CN203919754U - V band Full-automatic digital belting machine - Google Patents
V band Full-automatic digital belting machine Download PDFInfo
- Publication number
- CN203919754U CN203919754U CN201420227058.5U CN201420227058U CN203919754U CN 203919754 U CN203919754 U CN 203919754U CN 201420227058 U CN201420227058 U CN 201420227058U CN 203919754 U CN203919754 U CN 203919754U
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- guide groove
- cylinder
- selvage guide
- wheel
- severing
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Abstract
The utility model discloses a kind of V band Full-automatic digital belting machine, comprise cabinet, the left side of cabinet is connected with box for feeding odd, on box for feeding odd, be from left to right connected with material cloth spool, unwinding equipment, selvage guide groove in turn, on described cabinet, be from left to right connected with automatic severing assembly, head in turn, described cabinet right side is connected with tensioning assembly; Material cloth spool, unwinding equipment, selvage guide groove are two groups, between two groups, be arranged in parallel; Described automatic severing assembly comprises blade holder, long blade, severing cylinder, cylinder blade, and described long blade is fixedly connected on blade holder, and described cylinder blade is connected on severing cylinder, and severing cylinder horizontal cross arranges; The utility model has alleviated manual labor, has improved again production efficiency, has also saved new work training, and qualification, the operating efficiency of the new old work of work almost do not have difference, and in the time adding section chief and be with, one people can operate two machines.
Description
Technical field
The utility model relates to the machine-shaping device field of drive belt, especially relates to a kind of V and is with full-automatic belting machine.
Background technology
Automatically belting machine, in process of production, in advance bonding good made-up belt is suspended on former and later two belt wheels of machine, then need manually infantees to be bonded on made-up belt, then step floor push, manually grasping the guiding of infantees, allow machine rotation once, after forwarding one week to, manually with scissors, infantees is cut off, stepped floor push and rotate ending end, a procedure completes.If two-layer infantees just needs to repeat last action, until operation completes.In this machine process of reproduction, manual labor is large.Easy mill hand when artificial grasp infantees leads simultaneously, operating technology requires high, difficult grasp.And high bad the staying of experienced operator's wage.If train new work, the general time needs a week, even longer.The raw material that new work wasted during training and trainer's wage have all brought no small cost to enterprise.
Utility model content
The purpose of this utility model is to provide a kind of V band Full-automatic digital belting machine, has effectively solved that workman's manual labor is large, the problem of the bad grasp of technology.
The technical solution of the utility model is:
V band Full-automatic digital belting machine, comprise cabinet, the left side of cabinet is connected with box for feeding odd, on box for feeding odd, be from left to right connected with material cloth spool, unwinding equipment, selvage guide groove in turn, on described cabinet, be from left to right connected with automatic severing assembly, head in turn, described cabinet right side is connected with tensioning assembly; Material cloth spool, unwinding equipment, selvage guide groove are two groups, between two groups, be arranged in parallel; Described automatic severing assembly comprises blade holder, long blade, severing cylinder, cylinder blade, described long blade is fixedly connected on blade holder, described cylinder blade is connected on severing cylinder, severing cylinder horizontal cross arranges, and the extreme position that cylinder blade moves right is positioned at the top of long blade; On described cabinet, be laterally provided with successively front driving wheel, plaiting pinch roller and middle driving wheel, between plaiting pinch roller and middle driving wheel, be also provided with head, the below of head is provided with bonding assembly, bonding assembly comprises the bearing being slidably connected with cabinet, described bearing downside is connected with bearing cylinder, on described bearing, be from left to right connected with left pinch roller, clamping wheel and right pinch roller in turn, the position of left pinch roller, clamping wheel, right pinch roller is corresponding with the position of the front driving wheel of the side of being located thereon, plaiting pinch roller, middle driving wheel respectively; Described head comprises two parcel cloth wheels, is also provided with two little running rollers between plaiting pinch roller, middle driving wheel, and two pony roll wheels are positioned at the below of parcel cloth wheel and corresponding with the position of parcel cloth wheel; Described tensioning assembly comprises guide rail, back front driven wheel and rail brackets, and the central axis of front driving wheel, middle driving wheel, back front driven wheel is positioned at sustained height; Back front driven wheel drives and is connected with horizontally disposed tensioning cylinder, and tensioning cylinder is connected on rail brackets, and back front driven wheel and guide rail are slidably connected.
