CN204160048U - Cutter sweep - Google Patents
Cutter sweep Download PDFInfo
- Publication number
- CN204160048U CN204160048U CN201420568273.1U CN201420568273U CN204160048U CN 204160048 U CN204160048 U CN 204160048U CN 201420568273 U CN201420568273 U CN 201420568273U CN 204160048 U CN204160048 U CN 204160048U
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- rotating shaft
- gear
- conveyer belt
- feed track
- cylinder
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/36—Removing material
- B23K26/38—Removing material by boring or cutting
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- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Plasma & Fusion (AREA)
- Mechanical Engineering (AREA)
- Excavating Of Shafts Or Tunnels (AREA)
- Laser Beam Processing (AREA)
Abstract
The utility model discloses kind of a cutter sweep, comprise band material input area, band material output area and band material cutting area, band material input area, comprises the first Timing Belt wheels, the second Timing Belt wheels, first conveyer belt and the second conveyer belt are oppositely arranged, to form the first feed track.3rd conveyer belt and the 4th conveyer belt are oppositely arranged, and to form the second feed track, the first feed track and the second feed track are located along the same line.Cutter is relative with the region between the first feed track and the second feed track.Coiled strip sawing sheet enters into the first feed track, inputs continuously through the first feed track, then enter into the second feed track, export continuously through the second feed track after becoming band material.In the process of continuous conveyor material, adopt laser etc. the instrument of cutting belt material can carry out servo-actuated cutting according to the track preset to it, and the block material after having cut is carried out carrying or collecting.First feed track, the second feed track are slightly oppressed band material, avoid band material fold, deviation phenomenon generation.
Description
Technical field
The utility model relates to a kind of cutter sweep.
Background technology
In the industrial production, after coiled strip unreels into band material, by conveying mechanism conveyer belt material, in band material cutting work station, feeding style is generally the reciprocating feeding of clamp interval, after clamp completes feeding, by cutting knife or laser, band material is cut into block material, siphon away with the block material of vacuum cup by well cutting and put into material-storing box again, so, completing the unreeling of band material, feeding, cutting and rewinding overall process.
But; for the band material that major part is flexible; band material is unreeled, feeding, in cutting and the whole technical process of rewinding; frequent meeting due to operating personnel carelessness or operate unskilled cause being with material due to the speed of its rear and front end inconsistent and produce fold, tear or deviation phenomenon; and re-use cutting tool cutting belt material after often needing to slow down band material transporting velocity; the operating efficiency of cutting belt material is extremely low, is difficult to realize cutter sweep high speed, continuous operations.
Summary of the invention
Based on this, the utility model is the defect overcoming prior art, provide a kind of can continuous operations can avoid being with material fold, tearing or the cutter sweep of deviation phenomenon.
Its technical scheme is as follows: a kind of cutter sweep, comprises band material input area, band material output area and band material cutting area,
Described band material input area comprises the first Timing Belt wheels, the second Timing Belt wheels, described first Timing Belt wheels comprise the first conveyer belt, described second Timing Belt wheels comprise the second conveyer belt, described first conveyer belt and described second conveyer belt are oppositely arranged, to form the first feed track for conveyer belt material;
Described band material output area comprises the 3rd Timing Belt wheels, the 4th Timing Belt wheels, described 3rd Timing Belt wheels comprise the 3rd conveyer belt, described 4th Timing Belt wheels comprise the 4th conveyer belt, described 3rd conveyer belt and described 4th conveyer belt are oppositely arranged, to form the second feed track being used for conveyer belt material, described first feed track and described second feed track are located along the same line;
Described band material cutting area comprises cutter, and described cutter is relative with the region between described first feed track and described second feed track.
Below further technical scheme is described:
Preferably, described first conveyer belt, the second conveyer belt, the 3rd conveyer belt and the 4th conveyer belt running hourly velocity size is identical.
Preferably, described first Timing Belt wheels also comprise multiple first rollers, the first mounting shell for driving described first conveyer belt running, each described first roller all has the first rotating shaft, described first mounting shell has the first installing hole for installing described first roller, described first rotating shaft two ends are rotatably socketed described first installing hole, and the first rotating shaft described in one of them is passed described first installing hole and is connected with the first torque input module;
Described second Timing Belt wheels also comprise multiple second rollers, the second mounting shell for driving described second conveyer belt running, each described second roller all has the second rotating shaft, described second mounting shell has the second installing hole for installing described second roller, described second rotating shaft two ends are rotatably socketed described second installing hole, and the second rotating shaft described in one of them is passed described second installing hole and is connected with the second torque input module;
Described 3rd Timing Belt wheels also comprise multiple 3rd rollers, the 3rd mounting shell for driving described 3rd conveyer belt running, each described 3rd roller all has the 3rd rotating shaft, described 3rd mounting shell has the 3rd installing hole for installing described 3rd roller, described 3rd rotating shaft two ends are rotatably socketed described 3rd installing hole, and the 3rd rotating shaft described in one of them is passed described 3rd installing hole and is connected with the 3rd torque input module;
Described 4th Timing Belt wheels also comprise multiple 4th rollers, the 4th mounting shell for driving described 4th conveyer belt running, each described 4th roller all has the 4th rotating shaft, described 4th mounting shell has the 4th installing hole for installing described 4th roller, described 4th rotating shaft two ends are rotatably socketed described 4th installing hole, and the 4th rotating shaft described in one of them is passed described 4th installing hole and is connected with the 4th torque input module;
Described first roller, the second roller, the 3rd roller and the 4th roller diameter size are identical, and described first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft diameter are identical, the Driving Torque of described first torque input module, the second torque input module, the 3rd torque input module and the 4th torque input module is identical.
