CN105014740A - Novel slitting machine - Google Patents
Novel slitting machine Download PDFInfo
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- CN105014740A CN105014740A CN201510460827.5A CN201510460827A CN105014740A CN 105014740 A CN105014740 A CN 105014740A CN 201510460827 A CN201510460827 A CN 201510460827A CN 105014740 A CN105014740 A CN 105014740A
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Abstract
The invention discloses a novel slitting machine. The novel slitting machine comprises a main machine platform, a driving mechanism, a first main machine and a second main machine. A first supporting plate and a second supporting plate are arranged on the main machine platform. The first main machine is fixed to the first supporting plate through a first left-right sliding device. The second main machine is fixed to the second supporting plate through a second left-right sliding device which is matched with the first left-right sliding device. The first supporting plate is fixed to the main machine platform through a front-back sliding device. The first supporting plate and the second supporting plate are located on the same plane. A standby guide rail is further arranged on the first supporting plate. According to the novel slitting machine, the two slitting main machines are designed to be used alternately, in this way, the service life and machining efficiency of the slitting machine are guaranteed; the distances between corresponding cutter shafts are adjusted through a first sliding bearing pedestal, a second sliding bearing pedestal, a third sliding bearing pedestal and a fourth sliding bearing pedestal which can be adjusted vertically, in this way, cutters of different specifications can be mounted, and thus production cost is reduced, and working efficiency is improved.
Description
Technical field
The present invention relates to plate-cutting apparatus field, refer to a kind of Novel strip cutter especially.
Background technology
Banding machine often uses in plate-cutting apparatus field, existing banding machine is all one and is used alone, if a banding machine uses frequently and does not have the maintenance of timing, cause the service life of banding machine low, or can production efficiency be reduced time banding machine breaks down, existing banding machine is for installing the upper cutter shaft of blade and all fixing can not adjust for the position of the lower cutter shaft installing bottom knife, if just need cutter shaft and lower cutter shaft on other banding machine fixes when using the cutter of different size, both production cost is increased like this, also the efficiency of plate itemize is reduced.
Therefore, must make improvements for above-mentioned defect.
Summary of the invention
The present invention proposes a kind of Novel strip cutter, to solve in prior art that banding machine service life is low, production cost is high and inefficient problem.
Technical scheme of the present invention is achieved in that
A kind of Novel strip cutter, comprises host platform, driving mechanism, the first main frame and the second main frame; Described first main frame, described second main frame and described driving mechanism are from left to right located on described host platform successively, described host platform is provided with the first gripper shoe and the second gripper shoe, described first main frame is fixed in described first gripper shoe by first device that horizontally slips, described second main frame is by being fixed in described second gripper shoe with the described first second device that horizontally slips horizontally slipping that device matches, and described first gripper shoe is fixed on described host platform by slide anteroposterior device; Described first main frame comprises the first main machine base, and described first main machine base is provided with cutter shaft and first time cutter shaft on the first casing, the second casing, first; Left side of face on described first main machine base is located at by described first casing, and described first main machine base upper right is located at by described second casing, and on described first, cutter shaft left end is located on described first casing, and right-hand member is located on described second casing; Described first time cutter shaft left end is located on described first casing, and right-hand member is located on described second casing; Described second main frame comprises the second main machine base, and described second main machine base is provided with cutter shaft and second time cutter shaft on the 3rd casing, the 4th casing, second; Left side of face on described second main machine base is located at by described 3rd casing, and described second main machine base upper right is located at by described 4th casing, and on described second, cutter shaft left end is located on described 3rd casing, and right-hand member is located on described 4th casing; Described second time cutter shaft left end is located on described 3rd casing, and right-hand member is located on described 4th casing; On described second, cutter shaft right-hand member is all connected with described driving mechanism with described second time cutter shaft right-hand member; Described first gripper shoe and described second gripper shoe in the same plane, be also provided with guide rail for subsequent use above described first gripper shoe.
