are assembled；Gear support shaft and driving gear, adjuster, lock-bit spring, positioning sleeve and adjusting cage ring are assembled；Reset spring and drive block and sliding slot end cap and control stick are assembled；Tool side plate is assembled with gear support shaft and control stick support shaft respectively；Tool side plate and tool bottom plate are assembled；The tool side plate and tool bottom plate of tool backboard and two sides are assembled；The tool side plate and tool bottom plate of knife net baffle and two sides are assembled；Tool cutter and control stick are assembled；Tool cutter and tool side plate are assembled.

Description

Sugarcane cuts a dissection tool assemble method

Technical field

The present invention relates to food materials process apparatus technical fields more particularly to sugarcane to cut a dissection tool assemble method.

Background technique

Sugar rich in, moisture in sugarcane, also contain the various vitamins very useful to human metabolism, rouge The substances such as fat, protein, organic acid, calcium, iron, the juice taste and sweet mouthfeel that sugarcane is squeezed, and liked by people.But public wide Crunching is got up really very not elegant under front yard.Current most of family kitchens or restaurant unit are all made of manual mode for sugarcane etc. Person sponging on an aristocrat's trial test is given again after first cutting a dissection etc. rodlike big food materials, cuts a dissection process, and time-consuming, and technical difficulty is high, is also easy to Hurt finger.Chinese patent authorization patent of invention notification number CN2104705769B, authorized announcement date on May 18th, 2016, invention Entitled sugarcane peeling pelleter is created, this application discloses a kind of realize to carry out processing of peeling to the sugarcane of different-diameter, Its shortcoming is the section that can only cut into large slices, and allows person sponging on an aristocrats' crunching under public wide front yard to get up still very not elegant.Therefore anxious A kind of safe and environmentally friendly sugarcane is needed to cut a dissection tool.

Summary of the invention

The present invention in order to overcome traditional-handwork knife to cut the defect that particle manipulation difficulty is big, time-consuming and laborious, provide it is a kind of according to Big block sugarcane can be fast implemented by, which operating by hand, is cut into small strip sugarcane, and adjustable staple fiber ppd cuts a dissection work Tool.

To realize above-mentioned function, the present invention adopts the following technical scheme:

Sugarcane cuts a dissection tool assemble method, including shell, knife cutting apparatus, driving device and regulating device, shell include work Having bottom plate, tool side plate and tool backboard, knife cutting apparatus includes that tool cutter, control stick and knife net baffle, driving device include Drive block, driving gear and push plate rack gear, regulating device includes adjuster and positioning sleeve, as improvement: assemble method include with Lower nine steps:

(1), tool bottom plate and push plate rack gear are assembled；

(2), gear support shaft and driving gear, adjuster, lock-bit spring, positioning sleeve and adjusting cage ring are assembled

(3), reset spring and drive block and sliding slot end cap and control stick are assembled；

(4), tool side plate is assembled with gear support shaft and control stick support shaft respectively；

(5), tool side plate and tool bottom plate are assembled；

(6), the tool side plate and tool bottom plate of tool backboard and two sides are assembled；

(7), the tool side plate and tool bottom plate of knife net baffle and two sides are assembled；

(8), tool cutter and control stick are assembled；

(9), tool cutter and tool side plate are assembled.

As further improvement: the tool bottom plate includes: with push plate rack gear assembly

The first dovetail groove on tool bottom plate is placed on fitter's bench upward, the first dovetail on push plate rack gear is convex Rail, which is slidably matched, to be inserted into first dovetail groove.

As further improvement: including: gear support shaft and driving gear, adjuster, lock-bit spring, positioning sleeve and adjusting Cage ring is assembled

Support shaft flat key transition fit is packed into the first keyway in gear support shaft in advance, by positioning sleeve inner hole sleeve in gear Support shaft outer circle, so that the second keyway on positioning sleeve is matched with the support shaft flat key；Spacing ball direction on positioning sleeve Adjuster；

Driving gear inner hole is placed between the rocking handle through-hole on adjuster and supporting plate through-hole, allows the first key in gear support shaft Slot is located on the outside of the second support plate on adjuster, the cooperation of gear support shaft rotary sliding successively pass through supporting plate through-hole and Driving gear inner hole and rocking handle through-hole, so that the spacing ball is directed at half ball in the second support plate；

By lock-bit spring pocket in gear support shaft side outer circle so that lock-bit spring is located on the outside of the positioning sleeve, will adjust every From snare in gear support shaft other side outer circle, so that adjusting on the outside of the rocking handle connecting rod that cage ring is located on adjuster.

As further improvement: the reset spring and drive block and sliding slot end cap includes: with control stick assembly

Contact block on drive block is passed through forward after limit sliding chutes and is then passed through limit shelves hole, allows slipping block and institute on drive block It states and is slidably matched between limit sliding chutes；Reset spring one end is packed among the first location hole of the spring on drive block, sliding slot end cap On second spring positioning port lid in the reset spring other end, four drive block screws successively pass through the third that detent ends cover Cooperate after threaded hole with the limiting slot screw hole on control stick, detent ends lid is fastened on behaviour's bar on control stick by four drive block screws It turns on column outer end face.

As further improvement: the tool side plate includes: with gear support shaft and control stick support shaft assembly respectively

The gear shaft holes on the tool side plate of side are matched respectively with the gear fulcrum step column of gear support shaft one end first, are incited somebody to action Control stick axis hole on the tool side plate of side is matched with behaviour's bar fulcrum step column of control stick support shaft one end, respectively by one Gear shaft nut matches the tool side plate of gear support shaft one end and side is tight with second screw thread of gear support shaft one end It is solidly connected；One behaviour's bar fulcrum nut is matched with first screw thread of control stick support shaft one end by control stick support shaft one end It is fastenedly connected with the tool side plate of side；

The gear fulcrum step column of gear shaft holes and the gear support shaft other end on the tool side plate of the other side is matched respectively again It closes, match the control stick axis hole on the tool side plate of the other side with behaviour's bar fulcrum step column of the control stick support shaft other end, Another gear shaft nut is matched with the second screw thread of the gear support shaft other end respectively by the gear support shaft other end with The tool side plate of the other side is fastenedly connected；By the first screw thread phase of another behaviour's bar fulcrum nut and the control stick support shaft other end The tool side plate of the control stick support shaft other end and the other side is fastenedly connected by cooperation.

