CN205441788U - Continuous type is pull structure for thousand pages of wheel productions - Google Patents
Continuous type is pull structure for thousand pages of wheel productions Download PDFInfo
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- CN205441788U CN205441788U CN201521110853.7U CN201521110853U CN205441788U CN 205441788 U CN205441788 U CN 205441788U CN 201521110853 U CN201521110853 U CN 201521110853U CN 205441788 U CN205441788 U CN 205441788U
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- abrasive band
- band cylinder
- screw mandrel
- fixture
- arc
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Abstract
The utility model discloses a continuous type is pull structure for thousand pages of wheel productions, wherein, including track frame, anchor clamps mounting bracket, the fixture of setting on the anchor clamps mounting bracket, fixture mainly include with side laminating of abrasive band cylinder and the arc anchor clamps that compress tightly, the arc anchor clamps are established to three groups, the centre gripping is carried out to the circumference of abrasive band cylinder to the three direction of follow respectively, pulling the structure and establishing at least to two sets of, two sets of structures of pulling are pull in turn and are carried the abrasive band cylinder forward consecutively. The utility model provides a back is to the end carried to the preceding a set of structure of drawing, and a set of structure of drawing in back is carried forward after that, and two sets of structures of drawing are replacing intermittent movement, and final abrasive band cylinder is carried forward consecutively, the overall process adopts automatic control, does not need artificial intervention, and is efficient, fast. Satisfy thousand pages of demands that wheel automated production transported in succession to the abrasive band cylinder, solved the inefficiency of traditional handicraft existence, the technical problem that the productivity is low, the cost of labor is high well.
Description
Technical field
This utility model relates to page thousand wheel production fields, particularly relates to a kind of abrasive band cylinder hitch structure on page thousand wheel production lines.
Background technology
Abrasive band is through arranging and becoming a bundle abrasive band cylinder after first one-step forming, in order to meet the demand being fed forward continuously by abrasive band cylinder, now develop the machine of a kind of continuous traction, in the middle of the automated production of page thousand wheel, improve efficiency and production capacity that tradition page thousand wheel produces, reduce expensive cost of labor.
Therefore the technology of traditional mode of production page thousand wheel requires further improvement and perfect.
Utility model content
The purpose of this utility model is the continuous way hitch structure providing page a kind of thousand wheels to produce, and for meeting the demand of page thousand wheel automated production, solves the technical problem that efficiency is low, production capacity is low, cost of labor is high that traditional handicraft exists.
Technical scheme designed by this utility model is as follows:
The continuous way hitch structures that page a kind of thousand wheel produces, wherein, including track frame, clamp erection fixture, the clamping device that is arranged on clamp erection fixture；Described clamping device mainly includes the arc fixture fitted with abrasive band column side face and compress, and arc fixture is set to three groups, clamps the circumference of abrasive band cylinder from three directions respectively；Described clamp erection fixture is arranged on track frame, and described track frame drives fixture to installing rack and clamps abrasive band cylinder and be fed forward；Described hitch structure is at least set to two groups, and abrasive band cylinder is carried the most forward by two groups of hitch structure alternately tractions.
The continuous way hitch structure that described page thousand wheel produces, wherein, described track frame includes line slideway, drives fixture to traction electric machine, double limit switch and Anti-knocking assembly that the screw mandrel of installing rack is connected with screw rod transmission；Described line slideway is set to two groups, is separately positioned on the both sides of screw mandrel；Clamp erection fixture is arranged on line slideway, is connected with wire rod thread；Described traction electric machine drives fixture to installing rack by screw mandrel and moves；Described pair of limit switch is arranged on the two ends of track frame, including proximity switch and travel switch；Described proximity switch and travel switch electrically connect with traction electric machine respectively；Described Anti-knocking assembly is arranged on the rear of double limit switch, prevents clamp erection fixture from plunging off the tracks frame.