Preferably, described first torque input module comprises the first gear be arranged in described first rotating shaft, and described second torque input module comprises the second gear be arranged in described second rotating shaft, and described first gear is meshed with described second gear;
Described 3rd torque input module comprises the 3rd gear be arranged in described 3rd rotating shaft, and described 4th torque input module comprises the 4th gear be arranged in described 4th rotating shaft, and described 3rd gear is meshed with described 4th gear;
Described first gear or the second gear drive are connected to torque output shaft, and described first rotating shaft or the second rotating shaft are coaxially provided with the first synchronous runner, described 3rd rotating shaft or the 4th rotating shaft are coaxially provided with the second synchronous runner, and the described first synchronous runner is connected by driving-belt with described second synchronous runner;
Wherein, described first gear, the second gear, the 3rd gear and described 4th gear diameter size are identical, and the described first synchronous runner is identical with the diameter of the described second synchronous runner.
Preferably, described first torque input module comprises the first gear be arranged in described first rotating shaft, and described second torque input module comprises the second gear be arranged in described second rotating shaft, and described first gear is meshed with described second gear;
Described 3rd torque input module comprises the 3rd gear be arranged in described 3rd rotating shaft, and described 4th torque input module comprises the 4th gear be arranged in described 4th rotating shaft, and described 3rd gear is meshed with described 4th gear;
Described 3rd gear or the 4th gear drive are connected to torque output shaft, and described 3rd rotating shaft or the 4th rotating shaft are coaxially provided with the first synchronous runner, described first rotating shaft or the second rotating shaft are coaxially provided with the second synchronous runner, and the described first synchronous runner is connected by driving-belt with described second synchronous runner;
Wherein, described first gear, the second gear are straight, the 3rd gear and described 4th gear diameter size identical, the described first synchronous runner is identical with the diameter of the described second synchronous runner.
Preferably, also comprise installation underframe, described second mounting shell, the 4th mounting shell are arranged on described installation underframe, described installation underframe is provided with gripper shoe, described gripper shoe is between described first feed track and described second feed track, described gripper shoe has some draw-in grooves, and described draw-in groove is connected with delivery bar, and described delivery bar connects described first feed track and described second feed track.
Preferably, described cutter is laser cutter, described delivery bar is relative with described laser cutter, and reduces gradually towards the direction radial section of described laser cutter, and the outer surface of the described delivery bar relative with described laser cutter is made by the insensitive material of laser.
Preferably, also comprise the first cylinder, the second cylinder, described first cylinder is connected with described first mounting shell transmission, and described second cylinder is connected with described 3rd mounting shell transmission.
Preferably, also comprise the first cylinder mount frame, the first connecting plate, the second cylinder mount frame and the second connecting plate, first cylinder barrel of described first cylinder is arranged on described first cylinder mount frame, the first piston bar of described first cylinder is connected with described first mounting shell by described first connecting plate, described first cylinder barrel is provided with the first limitting casing, described first connecting plate is provided with the first movable part, and described first movable part is movable in described first limitting casing; Second cylinder barrel of described second cylinder is arranged on described second cylinder mount frame, second piston rod of described second cylinder is connected with described 3rd mounting shell by described second connecting plate, described second cylinder barrel is provided with the second limitting casing, described second connecting plate is provided with the second movable part, and described second movable part is movable in described second limitting casing.
Preferably, described first mounting shell comprises the first cover plate, and the first side plate of described first cover plate both sides, described first side plate has described first installing hole, described first side plate also has the first chute communicated with each described first installing hole, the first slide block is equipped with in each described first chute, described first slide block can move along described first chute, described first slide block is connected with described first rotating shaft, described first cover plate has first through hole corresponding to described first slide position, the first guide cylinder is provided with outside described first through hole, first guide cylinder is provided with the first adjusting handle, the first spring is provided with in first guide cylinder, described first spring one end is connected with described first slide block, the other end of described first spring is connected with described first adjusting handle,
Described 3rd mounting shell comprises the 3rd cover plate, and the 3rd side plate of described 3rd cover plate both sides, described 3rd side plate has described 3rd installing hole, described 3rd side plate also has the 3rd chute communicated with each described 3rd installing hole, the 3rd slide block is equipped with in each described 3rd chute, described 3rd slide block can move along described 3rd chute, described 3rd slide block is connected with described 3rd rotating shaft, described 3rd cover plate has the third through-hole corresponding to described 3rd slide position, the 3rd guide cylinder is provided with outside described third through-hole, described 3rd guide cylinder is provided with the 3rd adjusting handle, the 3rd spring is provided with in 3rd guide cylinder, described 3rd spring one end is connected with described 3rd slide block, the other end of described 3rd spring is connected with described 3rd adjusting handle.