Further, described first casing is provided with cutter shaft installing hole and first time cutter shaft installing hole on first, on described first, cutter shaft installing hole is the strip hole through described first two ends, casing left and right, described first time cutter shaft installing hole is the circular port through described first two ends, casing left and right, described first time cutter shaft installing hole is located at the below of cutter shaft installing hole on described first, described first casing upper end is provided with about the first guiding mechanism, the first plain bearing housing matched with described about first guiding mechanism is provided with in cutter shaft installing hole on described first, the first upper slitter axle bearing is provided with in described first plain bearing housing, first time cutter shaft bearing is provided with in described first time cutter shaft installing hole, described second casing is provided with cutter shaft installing hole and second time cutter shaft installing hole on second, on described second, cutter shaft installing hole is the strip hole through described second two ends, casing left and right, described second time cutter shaft installing hole is the circular port through described second two ends, casing left and right, described second time cutter shaft installing hole is located at the below of cutter shaft installing hole on described second, described second casing upper end is provided with about the second guiding mechanism, the second plain bearing housing matched with described about second guiding mechanism is provided with in cutter shaft installing hole on described second, the second upper slitter axle bearing is provided with in described second plain bearing housing, second time cutter shaft bearing is provided with in described second time cutter shaft installing hole.
Further, described about first guiding mechanism comprise connect successively the first turbine, the first worm screw and the first motor; Described about second guiding mechanism comprise connect successively the second turbine, the first worm screw and the first motor.
Further, described 3rd casing is provided with cutter shaft installing hole and the 3rd time cutter shaft installing hole on the 3rd, on described 3rd, cutter shaft installing hole is the strip hole through described 3rd two ends, casing left and right, described 3rd time cutter shaft installing hole is the circular port through described 3rd two ends, casing left and right, described 3rd time cutter shaft installing hole is located at the below of cutter shaft installing hole on the described 3rd, described 3rd casing upper end is provided with about the 3rd guiding mechanism, the 3rd plain bearing housing matched with described about 3rd guiding mechanism is provided with in cutter shaft installing hole on described 3rd, the 3rd upper slitter axle bearing is provided with in described 3rd plain bearing housing, the 3rd time cutter shaft bearing is provided with in described 3rd time cutter shaft installing hole, described 4th casing is provided with cutter shaft installing hole and the 4th time cutter shaft installing hole on the 4th, on described 4th, cutter shaft installing hole is the strip hole through described 4th two ends, casing left and right, described 4th time cutter shaft installing hole is the circular port through described 4th two ends, casing left and right, described 4th time cutter shaft installing hole is located at the below of cutter shaft installing hole on the described 4th, described 4th casing upper end is provided with about the 4th guiding mechanism, the 4th plain bearing housing matched with described about 4th guiding mechanism is provided with in cutter shaft installing hole on described 4th, the 4th upper slitter axle bearing is provided with in described 4th plain bearing housing, the 4th time cutter shaft bearing is provided with in described 4th time cutter shaft installing hole.
Further, described about 3rd guiding mechanism comprise connect successively the 3rd turbine, the second worm screw and the second motor; Described about 4th guiding mechanism comprise connect successively the 4th turbine, the second worm screw and the second motor.
Further, described first device that horizontally slips comprises the first guide rail and the first roller, and described first guide rail is located in described first gripper shoe, and described first roller is located at below described first main frame.
Further, described second device that horizontally slips comprises the second guide rail and the second roller, and described second guide rail is located in described second gripper shoe, and described second roller is located at below described second main frame.
Further, described slide anteroposterior device comprises the 3rd guide rail and the 3rd roller, and described 3rd guide rail is located on described host platform, and described 3rd roller is located at below described first gripper shoe.
Further, described driving mechanism is drive motors.
