CN202464161U - Device capable of enabling workpiece to rotate and do linear movement simultaneously - Google Patents

Device capable of enabling workpiece to rotate and do linear movement simultaneously Download PDF

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Publication number
CN202464161U
CN202464161U CN2012200226201U CN201220022620U CN202464161U CN 202464161 U CN202464161 U CN 202464161U CN 2012200226201 U CN2012200226201 U CN 2012200226201U CN 201220022620 U CN201220022620 U CN 201220022620U CN 202464161 U CN202464161 U CN 202464161U
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CN
China
Prior art keywords
module
dynamic model
model group
roller
underdrive
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN2012200226201U
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Chinese (zh)
Inventor
邵金龙
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Ningxia University
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Ningxia University
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Filing date
Publication date
Application filed by Ningxia University filed Critical Ningxia University
Priority to CN2012200226201U priority Critical patent/CN202464161U/en
Application granted granted Critical
Publication of CN202464161U publication Critical patent/CN202464161U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model provides a device capable of enabling a workpiece to rotate and do linear motion simultaneously. The device comprises a transporting mechanism and a rotating mechanism, wherein the transporting mechanism enables the workpiece to do linear motion by an upper transmission module, a lower transmission module and a power supply module; simultaneously, the workpiece is clamped by a roller in a rolling drum of a rotating mechanism; the rolling drum rotates under the action of a motor, so that simultaneous linear motion and rotating motion of the workpiece are realized.