Described selvage guide groove is divided into the first selvage guide groove and the second selvage guide groove, described the first selvage guide groove and the second selvage guide groove drive respectively and are connected with the first selvage guide groove driving cylinder and the second selvage guide groove driving cylinder, and the extreme position that the first selvage guide groove and the second selvage guide groove move right is near automatic severing assembly place.
The first selvage guide groove and the second selvage guide groove are also connected with the transposition cylinder that makes the first selvage guide groove and the second selvage guide groove location swap.
Described head also comprises bent plate, and described bent plate downside is provided with groove, in described groove, is removably connected with fixed block, and each parcel cloth wheel is all connected with infantees wheel shaft, and infantees wheel shaft is connected with fixed block.
On infantees wheel shaft, be also arranged with successively from top to bottom spring and bearing, spring, bearing are between parcel cloth wheel and sliding shoe.
Groove is T-shaped groove, and corresponding fixed block is infantees wheel fixed block, and shape and the T-shaped groove of infantees wheel fixed block are suitable.
Two parcel cloth wheels have angle at longitudinal direction.
Described unwinding equipment comprises leads out drive motors.
Rail brackets lower end is connected with the adjustment plate of capable of regulating rail brackets height.
Described pinch wheels is two, and the center line of two pinch wheels overlaps, and is provided with the adjusting device that regulates spacing between two pinch wheels between two pinch wheels.
This equipment is in the time of operation, in advance the size of band is set in touch-screen, arranging processed is one deck infantees or two-layer infantees (choosing is wherein a kind of) again, choosing rear operator only need hang over made-up belt on the front driving wheel and back front driven wheel of equipment, foot-operated floor push once, the program that equipment just can pre-set by you proceeds as follows successively: made-up belt tension, selvage guide groove work feed, press down on assembly, main shaft rotation infantees, reach set value that rear main shaft stops, braking severing, finishes up that main shaft stops, operation finishes under compress assembly.If there are two layers of infantees, equipment is just and then from moving cloth, down selvage guide groove work feed, press down on assembly, main shaft rotation infantees, reach that main shaft after setting value stops, brake severing, finishes up that main shaft stops, under compress assembly, certainly move cloth and return whole operation and automatically complete.The utility model has alleviated manual labor, has improved again production efficiency, has also saved new work training, and qualification, the operating efficiency of the new old work of work almost do not have difference, and in the time adding section chief and be with, one people can operate two machines.
The utility model is realized: once hanging, one step on, one get, a v band manufactured.Utilized PLC and frequency converter, realized automatic control and speed and regulated, made fast slow-action whole convenient, automatic controlling level is higher, and infantees speed is fast.And v band infantees quality, infantees consolidation compared with existing all cloth-wrapping machines, and also quality can double.The machine function have following some:
(1) control and speed regulate automatically.
(2) cylinder automatic tension made-up belt.
(3) automatically go up cloth bonding.
(4) automatic cut-to-length stops.
(5) severing automatically.
(6) automatically finish up.
(7) tension cylinder is return automatically.
Operator only need be made-up belt, be set on former and later two type wheels of equipment, step on floor push, equipment: from made-up belt tensioning: cloth bonding: fixed length stops: severing automatically: ending: cylinder is return: whole operation finishes: get band, the whole automations of whole process complete.And single double-deck infantees can arbitrarily be set.Each component parts follow procedure sequentially-operating.Operative employee only need hang into belt carcass, take out semi-finished product band, and operative employee's labour intensity is low.After input length, equipment is controlled by PLC, automatically completes each action of infantees, and automaticity is high.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the structural representation of head;
Fig. 4 is the left view of Fig. 3;
Fig. 5 is the structural representation of bonding assembly;
Fig. 6 is the left view (removing after left pinch roller) of Fig. 5.
Detailed description of the invention
As shown in Figure 1, 2, the utility model comprises cabinet 1, box for feeding odd 21, material cloth spool 20, selvage guide groove 18, unwinding equipment 19, cutting mechanism 22, bonding assembly 2 and tensioning assembly.Material cloth spool 20, selvage guide groove 18, automatic severing assembly 22, bonding assembly 2 are all arranged on feeding cabinet 1, and tensioning assembly is located at the right side of cabinet 1.Because the utility model employing is the chargings simultaneously of two wraparound cloth, so expect that cloth spool 20, unwinding equipment 19, selvage guide groove 18 are two, and be arranged in parallel side by side.On cabinet 1, be also provided with touch-screen 16.On material cloth spool 20, be wound with a coiled strip yardage roll.