Implement beneficial effect of the present invention to have:
The present invention is changed by design two itemize main frames and uses, the service life of such guarantee banding machine and working (machining) efficiency, by the first plain bearing housing of up-down adjustment, the second plain bearing housing, the 3rd plain bearing housing and the 4th plain bearing housing distance on first on cutter shaft and first time cutter shaft and second between cutter shaft and second time cutter shaft can be adjusted, thus the cutter of different size can be installed, be applicable to the cutting of different plate, thus reduce production cost and increase work efficiency.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the perspective view of the casing of a kind of Novel strip cutter of the present invention;
Fig. 2 is the A-A structure for amplifying schematic diagram in Fig. 1;
Figure number and explanation thereof:
1, host platform; 2, the first main frame; 3, the second main frame; 4, driving mechanism; 5, the 3rd guide rail; 6, the first casing; 7, first time cutter shaft; 8, cutter shaft on first; 9, the first worm screw; 10, the second plain bearing housing; 11, cutter shaft installing hole on second; 12, the second casing; 13, the first motor; 14, the first Hooks coupling universal coupling; 15, the second Hooks coupling universal coupling; 16, the first synchronous case; 17, the first main machine base; 18, the first gripper shoe; 19, the first guide rail; 20, the first roller; 21, guide rail for subsequent use; 22, the 3rd roller; 23, the 3rd guide rail.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Referring to figs. 1 through Fig. 2, a kind of Novel strip cutter provided by the invention, comprises host platform 1, driving mechanism 4, first main frame 2 and the second main frame 3; First main frame 2, second main frame 3 and driving mechanism 4 are from left to right located on host platform 1 successively, host platform 1 is provided with the first gripper shoe 18 and the second gripper shoe, first main frame 2 is fixed in the first gripper shoe 18 by first device that horizontally slips, second main frame 3 is by being fixed in the second gripper shoe with the first second device that horizontally slips horizontally slipping that device matches, and the first gripper shoe 18 is fixed on host platform 1 by slide anteroposterior device; First main frame 2 comprises the first main machine base 17, first main machine base 17 and is provided with cutter shaft 8 and first time cutter shaft 7 on the first casing 6, second casing 12, first; Left side of face on the first main machine base 17 is located at by first casing 6, and the first main machine base 17 upper right is located at by the second casing 12, and on first, cutter shaft 8 left end is located on the first casing 6, and right-hand member is located on the second casing 12; First time cutter shaft 8 left end is located on the first casing 6, and right-hand member is located on the second casing 12; Second main frame 3 comprises the second main machine base, and the second main machine base is provided with cutter shaft and second time cutter shaft on the 3rd casing, the 4th casing, second; Left side of face on the second main machine base is located at by 3rd casing, and the second main machine base upper right is located at by the 4th casing, and on second, cutter shaft left end is located on the 3rd casing, and right-hand member is located on the 4th casing; Second time cutter shaft left end is located on the 3rd casing, and right-hand member is located on the 4th casing; On second, cutter shaft right-hand member is all connected with driving mechanism with second time cutter shaft right-hand member; First gripper shoe 18 and the second gripper shoe in the same plane, the first gripper shoe 18 is above also provided with guide rail 21 for subsequent use.Guide rail 21 for subsequent use is match two that be arranged in parallel with the second guide rail.Guide rail 21 for subsequent use changes to for the first main frame 2 and the second main frame the position be connected with driving mechanism 4.Guide rail 21 for subsequent use and the first guide rail 19 be arranged in parallel.First casing 6 is fixed on the first main machine base 17 by the 3rd guide rail 5, and the 3rd casing is fixed on the second main machine base by the 4th guide rail, like this can left and right adjustment the first casing 6 and the position of the 3rd casing.
Operation principle of the present invention:
First on first, cutter loaded onto by cutter shaft and second time cutter shaft for cutter shaft 8 and first time cutter shaft 7 and second, and adjust the distance on cutter shaft 8 on first and first time cutter shaft 7 and second between cutter shaft and second time cutter shaft according to the specification of different product.Then starting drive motors drives the cutter on corresponding second main frame 3 to carry out product itemize.When the second main frame 3 work a period of time need safeguard or the second main frame 3 break down time, by the slip of slide anteroposterior device, guide rail 21 for subsequent use can be slided into the corresponding position of the second guide rail, second main frame 3 is shifted onto on guide rail 21 for subsequent use, by the slip of slide anteroposterior device, the first guide rail 19 is slided into the corresponding position of the second guide rail again, then the first main frame 1 is shifted onto on the second guide rail, so just can realize the first main frame 2 and taking turns to operate of the second main frame 3 maintains easily or prevent the second hostdown from causing working (machining) efficiency to reduce.
First casing 6 is provided with cutter shaft installing hole and first time cutter shaft installing hole on first, on first, cutter shaft installing hole is the strip hole through the first casing about 6 two ends, first time cutter shaft installing hole is the circular port through the first casing about 6 two ends, first time cutter shaft installing hole is located at the below of cutter shaft installing hole 11 on first, first casing 6 upper end is provided with about the first guiding mechanism, the first plain bearing housing matched with about the first guiding mechanism is provided with in cutter shaft installing hole on first, the first upper slitter axle bearing 8 is provided with in first plain bearing housing, first time cutter shaft bearing is provided with in first time cutter shaft installing hole, second casing 12 is provided with cutter shaft installing hole 11 and second time cutter shaft installing hole on second, on second, cutter shaft installing hole 11 is the strip hole through the second casing about 12 two ends, second time cutter shaft installing hole is the circular port through the second casing about 12 two ends, second time cutter shaft installing hole is located at the below of cutter shaft installing hole 11 on second, second casing 12 upper end is provided with about the second guiding mechanism, the second plain bearing housing 10 matched with about the second guiding mechanism is provided with in cutter shaft installing hole 11 on second, the second upper slitter axle bearing is provided with in second plain bearing housing 10, second time cutter shaft bearing is provided with in second time cutter shaft installing hole.First plain bearing housing is less than strip hole, can move up and down along strip hole, and the second plain bearing housing 10 is less than strip hole, can move up and down along strip hole.
