CN107718257A - It is a kind of can the cutter device that cuts vertically of synchronous bidirectional - Google Patents

Abstract

The present invention disclose it is a kind of can the cutter device that cuts vertically of synchronous bidirectional, main frame including rectangular parallelepiped structure, crane component in main frame and the walking mechanism in main frame, the crane component includes decile cutting agency, for installing the crane I of Deng Fen cutting agencies, for the first elevating mechanism for driving crane I to move up and down, Shu Qie mechanisms, for installing the crane II of Shu Qie mechanisms and the second elevating mechanism for driving crane II to move up and down, the middle part of crane I, which is fixedly installed, is horizontally mounted frame, crane II is slidably arranged in inside crane I by secondary sliding bar mechanism to be placed in being horizontally mounted below frame；The present apparatus has reasonable in design, and floor space is small, after on cutting machine, it is possible to achieve the function of synchronously being cut on two orthogonal vertical directions, can greatly improve production efficiency.

Description

It is a kind of can the cutter device that cuts vertically of synchronous bidirectional

Technical field

The invention belongs to heat insulation building block production equipment technology for building, and in particular to one kind can synchronous bidirectional it is vertical The cutter device of cutting.

Background technology

The production line of heat insulation building block is cut using wet method and dry method at present, dry method cut base substrate in heat insulation building block into Type commonly uses electric saw after drying and building block is cut repeatedly, on the one hand, the wallboard became uneven of this method cutting, operating difficulties And there is certain danger, easily operator is damaged, on the other hand, due to being cut using dry method, can be produced a large amount of Dust, not only pollute the working environment of staff, and disagreed with the target of Enterprise Construction environmental type factory.It is existing Some heat insulation building blocks are cut using wet method more, i.e., it is cut before drying after shaping, but the cutting of existing wet method The structure of heat insulation building block cutting equipment is not reasonable, and floor space is big, and automaticity is low, the staffing in production process Also relatively more, the cost of whole process input is more, and low production efficiency, causes production cost higher.Existing self-heat conserving is built ,, can only be enterprising in a direction of vertical plane after positioning for the first time due to cutting machine structure reason during the excision forming of block Row cutting, after reposition, is cut again on another direction of vertical plane, therefore, is not carried out at two mutually Synchronously cut on vertical vertical direction, result in the need for being positioned twice, not only production efficiency is low, and repeatedly fixed Position can cause bigger error unavoidably.

The content of the invention

The invention aims to solve problem present on above-mentioned prior art, there is provided one kind can synchronous bidirectional it is vertical The cutter device of cutting, the present apparatus have reasonable in design, and floor space is small, after on cutting machine, it is possible to achieve The function of synchronously being cut on two orthogonal vertical directions, can greatly improve production efficiency.