The continuous way hitch structure that described page thousand wheel produces, wherein, described arc fixture includes arc, the spiral lift device driving arc and controls the clamping motor of spiral lift device；Described spiral lift device includes the lifting unit for vertical feed and the operating portion of control lifting；The intrados of described arc and the laminating of abrasive band column side face；Described spiral lift device is fixedly installed, and its lifting unit is fixed with arc, and operating portion is connected with clamping motor-driven, and clamping motor driving arc and abrasive band cylinders contact also clamps；Described arc fixture is set to three groups, clamps the circumference of abrasive band cylinder from three directions respectively.
The continuous way hitch structure that described page thousand wheel produces, wherein, described hitch structure also includes the balance auxiliary body being arranged on clamp erection fixture two ends, and described balance auxiliary body includes auxiliary stand, the vertical adjustment mechanism of regulation abrasive band height of column, limits the level(l)ing device of skew about the cylinder of abrasive band；Described auxiliary stand is fixedly installed, and abrasive band cylinder is from centre through auxiliary stand, and vertical adjustment mechanism and level(l)ing device are arranged on auxiliary stand, and abrasive band cylinder is carried out location vertically and horizontally.
The continuous way hitch structure that described page thousand wheel produces, wherein, described vertical adjustment mechanism includes the first folder rod that two the first screw mandrels being vertically arranged, two vertical first screw mandrels are arranged；Described first screw mandrel is separately positioned on the left and right sides of abrasive band cylinder, and its end is fixed on auxiliary stand by bearing；Described first folder rod is separately positioned on the both sides up and down of abrasive band cylinder, and its end is connected with the first wire rod thread, adjusts the height of abrasive band cylinder；Described level(l)ing device includes the second folder rod that two horizontally disposed second screw mandrels, two vertical second screw mandrels are arranged；Described second screw mandrel is separately positioned on the both sides up and down of abrasive band cylinder, and its end is fixed on auxiliary stand by bearing；Described second folder rod is separately positioned on the left and right sides of abrasive band cylinder, and its end is connected with the second wire rod thread, adjusts the horizontal level of abrasive band cylinder.
The continuous way hitch structure that described page thousand wheel produces, wherein, described vertical adjustment mechanism includes two leads being vertically arranged, the lifting platform holding abrasive band cylinder and the 3rd screw mandrel of regulation lifting platform height；The two ends of described lead are fixed on sub-frame；Lifting platform is arranged on lead, is slidably connected with lead；Threadeding with lifting platform in one end of 3rd screw mandrel, the other end is fixed on auxiliary stand, can rotate around auxiliary stand；Described level(l)ing device includes the 4th screw mandrel and two the 4th folder rods being vertically arranged on the 4th screw mandrel；Described lifting platform is provided with a groove；Described 4th screw mandrel is arranged in groove；Described 4th folder rod and the 4th wire rod thread connect.
The continuous way hitch structure that described page thousand wheel produces, wherein, described lifting platform is additionally provided with the supporting stick supporting abrasive band cylinder, and the two ends of described supporting stick are fixed on lifting platform by bearing, can rotate by OQ t platform.
The continuous way hitch structure that described page thousand wheel produces, wherein, described Anti-knocking assembly includes being arranged on the block at line slideway two ends, buffer spring, the bolt penetrated in buffer spring and block and nut；Described block is provided with a through hole；Described bolt from the side of block through buffer spring and through hole, and with the nut check of block opposite side, buffer spring is fixed on block.
In sum, this utility model is provided with two groups of hitch structures, often group hitch structure is designed with drive arc clamp reciprocating track frame and the arc fixture of three groups of clamping abrasive band cylinders, after the conveying to the end of previous group hitch structure, later group is then fed forward, two groups of hitch structure alternately intermittent movements, final abrasive band cylinder is fed forward continuously；Overall process uses and automatically controls, it is not necessary to manual intervention, and efficiency is high, and speed is fast.Meet the demand that abrasive band cylinder is transported by page thousand wheel automated production continuously, solve the technical problem that efficiency is low, production capacity is low, cost of labor is high that traditional handicraft exists well.