Below the principle, effect etc. of preceding solution are described:
1, after coiled strip sawing sheet becomes band material, enter into the first feed track that described cutter sweep first Timing Belt wheels and the second Timing Belt wheels are formed, input continuously through the first feed track, enter into the second feed track that the 3rd Timing Belt wheels and the 4th Timing Belt wheels are formed again, export continuously through the second feed track, in the process of continuous conveyor material, adopt laser etc. the instrument of cutting belt material can carry out servo-actuated cutting according to the track preset to it at band material cutting area, and the block material after having cut is carried out carrying or collecting.First feed track, the second feed track are slightly oppressed band material, avoid band material fold, deviation phenomenon generation.
2, simultaneously in band material course of conveying, keep the first conveyer belt consistent to the velocity magnitude of the 4th conveyer belt, can prevent band material from conveying and cutting process, producing fold because front and back speed is inconsistent, tear or deviation phenomenon, can ensure that material maintenance zero tension state is with by cutting tool in the process of cutting belt material, the band material product quality obtained is high.
3, first Timing Belt wheels are equipped with gear to the rotating shaft of the 4th Timing Belt wheels, and the first gear is identical with the second gear size and engage each other, 3rd gear is also identical with the 4th gear size and engage each other, first gear is all identical to the 4th gear size simultaneously, first roller is all identical to the 4th roller size, driving-belt is passed through in first rotating shaft or the second rotating shaft and the 3rd rotating shaft or the 4th rotating shaft, first synchronous runner, second synchronous runner connects, namely when motor operates, first gear to the 4th gear operates simultaneously and velocity magnitude is identical, so can realize the first conveyer belt identical and operate to the 4th line speed size simultaneously,
Structure is simple, and response speed is sensitive, effective.
4, adopt the first cylinder, the second cylinder rises the first Timing Belt wheels and the 3rd Timing Belt wheels, changes the distance between the first feed track, the second feed track with this, the band material conveying of different-thickness can be adapted to.
5, the first side plate, the 3rd side plate are equipped with chute, first rotating shaft, the equal connection sliding block of the 3rd rotating shaft, slide block can move along chute, slide block is connected with spring, spring connects adjusting handle, and by the coefficient of elasticity of adjusting handle regulating spring, band material is in course of conveying, first conveyer belt, the 3rd conveyer belt can adaptively move up and down according to being with the thickness of material, can improve band material product quality further.
Accompanying drawing explanation
Fig. 1 is the structural representation one of cutter sweep described in the utility model embodiment;
Fig. 2 is the structural representation two of cutter sweep described in the utility model embodiment;
Fig. 3 is the first Timing Belt wheels structural representation of cutter sweep described in the utility model embodiment.
Description of reference numerals:
10, first Timing Belt wheels, 11, first conveyer belt, 111, first roller, 112, roller shaft, 113, first slide block, 12, first cover plate, 13, first guide cylinder, 14, first spring, 15, first adjusting handle, 16, first gear, 17, first side plate, 171, first chute, 172, first installing hole, 20, second Timing Belt wheels, 21, second conveyer belt, 22, second gear, 30, 3rd Timing Belt wheels, 31, 3rd conveyer belt, 32, 3rd cover plate, 33, 3rd guide cylinder, 34, 3rd spring, 35, 3rd adjusting handle, 36, 3rd gear, 40, 4th Timing Belt wheels, 42, 4th gear, 50, underframe is installed, 51, gripper shoe, 52, draw-in groove, 53, delivery bar, 60, motor, 61, decelerator, 62, first synchronous runner, 63, driving-belt, 64, second synchronous runner, 70, first cylinder, 71, first piston bar, 711, first connecting plate, 712, first movable part, 72, first cylinder barrel, 721, first limitting casing, 73, first cylinder mount frame, 80, second cylinder, 81, second piston rod, 811, second connecting plate, 812, second movable part, 82, second cylinder barrel, 821, second limitting casing, 83, second cylinder mount frame, 90, laser cutter, 91, cutter installing rack.
Detailed description of the invention
Below embodiment of the present utility model is described in detail:
As shown in Figure 1, 2, cutter sweep described in the utility model, comprise band material input area, band material output area and band material cutting area, described band material input area comprises the first Timing Belt wheels 10, second Timing Belt wheels 20, described first Timing Belt wheels 10 comprise the first conveyer belt 11, described second Timing Belt wheels 20 comprise the second conveyer belt 21, and described first conveyer belt 11 is oppositely arranged with described second conveyer belt 21, to form the first feed track for conveyer belt material.Described band material output area comprises the 3rd Timing Belt wheels 30, the 4th Timing Belt wheels 40, described 3rd Timing Belt wheels 30 comprise the 3rd conveyer belt 31, described 4th Timing Belt wheels 40 comprise the 4th conveyer belt, described 3rd conveyer belt 31 is oppositely arranged with described 4th conveyer belt, to form the second feed track being used for conveyer belt material, described first feed track and described second feed track are located along the same line.Described band material cutting area, comprise cutter, described cutter is relative with the region between described first feed track and described second feed track.