Description

Can make workpiece while rotating straight-line device
Technical field:
The utility model relates to the technical field of control cylindricality workpiece motion s, particularly a kind of can make workpiece while rotating straight-line device.
Background technology:
In the prior art; To the processing of cylindricality workpiece parcel flexible material generally can only be that drive apparatus drives the rotation of cylindricality workpiece flexible material being wound on the cylindricality surface of the work, drive apparatus can not realize the cylindricality workpiece while rotating straight-line motion processing request.
Summary of the invention:
In view of this, be necessary to provide a kind of can make workpiece while rotating straight-line device.
A kind of can make workpiece while rotating straight-line device, comprise transport establishment and with transport establishment's bonded assembly rotating mechanism.Transport establishment comprises that uploading dynamic model group, underdrive module, fixed mount and power provides module.Uploading dynamic model group, underdrive module and power provides module to be arranged on the fixed mount, and uploads the dynamic model group and be positioned at underdrive module top, uploads to form between dynamic model group and the underdrive module and transmits passage, and power provides module to be positioned at below the underdrive module.Power provides module to comprise and is arranged on motor and the transmission gear in the fixed mount.Upload the dynamic model group and comprise driven roll, carrying roller, belt, transmission gear and roller, the underdrive module comprises drive roll, carrying roller, belt, transmission gear and roller.Upload cooresponding being installed on the belt of uploading in dynamic model group, the underdrive module of roller in dynamic model group, the underdrive module, the axis of roller is vertical with the sense of motion of belt.The drive roll rotation that power provides the motor of module to provide the transmission gear drive of the transmission gear of module, the transmission gear of uploading the dynamic model group and underdrive module to upload the driven roll and the underdrive module of dynamic model group through power, and then utilize the friction force between driven roll, drive roll and belt to realize the belt translation.Rotating mechanism comprises frame, cylinder, motor, swing pinion, and cylinder is rotatable to be installed on the frame, and motor is installed on the frame, and swing pinion is cooresponding to be installed on frame, motor, the cylinder, and motor drives the cylinder rotation through swing pinion.Per 120 degree of circumferencial direction on the drum inner surface are installed one group of roller, the axis of roller and the axis normal of cylinder.The fixed mount relative fixed of the frame of rotating mechanism and transport establishment, and the height of the cylinder of rotating mechanism and the transmission passage uploaded between dynamic model group, the underdrive module are suitable.
The utility model provides can make workpiece while rotating in the straight-line device; Workpiece was done straight-line motion when transport establishment provided module through uploading dynamic model group, underdrive module and power; Simultaneously through the roller clamping workpiece in the cylinder of rotating mechanism; Cylinder rotates under the effect of motor, rotatablely moves on one side realize workpiece one side straight-line motion.
Description of drawings:
Accompanying drawing 1 is the application scheme drawing that can make workpiece straight-line device while rotating of a preferred embodiments.
Accompanying drawing 2 is the structural representations that can make the transport establishment of workpiece straight-line device while rotating among Fig. 1.
Accompanying drawing 3 is another angle structural representations that can make the transport establishment of workpiece straight-line device while rotating among Fig. 1.
Accompanying drawing 4 is the structural representations that can make the rotating mechanism of workpiece straight-line device while rotating among Fig. 1.
Accompanying drawing 5 is another angle structural representations that can make the rotating mechanism of workpiece straight-line device while rotating among Fig. 1.
Among the figure: can make workpiece while rotating straight-line device 10; Transport establishment 11; Upload dynamic model group 111; Driven roll 1111; Carrying roller 1112; Belt 1113; Transmission gear 1114; Roller 1115; Underdrive module 112; Drive roll 1121; Carrying roller 1122; Belt 1123; Transmission gear 1124; Roller 1125; Fixed mount 113; Power provides module 114; Motor 1141; Transmission gear 1142; Rotating mechanism 12; Frame 121; Cylinder 122; Roller 1221; Motor 123; Swing pinion 124; Hold-down arm 125; Flexible material feeding mechanism 20
The specific embodiment:
Please be simultaneously referring to Fig. 1; One of them can make workpiece, and straight-line device 10 is connected with an end of flexible material feeding mechanism 20 while rotating, and another can make workpiece, and straight-line device 10 is connected with the other end of flexible material feeding mechanism 20 while rotating.Straight-line device 10 comprises transport establishment 11 and and transport establishment's 11 bonded assembly rotating mechanisms 12 while rotating can to make workpiece.The cylindricality workpiece can make workpiece from one of them successively, and straight-line device 10, flexible material feeding mechanism 20 and another can make workpiece straight-line device 10 passes while rotating while rotating; Two can make workpiece straight-line device 10 provides straight-line motion and circumference power for the cylindricality workpiece simultaneously while rotating; So that the cylindricality workpiece while rotating straight-line motion, thereby the flexible material that flexible material feeding mechanism 20 provides is wrapped on the cylindricality surface of the work.
Please referring to Fig. 2 and Fig. 3, transport establishment 11 comprises that uploading dynamic model group 111, underdrive module 112, fixed mount 113 and power provides module 114.Uploading dynamic model group 111, underdrive module 112 and power provides module 114 to be arranged on the fixed mount 113; And upload dynamic model group 111 and be positioned at underdrive module 112 tops; Upload to form between dynamic model group 111 and the underdrive module 112 and transmit passage, power provides module 114 to be positioned at underdrive module 112 belows.Motor 1141 and transmission gear 1142 that power provides module 114 to comprise to be arranged in the fixed mount 113.Upload dynamic model group 111 and comprise driven roll 1111, carrying roller 1112, belt 1113, transmission gear 1114 and roller 1115, underdrive module 112 comprises drive roll 1121, carrying roller 1122, belt 1123, transmission gear 1124 and roller 1125.Upload that roller 1115 in dynamic model group 111, the underdrive module 112, roller 1125 are cooresponding to be installed on the belt 1113 uploaded in dynamic model group 111, the underdrive module 112, the belt 1123, the axis of roller 1115, roller 1125 is vertical with the sense of motion of belt 1113, belt 1123.The driven roll 1111 that the motor 1141 that power provides module 114 provides the transmission gear 1124 of the transmission gear 1142 of module 114, the transmission gear 1114 of uploading dynamic model group 111 and underdrive module 112 to drive to upload dynamic model group 111 through power and the drive roll 1121 of underdrive module 112 rotate, and then utilize the friction force realization belt 1113 of 1123 of driven roll 1111, drive roll 1121 and belt 1113, belts, the translation of belt 1123.
Please referring to Fig. 4 and Fig. 5; Rotating mechanism 12 comprises frame 121, cylinder 122, motor 123, swing pinion 124; Cylinder 122 rotatable being installed on the frame 121; Motor 123 is installed on the frame 121, swing pinion 124 cooresponding being installed on frame 121, motor 123, the cylinder 122, and motor 123 drives cylinder 122 rotations through swing pinion 124.Per 120 degree of circumferencial direction on cylinder 122 inside faces are installed one group of roller 1221, the axis normal of the axis of roller 1221 and cylinder 122.In this embodiment; Per 120 degree of circumferencial direction on cylinder 122 inside faces are installed the hold-down arm 125 perpendicular to cylinder axis; At the free end of hold-down arm 125 1221, one groups of rollers 1221 of one group of roller are installed and are comprised two rollers side by side, and the axis normal of each roller axis and cylinder 122; The length of hold-down arm 125 can be adjusted, and so realizes the workpiece of clamping different-diameter through the length of hold-down arm 125.The frame 121 of rotating mechanism 12 and fixed mount 113 relative fixed of transport establishment 11, and the height of the cylinder 122 of rotating mechanism 12 and the transmission passage uploaded between dynamic model group 111, the underdrive module 112 are suitable.Can connecting perhaps directly through chain between the said gear, engagement system transmits power.
Utilize above-mentioned can make workpiece while rotating straight-line device 10; Through one group of roller 1221 being installed at per 120 degree of circumferencial direction; Three groups of roller 1221 clamping cylindricality workpiece; Three groups of rollers 1221 are installed on the cylinder 122, and cylinder 122 rotates under the effect of motor 123, realize rotatablely moving of cylindricality workpiece.The straight-line motion of cylindricality workpiece is realized through transport establishment 11; Its transport establishment 11 rotates under the drive of motor 1141 by uploading dynamic model group 111, underdrive module 112; It makes belt 1113, belt 1123 translations through function of friction; Roller 1115, roller 1125 are installed on belt 1113, belt 1123, so make the rotation simultaneously under the supporting of roller 1115, roller 1125 when translation of cylindricality workpiece.