Accompanying drawing explanation
Fig. 1 is the front view of hitch structure provided by the utility model.
Fig. 2 is the right view of hitch structure provided by the utility model.
Fig. 3 is the front view of clamp structure provided by the utility model.
Fig. 4 is the right view of clamp structure provided by the utility model.
Fig. 5 is the structural representation of arc fixture provided by the utility model.
Fig. 6 is the structural representation of spiral lift device.
Fig. 7 is the structural representation of arc provided by the utility model.
Fig. 8 is the structural representation of arc provided by the utility model.
Fig. 9 is the front view of track frame provided by the utility model.
Figure 10 is the top view of track frame provided by the utility model.
Figure 11 is the right view of track frame provided by the utility model.
Figure 12 is the structural representation of anti-collision device provided by the utility model.
Figure 13 is the front view of the balance supplementary structure of this utility model embodiment one.
Figure 14 is the left view of the balance supplementary structure of this utility model embodiment one.
Figure 15 is the front view of the balance supplementary structure of this utility model embodiment two.
Figure 16 is the left view of the balance supplementary structure of this utility model embodiment two.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearer, clear and definite, the utility model is described in further detail for the embodiment that develops simultaneously referring to the drawings.
Term explanation
Abrasive band cylinder, is called for short cylinder, refers to a bundle tubulose abrasive band being bonded by a large amount of abrasive bands, and its cross section is circular.
Abrasive band cylinder traction machine, refers to the clamping of abrasive band cylinder the machine of conveying continuously forward in the middle of the automated production of page thousand wheel.
As depicted in figs. 1 and 2, the utility model discloses the continuous way hitch structure that page a kind of thousand wheels produce, this hitch structure is used for clamping and carry abrasive band cylinder.Wherein, this hitch structure includes track frame E300, clamp erection fixture, the clamping device E200 that is arranged on clamp erection fixture.Described clamping device E200 mainly includes the arc fixture fitted with abrasive band column side face and compress, and arc fixture is set to three groups, clamps the circumference of abrasive band cylinder from three directions respectively.Described clamp erection fixture is arranged on track frame E300, and described track frame E300 drives fixture to installing rack and clamps abrasive band cylinder and be fed forward.Described hitch structure is at least set to two groups, and abrasive band cylinder is carried the most forward by two groups of hitch structure alternately tractions.
Operation principle of the present utility model is, abrasive band cylinder passes from the center of clamp erection fixture, and three groups of arc fixtures of first first group of hitch structure clamp abrasive band cylinder simultaneously；Then clamp electric motor starting, be transported to the other end with abrasive band cylinder from one end of track frame E300；After clamp erection fixture arrives the track frame E300 other end, discharge abrasive band cylinder, and return initial position；Finally, second group of hitch structure starts, and its work process is identical with first group of hitch structure.Two groups of hitch structures so alternately come and go work, just can be fed forward continuously by abrasive band cylinder.
Respectively clamping device E200, track frame E300 and balance auxiliary body E400 are described further below in conjunction with accompanying drawing:
Clamping device E200:
Concrete, as shown in Figure 3 and Figure 4, this clamping device E200 is for tightly clamping the periphery of abrasive band cylinder.Wherein, clamping device E200 includes and the arc fixture E210 of abrasive band column side face laminating.As shown in Figure 5 and Figure 6, described arc fixture E210 includes arc E211, the spiral lift device E212 driving arc E211 and controls the clamping motor E213 of spiral lift device E212.Described spiral lift device E212 includes lifting unit E212b and the operating portion E212a of control lifting for vertical feed.The intrados of described arc E211 and the laminating of abrasive band column side face.Described spiral lift device E212 is fixedly installed, and its lifting unit E212b and arc E211 is fixing to be connected, and operating portion E212a is in transmission connection with clamping motor E213, clamps motor E213 driving arc E211 and abrasive band cylinders contact and clamps.Described arc fixture E210 is set to three groups, clamps the circumference of abrasive band cylinder from three directions respectively.Preferably, Fig. 7 and Fig. 8 show preferably two kinds embodiments of arc E211.