To achieve the above object, the present invention adopts the following technical scheme that：It is a kind of can synchronous bidirectional cut vertically cutting dress Put, including the main frame of rectangular parallelepiped structure and the crane component in main frame, the crane component include decile Cutting agency, the crane I for installing Deng Fen cutting agencies, for drive the first elevating mechanism that crane I moves up and down, Shu Qie mechanisms, the crane II for installing Shu Qie mechanisms and the second lift for driving crane II to move up and down Structure, the middle part of crane I, which is fixedly installed, is horizontally mounted frame, and crane II is slidably arranged in crane by secondary sliding bar mechanism It is placed in being horizontally mounted below frame inside I；Second elevating mechanism includes screw lift and the liter for drive screw lift Motor II is dropped, and the screw mandrel lower end of the screw lift is fixedly connected with crane II, the pedestal and liter of the screw lift Drop motor II, which is fixedly mounted on, to be horizontally mounted on frame；First elevating mechanism includes lifting motor I and for pulling crane component Traction component, lifting motor I is fixed at the top of main frame, and the traction component includes Traction Drive bar, conduction chain, sprocket wheel Group and two connectors, two connectors are separately fixed at the both sides of crane I, and Traction Drive bar includes being arranged on body of rod both ends The first sprocket wheel and the second sprocket wheel for being arranged in the middle part of the body of rod, Traction Drive bar both ends be erected at the top of main frame and rotate and set To put, a chain wheel set is correspondingly arranged on below each first sprocket wheel, the chain wheel set is fixedly mounted on main frame lower frame, Chain wheel set includes the 3rd sprocket wheel and two sprocket wheel installing plates, and described two sprocket wheel installing plates are vertical and arranged in parallel, and the 3rd Sprocket wheel is rotatably arranged between two sprocket wheel installing plates, and every conduction chain one end is fixedly connected with connector, the other end successively around Cross the first sprocket wheel of Traction Drive boom end, the 3rd sprocket wheel of chain wheel set is fixedly connected with connector, lifting motor I passes through chain band The second sprocket wheel in the middle part of dynamic Traction Drive bar rotates, and first sprocket wheel at Traction Drive bar both ends is by driving conduction chain, with band Dynamic crane component is risen or fallen, and crane I is slidably connected by main sliding bar mechanism with main frame；The decile cutting agency Including reciprocating drive mechanism and cutting mechanism I, the reciprocating drive mechanism of decile cutting agency, which is arranged on, to be horizontally mounted on frame, perpendicular to cut Mechanism includes reciprocating drive mechanism and cutting mechanism II, and the reciprocating drive mechanism of Shu Qie mechanisms is arranged on the upper end of crane II, institute The reciprocating drive mechanism of decile cutting agency and Shu Qie mechanisms is stated to be separately provided and type of drive is identical；The decile dicer Structure and the reciprocating drive mechanism of Shu Qie mechanisms include driving push rod component, cutting wire fixed mount and fixed for installing cutting wire The reciprocal sliding bar mechanism of frame, the driving push rod component include reciprocating motor, the runner on reciprocating motor output shaft and Push rod, one end and the crank-pin on runner end face of push rod are hinged, and the other end is with being vertically arranged in hanging down on cutting wire fixed mount Arm is hinged, and the cutting wire fixed mount of the decile cutting agency is slidably connected crane I by reciprocal sliding bar mechanism, Shu Qie mechanisms Cutting wire fixed mount be slidably connected crane II by reciprocal sliding bar mechanism；The cutting mechanism I includes a plurality of first cutting Silk and four the first roll shafts be arrangeding in parallel, the first roll shaft both ends are rotatably supported on crane I, the roller of two of which first Axial symmetry is arranged on the upper surface of the upper side frame of crane I, and two other the first roll shaft is symmetricly set on the lower frame of crane I Lower surface, multiple first annular grooves for being used to accommodate the first cutting wire are provided with the first roll shaft axis body along its length, The multiple first annular groove is uniformly distributed, first cutting wire one end connection cutting wire fixed mount side, the other end successively around Cross first annular groove connection cutting wire fixed mount opposite side corresponding to four the first roll shafts；The cutting mechanism II includes three Second cutting wire and four the second roll shafts be arrangeding in parallel, the second roll shaft both ends are rotatably supported on crane II, wherein Two the second roll shafts are symmetricly set on the lower surface of the upper side frame of crane II, and two other second roll shaft is symmetricly set on lifting The lower surface of the lower frame of frame II, be provided with along its length on the second roll shaft axis body three be used for accommodate the second cutting wire the Second ring groove, three second annular grooves are uniformly distributed, second cutting wire one end connection cutting wire fixed mount side, separately One end is successively around the second annular groove connection cutting wire fixed mount opposite side corresponding to four the second roll shafts.

As the further improvement of cutter device of the present invention, of the annular groove of every roll shaft in the cutting mechanism I Number is 5-30.

As the further improvement of cutter device of the present invention, the plumbing arm of the decile cutting agency is arranged on cutting wire and fixed The lower surface of frame, the plumbing arm of the Shu Qie mechanisms are arranged on the upper surface of cutting wire fixed mount.

As the further improvement of cutter device of the present invention, the connector includes installation base plate and connecting portion, installs base It is fixed on the inside of plate on crane I, the L-shaped structure in cross section of connecting portion, connecting portion includes horizontal connecting plate and connected vertically Fishplate bar, fixed arm, horizontal connecting plate and traction are also vertically installed with the vertical connecting plates side of the horizontal connecting plate homonymy Chain one end is fixedly connected, and the fixed arm is fixedly connected with the other end of conduction chain.

Beneficial effect

The cutter device of the present invention is rationally designed to device structure, using hommization, modularized design thinking, crane II is arranged in crane I so that crane I and crane II realize the same position above same building block base substrate while risen The function of synchronous cutting is dropped, and Shu Qie mechanisms and decile cutting agency are separately mounted on crane II and crane I, the first cutting Silk and the second cutting wire be mutually perpendicular to it is arranged in a crossed manner, it is achieved that orthogonal to the base substrate two of heat insulation building block vertical Synchronously cut simultaneously on direction, the structure design of this cutter device can not only save the one-time positioning time, improve production Efficiency, and avoid due to human error caused by multiple bearing.Crane I and crane II, which combine, to be set so that equipment Floor space is substantially reduced.

