CN101342709B - Combined cutting machine with adjustable cutter interval - Google Patents
Combined cutting machine with adjustable cutter interval Download PDFInfo
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- CN101342709B CN101342709B CN2008100458300A CN200810045830A CN101342709B CN 101342709 B CN101342709 B CN 101342709B CN 2008100458300 A CN2008100458300 A CN 2008100458300A CN 200810045830 A CN200810045830 A CN 200810045830A CN 101342709 B CN101342709 B CN 101342709B
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- tool rest
- flakes
- blade
- connecting ring
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Abstract
The utility model relates to a combined cutting machine which is equipped with adjustable clearance and comprises a shell and a motor; the center of blades is equipped with an adjusting shaft; the adjusting shaft is fit over with a plurality of four-head connecting rings which could be moved axially and the external end of four radial rods is equipped with four tool holders all round which could slide in a holder frame runner; both outsides of the four-head connecting rings are equipped with pieces-link which could be tilted axially to form a flexible bracket in the cavity of the tool holder frame; the outermost blade is a circular one or circular saw blade and the tool holder is arranged in grooves in the inner circle. Both ends of the tool holder are fastened by a mounting bracket. When the adjusting shaft is rotated, an adjusting nut moves axially to pull the flexible bracket, drive the blades to move and adjust the clearance. The utility model could be used for cutting vegetables, meat, bone, plastic and wood of different thicknesses and with the utility model, people could cut food into slices, strips, threads and small cubes. People could implement mutual clearance adjustment in groups with one cutting machine, which could save time and space. A movable chopping board is provided, which is convenient for transporting food in a centralized way and preventing food from falling. The blades are arranged at the crossings of the pieces-link with the clearance being half as long as the original one for cutting thin materials. Eight tool holders are arranged to replace four tool holders to prevent the blades from being distorted. A clearance display is arranged, which is convenient for adjusting in the process of cutting.
Description
(1) technical field: the combined cutting machine of adjustable cutter interval, belong to the processing class (A22C) of food such as meat, poultry or fish or foodstuff, also can be used for materials such as processing plastic, timber.
(2) background technology:
At present commercially available processing meat equivalent type strand cutter, vegetable-chopper, majority is the cutting at meat or vegetables simple function.The strand cutter is mainly used in Minced Steak, section, chopping and dices, but this kind strand cutter shortcoming is: 1. the many groups of this strand cutter dress blade is to fix, and can not need thickness to regulate by food materials.2. strand is cut irregularly, cuts the back food materials because of strand and is scattered, and is difficult for being processed into once more silk or fourth.Vegetable-chopper has by cutting the dish need to regulate the thick book function of processing, and its structure and principle are as follows: install 2～3 blade on same tangent plane, when utilizing blade to rotate and the foodstuff charging rate time difference, the distance that forms between a tangent plane and next tangent plane is controlled thick book.This structural disadvantages is as follows: 1. higher meat and the softer foodstuff of toughness is difficult for cutting.2. cutting back food materials are scattered, and are difficult for being processed into once more regular shape.
(3) summary of the invention:
The combined cutting machine of adjustable cutter interval provided by the invention solves existing strand cutter, the cutting of vegetable-chopper simple function, the high meat of toughness and soft diet material exactly and is difficult for problems such as cutting.Its technical scheme is as follows:
The combined cutting machine of adjustable cutter interval comprises shell 1, motor 2, blade 7, it is characterized in that:
(A) establish tool rest frame 4 in the blade, nodal axisn 10 is debug at tool rest frame center, the four-head connecting rings 6.2 that at least two of axial suits move vertically on the axle, four-head connecting ring excircle radially Y and the Z direction width of cloth are penetrated four limit tool rest bar 6.2Y, 6.2Z, and a tool rest 5 is fixed in every tool rest bar outer end; Radially pass on the every tool rest bar 6.2Y of Y direction 1 tilt vertically in flakes 6.1 or two tilt vertically and intersect in flakes 6.1,6.1 ', form in four-head connecting ring both sides thus two-layer tiltedly put in flakes or four layers tiltedly put in flakes end points N in flakes
1, N
2Between dress support two connecting ring 6.3 of usefulness, establish an adjusting nut 8,8m has the edge in flakes with regulating shaft external thread section engagement, axial every section two ends, an end margin is connected with adjusting nut in flakes.Other end edge is connected with tool rest frame one end fixed mount sleeve in flakes, forms telescope support section 6m thus; Adorn 1 or 2 section telescope support section on the whole regulating shaft 10 and form telescope support 6, the blade of corresponding periphery is also formed by 1 or 2 group;
(B) each blade adopts annular blade or annular blade, and each tool rest 5 is installed at each groove 7.1 place of circle in it;
(C) tool rest frame 4 has and supplies tool rest 5 chute 4 in axial sliding
Z, 4
YTool rest frame 4 axial two ends are established fixed mount 3,9 and are connected and fixed, and preceding fixed mount 3 is connected with the motor driving member; Regulating shaft 10 two ends are supported in respectively in the sleeve of forward and backward fixed mount.