Further, described clamping device E200 also includes the clamp erection fixture E220 for fixing arc fixture E210, three groups of arc fixture E210 of fixed installation in this installing rack.First group of top being arranged on abrasive band cylinder, second and the 3rd group of left and right sides being arranged on abrasive band cylinder, it is separated by 120 degree between three groups of arc fixture E210.
Preferably, the two ends of described arc E211 are connected with clamp erection fixture E220 by line slideway.Line slideway is fixedly mounted on clamp erection fixture E220, arc E211 is slidably connected with line slideway, described clamping motor E213 drives arc E211 to slidably reciprocate on line slideway by spiral lift device E212, alleviates the burden of spiral lift device E212, improves the effect of clamping.
Preferably, due to the reason that foozle is different with the time of startup, the rotating speed of the clamping motor E213 of three groups of arc fixture E210 may be different, in order to make three groups of arc fixture E210 contact and compress abrasive band cylinder simultaneously, described in the present embodiment, clamping device E200 also includes synchronization chain and synchronous sprocket wheel.As it is shown in figure 1, described synchronous sprocket wheel is arranged on the output shaft of clamping motor E213, it is positioned at one end of arc E211.Described synchronization chain is in transmission connection with the synchronous sprocket wheel in three groups of arc fixture E210 respectively.After three groups of clamping motor E213 are connected by synchronization chain, rotating speed motor faster can pull slower motor, makes the rotating speed that three groups of motors maintain like.
Concrete, described spiral lift device E212 includes the worm screw for operating control, for the screw mandrel of lifting and connecting worm and the worm gear of screw mandrel.Described worm gear is arranged on screw mandrel, and its inner chamber is provided with the female thread being connected with screw rod transmission.The rotation of described worm screw drives worm gear to rotate, and then drives screw mandrel lifting.Wherein, the central shaft of worm and wheel is orthogonal, and worm gear is parallel to each other with the central shaft of screw mandrel.
Work process of the present utility model is, clamping motor E213 starts, and controls spiral lift device E212 feeding, thus drives arc E211 near abrasive band cylinder；In synchronous sprocket wheel and the effect of chain, three groups of arc E211 can fit simultaneously compress the periphery of abrasive band cylinder and compress abrasive band cylinder.
Preferably, in order to promote clamping effect, often organize described arc fixture E210 and be provided with two groups of spiral lift device E212.Described spiral lift device E212 is separately positioned on the two ends of arc E211, simultaneously drives arc E211 close to abrasive band cylinder.The operating portion E212a of two groups of spiral lift device E212 is connected by rotating shaft transmission.
Further, in order to promote the effect synchronizing clamping further, rotating shaft also is provided with synchronous sprocket wheel, is in transmission connection by synchronization chain between synchronous sprocket wheel.This synchronous sprocket wheel is positioned at the other end of arc E211.
Further, in order to shorten arc fixture E210 clamping and the stroke of release, described spiral lift device E212 also includes the limit switch setting arc E211 initial position.Described limit switch is fixedly installed, and electrically connects with clamping motor E213, and is positioned at the end of screw mandrel.During release, clamping motor E213 controls arc E211 and draws back, until screw mandrel end stops after contacting with limit switch.Preferably, described limit switch could be arranged to the proximity switch of vicarious, it is also possible to is set to mechanical travel switch.