The machine comprises the front driving wheel 13, middle driving wheel 9, back front driven wheel 6, the head 11 that are located on cabinet 1.Front driving wheel 13, middle driving wheel 9, back front driven wheel 6 are fluted grooved wheel, and three's center line is positioned in same level.Head 11 is located between plaiting pinch roller 12 and back front driven wheel 6, and lower plaiting pinch roller and bonding wheel are designed on the up and down assembly driving at cylinder.Automatically severing assembly 22 is in the upper left side of cabinet 1.Automatically the left side of severing assembly 22 is the feed mechanism that has being connected with cabinet 1, and feed mechanism comprises selvage guide groove, drives unwinding equipment, expects cloth spool 20.Selvage guide groove, driving unwinding equipment, material cloth spool 20 are two, be respectively the first selvage guide groove 18-1, the second selvage guide groove 18-2, first drives unwinding equipment 19-1, second to drive unwinding equipment 19-2, and material cloth spool 20 is similarly two 20-1,20-2, on material cloth spool 20, is all wound with material yardage roll.In direction from left to right, the position correspondence of single selvage guide groove, driving unwinding equipment, material cloth spool 20.
Unwinding equipment, selvage guide groove are all positioned on box for feeding odd 21.
Two selvage guide grooves 18 are positioned at the left side of automatic severing assembly 22, drive cylinder to realize in length and breadth from moving cloth by three.Three drive cylinder to comprise that transposition cylinder 40 and two selvage guide grooves drive cylinder, two selvage guide grooves drive cylinder to be horizontally disposed with, be respectively: the first selvage guide groove drives cylinder 39-1, the second selvage guide groove to drive cylinder 39-2, the first selvage guide groove drives cylinder 39-1, the second selvage guide groove to drive cylinder 39-2 to be connected with the first selvage guide groove 18-1, the second selvage guide groove 18-2 respectively, drives the first selvage guide groove 18-1, the second selvage guide groove 18-2 to move left and right.Transposition cylinder 40 can make to move forward to by the second selvage guide groove 18-2 of rear side the position at the first selvage guide groove 18-1 place.
Unwinding equipment is positioned at the left side of selvage guide groove 18, and unwinding equipment comprises that two are led out drive motors 10(buncher), in the time that infantees is strained, lead out drive motors 10 and can open at any time driving, when unclamping, infantees can stop driving.
As shown in Figure 3,4, head 11 has two, and single head 11 is made up of three parts: bent plate 31, parcel cloth wheel 8, infantees wheel fixed block 33.Bent plate 31 has two T-shaped grooves 32 below, and T-shaped groove 32 adjusts use.Parcel cloth wheel 8 has four, uses as band.Infantees wheel fixed block 33 correspondences also have four, are used for adjusting and fixing the position of four parcel cloth wheels 8.In the present embodiment, the infantees wheel fixed block 33 being connected with bent plate 31 is T-shaped, and T-shaped is inlaid in T-shaped groove 32.Because the primer made-up belt size difference of each producer, so need to adjust as the case may be.
Two parcel cloth wheels 8 of upside are inlaid in T-shaped groove 32 by T-shaped, and two parcel cloth of upside are taken turns 8 upper ends and are connected with infantees wheel shaft 34, are arranged with spring 35 on the axle of infantees wheel shaft 34, between spring and parcel cloth wheel 8, are also provided with pressure bearing 36.The upper end of infantees wheel shaft 34 is fixed in infantees wheel fixed block 33.The center line of two infantees wheel shafts 34 has certain angle in a longitudinal direction.Head 11 has two advantages: 1, capable of regulating, 2, can anyway wrap.
Automatically severing assembly 22 comprises blade holder 37, severing cylinder 17, cylinder blade 14, long blade 15, severing cylinder 17 is horizontally disposed with, cylinder blade 14 is arranged on slideway, cylinder blade 14 can move left and right along slideway, cylinder blade 14 is promoted by severing cylinder 17, cylinder blade 14 is driven by motor, and the motor that driver plate blade 14 rotates is arranged on slideway, and rotation is cut.Long blade 15 is fixed on blade holder 37.Severing cylinder 17 drives cylinder blade 14 in long blade 15, to roll back and forth along slideway, severing infantees.
Tensioning assembly
Tensioning assembly is positioned at the right side of cabinet 1, tensioning assembly comprises the rail brackets 4 of upright setting and horizontally disposed guide rail 7, tensioning cylinder 38, guide rail 7 is connected to the right side of cabinet 1, the right-hand member of tensioning cylinder 38 is connected to the upper end of rail brackets 4, tensioning cylinder 38 left ends connect back front driven wheel 6, back front driven wheel 6 is slidably connected with guide rail 7, and moves left and right along guide rail 7.The lower end of rail brackets 4 is connected with the adjustment plate 5 that can adjust rail brackets 4 whole heights, adjusts plate 5 and can adjust with the distance of rail brackets 4.