Brief description of the drawings

Fig. 1 is the structural representation of cutter device specific embodiment of the present invention；

Fig. 2 is the dimensional structure diagram A of crane component in cutter device specific embodiment of the present invention；

Fig. 3 is the dimensional structure diagram B of crane component in cutter device specific embodiment of the present invention；

Fig. 4 is the structural representation of crane II in cutter device specific embodiment of the present invention；

Fig. 5 is the structural representation of connector in cutter device specific embodiment of the present invention；

Fig. 6 is the cutting schematic diagram of heat insulation building block in cutter device specific embodiment of the present invention；

Marked in figure：1st, main frame, 2, crane component, 2-1, crane I, 2-2, crane II, 3, it is horizontally mounted frame, 4, secondary Sliding bar mechanism, 5, screw lift, 6, lifting motor II, 7, main sliding bar mechanism, 8, lifting motor I, 9, Traction Drive bar, 10, Conduction chain, 11, chain wheel set, 12, connector, 12-1, installation base plate, 12-2, horizontal connecting plate, 12-3, vertical connecting plates, 12-4, fixed arm, 13, cutting wire fixed mount, 14, reciprocal sliding bar mechanism, 15, reciprocating motor, 16, runner, 17, push rod, 18, Plumbing arm, 19, heat insulation building block, 19-1, vertical section, 19-2, cross section, the 101, first cutting wire, the 102, first roll shaft, 103, One annular groove, the 201, second cutting wire, the 202, second roll shaft, the 203, second annular groove.

Embodiment

In order that technical scheme and advantage are more clearly understood, below in conjunction with drawings and Examples, to this hair It is bright to be further elaborated.