Track frame E300:
Concrete, as shown in Fig. 9, Figure 10 and Figure 11, this structure is for providing power and the track of conveying of traction abrasive band cylinder.This track frame E300 is provided with the clamp erection fixture of clamping abrasive band cylinder, and drives fixture to installing rack reciprocating motion.Wherein, including traction guide rail E310, traction electric machine E330, double limit switch and Anti-knocking assembly E340 that the traction screw mandrel E320 of installing rack is in transmission connection are driven fixture to traction screw mandrel E320.Described traction guide rail E310 is set to two groups, is separately positioned on the both sides of traction screw mandrel E320.Clamp erection fixture is arranged on traction guide rail E310, threadeds with traction screw mandrel E320, and traction electric machine E330 drives fixture to installing rack by traction screw mandrel E320 and moves.Described pair of limit switch is arranged on the two ends of track frame E300, carries out spacing to the two ends of clamp erection fixture stroke, and double limit switches include proximity switch and travel switch.Preferably, described proximity switch is vicarious proximity switch, and described travel switch is mechanical stroke switch.Described proximity switch and travel switch electrically connect with traction electric machine E330 respectively.Described Anti-knocking assembly E340 is arranged on the rear of double limit switch, prevents clamp erection fixture from plunging off the tracks frame E300.
Operation principle of the present utility model is, clamp erection fixture is slidably connected with rectilinear orbit, the most also threaded with traction screw mandrel E320, traction screw mandrel E320 is driven by traction electric machine E330, by drawing the transmission of screw mandrel E320, traction electric machine E330 can slidably reciprocate on traction guide rail E310 with clamp erection fixture.
Preferably, owing to clamp erection fixture is heavier, inertia is big, the speed of motion, in order to protect the safety of workman and maintain production to carry out in order, and the generation of minimizing accident.As it is shown in figure 1, the described proximity switch in the present embodiment is arranged on the front of travel switch, heavily protecting as spacing first, travel switch is second heavily to protect, and Anti-knocking assembly E340 is as triple protection.
Concrete, as shown in figure 12, described Anti-knocking assembly E340 includes being arranged on the traction block at guide rail E310 two ends, buffer spring, the bolt penetrated in buffer spring and block and nut.Described block is provided with a through hole；Described bolt from the side of block through buffer spring and through hole, and with the nut check of block opposite side, buffer spring is fixed on block.Bump against on Anti-knocking assembly E340 after clamp erection fixture breaks through proximity switch and travel switch, by the buffering of spring with slow down and can at utmost avoid the generation of accident.Preferably, described buffer spring is compression spring.
Owing to dust and the gravel of page thousand wheel production environments are the most, gather too much gravel on traction guide rail E310 and can affect the smooth degree of slip, time one is long, can reduce the service life of traction guide rail E310, is the most originally that reasonably traction guide rail E310 is dust-protection type line slideway.
Balance auxiliary body E400:
Concrete, as shown in Figure 13 to Figure 16, this mechanism is for limiting the abrasive band cylinder position when traction, and its weight of support.Wherein, balance auxiliary body E400 includes auxiliary stand E410, the vertical adjustment mechanism of regulation abrasive band height of column, limits the level(l)ing device of skew about the cylinder of abrasive band.Described auxiliary stand E410 is fixedly installed, and abrasive band cylinder is from centre through auxiliary stand E410, and vertical adjustment mechanism and level(l)ing device are arranged on auxiliary stand E410, abrasive band cylinder is carried out location vertically and horizontally.