To other organization plans of above-mentioned tool rest setting and telescope support (as eight tool rests and pocket knife apart from etc.), the blade comb that is provided with and cutter optimize structure all apart from display unit etc. and describe in detail in conjunction with the accompanying drawings among the embodiment in the back.
Beneficial effect of the present invention:
I. realize a tractor serves several purposes.With support telescopic adjustment cutter distance, can cut the vegetables and the meat of different-thickness, can realize foodstuff section, slitting, chopping, dice.Ii. easy to adjust, only need rotation regulating shaft handle to get final product.Iii. shrink support and can be divided into two sections, blade can divide two groups, and adjusting nut 8m is put in the regulating shaft center, and when preceding end support shrank, cutter was apart from turning down; Back end support elongation, cutter can be processed two kinds of thickness foodstuffs simultaneously apart from turning down, and complementary roll adjustment makes full use of room and time.Iv. adopt annular blade, not only can cut os osseum, also can cut the plastics and the timber of various different-thickness.V. comb is adorned in the blade both sides, the blank and the cleaning blade of remainder between the scraped blade.Vii. establish mobile chopping board and can support and process food materials, and concentrate and carry, prevent to be scattered; Shared because of annular blade and mobile chopping board again, also can cut high meat of toughness and soft diet material.Viii. each blade is provided with the structure (seeing embodiment 5) of eight tool rests, twists in the time of can preventing few tool rest blade cuts.Ix. see embodiment 2, set up blade at the infall that tilts in flakes, this moment, cutter was apart from t
7Can be reduced into embodiment 1 cutter apart from T
7About 1/2, be applicable to that cutter is apart from the situation of cutting thin material for a short time.X. establish cutter apart from display unit, be convenient to cutting and adjusting.
(4) description of drawings:
Fig. 1 rough package drawing of the present invention;
Fig. 2 telescope support section 6m, 6 ' and 6n front view;
Fig. 3 Fig. 2 vertical view;
Figure 1A-A of Fig. 4 embodiment 1-4 analyses and observe (if only draw regulating shaft 10, four-head connecting ring 6.2,6.1a and 6.1b then are Fig. 2 D-D cutaway view in flakes);
Figure 1B-B among Fig. 5 embodiment 3 analyses and observe (if only draw regulating shaft 10, two connecting ring 6.2,6.1a and 6.1b then are Fig. 2 E-E cutaway view in flakes);
Fig. 6 Fig. 4 F-F cutaway view
Figure 1A of Fig. 7 embodiment 5-A cutaway view
Fig. 8 Fig. 1 C-C cutaway view (comb structure schematic diagram);
Fig. 9 Fig. 8 H-H cutaway view
Figure 10 cutter is apart from display unit 12 diagrammatic sketch
Figure 11 Figure 10 G-G cutaway view
Figure 12 Figure 11 K is to view
(5) specific embodiment:
Embodiment 1: Fig. 1～Fig. 4, Fig. 6, Fig. 8～Figure 12
See Fig. 1, rotating part is loaded in the shell 1, and two ends are supported with the supporting seat 13 that bearing is housed, and drive motors 2 is put on the shell outer support frame 2.1, and supporting seat 13 and bracing frame 2.1 all are put on the platform 15, and shell 1 is fixed in two supporting seats 13.Establish tool rest frame 4 in the rotating part blade 7, nodal axisn 10 is debug at tool rest frame center.Present embodiment 1 is adorned two sections complementary telescope support section 6m and is formed telescope support 6 on the whole regulating shaft 10, blade also is made up of for two groups front and back, and promptly the front end cutter is apart from turning down, and the rear end cutter is big or opposite apart from transferring.