About first guiding mechanism comprises the first turbine, the first worm screw 9 and the first motor 13 that connect successively; About second guiding mechanism comprises the second turbine, the first worm screw 9 and the first motor 13 that connect successively.First turbine and the second turbine share the first worm screw 9 and the first motor 13, can optimize complete machine structure like this, save cost.First worm screw 9 of the technical program comprise connect successively the first left worm screw, head rod and the first right worm screw, first left worm screw is connected with the first turbine, first right worm screw is connected with the second turbine, first turbine is connected with the first plain bearing housing by the first turbine wheel shaft, and the second turbine is connected with the second plain bearing housing 10 by the second turbine wheel shaft.
3rd casing is provided with cutter shaft installing hole and the 3rd time cutter shaft installing hole on the 3rd, on 3rd, cutter shaft installing hole is the strip hole through the 3rd two ends, casing left and right, 3rd time cutter shaft installing hole is the circular port through the 3rd two ends, casing left and right, 3rd time cutter shaft installing hole is located at the below of cutter shaft installing hole on the 3rd, 3rd casing upper end is provided with about the 3rd guiding mechanism, the 3rd plain bearing housing matched with about the 3rd guiding mechanism is provided with in cutter shaft installing hole on 3rd, the 3rd upper slitter axle bearing is provided with in 3rd plain bearing housing, the 3rd time cutter shaft bearing is provided with in 3rd time cutter shaft installing hole, 4th casing is provided with cutter shaft installing hole and the 4th time cutter shaft installing hole on the 4th, on 4th, cutter shaft installing hole is the strip hole through the 4th two ends, casing left and right, 4th time cutter shaft installing hole is the circular port through the 4th two ends, casing left and right, 4th time cutter shaft installing hole is located at the below of cutter shaft installing hole on the 4th, 4th casing upper end is provided with about the 4th guiding mechanism, the 4th plain bearing housing matched with about the 4th guiding mechanism is provided with in cutter shaft installing hole on 4th, the 4th upper slitter axle bearing is provided with in 4th plain bearing housing, the 4th time cutter shaft bearing is provided with in 4th time cutter shaft installing hole.3rd plain bearing housing is less than strip hole, can move up and down along strip hole, and the 4th plain bearing housing is less than strip hole, can move up and down along strip hole.
About 3rd guiding mechanism comprise connect successively the 3rd turbine, the second worm screw and the second motor; About 4th guiding mechanism comprise connect successively the 4th turbine, the second worm screw and the second motor.3rd turbine and the 4th turbine share the second worm screw and the second motor, can optimize complete machine structure like this, save cost.Second worm screw of the technical program comprise connect successively the second left worm screw, the second connecting rod and the second right worm screw, second left worm screw is connected with the 3rd turbine, second right worm screw is connected with the 4th turbine, 3rd turbine is connected with the 3rd plain bearing housing by the 3rd turbine wheel shaft, and the 4th turbine is connected with the 4th plain bearing housing by the 4th turbine wheel shaft.
First device that horizontally slips comprises the first guide rail 19 and the first roller 20, first guide rail 19 is located in the first gripper shoe 18, and the first roller 20 is located at below the first main frame 2.First guide rail 19 is two of be arrangeding in parallel, and every bar guide rail is provided with two the first rollers 20, and what can ensure that the first gripper shoe 18 can be stable like this is fixed on host platform 1, and convenient the first main frame 2 is below replaced the second main frame 3 and worked.
Second device that horizontally slips comprises the second guide rail and the second roller, and the second guide rail is located in the second gripper shoe, and the second roller is located at below the second main frame 3.Second guide rail is two that be arranged in parallel, and every bar guide rail is provided with two the second rollers, and what can ensure that the second gripper shoe can be stable like this is fixed on host platform, and convenient the first main frame 2 is below replaced the second main frame 3 and worked.