As shown in the figure：The embodiment of the present invention disclose it is a kind of can the cutter device that cuts vertically of synchronous bidirectional, including cuboid The main frame 1 of structure and the crane component 2 in main frame 1, the crane component 2 include decile cutting agency, For installing the 2-1 of crane I of Deng Fen cutting agencies, for driving the first elevating mechanism that the 2-1 of crane I moves up and down, perpendicular Cut mechanism, the 2-2 of crane II for installing Shu Qie mechanisms and the second lifting for driving the 2-2 of crane II to move up and down Mechanism, the 2-1 of crane I middle parts, which are fixedly installed, is horizontally mounted frame 3, and the 2-2 of crane II is slided by secondary sliding bar mechanism 4 and set Put and be placed in being horizontally mounted below frame 3 inside the 2-1 of crane I；Second elevating mechanism includes screw lift 5 and for driving The lifting motor II 6 of screw lift 5, the screw mandrel lower end of the screw lift 5 is fixedly connected with the 2-2 of crane II, described The pedestal and lifting motor II 6 of screw lift 5, which are fixedly mounted on, to be horizontally mounted on frame 3；First elevating mechanism includes lifting electricity Machine I 8 and the traction component for pulling crane component 2, lifting motor I 8 are fixed on the top of main frame 1, the traction component Including Traction Drive bar 9, conduction chain 10, chain wheel set 11 and two connectors 12, two connectors 12 are separately fixed at lifting The 2-1 both sides of frame I, connector 12 include installation base plate 12-1 and connecting portion, the 2- of crane I are fixed on the inside of installation base plate 12-1 On 1, the L-shaped structure in cross section of connecting portion, connecting portion includes horizontal connecting plate 12-2 and vertical connecting plates 12-3, the level Fixed arm 12-4 is also vertically installed with the vertical connecting plates 12-3 sides of connecting plate 12-2 homonymies, Traction Drive bar 9 includes setting The first sprocket wheel at body of rod both ends and the second sprocket wheel being arranged in the middle part of the body of rod are put, the both ends of Traction Drive bar 9 are erected at main frame The top of frame 1 simultaneously rotates setting, and a chain wheel set 11 is correspondingly arranged on below each first sprocket wheel, and the chain wheel set 11 fixes peace On the lower frame of main frame 1, chain wheel set 11 includes the 3rd sprocket wheel and two sprocket wheel installing plates, and described two sprocket wheel installing plates erect Straight and arranged in parallel, the 3rd sprocket wheel is rotatably arranged between two sprocket wheel installing plates, and every one end of conduction chain 10 is fixed Horizontal connecting plate 12-2 is connected, the other end bypasses the first sprocket wheel, the 3rd sprocket wheel of chain wheel set 11 of the end of Traction Drive bar 9 successively Fixed arm 12-4 is fixedly connected with, lifting motor I 8 is rotated by second sprocket wheel at the middle part of chain-driving Traction Drive bar 9, and traction passes First sprocket wheel at the both ends of lever 9 is by driving conduction chain 10, to drive crane component 2 to rise or fall, the 2-1 of crane I It is slidably connected by main sliding bar mechanism 7 with main frame 1；The decile cutting agency includes reciprocating drive mechanism and cutting mechanism I, The reciprocating drive mechanism of decile cutting agency, which is arranged on, to be horizontally mounted on frame 3, and Shu Qie mechanisms include reciprocating drive mechanism and cutting Mechanism II, the reciprocating drive mechanism of Shu Qie mechanisms are arranged on the 2-2 upper ends of crane II, the decile cutting agency and Shu Qie mechanisms Reciprocating drive mechanism to be separately provided and type of drive is identical, be driven using crank-rocker structure；It is described to wait cutting The reciprocating drive mechanism of block mechanism and Shu Qie mechanisms includes driving push rod component, cutting wire fixed mount 13 and cut for installing The reciprocal sliding bar mechanism 14 of silk fixed mount 13, the driving push rod component include reciprocating motor 15, defeated installed in reciprocating motor 15 Runner 16 and push rod 17 on shaft, one end and the crank-pin on the end face of runner 16 of push rod 17 are hinged, and the other end with setting vertically The plumbing arm 18 put on cutting wire fixed mount 13 is be hinged, and the plumbing arm 18 of decile cutting agency is arranged under cutting wire fixed mount 13 End face, the plumbing arm 18 of the Shu Qie mechanisms are arranged on the upper surface of cutting wire fixed mount 13.The cutting of the decile cutting agency Silk fixed mount 13 by reciprocal sliding bar mechanism 14 be slidably connected crane I 2-1, Shu Qie mechanisms cutting wire fixed mount 13 by past Multiple sliding bar mechanism 14 is slidably connected the 2-2 of crane II；It is parallel with four that the cutting mechanism I includes a plurality of first cutting wire 101 The first roll shaft 102 set, the both ends of the first roll shaft 102 are rotatably supported on the 2-1 of crane I, the roll shaft of two of which first 102 are symmetricly set on the upper surface of the 2-1 of crane I upper side frame, and two other first roll shaft 102 is symmetricly set on crane I The lower surface of 2-1 lower frame, it is provided with along its length on the axis body of the first roll shaft 102 and multiple is used to accommodate the first cutting wire 101 first annular groove 103, the multiple first annular groove 103 are uniformly distributed, and the connection of the one end of the first cutting wire 101 is cut The side of cutting wire fixed mount 13, the other end connect cutting wire around first annular groove 103 corresponding to four the first roll shafts 102 successively The opposite side of fixed mount 13, the number of the first annular groove 103 of every first roll shaft 102 is 5-30 in cutting mechanism I, first Cutting wire 101 can carry out installation settings according to the size of product；The cutting mechanism II includes three Hes of the second cutting wire 201 Four the second roll shafts 202 be arrangeding in parallel, the both ends of the second roll shaft 202 are rotatably supported on the 2-2 of crane II, two of which Second roll shaft 202 is symmetricly set on the lower surface of the 2-2 of crane II upper side frame, and two other second roll shaft 202 is symmetrical arranged Be provided with along its length on the lower surface of the 2-2 of crane II lower frame, the axis body of the second roll shaft 202 three be used for accommodate the Second annular groove 203 of two cutting wires 201, three second annular grooves 203 are uniformly distributed, the second cutting wire 201 1 The side of end connection cutting wire fixed mount 13, the other end connect around the second annular groove 203 corresponding to four the second roll shafts 202 successively Connect the opposite side of cutting wire fixed mount 13.

As shown in FIG., the cutting wire in figure is not entirely shown, and the base substrate of heat insulation building block 19 is along vertical section 19-1 by One cutting wire 101 cut and cut along cross section 19-2 by the second cutting wire 201 after finished product.