Claims (1)

  1. One kind can so that workpiece while rotating straight-line device, it is characterized in that: comprise transport establishment and with transport establishment's bonded assembly rotating mechanism; Transport establishment comprises that uploading dynamic model group, underdrive module, fixed mount and power provides module; Uploading dynamic model group, underdrive module and power provides module to be arranged on the fixed mount, and uploads the dynamic model group and be positioned at underdrive module top, uploads to form between dynamic model group and the underdrive module and transmits passage, and power provides module to be positioned at below the underdrive module; Power provides module to comprise and is arranged on motor and the transmission gear in the fixed mount; Upload the dynamic model group and comprise driven roll, carrying roller, belt, transmission gear and roller, the underdrive module comprises drive roll, carrying roller, belt, transmission gear and roller; Upload cooresponding being installed on the belt of uploading in dynamic model group, the underdrive module of roller in dynamic model group, the underdrive module, the axis of roller is vertical with the sense of motion of belt; The drive roll rotation that power provides the motor of module to provide the transmission gear drive of the transmission gear of module, the transmission gear of uploading the dynamic model group and underdrive module to upload the driven roll and the underdrive module of dynamic model group through power, and then utilize the friction force between driven roll, drive roll and belt to realize the belt translation; Rotating mechanism comprises frame, cylinder, motor, swing pinion, and cylinder is rotatable to be installed on the frame, and motor is installed on the frame, and swing pinion is cooresponding to be installed on frame, motor, the cylinder, and motor drives the cylinder rotation through swing pinion; Per 120 degree of circumferencial direction on the drum inner surface are installed one group of roller, the axis of roller and the axis normal of cylinder; The fixed mount relative fixed of the frame of rotating mechanism and transport establishment, and the height of the cylinder of rotating mechanism and the transmission passage uploaded between dynamic model group, the underdrive module are suitable.
CN2012200226201U 2012-01-18 2012-01-18 Device capable of enabling workpiece to rotate and do linear movement simultaneously Expired - Fee Related CN202464161U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2012200226201U CN202464161U (en) 2012-01-18 2012-01-18 Device capable of enabling workpiece to rotate and do linear movement simultaneously

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2012200226201U CN202464161U (en) 2012-01-18 2012-01-18 Device capable of enabling workpiece to rotate and do linear movement simultaneously

Publications (1)

Publication Number Publication Date
CN202464161U true CN202464161U (en) 2012-10-03

Family

ID=46912344

Family Applications (1)

Application Number Title Priority Date Filing Date
CN2012200226201U Expired - Fee Related CN202464161U (en) 2012-01-18 2012-01-18 Device capable of enabling workpiece to rotate and do linear movement simultaneously

Country Status (1)

Country Link
CN (1) CN202464161U (en)

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20121003

Termination date: 20130118