After coiled strip sawing sheet becomes band material, enter into the first feed track that the first Timing Belt wheels 10 and the second Timing Belt wheels 20 are formed, input continuously through the first feed track, enter into the second feed track that the 3rd Timing Belt wheels 30 and the 4th Timing Belt wheels 40 are formed again, export continuously through the second feed track.In the process of continuous conveyor material, adopt laser etc. the instrument of cutting belt material can carry out servo-actuated cutting according to the track preset to it at band material cutting area, and the block material after having cut is carried out carrying or collecting.First feed track, the second feed track are slightly oppressed band material, avoid band material fold, deviation phenomenon generation.
In the utility model embodiment, described first conveyer belt 11, second conveyer belt 21, the 3rd conveyer belt 31 and the 4th conveyer belt running hourly velocity size is identical.In band material course of conveying, keep the first conveyer belt 11 consistent to the velocity magnitude of the 4th conveyer belt, can prevent band material from conveying and cutting process, producing fold because front and back speed is inconsistent, tear or deviation phenomenon, can ensure that material maintenance zero tension state is with by cutting tool in the process of cutting belt material, the band material product quality obtained is high.
Referring again to Fig. 3, described first Timing Belt wheels 10 also comprise multiple first rollers 111 for driving described first conveyer belt 11 to operate, first mounting shell, each described first roller 111 all has the first rotating shaft 112, in the utility model embodiment, the first roller 111 is two, described first mounting shell has the first installing hole 172 for installing described first roller 111, described first rotating shaft 112 two ends are rotatably socketed described first installing hole 172, first rotating shaft 112 described in one of them is passed described first installing hole 172 and is connected with the first torque input module.
Similar to the first Timing Belt wheels 10 structure, described second Timing Belt wheels 20 also comprise multiple second rollers, the second mounting shell for driving described second conveyer belt 21 to operate, each described second roller all has the second rotating shaft, described second mounting shell has the second installing hole for installing described second roller, described second rotating shaft two ends are rotatably socketed described second installing hole, and the second rotating shaft described in one of them is passed described second installing hole and is connected with the second torque input module.
Similar to the first Timing Belt wheels 10 structure, described 3rd Timing Belt wheels 30 also comprise multiple 3rd rollers, the 3rd mounting shell for driving described 3rd conveyer belt 31 to operate, each described 3rd roller all has the 3rd rotating shaft, described 3rd mounting shell has the 3rd installing hole for installing described 3rd roller, described 3rd rotating shaft two ends are rotatably socketed described 3rd installing hole, and the 3rd rotating shaft described in one of them is passed described 3rd installing hole and is connected with the 3rd torque input module.
Similar to the first Timing Belt wheels 10 structure, described 4th Timing Belt wheels 40 also comprise multiple 4th rollers, the 4th mounting shell for driving described 4th conveyer belt running, each described 4th roller all has the 4th rotating shaft, described 4th mounting shell has the 4th installing hole for installing described 4th roller, described 4th rotating shaft two ends are rotatably socketed described 4th installing hole, and the 4th rotating shaft described in one of them is passed described 4th installing hole and is connected with the 4th torque input module.
Described first roller 111, second roller (not shown in the figures anticipate out), the 3rd roller and the 4th roller diameter size are identical, and described first rotating shaft 112, second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft diameter are identical, the Driving Torque of described first torque input module, the second torque input module, the 3rd torque input module and the 4th torque input module is identical.
Wherein in an embodiment, described first torque input module comprises the first gear 16 be arranged in described first rotating shaft 112, described second torque input module comprises the second gear 22 be arranged in described second rotating shaft, and described first gear 16 is meshed with described second gear 22.Described 3rd torque input module comprises the 3rd gear 36 be arranged in described 3rd rotating shaft, and described 4th torque input module comprises the 4th gear 42 be arranged in described 4th rotating shaft, and described 3rd gear 36 is meshed with described 4th gear 42.Described first gear 16 or the second gear 22 are in transmission connection to torque output shaft, namely provide torque by torque output shaft, wherein, Fig. 2 illustrates on installation underframe 50 described in the utility model and is provided with motor 60, motor 60 connection reducer 61, carrys out Driving Torque by decelerator 61.And described first rotating shaft 112 or the second rotating shaft are coaxially provided with the first synchronous runner 62, described 3rd rotating shaft or the 4th rotating shaft are coaxially provided with the second synchronous runner 64, and the described first synchronous runner 62 is connected by driving-belt 63 with described second synchronous runner 64.Wherein, described first gear 16, second gear 22 is straight, the 3rd gear 36 and described 4th gear 42 diameter identical, the described first synchronous runner 62 is identical with the diameter of the described second synchronous runner 64.So, the first gear 16 to the 4th gear 42 operates simultaneously and velocity magnitude is identical, can realize the first conveyer belt 11 identical and operate to the 4th line speed size simultaneously, and structure is simple, and response speed is sensitive, effective.