The cutter device course of work of the present invention is as follows：When cutter device is in directly over the base substrate of heat insulation building block 19, Crane component 2 moves down, and in crane component 2 declines cutting process, the 2-1 of crane I the first cutting wire 101 is rising The 2-2 of the frame II lower section 10cm distances of the second cutting wire 201 drop, therefore two groups of cutting wires intersect and set and cut simultaneously, no It can interfere, the first cutting wires of 2-1 101 of crane I stop cutting when being cut to the base substrate bottom of heat insulation building block 19 in advance Action, the 2-2 of crane II drive the second cutting wire 201 to continue to decline and be cut to self-heat conserving along the secondary slide downward of sliding bar mechanism 4 The base substrate bottom of building block 19, two cut direction complete cutting, the drive screw lift 5 of lifting motor II 6, the 2- of crane II 2 be lifted up 10cm after stop, the lifting motor I 8 of the first elevating mechanism pull two cranes of crane component 2 simultaneously to On be reset to original position.

The cutter device of the present invention may be mounted at enterprising exercise of movable cutting machine and use, and cutting machine is driven by drive device Move, the base substrate of heat insulation building block 19 is arranged on the floor between slide rail, movable cutting machine is to being arranged at cunning on slide rail The base substrate of heat insulation building block 19 between rail is cut.

Another embodiment, the present apparatus can be arranged on to enterprising exercise of fixed cutting machine and used, in fixed cutting machine Lower section set moving cart and for moving cart operation trolley track, the base substrate of heat insulation building block 19 is thrown into movement On dolly, the fixed clamp cylinder for fixing moving cart is provided with cutting machine frame, can after having cut an assembly body Next group of cutting is carried out automatically to pull moving cart to move forward by the draw-gear set on trolley track.

The above described is only a preferred embodiment of the present invention, any formal limitation not is made to the present invention, though So the present invention is disclosed above with preferred embodiment, but is not limited to the present invention, any to be familiar with this professional technology people Member, without departing from the scope of the present invention, when the technology contents using the disclosure above make a little change or modification For the equivalent embodiment of equivalent variations, as long as being the technical spirit pair according to the present invention without departing from technical solution of the present invention content Any simple modification, equivalent change and modification that above example is made, in the range of still falling within technical solution of the present invention.

Claims (4)