See Fig. 2 and Fig. 3, the following formation of every section telescope support section 6m: a plurality of four-head connecting rings 6.2 that move vertically of suit (only drawn 2 among Fig. 2 and Fig. 3, its repetitive cycling structure is omitted with the striping signal) vertically on the front end center adjustment axle 10; Simultaneously, see Fig. 4, four-head connecting ring excircle radially Y and the Z direction width of cloth is penetrated totally four tool rest bar 6.2Y, 6.2Z, and the every outer nose circle of tool rest bar installs and fixes a tool rest 5; And radially pass on the every tool rest bar 6.2Y of Y direction 1 tilt vertically in flakes 6.1, see Fig. 3 and Fig. 4,6.1 form to the 6.1a in flakes and the 6.1b of both sides by being distributed in four-head connecting ring 6.2 excircle Y in flakes; See Fig. 2 and Fig. 3, put tiltedly in flakes with what solid line indicated that 6.1a is arranged in four-head connecting ring 6.2 right sides, with ' little bending ' line indicate tiltedly in flakes 6.1b be arranged in four-head connecting ring 6.2 left sides; Two of left and right sides are tiltedly put a 6.1a and the space crossed end of the 6.1b point N of company in flakes
1And N
2Between (along Y between distance) dress support two connecting ring 6.3 of usefulness.General regulating shaft 10 is not established screw thread the last period, and there is external screw thread centre and rear end, and external thread section length can be by institute's toolsetting apart from design.The center adjustment nut 8m of dress and its engagement outside regulating shaft 10 mid point external thread section places, two sections edges are connected with center adjustment nut 8m in flakes before and after the nut; Foremost the edge in flakes 6.1c be connected with the front sleeve 3.2 of front end fixed mount 3; Rearmost end edge 6.1d in flakes is connected with the back sleeve 9.2 of rear end fixed mount.Edge syndeton in flakes: every section edge has the hole in flakes, being enclosed within adjusting nut Y penetrates on the axle 12.2 (seeing that cutter is apart from display unit 12) to the width of cloth, perhaps be enclosed within on the projection 3.2a or 9.2a of front and back sleeve, also can set up pin and substitute projection, projection or pin with can slide relatively between the hole in flakes, to satisfy toolsetting apart from the flexible corresponding in flakes rotation of support.Form complementary adjustable cutter that complementary telescope support 6 and two set of blades 7m form apart from blade by the two-layer two sections telescope support section 6m that form in flakes of tiltedly putting thus.This embodiment 1 cutter distance is the centre-to-centre spacing T of adjacent two four-head connecting rings 6.2
7(see figure 3).
See Fig. 4, each blade is an annular blade 7, each tool rest 5 is installed with following mode by each groove 7.1 place of circle in it: see Fig. 4 and Fig. 6, each tool rest 5 outer end makes two 5a and 5b clamps the blade 7 at groove 7.1 places, and with connector 7.2 blade 7 and tool rest is connected and fixed.Tool rest 5 the inners are put in the axial slide 4 that tool rest frame 4 has
Z, 4
YIn, each tool rest 5 in chute with telescope support flexible along gate shafts to X to slip.The special-shaped tool rest frame of four compositions that tool rest frame 4 matches with the inner chamber member for cross sectional shape.