And in another embodiment, described first torque input module comprises the first gear 16 be arranged in described first rotating shaft 112, described second torque input module comprises the second gear 22 be arranged in described second rotating shaft, and described first gear 16 is meshed with described second gear 22.Described 3rd torque input module comprises the 3rd gear 36 be arranged in described 3rd rotating shaft, and described 4th torque input module comprises the 4th gear 42 be arranged in described 4th rotating shaft, and described 3rd gear 36 is meshed with described 4th gear 42.Described 3rd gear 36 or the 4th gear 42 are in transmission connection to torque output shaft, namely provide torque by torque output shaft, wherein, Fig. 2 illustrates on installation underframe 50 described in the utility model and is provided with motor 60, motor 60 connection reducer 61, carrys out Driving Torque by decelerator 61.And described 3rd rotating shaft or the 4th rotating shaft are coaxially provided with the first synchronous runner 62, described first rotating shaft 112 or the second rotating shaft are coaxially provided with the second synchronous runner 64, and the described first synchronous runner 62 is connected by driving-belt 63 with described second synchronous runner 64.Wherein, described first gear 16, second gear 22, the 3rd gear 36 and described 4th gear 42 diameter are identical, and the described first synchronous runner 62 is identical with the diameter of the described second synchronous runner 64.Same so the first gear 16 to the 4th gear 42 operate simultaneously and velocity magnitude is identical, and can realize the first conveyer belt 11 identical and operate to the 4th line speed size, and structure simply, response speed is sensitive, effective simultaneously.
Cutter sweep described in the utility model also comprises installs underframe 50, and described second mounting shell, the 4th mounting shell are arranged on described installation underframe 50.Described installation underframe 50 is provided with gripper shoe 51, described gripper shoe 51 is between described first feed track and described second feed track, described gripper shoe 51 has some draw-in grooves 52, and described draw-in groove 52 is connected with delivery bar 53, and described delivery bar 53 connects described first feed track and described second feed track.Described cutter is laser cutter 90, and described laser cutter is arranged on described cutter installing rack, and described cutter installing rack is fixedly installed on to be installed on underframe 50.Described delivery bar 53 is relative with described laser cutter 90, and reduce gradually towards the direction radial section of described laser cutter 90, the outer surface of the described delivery bar 53 relative with described laser cutter 90 is made by the insensitive material of laser, so, laser is adopted to be enough to cut off band material and do not damage delivery bar 53.
Cutter sweep described in the utility model also comprises the first cylinder 70, second cylinder 80, and described first cylinder 70 is connected with described first mounting shell transmission, and described second cylinder 80 is connected with described 3rd mounting shell transmission.Therefore, be elevated the first Timing Belt wheels 10 and the 3rd Timing Belt wheels 30 with the first cylinder 70, second cylinder 80, change the distance between the first feed track, the second feed track with this, the band material conveying of different-thickness can be adapted to.
Cutter sweep described in the utility model also comprises the first cylinder mount frame 73, first connecting plate 711, second cylinder mount frame 83 and the second connecting plate 811, first cylinder barrel 72 of described first cylinder 70 is arranged on described first cylinder mount frame 73, and the first piston bar 71 of described first cylinder 70 is connected with described first mounting shell by described first connecting plate 711.Described first cylinder barrel 72 is provided with the first limitting casing 721, and described first connecting plate 711 is provided with the first movable part 712, and described first movable part 712 is movable in described first limitting casing 721.Second cylinder barrel 82 of described second cylinder 80 is arranged on described second cylinder mount frame 83, second piston rod 81 of described second cylinder 80 is connected with described 3rd mounting shell by described second connecting plate 811, described second cylinder barrel 82 is provided with the second limitting casing 821, described second connecting plate 811 is provided with the second movable part 812, and described second movable part 812 is movable in described second limitting casing 821.So, carry out restraint part by limitting casing and move, the first Timing Belt wheels 10 and the 3rd Timing Belt wheels 30 can be avoided to be elevated excessively.
Described first mounting shell comprises the first side plate 17 of the first cover plate 12 and described first cover plate 12 both sides.Described first side plate 17 has described first installing hole 172, and described first side plate 17 also has the first chute 171 communicated with each described first installing hole 172.Be equipped with the first slide block 113 in each described first chute 171, described first slide block 113 can move along described first chute 171, and described first slide block 113 is connected with described first rotating shaft 112.Described first cover plate 12 has first through hole corresponding to described first slide block 113 position, is provided with on the first guide cylinder 13, first guide cylinder 13 and is provided with the first adjusting handle 15 outside described first through hole.Be provided with the first spring 14 in first guide cylinder 13, described first spring 14 one end is connected with described first slide block 113, and the other end of described first spring 14 is connected with described first adjusting handle 15.By the coefficient of elasticity of adjusting handle regulating spring, band material is in course of conveying, and the first conveyer belt 11, the 3rd conveyer belt 31 can adaptively move up and down according to being with the thickness of material, can improve band material product quality further.