As further improvement: the tool side plate includes: with tool bottom plate assembly

The third dovetail protruding rail on the tool side plate of two sides is aligned in the third dovetail groove of tool bottom plate two sides simultaneously And be inserted into, it allows the driven rack gear on push plate rack gear to be intermeshed with driving gear, continues third dovetail protruding rail being inserted into third swallow On earth, driving gear rolls tail groove along driven rack gear.

As further improvement: the tool side plate of the tool backboard and two sides and tool bottom plate assembly include:

First the 4th dovetail protruding rail on the 4th dovetail groove alignment two sides tool side plate of tool backboard two sides is inserted into, then will Two the second dovetail protruding rails on tool backboard are directed at the insertion of two the second dovetail grooves on the tool bottom plate.

As further improvement: the tool side plate of the knife net baffle and two sides and tool bottom plate assembly include:

The 5th dovetail groove insertion 5th dovetail protruding rail of knife net baffle two sides being aligned simultaneously on the tool side plate of two sides, and will Knife net baffle bottom is inserted into the bottom plate card slot on the tool bottom plate.

As further improvement: the tool cutter includes: with control stick assembly

Lengthened tool arbor upper end on tool cutter is inserted into the vertical openings slot on control stick, allows knife bar on tool cutter Connecting hole is aligned with the horizontal concrete chute on control stick, and the slide-bar cylinder on slip shaft is successively passed through horizontal concrete chute and is connected with knife bar Slide-bar step stud on slide-bar nut and slip shaft is finally cooperated and is fastened by hole so that slide-bar cylinder and knife bar connecting hole it Between for can rotation cooperation, the slide-bar shoulder block on slip shaft is combined with slide-bar nut to be limited slide-bar cylinder and has axial direction in horizontal concrete chute Mobile, slide-bar cylinder can slide back and forth in horizontal concrete chute along horizontal concrete chute.

As further improvement: the tool cutter includes: with tool side plate assembly

Blade sliding rail on tool cutter is inserted among the rectangle vertical slot on the tool side plate of two sides simultaneously, assembling finishes.

The invention has the following advantages:

(1), the present invention cuts granular way instead of traditional hand knife, substantially increases the efficiency that knife cuts particle, green ring It protects, is easy to operate；It in conjunction with the grid knife edge on knife net baffle, can disposably complete to cut item and dissection two procedures, easily will Rodlike pretreatment food materials processing is cuboid grain shape, and the more convenient people of granule sugarcane meat delicately eat；

Rotated using drive block driving driving gear, by the mechanism for pulling down control stick be divided into the driven rack gear of driving together with Rack gear thrust plate and driving instrument cutter cut two movements, solve " not cut-off and stick when rodlike pretreatment food materials are mobile Shape pretreatment food materials do not generate movement when being cut off " the Pinch technology problem of this relevant technologies expert that puzzles always；

(2), the fixed point that the combined mechanism of positioning sleeve and lock-bit spring realizes adjuster is adjusted, when rotating crank handle, lock-bit bullet Spring is further compressed, and spacing ball is skidded off out of half ball, and when rotation regulator to suitable position, spacing ball and half ball are one by one Corresponding matching, spacing ball enter in half ball, and under the elastic force effect of lock-bit spring, spacing ball is fitted closely with half ball, Fix adjuster with positioning sleeve, malfunction reverse rotation occurs for driving gear when avoidable control stick lifts；Only in control stick The lock-bit spring frictional resistance between spacing ball and half ball can be just overcome when pushing and is rotated in the forward direction；

(3), the front end of contact block can enter between two on driving gear adjacent teeths, and contact block is for stirring actively Gear one-directional rotation；Contact block upper surface is arcwall face, when lower surface is that the structure of plane designs so that contact block is to lower swing Driving gear opposite direction can not be driven to rotate when driving gear can be driven to rotate, and be swung up, realize rodlike pretreatment The continuous forward movement of food materials；Rodlike pretreatment food materials are controllably cut out into different shape；

(4), five groups of dovetail grooves are arranged to cooperate by tool bottom plate, two tool side plates together with tool composition of backboards, it is convenient Dismounting cleaning or packaging collection, it is safe and healthy；Assembling is divided into nine steps, without any confusion.

Detailed description of the invention

Fig. 1 is stereo appearance figure of the invention.

Fig. 2 is main view of the invention.

Fig. 3 is the cross-sectional view in the face A-A in Fig. 2.

Fig. 4 is left view of the invention.

Fig. 5 is the stereo appearance figure of tool bottom plate 10.

Fig. 6 is the stereo appearance figure of tool side plate 22.

Fig. 7 is the stereo appearance figure of tool backboard 20.

Fig. 8 is the main view of knife net baffle 13.

Fig. 9 is the cross-sectional view in the face B-B in Fig. 8.

Figure 10 is the stereo appearance figure of tool cutter 14.

Figure 11 is the stereo appearance figure of control stick 12.

Figure 12 is the symmetrical profile figure of control stick 12.

Figure 13 is the C-C sectional view in Figure 12.

Figure 14 is the main view of slip shaft 15.

Figure 15 is the main view of control stick support shaft 19.

Figure 16 is the main view of push plate rack gear 16.

Figure 17 is the D-D cross-sectional view in Figure 16.

Figure 18 is the main view of gear support shaft 21.

Figure 19 is the stereo appearance figure of drive block 25.

Figure 20 is the stereo appearance figure of sliding slot end cap 26.

Figure 21 is the stereo appearance figure of adjuster 18.

Figure 22 is the main view of adjuster 18.

Figure 23 is the left view of adjuster 18.

Figure 24 is the stereo appearance figure of positioning sleeve 27.

Figure 25 is the main view of positioning sleeve 27.

Figure 26 is the cross-sectional view in the face E-E in Figure 25.

Figure 27 is the top view of state before rodlike pretreatment food materials 11 are contacted with knife net baffle 13.

Figure 28 is the cross-sectional view in the face F-F in Figure 27.

Figure 29 is the partial enlarged view of the drive block 25 and adjuster 23 in Figure 28.

Figure 30 is the top view that rodlike pretreatment food materials 11 squeeze 13 state of knife net baffle.

Figure 31 is the cross-sectional view in the face G-G in Figure 30.

Figure 32 is the partial enlarged view of the drive block 25 and adjuster 23 in Figure 31.

Figure 33 is strip intercept food materials 111 by the top view of 14 dissengaged positions of tool cutter.

Figure 34 is the cross-sectional view in the face H-H in Figure 33.