Slide anteroposterior device comprises the 3rd guide rail and the 3rd roller, and the 3rd guide rail is located on host platform 1, and the 3rd roller is located at below the first gripper shoe 18.3rd guide rail is two articles that be arranged in parallel, and every article of guide rail is provided with two the 3rd rollers, and what can ensure that the first gripper shoe 18 can be stable like this is fixed on host platform 1 and the slide anteroposterior of the first gripper shoe 18.
Driving mechanism 4 is drive motors.First main machine base 17 connects in addition from right to left successively the first shaft coupling, the first synchronous case 16 and the first Hooks coupling universal coupling assembly, first shaft coupling is used for being connected with drive motors, the first synchronizing wheel that first synchronous case 16 comprises the first driving wheel and is connected with the first driving wheel, the first Hooks coupling universal coupling assembly comprises the first Hooks coupling universal coupling 14 be connected with the first driving wheel and the second Hooks coupling universal coupling 15 be connected with the first synchronizing wheel.Second main machine base connects the second shaft coupling, the second synchronous case and the second Hooks coupling universal coupling assembly in addition from right to left successively, second shaft coupling is connected with drive motors, the second synchronizing wheel that second synchronous case comprises the second driving wheel and is connected with the second driving wheel, the second Hooks coupling universal coupling assembly comprises the 3rd Hooks coupling universal coupling be connected with the second driving wheel and the 4th Hooks coupling universal coupling be connected with the second synchronizing wheel.Such design can use a drive motors just can realize the itemize operation of machine, both can optimize complete machine structure, and can reduce machine cost again.
First main frame 2 of the technical program is identical with the structure of the second main frame 3, and the first casing, the second casing, the 3rd casing are substantially identical with the structure of the 4th casing, and the drawing of mutual structure can refer to relevant accompanying drawing, does not just repeat at this.
In sum, the present invention is changed by design two itemize main frames and uses, the service life of such guarantee banding machine and working (machining) efficiency, by the first plain bearing housing of up-down adjustment, the second plain bearing housing, the 3rd plain bearing housing and the 4th plain bearing housing distance on first on cutter shaft and first time cutter shaft and second between cutter shaft and second time cutter shaft can be adjusted, thus the cutter of different size can be installed, be applicable to the cutting of different plate, thus reduce production cost and increase work efficiency.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (9)
1. a Novel strip cutter, is characterized in that, comprises host platform, driving mechanism, the first main frame and the second main frame; Described first main frame, described second main frame and described driving mechanism are from left to right located on described host platform successively, described host platform is provided with the first gripper shoe and the second gripper shoe, described first main frame is fixed in described first gripper shoe by first device that horizontally slips, described second main frame is by being fixed in described second gripper shoe with the described first second device that horizontally slips horizontally slipping that device matches, and described first gripper shoe is fixed on described host platform by slide anteroposterior device; Described first main frame comprises the first main machine base, and described first main machine base is provided with cutter shaft and first time cutter shaft on the first casing, the second casing, first; Left side of face on described first main machine base is located at by described first casing, and described first main machine base upper right is located at by described second casing, and on described first, cutter shaft left end is located on described first casing, and right-hand member is located on described second casing; Described first time cutter shaft left end is located on described first casing, and right-hand member is located on described second casing; Described second main frame comprises the second main machine base, and described second main machine base is provided with cutter shaft and second time cutter shaft on the 3rd casing, the 4th casing, second; Left side of face on described second main machine base is located at by described 3rd casing, and described second main machine base upper right is located at by described 4th casing, and on described second, cutter shaft left end is located on described 3rd casing, and right-hand member is located on described 4th casing; Described second time cutter shaft left end is located on described 3rd casing, and right-hand member is located on described 4th casing; On described second, cutter shaft right-hand member is all connected with described driving mechanism with described second time cutter shaft right-hand member; Described first gripper shoe and described second gripper shoe in the same plane, be also provided with guide rail for subsequent use above described first gripper shoe.