Similar to the first mounting shell structure, described 3rd mounting shell comprises the 3rd side plate of the 3rd cover plate 32 and described 3rd cover plate 32 both sides, described 3rd side plate has described 3rd installing hole, and described 3rd side plate also has the 3rd chute communicated with each described 3rd installing hole.Be equipped with the 3rd slide block in each described 3rd chute, described 3rd slide block can move along described 3rd chute, and described 3rd slide block is connected with described 3rd rotating shaft.Described 3rd cover plate 32 has the third through-hole corresponding to described 3rd slide position, the 3rd guide cylinder 33 is provided with outside described third through-hole, described 3rd guide cylinder 33 is provided with the 3rd adjusting handle 35, the 3rd spring 34 is provided with in 3rd guide cylinder 33, described 3rd spring 34 one end is connected with described 3rd slide block, and the other end of described 3rd spring 34 is connected with described 3rd adjusting handle 35.
To sum up, the utility model tool has the following advantages:
1, after coiled strip sawing sheet becomes band material, enter into the first feed track that cutter sweep first Timing Belt wheels 10 described in the utility model and the second Timing Belt wheels 20 are formed, input continuously through the first feed track, enter into the second feed track that the 3rd Timing Belt wheels 30 and the 4th Timing Belt wheels 40 are formed again, export continuously through the second feed track, in the process of continuous conveyor material, adopt laser etc. the instrument of cutting belt material can carry out servo-actuated cutting according to the track preset to it at band material cutting area, and the block material after having cut is carried out carrying or collecting.First feed track, the second feed track are slightly oppressed band material, avoid band material fold, deviation phenomenon generation.
2, simultaneously in band material course of conveying, keep the first conveyer belt 11 consistent to the velocity magnitude of the 4th conveyer belt, can prevent band material from conveying and cutting process, producing fold because front and back speed is inconsistent, tear or deviation phenomenon, can ensure that material maintenance zero tension state is with by cutting tool in the process of cutting belt material, the band material product quality obtained is high.
3, first Timing Belt wheels 10 are equipped with gear to the rotating shaft of the 4th Timing Belt wheels 40, and the first gear 16 is identical with the second gear 22 size and engage each other, 3rd gear 36 is also identical with the 4th gear 42 size and engage each other, first gear 16 is all identical to the 4th gear 42 size simultaneously, first roller 111 is all identical to the 4th roller size, first rotating shaft 112 or the second rotating shaft and the 3rd rotating shaft or the 4th rotating shaft are by driving-belt 63, first synchronous runner 62, second synchronous runner 64 connects, namely when motor operates, first gear 16 to the 4th gear 42 operates simultaneously and velocity magnitude is identical, so can realize the first conveyer belt 11 identical and operate to the 4th line speed size simultaneously, structure is simple, response speed is sensitive, effective.
4, adopt the first cylinder 70, second cylinder 80 to rise the first Timing Belt wheels 10 and the 3rd Timing Belt wheels 30, change the distance between the first feed track, the second feed track with this, the band material conveying of different-thickness can be adapted to.
5, the first side plate 17, the 3rd side plate are equipped with chute, first rotating shaft 112, the equal connection sliding block of the 3rd rotating shaft, slide block can move along chute, slide block is connected with spring, spring connects adjusting handle, and by the coefficient of elasticity of adjusting handle regulating spring, band material is in course of conveying, first conveyer belt 11, the 3rd conveyer belt 31 can adaptively move up and down according to being with the thickness of material, can improve band material product quality further.
The above embodiment only have expressed detailed description of the invention of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.
Claims (10)
1. a cutter sweep, comprises band material input area, band material output area and band material cutting area, it is characterized in that,
Described band material input area comprises the first Timing Belt wheels, the second Timing Belt wheels, described first Timing Belt wheels comprise the first conveyer belt, described second Timing Belt wheels comprise the second conveyer belt, described first conveyer belt and described second conveyer belt are oppositely arranged, to form the first feed track for conveyer belt material;
Described band material output area comprises the 3rd Timing Belt wheels, the 4th Timing Belt wheels, described 3rd Timing Belt wheels comprise the 3rd conveyer belt, described 4th Timing Belt wheels comprise the 4th conveyer belt, described 3rd conveyer belt and described 4th conveyer belt are oppositely arranged, to form the second feed track being used for conveyer belt material, described first feed track and described second feed track are located along the same line;
Described band material cutting area comprises cutter, and described cutter is relative with the region between described first feed track and described second feed track.
2. cutter sweep according to claim 1, is characterized in that, described first conveyer belt, the second conveyer belt, the 3rd conveyer belt and the 4th conveyer belt running hourly velocity size are identical.