Figure 35 is the partial enlarged view of the drive block 25 and adjuster 23 in Figure 34.

Figure 36 is the top view for being lifted up 12 state of control stick.

Figure 37 is the cross-sectional view in the face I-I in Figure 36.

Figure 38 is the partial enlarged view of the drive block 25 and adjuster 23 in Figure 37.

In figure:

10- tool bottom plate, 101- bottom plate card slot, the first dovetail groove of 102-, the second dovetail groove of 103-, 104- third dovetail are recessed The rodlike pretreatment food materials of slot, 11-, 111- strip intercept food materials, 12- control stick, 121- lever, 122- horizontal concrete chute, 123- behaviour Bar turns column, 124- limit sliding chutes, 125- mounting hole, 126- limiting slot screw hole, 127- limit shelves hole, 128- vertical openings slot, 13- Knife net baffle, the 131- grid knife edge, the 5th dovetail protruding rail of 132-, 14- tool cutter, 141- lengthened tool arbor, 142- knife slice, 143- knife bar connecting hole, 148- blade cutting edge of a knife or a sword mouth, 149- blade sliding rail, 15- slip shaft, 151- slide-bar shoulder block, 152- slide-bar cylinder, 153- slide-bar step stud, 155- slide-bar nut, 16- push plate rack gear, the driven rack gear of 161-, the first dovetail of 162- protruding rail, 163- Rack gear thrust plate, 17- lock-bit spring, 18- adjuster, 181- crank handle, 182- rocking handle connecting rod, 183- rocking handle through-hole, 184- arc Shape regulate and control plate, the first support plate of 185-, the second support plate of 186-, half ball of 187-, 188- supporting plate through-hole, 189- arc plate end, 19- control stick support shaft, 191- behaviour bar fulcrum step column, 195- behaviour bar fulcrum nut, the first screw thread of 199-, 20- tool backboard, The 4th dovetail groove of 201-, the second dovetail of 202- protruding rail, 21- gear support shaft, the first keyway of 211-, 212- gear fulcrum step Column, 215- gear shaft nut, the second screw thread of 218-, 217- support shaft flat key, 22- tool side plate, 221- rectangle vertical slot, 222- Five dovetail grooves, 223- gear shaft holes, 224- control stick axis hole, the 4th dovetail protruding rail of 225-, 226- third dovetail protruding rail, 23- Driving gear, 24- reset spring, 25- drive block, 251- slipping block, 252- contact block, the first location hole of the spring of 253-, 258- Drive block acute angle face, 259- drive block convex surface, 26- sliding slot end cap, 261- third threaded hole, 262- second spring location hole, 27- are fixed Position set, 271- spacing ball, the second keyway of 272-, 28- drive block screw, 29- adjusts cage ring.

Specific embodiment

Present invention will be further described below with reference to the accompanying drawings and specific embodiments:

In Fig. 3, lock-bit spring 17 is fixed between left side tool side plate 22 and positioning sleeve 27 by compression, and lock-bit spring 17 keeps quilt The state of compression ensures that driving gear 23 will not autonomous rotation；It adjusts cage ring 29 and tool side plate 22 He in the right is fixed on by compression Between positioning sleeve 27, adjusts 29 width dimensions of cage ring and be aligned to adjust driving gear 23 with driven rack gear 161.

In Figure 27-29, when rodlike pretreatment food materials 11 move closer to knife net baffle 13 and do not contact with knife net baffle 13 State；Drive block 25 drives driving gear 23 to rotate clockwise, and driving gear 23 drives driven rack gear 161 to be moved to the left, rack gear Thrust plate 163 pushes rodlike pretreatment food materials 11 close to knife net baffle 13；Drive block acute angle face 258 on drive block 25 is from arc tune It is skidded off on arc plate end 189 on control plate 184, drives block acute angle face 258 and driving gear 23 is driven to rotate.

In Figure 30-32, the drive block acute angle face 258 on drive block 25 will leave driving gear 23, rodlike pretreatment food materials 11 parts squeeze state when becoming strip intercept food materials 111 after knife net baffle 13；Driving gear 23 no longer drives driven rack gear 161 are moved to the left, and rack gear thrust plate 163 no longer pushes rodlike pretreatment food materials 11 to squeeze knife net baffle 13, the rodlike pre- place in part Reason food materials 11 become strip intercept food materials 111 after having squeezed knife net baffle 13, and tool cutter 14 will be to strip intercept food materials 111 progress locks are cut into strip segment.

In Figure 33-35, the drive block acute angle face 258 on drive block 25 is completely away from driving gear 23, strip intercept food materials 111 The state cut off again after the grid knife edge 131 on knife net baffle 13 is divided into a strip by tool cutter 14；Drive block 25 Driving gear 23 is not driven to rotate clockwise, driving gear 23 is also without driving driven rack gear 161 to be moved to the left, rack gear thrust Plate 163 is also without pushing rodlike pretreatment food materials 11 to squeeze knife net baffle 13；Tool cutter 14 start to squeezed knife net gear Become the progress lock of strip intercept food materials 111 after plate 13 and be cut into required segment, strip segment length can pass through control regulator 18 To realize.

Figure 36-38 is the top view for being lifted up 12 state of control stick；Control stick 12 often does a lift action, then drives Drive block convex surface 259 on block 25 is skidded in 23 outer circle of driving gear, and the contact block 252 on drive block 25 is together with slipping block 251 Reset spring 24 is compressed；Driving gear 23 keeps former angle not rotate, and driven rack gear 161 does not move, rodlike pretreatment food Material 11 does not move；Control stick 12 often does primary pressure movement, under the action of reset spring 24, then the drive block on drive block 25 Acute angle face 258 drives driving gear 23 to rotate the angle of n tooth, and n is positive integer；Therefore, strip segment length can be two The integral multiple of distance between adjacent driven rack gear 161.The spacing ball 271 on positioning sleeve 27 is controlled by crank handle 181 and is adjusted The relative position between half ball 187 on device 18, so that n=1, n=2 or n=3, then strip segment length can be one times, two Times or two adjacent driven rack gears 161 of three times between distance.