See Fig. 1, tool rest frame 4 axial two ends tighten up with forward and backward fixed mount 3,9 respectively.It is fixing with drive motors 2 output driving members 2.2 with screw 3.1 that front end fixed mount 3 is provided with front sleeve 3.2, one ends; The other end is enclosed within outside center adjustment axle 10 terminations, can slide relatively between the two.Rear end fixed mount 9 is provided with back sleeve 9.2, one ends dress hold-down screw 9.1, and the other end can slide outside center adjustment axle 10 between the two relatively.The syndeton of front and back ends fixed mount 3,9 and tool rest frame 4 has following two kinds: 1. see Fig. 1 front end: tool rest frame 4 end faces protrude four flanges 4.1 and embed in the pressing plate 3.3 that is provided with, and tighten up with connector 3.4 between the two, and the front and back end compresses with this structure simultaneously.2. see Fig. 1 rear end: establish four pawls, 9.3 front end band screws screw-in tool rest frame 4 end faces (totally four) and compress, the front and back end compresses with this structure simultaneously.Regulating shaft handle 10a demountable structure is pulled down vibration proof during cutting.Regulating shaft handle 10a front end dress limited block 10b prevents that regulating shaft from moving axially.When toolsetting apart from the time, at first hold-down screw 9.1 is unclamped, rotation regulating shaft handle 10a, the regulating shaft rotation makes adjusting nut 8m engagement rotation relatively, regulating shaft rotation two ends respectively with front sleeve 3.2,9.2 relative slips of back sleeve, because of regulating shaft and fixed mount 3,9 all can not axial displacements, just realize that intermediate regulations nut 8m had not only rotated but also relative adjustment axle and fixed mount axial displacement this moment, when reach, front end layer pressurized in flakes shrinks, cutter is apart from turning down, and the while rear end is the elongation of layer tension in flakes, and cutter is big apart from transferring.When having adjusted again regulating shaft 10 rear ends and back sleeve 9.2 are fixed with screw 9.1.When the cutting foodstuff, start drive motors 2 and cut through front and back fixed mount, tool rest and blade rotation that driving member 2.2 drives one.Regulating shaft, four-head connecting ring, tool rest bar etc. are all in company with rotating.
See Fig. 1, platform 15 is established in blade 7 belows, puts removable chopping board 14 on it, can establish conveyer belt and make and cut foodstuff on the chopping board and move immediately and see off below the chopping board of platform the place ahead.See Fig. 8, Fig. 9 and Fig. 1, two combs 11.1 are adorned in each blade 7 axial both sides of X distribution vertically, and two ends are individually fixed in two ends comb ring 11.3, form one group; Each is organized the comb ring set and also can slide along bar on the comb bar 11.2 of two axial distribution; The axial two ends of comb bar are supported on respectively on the supporting seat 13 of rotating part.When toolsetting apart from the time, each blade 7 moves axially, every group of comb ring 11.3 just slides along comb bar 11.2, with co-operating.See Figure 10, Figure 11, Figure 12 and Fig. 1, cutter is apart from display unit 12 following formation: adjusting nut 8m cylindrical fixedly the width of cloth penetrate in the annular groove that four axles 12.2 stretch to the annulus pulley 12.1 that cylindrical is provided with, fixing slide plate 12.3 on the annulus pulley, and pass comb bar 11.2 and stretch to shell 1 window 1.5 of band scale.Toolsetting apart from the time, adjusting nut 8m moves axially by four axles 12.2 and promotes annulus pulleys 12.1 and slide plate 12.3 moves axially along scale window 1.5, shows just on the scale that cutter is apart from the distance of regulating; And to the produced simultaneously rotation of adjusting nut 8m, four axles 12.2 slide and make the annulus pulley keep not rotating relative to the annulus pulley.
Embodiment 2: see Fig. 1
Present embodiment 2 and embodiment 1 are unique different to be: adorn 1 section telescope support section 6m on the whole regulating shaft 10 and form telescope support 6, blade is also formed by 1 group.The difference following (seeing Fig. 1, Fig. 2 and Fig. 3) of concrete member: 1. establish adjusting nut 8 and be positioned at back edge 6.1d place in flakes, front edge 6.1c in flakes is connected with front sleeve 3.2, and connected mode is identical with embodiment 1.Center adjustment nut 8m cancellation among the embodiment 1 at this moment, back edge 6.1d in flakes are not connected with back sleeve 3.2.