3. cutter sweep according to claim 2, is characterized in that,
Described first Timing Belt wheels also comprise multiple first rollers, the first mounting shell for driving described first conveyer belt running, each described first roller all has the first rotating shaft, described first mounting shell has the first installing hole for installing described first roller, described first rotating shaft two ends are rotatably socketed described first installing hole, and the first rotating shaft described in one of them is passed described first installing hole and is connected with the first torque input module;
Described second Timing Belt wheels also comprise multiple second rollers, the second mounting shell for driving described second conveyer belt running, each described second roller all has the second rotating shaft, described second mounting shell has the second installing hole for installing described second roller, described second rotating shaft two ends are rotatably socketed described second installing hole, and the second rotating shaft described in one of them is passed described second installing hole and is connected with the second torque input module;
Described 3rd Timing Belt wheels also comprise multiple 3rd rollers, the 3rd mounting shell for driving described 3rd conveyer belt running, each described 3rd roller all has the 3rd rotating shaft, described 3rd mounting shell has the 3rd installing hole for installing described 3rd roller, described 3rd rotating shaft two ends are rotatably socketed described 3rd installing hole, and the 3rd rotating shaft described in one of them is passed described 3rd installing hole and is connected with the 3rd torque input module;
Described 4th Timing Belt wheels also comprise multiple 4th rollers, the 4th mounting shell for driving described 4th conveyer belt running, each described 4th roller all has the 4th rotating shaft, described 4th mounting shell has the 4th installing hole for installing described 4th roller, described 4th rotating shaft two ends are rotatably socketed described 4th installing hole, and the 4th rotating shaft described in one of them is passed described 4th installing hole and is connected with the 4th torque input module;
Described first roller, the second roller, the 3rd roller and the 4th roller diameter size are identical, and described first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft diameter are identical, the Driving Torque of described first torque input module, the second torque input module, the 3rd torque input module and the 4th torque input module is identical.
4. cutter sweep according to claim 3, is characterized in that,
Described first torque input module comprises the first gear be arranged in described first rotating shaft, and described second torque input module comprises the second gear be arranged in described second rotating shaft, and described first gear is meshed with described second gear;
Described 3rd torque input module comprises the 3rd gear be arranged in described 3rd rotating shaft, and described 4th torque input module comprises the 4th gear be arranged in described 4th rotating shaft, and described 3rd gear is meshed with described 4th gear;
Described first gear or the second gear drive are connected to torque output shaft, and described first rotating shaft or the second rotating shaft are coaxially provided with the first synchronous runner, described 3rd rotating shaft or the 4th rotating shaft are coaxially provided with the second synchronous runner, and the described first synchronous runner is connected by driving-belt with described second synchronous runner;
Wherein, described first gear, the second gear, the 3rd gear and described 4th gear diameter size are identical, and the described first synchronous runner is identical with the diameter of the described second synchronous runner.
5. cutter sweep according to claim 3, is characterized in that,
Described first torque input module comprises the first gear be arranged in described first rotating shaft, and described second torque input module comprises the second gear be arranged in described second rotating shaft, and described first gear is meshed with described second gear;
Described 3rd torque input module comprises the 3rd gear be arranged in described 3rd rotating shaft, and described 4th torque input module comprises the 4th gear be arranged in described 4th rotating shaft, and described 3rd gear is meshed with described 4th gear;
Described 3rd gear or the 4th gear drive are connected to torque output shaft, and described 3rd rotating shaft or the 4th rotating shaft are coaxially provided with the first synchronous runner, described first rotating shaft or the second rotating shaft are coaxially provided with the second synchronous runner, and the described first synchronous runner is connected by driving-belt with described second synchronous runner;
Wherein, described first gear, the second gear are straight, the 3rd gear and described 4th gear diameter size identical, the described first synchronous runner is identical with the diameter of the described second synchronous runner.
6. cutter sweep according to claim 3, it is characterized in that, also comprise installation underframe, described second mounting shell, the 4th mounting shell are arranged on described installation underframe, described installation underframe is provided with gripper shoe, and described gripper shoe is between described first feed track and described second feed track, and described gripper shoe has some draw-in grooves, described draw-in groove is connected with delivery bar, and described delivery bar connects described first feed track and described second feed track.
7. cutter sweep according to claim 6, it is characterized in that, described cutter is laser cutter, described delivery bar and direction radial section of towards described laser cutter relative with described laser cutter reduces gradually, and the outer surface of the described delivery bar relative with described laser cutter is made by the insensitive material of laser.
8. cutter sweep according to claim 3, is characterized in that, also comprises the first cylinder, the second cylinder, and described first cylinder is connected with described first mounting shell transmission, and described second cylinder is connected with described 3rd mounting shell transmission.
9. cutter sweep according to claim 8, it is characterized in that, also comprise the first cylinder mount frame, the first connecting plate, the second cylinder mount frame and the second connecting plate, first cylinder barrel of described first cylinder is arranged on described first cylinder mount frame, the first piston bar of described first cylinder is connected with described first mounting shell by described first connecting plate, described first cylinder barrel is provided with the first limitting casing, described first connecting plate is provided with the first movable part, and described first movable part is movable in described first limitting casing; Second cylinder barrel of described second cylinder is arranged on described second cylinder mount frame, second piston rod of described second cylinder is connected with described 3rd mounting shell by described second connecting plate, described second cylinder barrel is provided with the second limitting casing, described second connecting plate is provided with the second movable part, and described second movable part is movable in described second limitting casing.