One, structure feature:

Fig. 1 cuts a dissection tool assemble method, including shell, knife cutting apparatus, driving device and adjusting dress to sugarcane shown in Fig. 4 It sets, shell includes tool bottom plate 10, tool side plate 22 and tool backboard 20, and knife cutting apparatus includes tool cutter 14, control stick 12 With knife net baffle 13, driving device includes drive block 25, driving gear 23 and push plate rack gear 16, and regulating device includes adjuster 18 With positioning sleeve 27；

Pairs of tool side plate 22 is established in 10 two sides of the tool bottom plate fixation；Pairs of 22 rear end of tool side plate is detachably solid Surely there is tool backboard 20, pairs of 22 front end of tool side plate is detachably fixed knife net baffle 13；

Control stick support shaft 19 and gear support shaft 21 are fixedly installed on pairs of tool side plate 22, it can in gear support shaft 21 Rotation is fixed with driving gear 23, and driving gear 23 is meshed with push plate rack gear 16；In gear support shaft 21 can rotation be fixed with Adjuster 18, the arc regulation plate 184 on adjuster 18 cover 23 part outer circle of driving gear；It can be slided on the control stick 12 Fixed drive block 25 is moved, drive block 25 drives driving gear 23 to rotate, and driving gear 23 drives push plate rack gear 16 mobile；It is described Slip swing is fixedly connected 14 upper end of tool cutter on control stick 12, knife on tool cutter 14 slice 142 in pairs Tool side plate 22 between for that can slide cooperation up and down, knife slice 142 is located on the outside of the knife net baffle 13.

The structure of tool bottom plate 10 is as shown in figure 5, the upper surface of tool bottom plate 10 is equipped with bottom plate card slot 101 and the first dovetail Groove 102, the section of bottom plate card slot 101 are rectangle；The right side of tool bottom plate 10 is set there are two the second dovetail groove 103；Tool A third dovetail groove 104 is respectively provided on former and later two faces of bottom plate 10.

The structure of tool side plate 22 is as shown in fig. 6,22 front of tool side plate is equipped with rectangle vertical slot 221, the 5th dovetail groove 222, gear shaft holes 223, control stick axis hole 224, the 4th dovetail protruding rail 225 and third dovetail protruding rail 226.

The structure of tool backboard 20 as shown in fig. 7, the inside two sides of tool backboard 20 to be symmetrically arranged with two the 4th dovetails recessed Slot 201, sets that there are two the second dovetail protruding rails 202 below the inside of tool backboard 20.Two third dovetails on tool bottom plate 10 Groove 104 is used cooperatively with the third dovetail protruding rail 226 on two tool side plates 22 respectively, two on tool bottom plate 10 second Dovetail groove 103 is used cooperatively with two the second dovetail protruding rails 202 on tool backboard 20, two on tool backboard 20 the 4th Dovetail groove 201 cooperates with the 4th dovetail protruding rail 225 on tool side plate 22 respectively.

The structure of knife net baffle 13 is as Figure 8-9, several grid knifes edge 131, knife net are equipped among knife net baffle 13 Respectively there is a 5th dovetail protruding rail 132 on two sides of baffle 13.Two the 5th dovetail protruding rails 132 on knife net baffle 13 with The 5th dovetail groove 222 cooperation on two tool side plates 22.

The structure of tool cutter 14 is as shown in Figure 10, and tool cutter 14 is made of lengthened tool arbor 141 and knife slice 142, knife Being sliced 142 lower ends is blade cutting edge of a knife or a sword mouth 148, and it is blade sliding rail 149 that knife, which is sliced 142 two sides,；141 upper end of lengthened tool arbor is equipped with a knife Lever attachment hole 143, the blade sliding rail 149 that knife is sliced 142 two sides are stuck in the rectangle vertical slot 221 on tool side plate 22, and tool is cut It is to slide up and down connection between knife 14 and tool side plate 22.

As figs 11-13, the front end of control stick 12 is equipped with lever 121, the side of control stick 12 to the structure of control stick 12 Equipped with horizontal concrete chute 122, vertical openings slot 128 is offered among horizontal concrete chute 122 downwards, 12 lower end of control stick is equipped with behaviour's bar and turns Column 123, behaviour's bar turn and are equipped with limit sliding chutes 124 in column 123, and 124 bottom of limit sliding chutes is equipped with limit shelves hole 127, limit shelves hole 127 For the square through hole of step structure, set that there are four limiting slot screw holes 126 in 124 big opening end plane of limit sliding chutes；Control stick 12 Side is equipped with mounting hole 125.

The structure of slip shaft 15 is as shown in figure 14, and slip shaft 15 is by slide-bar shoulder block 151, slide-bar cylinder 152 and slide-bar step Stud 153 forms, and the diameter of slide-bar shoulder block 151, slide-bar cylinder 152 and slide-bar step stud 153 is sequentially reduced, slide-bar step spiral shell Column 153 is thread spindle.The slide-bar cylinder 152 of slip shaft 15 passes through the horizontal concrete chute 122 on control stick 12, is then passed through tool cutter Knife bar connecting hole 143 on 14 is rotatably connected with tool cutter 14, and is slid back and forth in horizontal concrete chute 122, slip shaft 15 Slide-bar step stud 153 and slide-bar nut 155 it is fixed, limit the axial movement of slip shaft 15.

The structure of control stick support shaft 19 is as shown in figure 15, and the both ends of control stick support shaft 19 are equipped with behaviour's bar fulcrum step Column 191, behaviour 191 outer end of bar fulcrum step column are equipped with the first screw thread 199.

The structure of push plate rack gear 16 as shown in figs. 16-17, rack gear thrust plate 163 on push plate rack gear 16 and driven rack gear 161 are structure as a whole, and driven 161 bottom of rack gear is equipped with the first dovetail protruding rail 162, the first dovetail groove on tool bottom plate 10 102 are slidably matched with the first dovetail protruding rail 162, and driven rack gear 161 and driving gear 23 intermesh transmission, driving gear 23 and Gear support shaft 21 is rotatably connected.

The structure of gear support shaft 21 is as shown in figure 18, and the both ends of gear support shaft 21 are equipped with gear fulcrum step column 212,212 outer end of gear fulcrum step column is equipped with the second screw thread 212, and gear support shaft 21 is equipped with the first keyway 211, the first key Support shaft flat key 217 is detachably fixed on slot 211.It is wide between the gear fulcrum step column 212 of two sides in gear support shaft 21 It is identical to spend width dimensions between size and behaviour's bar fulcrum step column 191 of two sides in the control stick support shaft 19, it is ensured that two sides Tool side plate 22 be in parallel tightening state.