1. it is a kind of can the cutter device that cuts vertically of synchronous bidirectional, include the main frame of rectangular parallelepiped structure（1）With installed in main frame Frame（1）Interior crane component（2）, the crane component（2）Including decile cutting agency, for installing Deng Fen cutting agencies Crane I（2-1）, for driving crane I（2-1）It is the first elevating mechanism for moving up and down, Shu Qie mechanisms, perpendicular for installing Cut the crane II of mechanism（2-2）And for driving crane II（2-2）The second elevating mechanism moved up and down, its feature exist In：The crane I（2-1）Middle part, which is fixedly installed, is horizontally mounted frame（3）, crane II（2-2）Pass through secondary sliding bar mechanism（4） It is slidably arranged in crane I（2-1）Inside is placed in being horizontally mounted frame（3）Lower section；Second elevating mechanism includes screw lift （5）With for drive screw lift（5）Lifting motor II（6）, the screw lift（5）Screw mandrel lower end and crane Ⅱ（2-2）It is fixedly connected, the screw lift（5）Pedestal and lifting motor II（6）It is fixedly mounted on and is horizontally mounted frame（3） On；First elevating mechanism includes lifting motor I（8）With for pulling crane component（2）Traction component, lifting motor I（8） It is fixed on main frame（1）Top, the traction component include Traction Drive bar（9）, conduction chain（10）, chain wheel set（11）With two Individual connector（12）, two connectors（12）It is separately fixed at crane I（2-1）Both sides, Traction Drive bar（9）Including being arranged on First sprocket wheel at body of rod both ends and the second sprocket wheel being arranged in the middle part of the body of rod, Traction Drive bar（9）Both ends are erected at main frame （1）Top simultaneously rotates setting, and a chain wheel set is correspondingly arranged on below each first sprocket wheel（11）, the chain wheel set（11）Gu Dingan County is mounted in main frame（1）On lower frame, chain wheel set（11）Including the 3rd sprocket wheel and two sprocket wheel installing plates, described two sprocket wheels Installing plate is vertical and arranged in parallel, and the 3rd sprocket wheel is rotatably arranged between two sprocket wheel installing plates, every conduction chain （10）One end is fixedly connected with connector（12）, the other end bypasses Traction Drive bar successively（9）First sprocket wheel of end, chain wheel set （11）The 3rd sprocket wheel be fixedly connected with connector（12）, lifting motor I（8）Pass through chain-driving Traction Drive bar（9）Middle part Second sprocket wheel rotates, Traction Drive bar（9）First sprocket wheel at both ends is by driving conduction chain（10）, to drive crane component （2）Rise or fall, crane I（2-1）Pass through main sliding bar mechanism（7）With main frame（1）It is slidably connected；The decile dicer Structure includes reciprocating drive mechanism and cutting mechanism I, and the reciprocating drive mechanism of decile cutting agency, which is arranged on, is horizontally mounted frame（3） On, Shu Qie mechanisms include reciprocating drive mechanism and cutting mechanism II, and the reciprocating drive mechanism of Shu Qie mechanisms is arranged on crane II （2-2）The reciprocating drive mechanism of upper end, the decile cutting agency and Shu Qie mechanisms is is separately provided and type of drive is identical；Institute Stating the reciprocating drive mechanism of decile cutting agency and Shu Qie mechanisms includes driving push rod component, cutting wire fixed mount（13）With with In installation cutting wire fixed mount（13）Reciprocal sliding bar mechanism（14）, the driving push rod component includes reciprocating motor（15）, peace Mounted in reciprocating motor（15）Runner on output shaft（16）And push rod（17）, push rod（17）One end and runner（16）On end face Crank-pin is hinged, and the other end is with being vertically arranged in cutting wire fixed mount（13）On plumbing arm（18）It is be hinged, the decile dicer The cutting wire fixed mount of structure（13）Pass through reciprocal sliding bar mechanism（14）Be slidably connected crane I（2-1）, the cutting wire of Shu Qie mechanisms Fixed mount（13）Pass through reciprocal sliding bar mechanism（14）Be slidably connected crane II（2-2）；The cutting mechanism I includes a plurality of first Cutting wire（101）With four the first roll shafts be arrangeding in parallel（102）, first roll shaft（102）Both ends are rotatably supported in lifting Frame I（2-1）On, the roll shaft of two of which first（102）It is symmetricly set on crane I（2-1）Upper side frame upper surface, in addition two Individual first roll shaft（102）It is symmetricly set on crane I（2-1）Lower frame lower surface, the first roll shaft（102）Along length on axis body Degree direction is provided with multiple for accommodating the first cutting wire（101）First annular groove（103）, it is the multiple first annular recessed Groove（103）It is uniformly distributed, the first cutting wire（101）One end connects cutting wire fixed mount（13）Side, the other end bypass four successively Individual first roll shaft（102）Corresponding first annular groove（103）Connect cutting wire fixed mount（13）Opposite side；The cutting mechanism II includes three the second cutting wires（201）With four the second roll shafts be arrangeding in parallel（202）, second roll shaft（202）Both ends It is rotatably supported in crane II（2-2）On, the roll shaft of two of which second（202）It is symmetricly set on crane II（2-2）Top The lower surface of frame, two other second roll shaft（202）It is symmetricly set on crane II（2-2）Lower frame lower surface, second Roll shaft（202）Be provided with along its length on axis body three be used for accommodate the second cutting wire（201）The second annular groove （203）, three second annular grooves（203）It is uniformly distributed, the second cutting wire（201）One end connects cutting wire fixed mount （13）Side, the other end bypass four the second roll shafts successively（202）Corresponding second annular groove（203）Connection cutting wire is fixed Frame（13）Opposite side.

2. a kind of as claimed in claim 1 can the cutter device that cuts vertically of synchronous bidirectional, it is characterised in that：The cutting mechanism Every first roll shaft in I（102）First annular groove（103）Number be 5-30.

3. a kind of as claimed in claim 1 can the cutter device that cuts vertically of synchronous bidirectional, it is characterised in that：The decile stripping and slicing The plumbing arm of mechanism（18）It is arranged on cutting wire fixed mount（13）Lower surface, the plumbing arm of the Shu Qie mechanisms（18）It is arranged on cutting Silk fixed mount（13）Upper surface.

4. a kind of as claimed in claim 1 can the cutter device that cuts vertically of synchronous bidirectional, it is characterised in that：The connector （12）Including installation base plate（12-1）And connecting portion, installation base plate（12-1）Inner side be fixed on crane I（2-1）On, connection The L-shaped structure in cross section in portion, connecting portion include horizontal connecting plate（12-2）And vertical connecting plates（12-3）, the horizontal connection Plate（12-2）The vertical connecting plates of homonymy（12-3）Fixed arm is also vertically installed with side（12-4）, horizontal connecting plate（12-2） With conduction chain（10）One end is fixedly connected, the fixed arm（12-4）With conduction chain（10）The other end be fixedly connected.