10. cutter sweep according to claim 3, it is characterized in that, described first mounting shell comprises the first cover plate, and the first side plate of described first cover plate both sides, described first side plate has described first installing hole, described first side plate also has the first chute communicated with each described first installing hole, the first slide block is equipped with in each described first chute, described first slide block can move along described first chute, described first slide block is connected with described first rotating shaft, described first cover plate has first through hole corresponding to described first slide position, the first guide cylinder is provided with outside described first through hole, first guide cylinder is provided with the first adjusting handle, the first spring is provided with in first guide cylinder, described first spring one end is connected with described first slide block, the other end of described first spring is connected with described first adjusting handle,
Described 3rd mounting shell comprises the 3rd cover plate, and the 3rd side plate of described 3rd cover plate both sides, described 3rd side plate has described 3rd installing hole, described 3rd side plate also has the 3rd chute communicated with each described 3rd installing hole, the 3rd slide block is equipped with in each described 3rd chute, described 3rd slide block can move along described 3rd chute, described 3rd slide block is connected with described 3rd rotating shaft, described 3rd cover plate has the third through-hole corresponding to described 3rd slide position, the 3rd guide cylinder is provided with outside described third through-hole, described 3rd guide cylinder is provided with the 3rd adjusting handle, the 3rd spring is provided with in 3rd guide cylinder, described 3rd spring one end is connected with described 3rd slide block, the other end of described 3rd spring is connected with described 3rd adjusting handle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420568273.1U CN204160048U (en) | 2014-06-17 | 2014-09-28 | Cutter sweep |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410271198 | 2014-06-17 | ||
| CN2014102711987 | 2014-06-17 | ||
| CN201420568273.1U CN204160048U (en) | 2014-06-17 | 2014-09-28 | Cutter sweep |
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| Publication Number | Publication Date |
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| CN204160048U true CN204160048U (en) | 2015-02-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410508909.8A Expired - Fee Related CN104275553B (en) | 2014-06-17 | 2014-09-28 | Cutter sweep |
| CN201420568273.1U Expired - Fee Related CN204160048U (en) | 2014-06-17 | 2014-09-28 | Cutter sweep |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410508909.8A Expired - Fee Related CN104275553B (en) | 2014-06-17 | 2014-09-28 | Cutter sweep |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104275553A (en) * | 2014-06-17 | 2015-01-14 | 广州中国科学院工业技术研究院 | Cutting equipment |
| CN112357237A (en) * | 2020-12-14 | 2021-02-12 | 泌阳县禹康医疗器械有限公司 | Mask packaging plastic package structure |
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| CN105081584B (en) * | 2015-08-31 | 2017-08-25 | 宝山钢铁股份有限公司 | The method and its system of plate dynamic following laser cutting are led in a kind of synchronization |
| CN105719396B (en) * | 2016-01-21 | 2018-05-04 | 广州市宝达智能科技有限公司 | Feed device and automatic vending machine |
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| CN109986216B (en) * | 2019-04-19 | 2024-05-31 | 广东捷泰克智能装备有限公司 | Roller feeding frame with gear mechanism and pipe cutting machine using same |
| CN112207457B (en) * | 2020-10-16 | 2022-03-01 | 重庆万重山智能科技有限公司 | Power module and full-automatic laser pipe cutting machine thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| DE3817928A1 (en) * | 1988-02-02 | 1989-08-10 | Windmoeller & Hoelscher | DOUBLE-BAND CONVEYOR FOR A MULTI-LAYER PAPER TUBE |
| JP4985185B2 (en) * | 2007-07-27 | 2012-07-25 | 富士ゼロックス株式会社 | Recording material cutting apparatus and recording material cutting processing apparatus using the same |
| CN201677140U (en) * | 2009-09-29 | 2010-12-22 | 深圳市沃尔核材股份有限公司 | Full-automatic laser cutting machine |
| CN102060203A (en) * | 2009-11-17 | 2011-05-18 | 张朝 | Machine for continuously packaging intermittent plastic bags |
| CN202765911U (en) * | 2012-09-25 | 2013-03-06 | 温州祥中胶带有限公司 | Pulling mechanism of material collection device of plastic belt cutting equipment |
| CN203294895U (en) * | 2013-06-21 | 2013-11-20 | 苏州速腾电子科技有限公司 | Cutting machine |
| CN203542654U (en) * | 2013-11-06 | 2014-04-16 | 苏州同大机械有限公司 | Waste plastic tray decomposing machine |
| CN104275553B (en) * | 2014-06-17 | 2016-08-17 | 广州中国科学院工业技术研究院 | Cutter sweep |
-
2014
- 2014-09-28 CN CN201410508909.8A patent/CN104275553B/en not_active Expired - Fee Related
- 2014-09-28 CN CN201420568273.1U patent/CN204160048U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104275553A (en) * | 2014-06-17 | 2015-01-14 | 广州中国科学院工业技术研究院 | Cutting equipment |
| CN104275553B (en) * | 2014-06-17 | 2016-08-17 | 广州中国科学院工业技术研究院 | Cutter sweep |
| CN112357237A (en) * | 2020-12-14 | 2021-02-12 | 泌阳县禹康医疗器械有限公司 | Mask packaging plastic package structure |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104275553B (en) | 2016-08-17 |
| CN104275553A (en) | 2015-01-14 |
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