Balance auxiliary body E400 in this programme can be separately provided, it is also possible to is arranged on hitch structure.Preferably, described balance auxiliary body E400 has multiple implementation, and two kind preferably embodiments are set forth below:
The embodiment 1 of balance auxiliary body E400:
Concrete, as shown in Figure 13 and Figure 14, described vertical adjustment mechanism includes the first folder rod E422 that two the first screw mandrel E421 being vertically arranged, two vertical first screw mandrel E421 are arranged.Described first screw mandrel E421 is separately positioned on the left and right sides of abrasive band cylinder, and its end is fixed on auxiliary stand E410 by bearing.Described first folder rod E422 is separately positioned on the both sides up and down of abrasive band cylinder, threadeds with the first screw mandrel E421 in its end；Described first screw mandrel E421 adjusts the height and position of abrasive band cylinder by rotation.Described level(l)ing device includes the second folder rod E432 that two horizontally disposed second screw mandrel E431, two vertical second screw mandrel E431 are arranged.Described second screw mandrel E431 is separately positioned on the both sides up and down of abrasive band cylinder, and its end is fixed on auxiliary stand E410 by bearing.Described second folder rod E432 is separately positioned on the left and right sides of abrasive band cylinder, threadeds with the second screw mandrel E431 in its end；Described second screw mandrel E431 adjusts the horizontal level of abrasive band cylinder by rotation.
Preferably, in order to realize the synchronization control of screw mandrel, the first screw mandrel E421 in the present embodiment and the second screw mandrel E431 is equipped with synchronous sprocket wheel.Synchronous sprocket wheel is arranged between the first screw mandrel E421 and one end of the second screw mandrel E431, and same group of synchronous sprocket wheel by synchronization chain transmission.Further, the other end of described first screw mandrel E421 and the second screw mandrel E431 is provided with turn the first screw mandrel E421 and the adjusting handle of the second screw mandrel E431.Described adjusting handle is removably disposed on the first screw mandrel E421 and the second screw mandrel E431, uses adjusting handle can be conveniently adjusted height and the horizontal level of abrasive band cylinder.
Preferably, in order to preferably limit the position of abrasive band cylinder, keep being equipped with plus thread and left-hand thread on Shaft alignment state, the first screw mandrel E421 in the present embodiment and the second screw mandrel E431 in distraction procedure.The length of described plus thread and left-hand thread respectively accounts for the first screw mandrel E421 and the half of the second screw mandrel E431 length.When rotating the second screw mandrel E431, the second folder rod E432 being positioned at the cylinder left and right sides, abrasive band is the most close to center, and abrasive band cylinder is carried out centering location.
The embodiment 2 of balance auxiliary body E400:
Concrete, as shown in Figure 15 and Figure 16, described vertical adjustment mechanism includes two lead E441 being vertically arranged, hold abrasive band cylinder lifting platform E442 and the 3rd screw mandrel E443 of regulation lifting platform E442 height.The two ends of described lead E441 are fixed on sub-frame.Lifting platform E442 is arranged on lead E441, is slidably connected with lead E441.Threadeding with lifting platform E442 in one end of 3rd screw mandrel E443, the other end is fixed on auxiliary stand E410, can rotate around auxiliary stand E410；The rotation of the 3rd screw mandrel E443 can drive lifting platform E442 to move up and down on lead E441.Described level(l)ing device includes the 4th screw mandrel E451 and two the 4th folder rod E452 being vertically arranged on the 4th screw mandrel E451.Described lifting platform E442 is provided with a groove.Described 4th screw mandrel E451 and the 4th folder rod E452 is arranged in groove；Described 4th folder rod E452 and the 4th screw mandrel E451 is threaded, can be regulated the horizontal level of abrasive band cylinder by the rotation of the 4th screw mandrel E451.
Further, for sliding friction between lifting platform E442 and abrasive band cylinder, resistance is relatively big, therefore, the described lifting platform E442 in the present embodiment is additionally provided with the supporting stick E460 supporting abrasive band cylinder.The two ends of described supporting stick E460 are fixed on lifting platform E442 by bearing, can rotate by OQ t platform E442.Supporting stick E460 holds abrasive band cylinder, rotates along with abrasive band cylinder forwards transportation.Being rolling friction between supporting stick E460 and abrasive band cylinder, resistance is little, will not scratch the thin film of abrasive band damaged surface.