2. the Novel strip cutter according to claims 1, it is characterized in that, described first casing is provided with cutter shaft installing hole and first time cutter shaft installing hole on first, on described first, cutter shaft installing hole is the strip hole through described first two ends, casing left and right, described first time cutter shaft installing hole is the circular port through described first two ends, casing left and right, described first time cutter shaft installing hole is located at the below of cutter shaft installing hole on described first, described first casing upper end is provided with about the first guiding mechanism, the first plain bearing housing matched with described about first guiding mechanism is provided with in cutter shaft installing hole on described first, the first upper slitter axle bearing is provided with in described first plain bearing housing, first time cutter shaft bearing is provided with in described first time cutter shaft installing hole, described second casing is provided with cutter shaft installing hole and second time cutter shaft installing hole on second, on described second, cutter shaft installing hole is the strip hole through described second two ends, casing left and right, described second time cutter shaft installing hole is the circular port through described second two ends, casing left and right, described second time cutter shaft installing hole is located at the below of cutter shaft installing hole on described second, described second casing upper end is provided with about the second guiding mechanism, the second plain bearing housing matched with described about second guiding mechanism is provided with in cutter shaft installing hole on described second, the second upper slitter axle bearing is provided with in described second plain bearing housing, second time cutter shaft bearing is provided with in described second time cutter shaft installing hole.
3. the Novel strip cutter according to claims 2, is characterized in that, described about first guiding mechanism comprise connect successively the first turbine, the first worm screw and the first motor; Described about second guiding mechanism comprise connect successively the second turbine, the first worm screw and the first motor.
4. the Novel strip cutter according to claims 1, it is characterized in that, described 3rd casing is provided with cutter shaft installing hole and the 3rd time cutter shaft installing hole on the 3rd, on described 3rd, cutter shaft installing hole is the strip hole through described 3rd two ends, casing left and right, described 3rd time cutter shaft installing hole is the circular port through described 3rd two ends, casing left and right, described 3rd time cutter shaft installing hole is located at the below of cutter shaft installing hole on the described 3rd, described 3rd casing upper end is provided with about the 3rd guiding mechanism, the 3rd plain bearing housing matched with described about 3rd guiding mechanism is provided with in cutter shaft installing hole on described 3rd, the 3rd upper slitter axle bearing is provided with in described 3rd plain bearing housing, the 3rd time cutter shaft bearing is provided with in described 3rd time cutter shaft installing hole, described 4th casing is provided with cutter shaft installing hole and the 4th time cutter shaft installing hole on the 4th, on described 4th, cutter shaft installing hole is the strip hole through described 4th two ends, casing left and right, described 4th time cutter shaft installing hole is the circular port through described 4th two ends, casing left and right, described 4th time cutter shaft installing hole is located at the below of cutter shaft installing hole on the described 4th, described 4th casing upper end is provided with about the 4th guiding mechanism, the 4th plain bearing housing matched with described about 4th guiding mechanism is provided with in cutter shaft installing hole on described 4th, the 4th upper slitter axle bearing is provided with in described 4th plain bearing housing, the 4th time cutter shaft bearing is provided with in described 4th time cutter shaft installing hole.
5. the Novel strip cutter according to claims 4, is characterized in that, described about 3rd guiding mechanism comprise connect successively the 3rd turbine, the second worm screw and the second motor; Described about 4th guiding mechanism comprise connect successively the 4th turbine, the second worm screw and the second motor.
6. the Novel strip cutter according to claims 1, is characterized in that, described first device that horizontally slips comprises the first guide rail and the first roller, and described first guide rail is located in described first gripper shoe, and described first roller is located at below described first main frame.
7. the Novel strip cutter according to claims 1, is characterized in that, described second device that horizontally slips comprises the second guide rail and the second roller, and described second guide rail is located in described second gripper shoe, and described second roller is located at below described second main frame.
8. the Novel strip cutter according to claims 1, is characterized in that, described slide anteroposterior device comprises the 3rd guide rail and the 3rd roller, and described 3rd guide rail is located on described host platform, and described 3rd roller is located at below described first gripper shoe.
9. the Novel strip cutter according to claims 1, is characterized in that, described driving mechanism is drive motors.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510460827.5A CN105014740A (en) | 2015-07-29 | 2015-07-29 | Novel slitting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510460827.5A CN105014740A (en) | 2015-07-29 | 2015-07-29 | Novel slitting machine |
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| Publication Number | Publication Date |
|---|---|
| CN105014740A true CN105014740A (en) | 2015-11-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510460827.5A Pending CN105014740A (en) | 2015-07-29 | 2015-07-29 | Novel slitting machine |
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| CN (1) | CN105014740A (en) |
Cited By (1)
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| CN110421391A (en) * | 2018-05-05 | 2019-11-08 | 江西德瑞带钢有限公司 | A kind of online tool changing machine and its cutter replacing method |
| CN110421391B (en) * | 2018-05-05 | 2024-04-26 | 江西德瑞带钢有限公司 | Online tool changer and tool changing method thereof |
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Application publication date: 20151104 |
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