The structure of drive block 25 is as shown in figure 19, and drive block 25 is made of slipping block 251 and contact block 252, contact block 252 Bottom surface is plane, and upper top surface is arcwall face, and slipping block 251 is cuboid, and slipping block 251 is integrated with contact block 252, contact block 252 front end can enter between two on driving gear 23 adjacent teeths, and contact block 252 is single for stirring driving gear 23 To rotation, slipping block 251 is slidably connected with the limit sliding chutes 124 on control stick 12, and the end of slipping block 251 is equipped with the first spring Location hole 253, the first location hole of the spring 253 are blind hole, have reset spring 24 in the first location hole of the spring 253.

The structure of sliding slot end cap 26 is as shown in figure 20, is set on sliding slot end cap 26 there are four third threaded hole 261, sliding slot end cap 26 are equipped with second spring location hole 262, and second spring location hole 262 is blind hole, and reset spring 24 is in the first location hole of the spring It is compressed between 253 and second spring location hole 262, sliding slot end cap 26 is screwed behaviour's bar on control stick 12 and turns column On 123.

As shown in figures 21-23, adjuster 18 is by crank handle 181, rocking handle rocking handle connecting rod 182, arc for the structure of adjuster 18 Regulate and control plate 184, the first support plate 185 and the second support plate 186 composition, crank handle 181 and the end of rocking handle connecting rod 182 be set, The left side of rocking handle connecting rod 182 is successively arranged the first support plate 185 and the second support plate 186, and arc regulates and controls plate 184 in the first support Between plate 185 and the second support plate 186, the arc plate end 189 on arc regulation plate 184 covers 23 part of driving gear Outer circle；Crank handle 181, rocking handle connecting rod 182, arc regulation plate 184, the first support plate 185 and the second support plate 186 are one whole Body, using die cast.

Rocking handle connecting rod 182 and 185 junction of the first support plate are provided through rocking handle through-hole 183, in the second support plate 186 It is provided with supporting plate through-hole 188, supporting plate through-hole 188 and rocking handle through-hole 183 are located on same axial line；

Supporting plate through-hole 188 and rocking handle through-hole 183 are rotatably connected with gear support shaft 21, if the second support plate 186 is equipped with Dry half ball 187, half ball 187 are distributed in the surrounding of rocking handle through-hole 183；Driving gear 23 is arranged in the first support plate 185 And second between support plate 186.

As shown in figs 24-26, the main body of positioning sleeve 27 is cylindrical sleeve to the structure of positioning sleeve 27, positioning sleeve 27 one of them End face protrudes above several hemispheric spacing balls 271, and half ball 187 1 on spacing ball 271 and the second support plate 186 is a pair of It should be arranged, another end face of positioning sleeve 27 is contacted with lock-bit spring 17, and lock-bit spring 17, which curls up, to be covered in gear support shaft 21； The second keyway 272 is equipped in the axis hole of positioning sleeve 27, positioning sleeve 27 and gear support shaft 21 directly adopt the biography of support shaft flat key 217 Torque delivery.

Two, a dissection tool assemble method is cut

Preparation work: each components to be assembled of cleaning；

(1), tool bottom plate 10 and push plate rack gear 16 are assembled

The first dovetail groove 102 on tool bottom plate 10 is placed on fitter's bench upward, by push plate rack gear 16 One dovetail protruding rail 162, which is slidably matched, to be inserted into first dovetail groove 102；

(2), gear support shaft 21 and driving gear 23, adjuster 18, lock-bit spring 17, positioning sleeve 27 and adjusting cage ring 29 It is assembled

217 transition fit of support shaft flat key is packed into the first keyway 211 in gear support shaft 21 in advance, it will be in positioning sleeve 27 Hole is covered in 21 outer circle of gear support shaft, so that the second keyway 272 on positioning sleeve 27 is matched with the support shaft flat key 217； 271 orientating accommodative apparatus 18 of spacing ball on positioning sleeve 27；

23 inner hole of driving gear is placed between the rocking handle through-hole 183 on adjuster 18 and supporting plate through-hole 188, allows gear support shaft The first keyway 211 on 21 is located in 186 outside of the second support plate on adjuster 18,21 rotary sliding of gear support shaft Supporting plate through-hole 188 and 23 inner hole of driving gear and rocking handle through-hole 183 are successively passed through in cooperation, so that the spacing ball 271 is aligned Half ball 187 in second support plate 186；

By 17 sets of lock-bit spring in 21 side outer circle of gear support shaft, so that lock-bit spring 17 is located at 27 outside of positioning sleeve, 29 sets of cage ring will be adjusted in 21 other side outer circle of gear support shaft, so that adjusting cage ring 29 is located at the rocking handle on adjuster 18 182 outside of connecting rod；

(3), reset spring 24 and drive block 25 and sliding slot end cap 26 and control stick 12 are assembled

Contact block 252 on drive block 25 is passed through forward after limit sliding chutes 124 and is then passed through limit shelves hole 127, allows drive block 25 On slipping block 251 and the limit sliding chutes 124 between be slidably matched；24 one end of reset spring is packed into first on drive block 25 Among location hole of the spring 253, the second spring location hole 262 on sliding slot end cap 26 is covered in 24 other end of reset spring, and four Drive block screw 28 successively pass through after the third threaded hole 261 on sliding slot end cap 26 with the limiting slot screw hole 126 on control stick 12 Cooperation, four drive block screws 28 turn behaviour's bar that sliding slot end cap 26 is fastened on control stick 12 on 123 outer end face of column；

(4), tool side plate 22 is assembled with gear support shaft 21 and control stick support shaft 19 respectively

First respectively by the gear fulcrum step column of gear shaft holes 223 and 21 one end of gear support shaft on side tool side plate 22 It 212 matches, by behaviour's bar fulcrum step of control stick axis hole 224 and 19 one end of control stick support shaft on side tool side plate 22 Column 191 matches, and respectively matches a gear shaft nut 215 by tooth with second screw thread 218 of 21 one end of gear support shaft The tool side plate 22 of wheel 21 one end of support shaft and side is fastenedly connected；By behaviour's bar fulcrum nut 195 and control stick support shaft First screw thread 199 of 19 one end, which matches, is fastenedly connected the tool side plate 22 of 19 one end of control stick support shaft and side；

Again respectively by the gear fulcrum step of gear shaft holes 223 and 21 other end of gear support shaft on other side tool side plate 22 Column 212 matches, by behaviour's bar branch of control stick axis hole 224 and 19 other end of control stick support shaft on other side tool side plate 22 Axis platform rank column 191 matches, respectively by the second screw thread 218 of another gear shaft nut 215 and 21 other end of gear support shaft It matches and is fastenedly connected the tool side plate 22 of 21 other end of gear support shaft and the other side；By another behaviour's bar fulcrum nut 195 match with the first screw thread 199 of 19 other end of control stick support shaft by 19 other end of control stick support shaft and the other side Tool side plate 22 is fastenedly connected；

(5), tool side plate 22 and tool bottom plate 10 are assembled

Third dovetail protruding rail 226 on the tool side plate 22 of two sides is aligned to the third dovetail of 10 two sides of tool bottom plate simultaneously It in groove 104 and is inserted into, allows the driven rack gear 161 on push plate rack gear 16 to be intermeshed with driving gear 23, continue third swallow Tail protruding rail 226 is inserted into third dovetail groove 104 on earth, and driving gear 23 is rolled along driven rack gear 161；

(6), the tool side plate 22 and tool bottom plate 10 of tool backboard 20 and two sides is assembled

First by the 4th dovetail protruding rail 225 on the 4th dovetail groove 201 alignment two sides tool side plate 22 of 20 two sides of tool backboard Two the second dovetail protruding rails 202 on tool backboard 20 are then directed at two the second swallows on the tool bottom plate 10 by insertion Tail groove 103 is inserted into；

(7), the tool side plate 22 and tool bottom plate 10 of knife net baffle 13 and two sides is assembled

5th dovetail protruding rail 132 of 13 two sides of knife net baffle is directed at the 5th dovetail groove on two sides tool side plate 22 simultaneously 222 insertions, and 13 bottom of knife net baffle is inserted into the bottom plate card slot 101 on the tool bottom plate 10；

(8), tool cutter 140 and control stick 12 are assembled

141 upper end of lengthened tool arbor on tool cutter 140 is inserted into the vertical openings slot 128 on control stick 12, allows tool Knife bar connecting hole 143 on cutter 140 is aligned with the horizontal concrete chute 122 on control stick 12, by the slide-bar cylinder on slip shaft 15 152 successively pass through horizontal concrete chute 122 and knife bar connecting hole 143, finally by the slide-bar step on slide-bar nut 155 and slip shaft 15 The cooperation fastening of stud 153 so that between slide-bar cylinder 152 and knife bar connecting hole 143 for can rotation cooperation, cunning on slip shaft 15 Axle bumper shoulder 151 combines limitation slide-bar cylinder 152 with slide-bar nut 155 axial movement, slide-bar cylinder in horizontal concrete chute 122 152 can slide back and forth in horizontal concrete chute 122 along horizontal concrete chute 122；

(9), tool cutter 140 and tool side plate 22 are assembled

Blade sliding rail 149 on tool cutter 140 is inserted among the rectangle vertical slot 221 on two sides tool side plate 22 simultaneously, group It installs complete.

Three, operating method and principle:

In embodiment, after rodlike pretreatment food materials 11 are selected and remove 20 to 30 millimeters of the diameter of crust in advance, length both ends are cut flat with 200 to 300 millimeters of sugarcane.

The horizontal interval of the grid knife edge 131 and perpendicular separation are 2 millimeters, and 13 width of knife net baffle is 9 millimeters.

The tooth form modulus of driving gear 23 is 3 millimeters, adjuster 18 is adjusted to n=2, i.e., control stick 12 is every makees on primary Lower swing, it is 2 millimeters of 3* π * that driving gear 23, which drives 16 forward travel distance of push plate rack gear,；It can get the length of strip intercept food materials 111 Degree is about 19 millimeters long, and the cross section of strip intercept food materials 111 is 2*2 square millimeters.

As shown in Figure 27-38, rodlike pretreatment food materials 11 are placed on tooth at the top of dissection tool in use, cutting from sugarcane Between thrust plate 163 and knife net baffle 13, the lever 121 on control stick 12 is held, and pull down control stick 12, make to manipulate Bar 12 is rotated around control stick support shaft 19, and drive block 25 is pressed on behaviour's bar of control stick 12 under the elastic force effect of reset spring 24 It turns on column 123, is also rotated therewith around control stick support shaft 19, the bottom plane of contact block 252 and the wheel toe joint of driving gear 23 Touching, driving driving gear 23 are rotated around gear support shaft 21, and driving gear 23 drives the driven rack gear 161 being engaged with along tool 102 forward slip of the first dovetail groove on bottom plate 10 makes rack gear thrust plate 163 that rodlike pretreatment food materials 11 be pushed to keep off to knife net Plate 13 is close, meanwhile, under the action of horizontal concrete chute 122, tool cutter 14 is pulled down and with control stick 12 along tool 221 slide downward of rectangle vertical slot on side plate 22.Control stick 12 to drive block 25 and the disengaging of driving gear 23 is disposably pressed to connect After touch, then control stick 12 is pulled up, at this time the tooth contact in the upper arcuate face of contact block 252 and driving gear 23, such as schemed Shown in 38, driving gear 23 towards lower right, slides drive block 25 to the right along limit sliding chutes 124 reaction force of drive block 25 Dynamic, reset spring 24 is further compressed, and the elasticity modulus k of reset spring 24 is sufficiently small, and drive block 25 can not continue driving master Moving gear 23 rotates, therefore rodlike during pulling up control stick 12 and disengaging contact block 252 with driving gear 23 Pretreatment food materials 11 are not pushed, and drive block 25 returns to the position not contacted with driving gear 23, and repetition pulls down manipulation The movement that bar 12 pulls up control stick 12 again can be such that rack gear thrust plate 163 persistently moves forward in company with driven rack gear 161.

The process for pulling down control stick 12 can be divided into three processes, it may be assumed that drive block 25 and driving gear 23 not in contact with Process, the process that disengages of the process that drives driving gear 23 to rotate of drive block 25 and drive block 25 and driving gear 23.

In Figure 27-29, when rodlike pretreatment food materials 11 are not contacted with knife net baffle 13, repetition pulls down control stick 12 The movement for pulling up control stick 12 again makes driven rack gear 161 persistently push rodlike pretreatment food materials together with rack gear thrust plate 163 11 are moved to the position contacted with knife net baffle 13.Rodlike pretreatment food materials 11 are continued to press on, knife net baffle 13, knife are passed through Rodlike pretreatment food materials 11 are cut into strip by net baffle 13, during knife net baffle 13 cuts rodlike pretreatment food materials 11, Blade cutting edge of a knife or a sword mouth 148 on tool cutter 14 is always on rodlike pretreatment food materials 11.

Figure 30-32 is the position that contact block 252 and driving gear 23 will disengage, at this point, continuing to pull down behaviour Vertical pole 12, contact block 252 are disengaged with driving gear 23, and rodlike pretreatment food materials 11 do not push further along, and tool cutter 14 continue slide downward with the rotation of control stick 12, until the blade cutting edge of a knife or a sword mouth 148 on tool cutter 14 eats rodlike pretreatment Material 11 is cut off, as shown in Figure 33-35.

Figure 36-38 is that the blade cutting edge of a knife or a sword mouth 148 having on cutter 14 is completed after cutting off work, will pull up control stick 12 again State.

In use, can change the relative position of adjuster 18 Yu driving gear 23 by rotating crank handle 181, thus real Existing different staple fiber ppd: drive driven rack gear 161 mobile together with rack gear thrust plate 163 due to pulling down control stick 12 every time Distance depend on the angle that drive block 25 drives driving gear 23 to rotate, Tu28Zhong rotates clockwise adjuster 18, so that driving When motion block 25 is rotated down from highest point, contact block 252 first regulate and control with the arc of adjuster 18 plate 184 contact again with driving gear 23 contacts, contact block 252 and the contact point of driving gear 23 are offset downward, drive block 25 is enable to drive 23 turns of driving gear Dynamic angle reduces, and pulling down control stick 12 every time can drive driven rack gear 161 to move forward together with rack gear thrust plate 163 Distance reduce, so that rodlike pretreatment food materials 11 are shortened by the length of 148 dissection of blade cutting edge of a knife or a sword mouth on tool cutter 14.

Four, the above-mentioned prominent substantive features of the present invention directly bring following significant progress effect:

(1), the present invention cuts granular way instead of traditional hand knife, substantially increases the efficiency that knife cuts particle, green ring It protects, is easy to operate；In conjunction with the grid knife edge 131 on knife net baffle 13, can disposably complete to cut item and dissection two procedures, it is convenient Ground handles rodlike pretreatment food materials 11 for cuboid grain shape, and the more convenient people of granule sugarcane meat delicately eat；

It drives driving gear 23 to rotate using drive block 25, the mechanism for pulling down control stick 12 is divided into driving driven tooth Item 161 cuts two movements together with rack gear thrust plate 163 and driving instrument cutter 14, solves " the rodlike shifting of pretreatment food materials 11 It is not cut off when dynamic when being cut off with rodlike pretreatment food materials 11 and does not generate movement " this puzzles always the relevant technologies expert's Pinch technology problem；

(2), the fixed point that the combined mechanism of positioning sleeve 27 and lock-bit spring 17 realizes adjuster 18 is adjusted, and rotates crank handle 181 When, lock-bit spring 17 is further compressed, and spacing ball 271 is skidded off out of half ball 187, rotation regulator 18 to suitable position When, spacing ball 271 and half ball 187 correspond and cooperate, and spacing ball 271 enters in half ball 187, in lock-bit spring 17 Under elastic force effect, spacing ball 271 is fitted closely with half ball 187, is kept adjuster 18 and positioning sleeve 27 fixed, be can avoid control stick 12 driving gears 23 when lifting occur malfunction and reversely rotate；Spacing ball 271 and half only can be just overcome when control stick 12 pushes 17 frictional resistance of lock-bit spring between ball 187 simultaneously rotates in the forward direction.

(3), the front end of contact block 252 can enter between two on driving gear 23 adjacent teeths, contact block 252 It is one-directionally rotated for stirring driving gear 23；252 upper surface of contact block be arcwall face, lower surface be plane structure design so that 23 negative side of driving gear can not be driven when driving gear 23 can be driven to rotate when contact block 252 is to lower swing, and being swung up To rotation, the continuous forward movement of rodlike pretreatment food materials 11 is realized；Controllably rodlike pretreatment food materials 11 are cut out not Similar shape；

Adjuster 18 solves the problems, such as " staple fiber ppd can not be adjusted when dissection ", and this sugarcane is made to cut being applicable in for a dissection tool Property is wider；The small dimension size of strip intercept food materials 111 can be contained in face refusal in the mouth completely, and it is very elegant to eat；

(4), five groups of dovetail grooves are arranged to cooperate 10, two tool side plates 22 of tool bottom plate and the combination of tool backboard 20 one It rises, easy disassembly cleaning or packaging collection are safe and healthy；Assembling is divided into nine steps, without any confusion.

Claims (10)

1. sugarcane cuts a dissection tool assemble method, including shell, knife cutting apparatus, driving device and regulating device, shell include Tool bottom plate (10), tool side plate (22) and tool backboard (20), knife cutting apparatus include tool cutter (14), control stick (12) and Knife net baffle (13), driving device include drive block (25), driving gear (23) and push plate rack gear (16), and regulating device includes adjusting Device (18) and positioning sleeve (27) are saved, it is characterized in that: assemble method includes following nine steps:

(1), tool bottom plate (10) and push plate rack gear (16) are assembled；

(2), gear support shaft (21) and driving gear (23), adjuster (18), lock-bit spring (17), positioning sleeve (27) and tune It is assembled to save cage ring (29)

(3), reset spring (24) and drive block (25) and sliding slot end cap (26) and control stick (12) are assembled；

(4), tool side plate (22) is assembled with gear support shaft (21) and control stick support shaft (19) respectively；

(5), tool side plate (22) and tool bottom plate (10) are assembled；

(6), the tool side plate (22) and tool bottom plate (10) of tool backboard (20) and two sides are assembled；

(7), the tool side plate (22) and tool bottom plate (10) of knife net baffle (13) and two sides are assembled；

(8), tool cutter (140) and control stick (12) are assembled；

(9), tool cutter (140) and tool side plate (22) are assembled.

2. sugarcane according to claim 1 cuts a dissection tool assemble method, it is characterized in that: the tool bottom plate (10) Include: with push plate rack gear (16) assembly

The first dovetail groove (102) on tool bottom plate (10) is placed on fitter's bench upward, by push plate rack gear (16) On the first dovetail protruding rail (162) be slidably matched and be inserted into first dovetail groove (102).

3. sugarcane according to claim 1 cuts a dissection tool assemble method, it is characterized in that: including: gear support shaft (21) assembled with driving gear (23), adjuster (18), lock-bit spring (17), positioning sleeve (27) and adjusting cage ring (29)

Support shaft flat key (217) transition fit is packed into the first keyway (211) on gear support shaft (21) in advance, will be positioned (27) inner hole sleeve is covered in gear support shaft (21) outer circle, so that the second keyway (272) and the support shaft on positioning sleeve (27) Flat key (217) matches；Spacing ball (271) orientating accommodative apparatus (18) on positioning sleeve (27)；

Driving gear (23) inner hole is placed between the rocking handle through-hole (183) on adjuster (18) and supporting plate through-hole (188), allows tooth The first keyway (211) on wheel support shaft (21) is located on the outside of the second support plate (186) on adjuster (18), gear branch Supporting plate through-hole (188) and driving gear (23) inner hole and rocking handle through-hole are successively passed through in support axis (21) rotary sliding cooperation (183), so that the spacing ball (271) is directed at half ball (187) on the second support plate (186)；

Lock-bit spring (17) is covered in gear support shaft (21) side outer circle, so that lock-bit spring (17) is located at the positioning sleeve (27) outside will adjust cage ring (29) and cover in gear support shaft (21) other side outer circle, is located at so that adjusting cage ring (29) On the outside of rocking handle connecting rod (182) on adjuster (18).

4. sugarcane according to claim 1 cuts a dissection tool assemble method, it is characterized in that: the reset spring (24) Include: with control stick (12) assembly with drive block (25) and sliding slot end cap (26)

Contact block (252) on drive block (25) is passed through forward after limit sliding chutes (124) and is then passed through limit shelves hole (127), is allowed It is slidably matched between slipping block (251) on drive block (25) and the limit sliding chutes (124)；Reset spring (24) one end is packed into Among the first location hole of the spring (253) on drive block (25), the second spring location hole (262) on sliding slot end cap (26) is covered Reset spring (24) other end, four drives block screw (28) successively pass through the third threaded hole on sliding slot end cap (26) (261) cooperate afterwards with the limiting slot screw hole (126) on control stick (12), four drive block screws (28) fasten sliding slot end cap (26) It is turned on column (123) outer end face in behaviour's bar on control stick (12).

5. sugarcane according to claim 1 cuts a dissection tool assemble method, it is characterized in that: the tool side plate (22) Include: with gear support shaft (21) and control stick support shaft (19) assembly respectively

First respectively by the gear branch axis platform of gear shaft holes (223) and gear support shaft (21) one end on side tool side plate (22) Rank column (212) matches, by side tool side plate (22) control stick axis hole (224) and control stick support shaft (19) one end Behaviour bar fulcrum step column (191) matches, respectively by a gear shaft nut (215) and the second of gear support shaft (21) one end Screw thread (218), which matches, is fastenedly connected the tool side plate (22) of gear support shaft (21) one end and side；By behaviour's bar branch Axis nut (195) is matched with first screw thread (199) of control stick support shaft (19) one end by control stick support shaft (19) one end It is fastenedly connected with the tool side plate (22) of side；

Again respectively by the gear branch of gear shaft holes (223) and gear support shaft (21) other end on other side tool side plate (22) Axis platform rank column (212) matches, by other side tool side plate (22) control stick axis hole (224) and control stick support shaft (19) Behaviour's bar fulcrum step column (191) of the other end matches, respectively by another gear shaft nut (215) and gear support shaft (21) The second screw thread (218) of the other end, which matches, connects gear support shaft (21) other end and the fastening of the tool side plate (22) of the other side It connects；Another behaviour's bar fulcrum nut (195) is matched and will be grasped with first screw thread (199) of control stick support shaft (19) other end Vertical pole support shaft (19) other end and the tool side plate (22) of the other side are fastenedly connected.

6. sugarcane according to claim 1 cuts a dissection tool assemble method, it is characterized in that: the tool side plate (22) Include: with tool bottom plate (10) assembly

The third dovetail protruding rail (226) on the tool side plate (22) of two sides is directed at the of tool bottom plate (10) two sides simultaneously It in three dovetail grooves (104) and is inserted into, the driven rack gear (161) on push plate rack gear (16) is allowed mutually to nibble with driving gear (23) It closes, continues third dovetail protruding rail (226) being inserted into third dovetail groove (104) on earth, driving gear (23) is along driven rack gear (161) it rolls.

7. sugarcane according to claim 1 cuts a dissection tool assemble method, it is characterized in that: the tool backboard (20) Include: with the tool side plate (22) of two sides and tool bottom plate (10) assembly

It is first that the 4th dovetail in the 4th dovetail groove (201) alignment two sides tool side plate (22) of tool backboard (20) two sides is convex Two the second dovetail protruding rails (202) on tool backboard (20), are then aligned on the tool bottom plate (10) by rail (225) insertion Two the second dovetail grooves (103) insertion.

8. sugarcane according to claim 1 cuts a dissection tool assemble method, it is characterized in that: the knife net baffle (13) Include: with the tool side plate (22) of two sides and tool bottom plate (10) assembly

The 5th dovetail 5th dovetail protruding rail (132) of knife net baffle (13) two sides being aligned simultaneously on two sides tool side plate (22) Groove (222) insertion, and knife net baffle (13) bottom is inserted into the bottom plate card slot (101) on the tool bottom plate (10) Nei.

9. sugarcane according to claim 1 cuts a dissection tool assemble method, it is characterized in that: the tool cutter (140) include: with control stick (12) assembly

Lengthened tool arbor (141) upper end on tool cutter (140) is inserted into the vertical openings slot (128) on control stick (12) In, it allows the knife bar connecting hole (143) on tool cutter (140) to be aligned with the horizontal concrete chute (122) on control stick (12), will slide Slide-bar cylinder (152) on axis (15) successively passes through horizontal concrete chute (122) and knife bar connecting hole (143), finally by slide-bar nut (155) cooperate with the slide-bar step stud (153) on slip shaft (15) and fasten, so that slide-bar cylinder (152) and knife bar connecting hole (143) between for can rotation cooperation, the slide-bar shoulder block (151) on slip shaft (15) is combined with slide-bar nut (155) limits slide-bar Cylinder (152) has axial movement in horizontal concrete chute (122), and slide-bar cylinder (152) can be along dampening in horizontal concrete chute (122) Smooth slot (122) slides back and forth.

10. including: with tool side plate (22) assembly

The rectangle vertical slot (221) blade sliding rail (149) on tool cutter (140) being inserted into simultaneously on two sides tool side plate (22) Among, assembling finishes.