Preferably, in order to the abrasive band cylinder in conveying is carried out centering location, the 4th screw mandrel E451 in the present embodiment is provided with plus thread and left-hand thread.One the 4th folder rod E452 is arranged on plus thread section, and another root is then arranged on left-hand thread section, and the length of described plus thread and left-hand thread respectively accounts for the half of screw mandrel length.By rotating the 4th screw mandrel E451, the horizontal level of abrasive band cylinder can be regulated, and abrasive band cylinder is carried out centering location.
Further, the height of regulation abrasive band cylinder and abrasive band cylinder is positioned for convenience, the 3rd screw mandrel E443 in the present embodiment and the 4th screw mandrel E451 is equipped with adjusting handle.Described adjusting handle is removably disposed in the 3rd screw mandrel E443 and the end of the 4th screw mandrel E451.
In sum, this utility model is provided with two groups of hitch structures, often group hitch structure is designed with drive arc clamp reciprocating track frame E300 and the arc fixture E210 of three groups of clamping abrasive band cylinders, after the conveying to the end of previous group hitch structure, later group is then fed forward, two groups of hitch structure alternately intermittent movements, final abrasive band cylinder is fed forward continuously；Overall process uses and automatically controls, it is not necessary to manual intervention, and efficiency is high, and speed is fast.Meet the demand that abrasive band cylinder is transported by page thousand wheel automated production continuously, solve the technical problem that efficiency is low, production capacity is low, cost of labor is high that traditional handicraft exists well.
Should be understood that; application of the present utility model is not limited to above-mentioned citing; for those of ordinary skills; can be improved according to the above description or be converted; such as; common/usual replacement etc. to each component in this utility model, all these modifications and variations all should belong to the protection domain of this utility model claims.
Claims (8)
1. the continuous way hitch structure that one kind page thousand wheels produce, it is characterised in that include track frame, clamp erection fixture, the clamping device that is arranged on clamp erection fixture；Described clamping device mainly includes the arc fixture fitted with abrasive band column side face and compress, and arc fixture is set to three groups, clamps the circumference of abrasive band cylinder from three directions respectively；Described clamp erection fixture is arranged on track frame, and described track frame drives fixture to installing rack and clamps abrasive band cylinder and be fed forward；Described hitch structure is at least set to two groups, and abrasive band cylinder is carried the most forward by two groups of hitch structure alternately tractions.
The continuous way hitch structure that page the most according to claim 1 thousand wheel produces, it is characterised in that described track frame includes line slideway, drives fixture to traction electric machine, double limit switch and Anti-knocking assembly that the screw mandrel of installing rack is connected with screw rod transmission；Described line slideway is set to two groups, is separately positioned on the both sides of screw mandrel；Clamp erection fixture is arranged on line slideway, is connected with wire rod thread；Described traction electric machine drives fixture to installing rack by screw mandrel and moves；Described pair of limit switch is arranged on the two ends of track frame, including proximity switch and travel switch；Described proximity switch and travel switch electrically connect with traction electric machine respectively；Described Anti-knocking assembly is arranged on the rear of double limit switch, prevents clamp erection fixture from plunging off the tracks frame.
The continuous way hitch structure that page the most according to claim 1 thousand wheel produces, it is characterised in that described arc fixture includes arc, the spiral lift device driving arc and controls the clamping motor of spiral lift device；Described spiral lift device includes the lifting unit for vertical feed and the operating portion of control lifting；The intrados of described arc and the laminating of abrasive band column side face；Described spiral lift device is fixedly installed, and its lifting unit is fixed with arc, and operating portion is connected with clamping motor-driven, and clamping motor driving arc and abrasive band cylinders contact also clamps；Described arc fixture is set to three groups, clamps the circumference of abrasive band cylinder from three directions respectively.
The continuous way hitch structure that page the most according to claim 1 thousand wheel produces, it is characterized in that, described hitch structure also includes the balance auxiliary body being arranged on clamp erection fixture two ends, and described balance auxiliary body includes auxiliary stand, the vertical adjustment mechanism of regulation abrasive band height of column, limits the level(l)ing device of skew about the cylinder of abrasive band；Described auxiliary stand is fixedly installed, and abrasive band cylinder is from centre through auxiliary stand, and vertical adjustment mechanism and level(l)ing device are arranged on auxiliary stand, and abrasive band cylinder is carried out location vertically and horizontally.