2. cutter is located at rear end adjusting nut 8 places apart from display unit 12.All the other structures and embodiment 1 are identical.
Embodiment 3: see Fig. 5
Embodiment 4: see Fig. 3, Fig. 2
Present embodiment 4 with embodiment 1 unique difference is: see Fig. 3, embodiment 1 establishes two-layer 6.1a and the 6.1b (seeing Fig. 2 general name 6.1) in flakes tiltedly put altogether in axial four four-head connecting ring 6.2 both sides, and present embodiment 3 is respectively set up one deck 6.1a ' and 6.1b ' (see Fig. 2 general name 6.1 ') and the two-layer cross arrangement voluntarily of homonymy in flakes two-layer tiltedly put in flakes outside the 6.1a and 6.1b, makes it to form four layers and tiltedly puts in flakes telescope support 6 ' with the alternate embodiment 1 two-layer telescope support of tiltedly putting in flakes 6.This telescope support 6 ' than embodiment 1 firmer.All the other structures and embodiment 1 are identical.
Embodiment 5: see Fig. 1～Fig. 3, Fig. 7, Fig. 8～Figure 12
(A) see Fig. 7, establish tool rest frame 4n in the blade, nodal axisn 10 is debug at tool rest frame center.See Fig. 2, Fig. 3, at least two two connecting ring 6.3n that move vertically of axial suit on the axle, two connecting ring cylindrical radially Y direction width of cloth is penetrated two connecting rod 6.3Y, pass on every connecting rod 6.3Y 1 tilt vertically in flakes 6.1 or two intersect vertically in flakes 6.1,6.1 ', form in connecting ring 6.3n both sides, two thus two-layer tiltedly put in flakes or four layers tiltedly put in flakes, end points N1 in flakes, dress supports two connecting ring 6.3 of usefulness between the N2, if adjusting nut 8,8m and the engagement of regulating shaft external thread section, axially every section edges at two ends is connected with tool rest frame one end fixed mount sleeve with adjusting nut respectively in flakes., form telescope support section 6n thus; Adorn 1 or 2 section telescope support section on the whole regulating shaft 10 and form telescope support 6, the blade of corresponding periphery is also formed by 1 or 2 group;
(B) see Fig. 7, in tool rest frame 4n, set up two piece auxilliary axle 10ns parallel with regulating shaft 10, on every auxilliary axle vertically dress be fixed in each two connecting ring 6.3n on the regulating shaft 10 and with the auxilliary axle collar 5.1n of its equal number that moves, the width of cloth is penetrated four tool rest bar 5.2n on each auxilliary axle collar, and a tool rest 5 is adorned in every tool rest bar outer end;
(C) each blade 7 adopts annular blade or annular blade, and circle has each groove 7.1 place in it, and each tool rest 5 is installed, and mounting means is identical with embodiment 1;
(D) see Fig. 7, tool rest frame 4n has and supplies tool rest 5 chute 4x in axial sliding.Syndeton in tool rest frame 4n and the front and back fixed mount 3,9 is substantially the same manner as Example 1, one of optional two kinds (see figure 1); Unique different for tool rest frame 4n cross sectional shape for to match with the cavity arrangements member, special-shaped tool rest frame is formed by eight.Regulating shaft 10 two ends are identical with embodiment 1 with fixed mount 3,9 connected modes.Two axial two ends of auxilliary axle 10n are connected with two ends fixed mount 3,9 respectively; Front end fixed mount 3 is connected with motor driving member 2.2.
Can draw from foregoing description, embodiment 5 structures are identical with embodiment 1 structure major part, telescope support such as this patent most critical is identical, different following points: 1. four-head connecting ring 6.2 changes two connecting ring 6.3n into, and leaves out the tool rest and the tool rest bar of periphery.2. set up two auxilliary axle 10n with its on the auxilliary axle collar 5.1n that links to each other with two connecting ring 6.3n.3. tool rest 5 is by the tool rest connecting rod 5.2n pulling of the auxilliary axle collar, and the tool rest of adorning on each blade 5 becomes eight by four.