As shown in Figure 5,6, the below of head 11 is combined with bonding assembly 2, bonding assembly 2 comprises bearing 41, the both sides of bearing 41 are respectively connected with an initiatively auxiliary wheel 3, two initiatively between auxiliary wheels 3, be provided with 43, two, clamping wheel 42, two pony roll wheels initiatively auxiliary wheels 3 be respectively left pinch roller 44, right pinch roller 45.From left to right see, left pinch roller 44, clamping wheel 42, two pony roll wheels 43, right pinch rollers 45 lay respectively at the below of front driving wheel 13, plaiting pinch roller 12, two parcel cloth wheels, middle driving wheel 9 successively.Bearing 41 is dynamically connected by track sliding with cabinet 1, the downside of bearing 41 is connected with bearing cylinder 46, bearing cylinder 46 promotes bearing 41 and moves up and down, and driving wheel 13, plaiting pinch roller 12 before driving, two parcel cloth wheels, middle driving wheel 9 upwards compress or separate with left pinch roller 44, clamping wheel 42, two pony roll wheels 43, right pinch rollers 45.In a longitudinal direction, clamping wheel 42 is former and later two, and clamping wheel 42 is connected on cabinet 1 by governor motion 47, and governor motion 47 is prior art, comprises bolt and screwed hole, makes two clamping wheels 42 inwardly clamp, or outwards unclamp simultaneously by swivel bolt.Bolt is provided with adjusting handle 48.
The course of work:
First preprepared 1 layer of infantees dish and 2 layers of infantees dish are suspended to respectively on material cloth spool 20-1 and material cloth spool 20-2, again in advance on the bonding separate machine of primer the bonding made-up belt of having cut apart take off one, be suspended in the groove above front driving wheel 13 above, be suspended to below in back front driven wheel 6 groove above, at this moment step on pedal switch system and will connect magnetic valve, drive tensioning cylinder 38 to pull the back front driven wheel 6 of tensioning assembly made-up belt tensioning, the first selvage guide groove 18-1 then drives cylinder 39-1 that ground floor infantees is delivered to below front driving wheel 13 by connected the first selvage guide groove, at this moment bonding assembly 2 is by suppressing infantees on bearing cylinder 46, then the first selvage guide groove 18-1 drives cylinder 39-1 to return by the first selvage guide groove, main shaft rotarily drives made-up belt rotation and carries out one deck infantees by 4 parcel cloth wheels, material cloth spool 20 drives made-up belt to rotate to after default definite value, material cloth spool 20 stops the rotation,
Severing cylinder 17 promotes to return after cylinder blade 14 rolling severing infantees, material cloth spool 20 micro-endings that turn, bonding assembly 2 falls, transposition cylinder 40 drives selvage guide groove 1 and selvage guide groove 2 to replace, then the second selvage guide groove 18-2 drives cylinder 39-2 second layer infantees by connected the second selvage guide groove, deliver to below front driving wheel 13, at this moment bonding assembly 2 is by suppressing infantees on cylinder, then the first selvage guide groove 18-1 drives cylinder 39-1 to return by the first selvage guide groove, material cloth spool 20(main shaft) rotarily drive made-up belt and rotate by 4 parcel cloth wheels 8 and carry out two layers of infantees, material cloth spool 20 drives made-up belt to rotate to after default definite value, material cloth spool 20 stops the rotation, severing cylinder 17 promotes to return after cylinder blade 14 rolling severing infantees, material cloth spool 20 micro-endings that turn, bonding assembly 2 falls, at this moment tensioning assembly is return made-up belt is unclamped by tensioning cylinder 38, get band, whole operation finishes.