The continuous way hitch structure that page the most according to claim 4 thousand wheel produces, it is characterised in that described vertical adjustment mechanism includes the first folder rod that two the first screw mandrels being vertically arranged, two vertical first screw mandrels are arranged；Described first screw mandrel is separately positioned on the left and right sides of abrasive band cylinder, and its end is fixed on auxiliary stand by bearing；Described first folder rod is separately positioned on the both sides up and down of abrasive band cylinder, and its end is connected with the first wire rod thread, adjusts the height of abrasive band cylinder；Described level(l)ing device includes the second folder rod that two horizontally disposed second screw mandrels, two vertical second screw mandrels are arranged；Described second screw mandrel is separately positioned on the both sides up and down of abrasive band cylinder, and its end is fixed on auxiliary stand by bearing；Described second folder rod is separately positioned on the left and right sides of abrasive band cylinder, and its end is connected with the second wire rod thread, adjusts the horizontal level of abrasive band cylinder.
The continuous way hitch structure that page the most according to claim 4 thousand wheel produces, it is characterised in that described vertical adjustment mechanism includes two leads being vertically arranged, the lifting platform holding abrasive band cylinder and the 3rd screw mandrel of regulation lifting platform height；The two ends of described lead are fixed on sub-frame；Lifting platform is arranged on lead, is slidably connected with lead；Threadeding with lifting platform in one end of 3rd screw mandrel, the other end is fixed on auxiliary stand, can rotate around auxiliary stand；Described level(l)ing device includes the 4th screw mandrel and two the 4th folder rods being vertically arranged on the 4th screw mandrel；Described lifting platform is provided with a groove；Described 4th screw mandrel is arranged in groove；Described 4th folder rod and the 4th wire rod thread connect.
The continuous way hitch structure that page the most according to claim 6 thousand wheel produces, it is characterised in that being additionally provided with the supporting stick supporting abrasive band cylinder on described lifting platform, the two ends of described supporting stick are fixed on lifting platform by bearing, can rotate by OQ t platform.
The continuous way hitch structure that page the most according to claim 2 thousand wheel produces, it is characterised in that described Anti-knocking assembly includes being arranged on the block at line slideway two ends, buffer spring, the bolt penetrated in buffer spring and block and nut；Described block is provided with a through hole；Described bolt from the side of block through buffer spring and through hole, and with the nut check of block opposite side, buffer spring is fixed on block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521110853.7U CN205441788U (en) | 2015-12-25 | 2015-12-25 | Continuous type is pull structure for thousand pages of wheel productions |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521110853.7U CN205441788U (en) | 2015-12-25 | 2015-12-25 | Continuous type is pull structure for thousand pages of wheel productions |
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| Publication Number | Publication Date |
|---|---|
| CN205441788U true CN205441788U (en) | 2016-08-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521110853.7U Withdrawn - After Issue CN205441788U (en) | 2015-12-25 | 2015-12-25 | Continuous type is pull structure for thousand pages of wheel productions |
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| CN (1) | CN205441788U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105564921A (en) * | 2015-12-25 | 2016-05-11 | 佛山市启达研磨器材科技有限公司 | Continuous pulling structures for flap wheel production |
-
2015
- 2015-12-25 CN CN201521110853.7U patent/CN205441788U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105564921A (en) * | 2015-12-25 | 2016-05-11 | 佛山市启达研磨器材科技有限公司 | Continuous pulling structures for flap wheel production |
| CN105564921B (en) * | 2015-12-25 | 2018-04-13 | 佛山市启达研磨器材科技有限公司 | A kind of continous way hitch structure of the wheel production of page thousand |
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