Claims (6)
1. the combined cutting machine of adjustable cutter interval has shell (1), motor (2), blade (7), it is characterized in that:
(A) establish tool rest frame (4) in the blade, nodal axisn (10) is debug at tool rest frame center, at least two four-head connecting rings (6.2) that move vertically of axial suit on the axle, four-head connecting ring excircle radially Y and the Z direction width of cloth is penetrated four tool rest bars (6.2Y, 6.2Z), and a tool rest (5) is fixed in every tool rest bar outer end; Radially pass 1 (6.1) in flakes that tilt vertically or two (6.1,6.1 ') in flakes that tilt and intersect vertically on the every tool rest bar (6.2Y) of Y direction, form in four-head connecting ring both sides thus two-layer tiltedly put in flakes or four layers tiltedly put in flakes end points N in flakes
1, N
2Between dress support two connecting ring (6.3) of usefulness; If adjusting nut (8,8m) and the engagement of regulating shaft external thread section, axially every section two ends have the edge in flakes, and an end margin is connected with adjusting nut in flakes, and other end edge is connected with tool rest frame one end fixed mount sleeve in flakes, forms telescope support section (6m) thus; Adorn 1 or 2 section telescope support section on the whole regulating shaft and form telescope support (6), the blade of corresponding periphery is also formed by 1 or 2 group;
(B) each blade (7) adopts annular blade or annular blade, each groove 7.1 of circle in it) locate, each tool rest (5) is installed;
(C) tool rest frame (4) has and supplies tool rest (5) chute (4 in axial sliding
Z, 4
Y); The tool rest frame is connected and fixed by the forward and backward fixed mount (3,9) that axial two ends are provided with, and preceding fixed mount (3) is connected with the motor driving member; Regulating shaft (10) two ends are supported in respectively in the sleeve of forward and backward fixed mount.
2. by the described cutting machine of claim 1, it is characterized in that the connecting rod outer end is tool rest (5) fixedly, shock mount on the connecting rod (5.2) at two connecting ring (6.3) endoporus connecting rod (5.1) of packing into; Both ends of the spring is individually fixed in two connecting ring (6.3) and connecting rod (5.1).
3. the combined cutting machine of adjustable cutter interval has shell (1), motor (2), blade (7), it is characterized in that:
(A) establish tool rest frame (4n) in the blade, nodal axisn (10) is debug at tool rest frame center, at least two two connecting rings (6.3n) that move vertically of axial suit on the axle, two connecting ring cylindrical radially Y direction width of cloth is penetrated two connecting rods (6.3Y), pass 1 (6.1) in flakes that tilt vertically or two (6.1,6.1 ') in flakes that tilt and intersect vertically on the every connecting rod (6.3Y), form in two connecting ring (6.3n) both sides thus two-layer tiltedly put in flakes or four layers tiltedly put in flakes, dress supports two connecting ring (6.3) of usefulness between end points N1, the N2 in flakes; If adjusting nut (8,8m) and the engagement of regulating shaft external thread section, axially every section two ends have the edge in flakes, and an end margin is connected with adjusting nut in flakes, and other end edge is connected with tool rest frame one end fixed mount sleeve in flakes; Adorn 1 or 2 section telescope support section on the whole regulating shaft and form telescope support, the blade of corresponding periphery also is 1 or 2 group of composition;
(B) in tool rest frame (4n), set up the two piece auxilliary axles (10n) parallel with regulating shaft (10), on every auxilliary axle vertically dress be fixed in each two connecting ring (6.3n) on the regulating shaft and with the auxilliary axle collar (5.1n) of its equal number that moves, the width of cloth is penetrated many tool rest bars (5.2n) on each auxilliary axle collar, and a tool rest (5) is installed in every tool rest bar outer end;
(C) each blade (7) adopts annular blade or annular blade, and each groove of circle (7.1) is located in it, and each tool rest (5) is installed;
(D) tool rest frame (4n) has and supplies tool rest (5) chute (4x) in axial sliding; Tool rest frame (4n) is connected and fixed by the forward and backward fixed mount (3,9) that axial two ends are provided with, and preceding fixed mount (3) is connected with the motor driving member; Regulating shaft (10) and two auxilliary axle (10n) two ends are supported in respectively in the sleeve of forward and backward fixed mount.
4. by claim 1 or 3 described cutting machines, it is characterized in that establishing mobile chopping board (12) below the blade (7).
5. by claim 1 or 3 described cutting machines, it is characterized in that each blade (7) axially adorns two combs (11.1) in both sides, two ends are individually fixed in two ends comb rings (11.3), form one group; Each is organized the comb ring set and goes up also and can slide along bar at the comb bar (11.2) of two axial distribution; The axial two ends of comb bar are supported on respectively on the supporting seat (13) of setting.
6. by claim 1 or 3 described cutting machines, it is characterized in that establishing cutter apart from display unit (12): adjusting nut (8,8m) cylindrical fixedly the width of cloth penetrate four axles (12.2) and stretch to cylindrical annulus pulley 12.1) annular groove in, fixedly stretch to the slide plate (12.3) of band scale shell (1) window (1.5) on the annulus pulley.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100458300A CN101342709B (en) | 2008-08-18 | 2008-08-18 | Combined cutting machine with adjustable cutter interval |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100458300A CN101342709B (en) | 2008-08-18 | 2008-08-18 | Combined cutting machine with adjustable cutter interval |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101342709A CN101342709A (en) | 2009-01-14 |
| CN101342709B true CN101342709B (en) | 2010-08-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008100458300A Expired - Fee Related CN101342709B (en) | 2008-08-18 | 2008-08-18 | Combined cutting machine with adjustable cutter interval |
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Families Citing this family (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102672746A (en) * | 2012-02-22 | 2012-09-19 | 安徽省金正塑业有限公司 | Combined slitting cutter for plastic films |
| CN102805125B (en) * | 2012-08-15 | 2015-04-15 | 克明面业股份有限公司 | Noodle cutting machine used during production of fine dried noodles |
| CN106393227B (en) * | 2016-10-20 | 2017-12-29 | 李成江 | Full-automatic shredded meat, bar, block, square plate cutter |
| CN107053346A (en) * | 2017-04-26 | 2017-08-18 | 武汉科技大学 | A kind of MDF sawing method and saw cutting device |
| CN107650176B (en) * | 2017-11-13 | 2018-10-02 | 江西轩豪中药饮片有限公司 | A kind of slice thickness Automatic adjustment method of medicinal herbs slicer |
| CN107743994B (en) * | 2017-12-05 | 2019-07-19 | 陈烁 | It is adjustable to roll face group knife |
| CN109047908B (en) * | 2018-09-03 | 2019-06-25 | 绵阳飞远科技有限公司 | A kind of any spacing manual adjustment method of saw blade for cutting different-thickness plate |
| CN109455560B (en) * | 2018-12-21 | 2024-03-15 | 宁波经纬数控股份有限公司 | Machine head of image-text paper feeding cutting machine |
| CN110877378A (en) * | 2019-12-11 | 2020-03-13 | 朱燕丹 | Timber fixed length separation cutting device |
| CN111744621A (en) * | 2020-07-10 | 2020-10-09 | 刘庆 | Novel garbage truck for garbage classification and crushing |
| CN112092166B (en) * | 2020-09-24 | 2021-07-23 | 日照宝乐建材股份有限公司 | Heat preservation evaporates presses aerated concrete block manufacturing system |
| CN112715630B (en) * | 2020-12-29 | 2022-11-11 | 烟台优美食品有限公司 | Deformable fish knife for fish processing |
| CN113068522B (en) * | 2021-04-07 | 2022-03-08 | 湖南农业大学 | Cutting device with adjustable moving blade interval |
-
2008
- 2008-08-18 CN CN2008100458300A patent/CN101342709B/en not_active Expired - Fee Related
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| CN101342709A (en) | 2009-01-14 |
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