Claims (10)
1.V band Full-automatic digital belting machine, comprise cabinet, the left side of cabinet is connected with box for feeding odd, it is characterized in that: on box for feeding odd, be from left to right connected with material cloth spool, unwinding equipment, selvage guide groove in turn, on described cabinet, be from left to right connected with automatic severing assembly, head in turn, described cabinet right side is connected with tensioning assembly; Material cloth spool, unwinding equipment, selvage guide groove are two groups, between two groups, be arranged in parallel; Described automatic severing assembly comprises blade holder, long blade, severing cylinder, cylinder blade, described long blade is fixedly connected on blade holder, described cylinder blade is connected on severing cylinder, severing cylinder horizontal cross arranges, and the extreme position that cylinder blade moves right is positioned at the top of long blade; On described cabinet, be laterally provided with successively front driving wheel, plaiting pinch roller and middle driving wheel, between plaiting pinch roller and middle driving wheel, be also provided with head, the below of head is provided with bonding assembly, bonding assembly comprises the bearing being slidably connected with cabinet, described bearing downside is connected with bearing cylinder, on described bearing, be from left to right connected with left pinch roller, clamping wheel and right pinch roller in turn, the position of left pinch roller, clamping wheel, right pinch roller is corresponding with the position of the front driving wheel of the side of being located thereon, plaiting pinch roller, middle driving wheel respectively; Described head comprises two parcel cloth wheels, is also provided with two little running rollers between plaiting pinch roller, middle driving wheel, and two pony roll wheels are positioned at the below of parcel cloth wheel and corresponding with the position of parcel cloth wheel; Described tensioning assembly comprises guide rail, back front driven wheel and rail brackets, and the central axis of front driving wheel, middle driving wheel, back front driven wheel is positioned at sustained height; Back front driven wheel drives and is connected with horizontally disposed tensioning cylinder, and tensioning cylinder is connected on rail brackets, and back front driven wheel and guide rail are slidably connected.
2. V band Full-automatic digital belting machine according to claim 1, it is characterized in that: described selvage guide groove is divided into the first selvage guide groove and the second selvage guide groove, described the first selvage guide groove and the second selvage guide groove drive respectively and are connected with the first selvage guide groove driving cylinder and the second selvage guide groove driving cylinder, and the extreme position that the first selvage guide groove and the second selvage guide groove move right is near automatic severing assembly place.
3. V band Full-automatic digital belting machine according to claim 2, is characterized in that: the first selvage guide groove and the second selvage guide groove are also connected with the transposition cylinder that makes the first selvage guide groove and the second selvage guide groove location swap.
4. according to the V band Full-automatic digital belting machine described in claim 1 or 2 or 3, it is characterized in that: described head also comprises bent plate, described bent plate downside is provided with groove, in described groove, is removably connected with fixed block, each parcel cloth wheel is all connected with infantees wheel shaft, and infantees wheel shaft is connected with fixed block.
5. V band Full-automatic digital belting machine according to claim 4, is characterized in that: on infantees wheel shaft, be also arranged with successively from top to bottom spring and bearing, spring, bearing are between parcel cloth wheel and sliding shoe.
6. according to the V band Full-automatic digital belting machine described in claim 2 or 3, it is characterized in that: groove is T-shaped groove, corresponding fixed block is infantees wheel fixed block, and shape and the T-shaped groove of infantees wheel fixed block are suitable.
7. according to the V band Full-automatic digital belting machine described in claim 1 or 2 or 3, it is characterized in that: two parcel cloth wheels have angle at longitudinal direction.
8. according to the V band Full-automatic digital belting machine described in claim 1 or 2 or 3, it is characterized in that: described unwinding equipment comprises leads out drive motors.
9. according to the V band Full-automatic digital belting machine described in claim 1 or 2 or 3, it is characterized in that: rail brackets lower end is connected with the adjustment plate of capable of regulating rail brackets height.
10. according to the V band Full-automatic digital belting machine described in claim 1 or 2 or 3, it is characterized in that: described pinch wheels is two, the center line of two pinch wheels overlaps, and is provided with the adjusting device that regulates spacing between two pinch wheels between two pinch wheels.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420227058.5U CN203919754U (en) | 2014-05-06 | 2014-05-06 | V band Full-automatic digital belting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420227058.5U CN203919754U (en) | 2014-05-06 | 2014-05-06 | V band Full-automatic digital belting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203919754U true CN203919754U (en) | 2014-11-05 |
Family
ID=51815625
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420227058.5U Withdrawn - After Issue CN203919754U (en) | 2014-05-06 | 2014-05-06 | V band Full-automatic digital belting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203919754U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103963327A (en) * | 2014-05-06 | 2014-08-06 | 要银安 | Digital full-automatic V-belt wrapping machine |
-
2014
- 2014-05-06 CN CN201420227058.5U patent/CN203919754U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103963327A (en) * | 2014-05-06 | 2014-08-06 | 要银安 | Digital full-automatic V-belt wrapping machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141105 Effective date of abandoning: 20160330 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |