TWM617464U - Automatic assembling device of pedal - Google Patents

Abstract

This creation is a device for automatic assembly of pedals. It includes a processing rotating disc group, a counting oiling device group, an axial nut locking device group and a body side cover locking device group. The number is set by the processing rotating disc group. Process the jig and assemble with the oil injection device group, the shaft nut locking device group and the body side cover locking device group for each step of assembly, reducing the labor of the overall assembly and processing, and shortening the time required for assembly, and improving the assembly Stability, reduce the cost of production; In addition, the automatic production line adopts a ring-shaped configuration, which reduces the space required for production line installation, so as to achieve good processing convenience and reduce the space required for production line installation.

Description

Device for automatic assembly of pedals

This creation is related to a device for automatic assembly of pedals, especially one in the technical field applied to the device for automatic assembly of pedal body and axis.

Press, the currently known bicycle pedal assembly is manually assembled. The pedal and the spindle are manually oiled and assembled. The pedal shaft hole must be filled with lubricating oil manually and the center The shaft is inserted into the shaft hole to measure the smoothness, and then the shaft nut and the dust cover are locked manually. The overall cost is a lot of manpower, and the assembly takes a long time, and there is a risk of insufficient stability of manual assembly. Increasing the cost of production; there are also those who use production line-type automated assembly, but the production line is installed in a straight line, which causes the problem of large space required for production line installation, so there is a need for improvement.

In view of the poor processing convenience of conventional bicycle pedal assembly and the large space required for installation, this creation is a device to complete the automatic pedal assembly of this creation.

The main purpose of this creation is to provide a device for automatic assembly of pedals, which includes a processing rotating disc group, a counting oiling device group, a shaft nut locking device group and a body side cover locking device group. The processing rotation The disc set is provided with a rotating disc, a driving device and a number processing jig. The driving device is connected with a start switch, and the driving device is an electric motor or a pneumatic motor. The driving device is controlled by the start switch to drive the rotating disc to rotate at a fixed point , And the number of processing fixtures They are arranged at intervals around the top side of the rotating disc; the oil injection device group is stored with lubricating oil, the oil injection device group is provided with an oil injection pump and an oil metering valve, and the oil injection pump is connected with a controller, the controller Control the operation of the oil injection pump for oil injection and export, and the lubricating oil for oil injection is exported through each oil outlet metering valve for oil injection; the axis nut locking device group is stored with a number axis nut, and the axis nut locking device The assembly is equipped with an axial nut vibrating barrel set and a locking robot arm. The axial nut vibrating barrel set is equipped with an axial nut barrel, and the axial nut barrel is combined with a vibration device. The shaft nut barrel is connected with a shaft nut discharge track, and the shaft nut discharge track is connected with a shaft nut guide tube, and the locking robot arm is driven by a motor. The outlet end side of the nut guide tube is opposite to the actuating end side of the locking robot arm; the body side cover locking device assembly stores several body side covers, and the body side cover locking device assembly is provided with a body side cover vibrating material The barrel set and a locking robot arm, and the main body side cover vibrating barrel set is provided with a main body side cover barrel, and the main body side cover barrel is combined with a vibration device, and the main body side cover barrel is connected with a main body side cover The discharging track, and the body side cover discharging track is connected to a body side cover guide tube, the locking robot is driven by a motor, and the outlet end of the body side cover guide tube is opposite to the actuating end of the locking robot arm On the side, the oil injection device group, the shaft nut locking device group and the body side cover locking device group are arranged around the processing rotating disc group at intervals according to the product processing program.

In the device for automatic assembly of pedals disclosed above, the oil injection device group is further provided with an oil injection control valve and an oil injection distributor. The oil injection pump is activated for oil injection, and the oil injected is controlled by the oil injection control valve. And distribute the lubricating oil to each oil metering valve through the oil injection distributor to increase the multiple variability of this creation.

In the device for automatic assembly of pedals disclosed above, the number of processing jigs of the processing rotating disc group is further controlled by a pneumatic motor to increase the multiple variability of this creation.

10: Processing rotating disc group

11: Rotating disc

12: drive device

120: Start switch

13: Processing fixture

20: Oil injection device group

21: Oil injection pump

210: Controller

22: oil injection control valve

23: oil dispenser

24: Output metering valve

30: Axle nut locking device group

31: Shaft nut vibrating barrel group

310: Axle nut barrel

311: Vibration Device

312: Axle nut discharge track

312A: Axial nut guide tube

32: Lock the robot arm

40: Body side cover locking device group

41: Body side cover vibrating barrel group

410: main body side cover barrel

411: Vibration Device

412: body side cover discharge track

412A: body side cover guide tube

42: Lock the robot arm

The first picture is the reference picture of the overall composition state of the device for automatic assembly of the creative pedal.

The second picture is a reference diagram of the composition state of the processing rotating disc group of the device for automatic assembly of the creative pedal.

The third figure is the reference diagram of the composition state of the oil injection device group of the device for automatic assembly of the creative pedal.

The fourth picture is the reference diagram of the composition state of the axial nut locking device group of the device for automatic assembly of the creative pedal.

The fifth figure is a reference diagram of the composition state of the body side cover locking device group of the device for automatic assembly of the creative pedal.

In order to enable your reviewer to further understand the structure, features and other purposes of this creation, the following preferred embodiments are attached with diagrams for detailed descriptions as follows, but the embodiments described in this diagram are for illustrative purposes. It is not the only restriction on patent application.

Please refer to the first to fifth pictures, which are the overall composition state of the automatic assembly device of the creative pedal, the composition state of the processing rotary disc group, the composition state of the oil injection device group, and the axis nut locking device group. The composition state and the reference diagram of the composition state of the body side cover locking device group, which includes: a processing rotating disk group 10, the processing rotating disk group 10 is provided with a rotating disk 11, a driving device 12 and a number processing jig 13 The driving device 12 is connected with a start switch 120, and the driving device 12 is an electric motor or a pneumatic motor. The driving device 12 is controlled by the start switch 120 to drive the rotating disk 11 to rotate at a fixed point, and the processing jigs 13 are spaced apart. Set on the top side of the rotating disk 11 The surrounding; the oil injection device group 20, the oil injection device group 20 is stored with lubricating oil, the oil injection device group 20 is provided with an oil injection pump 21 and a number of oil quantitative valve 24, the oil injection pump 21 is connected with a controller 210 , The controller 210 controls the oiling pump 21 to act for oiling and exporting, and the oiled lubricating oil is exported through each oil outlet quantitative valve 24 for oiling; an axial nut locking device group 30, the axial nut locking The device group 30 is provided with a digital axis nut, and the axis nut locking device group 30 is provided with an axis nut vibrating barrel group 31 and a locking robot arm 32, and the axis nut vibrating barrel group 31 is provided with an axial nut barrel 310, and the axial nut barrel 310 is combined with a vibration device 311, the axial nut barrel 310 is connected with an axial nut discharge track 312, and the axial nut The cap discharging track 312 is connected to an axial nut guide tube 312A, and the locking robot 32 is driven by a motor (not shown in the figure). The outlet end of the axial nut guide tube 312A is opposite to the locking The actuating end side of the robotic arm 32; and a body side cover locking device group 40, the body side cover locking device group 40 stores a number of body side covers, the body side cover locking device group 40 is provided with a body side cover Vibrating barrel group 41 and a locking robot arm 42. The main body side cover vibrating barrel group 41 is provided with a main body side cover barrel 410, and the main body side cover barrel 410 is combined with a vibrating device 411. The main body side cover The barrel 410 is connected to a body side cover discharge track 412, and the body side cover discharge track 412 is connected to a body side cover guide tube 412A, and the locking robot 42 is driven by a motor (not shown in the figure), The outlet end side of the guide tube 412A of the body side cover is opposite to the actuation end side of the locking robot arm 42; the oil injection device group 20, the shaft nut locking device group 30 and the body side cover locking device group 40 are processed according to the product The program interval ring is arranged around the machining rotating disk group 10.

With the cooperation of the above structure, the automatic assembly of the creative pedal can be completed. Device.

Please refer to the third figure, which is a reference diagram of the composition state of the oil injection device group for automatic assembly of the pedals of this creation. Its overall structure is the same as this creation. Preferably, the oil injection device group 20 is further provided with an oil injection regulating valve 22 and An oil injection distributor 23, the oil injection pump 21 is activated for oil injection, and the injected lubricating oil is controlled by the oil injection regulating valve 22, and the lubricating oil is distributed to each oil metering valve 24 through the oil injection distributor 23 to Increase the multiple variability of this creation.

Please refer to the second figure, which is a reference diagram of the composition state of the processing rotary disc group of the device for automatic assembly of the pedals of this creation. The overall structure is the same as that of this creation. The tool 13 is further controlled by a pneumatic motor (not shown in the figure) to increase the multiple variability of this creation.

As a result, through the above-mentioned pedal automatic assembly device, the manpower of the overall assembly process can be reduced, and the time required for assembly can be shortened, and the stability of assembly can be improved, and the cost required for production can be reduced. In addition, the automated production line adopts a ring-shaped configuration. , To reduce the space required for the installation of the production line, so as to achieve better processing convenience and reduce the space required for the installation of the production line.

To sum up, this creation actually has its excellent advanced practicality among similar products. At the same time, we have checked the domestic and foreign technical data about this type of structure, and the same structure has not been found in the literature. Therefore, This creation actually has the requirements for a new patent, and Yan has filed an application in accordance with the law.

However, the above are only the preferred and feasible embodiments of this creation, so any equivalent structural changes made in the application of this creation specification and the scope of the patent application should be included in the patent scope of this new model.

10: Processing rotating disc group

20: Oil injection device group

30: Axle nut locking device group

40: Body side cover locking device group

Claims (5)

A device for automatic assembly of pedals, which includes: a processing rotary disc group, the processing rotary disc group is provided with a rotary disc, a driving device and a number processing jig, the driving device is connected with a start switch, and the driving device is connected with After the switch is activated, the rotating disc is driven to rotate at a fixed point, and the number processing jigs are respectively arranged around the top side of the rotating disc; a number of oil injection device group, the oil injection device group stores lubricating oil, and the oil injection device group is provided with an oil injection pump And the number of oil metering valves, and the oiling pump is connected with a controller, which controls the operation of the oiling pump to export the lubricating oil, and the lubricating oil is exported through each oil metering valve for oiling; one axis Nut locking device group, the axial nut locking device group is stored with a number of spindle nuts, and the axial nut locking device group is provided with an axial nut vibrating barrel group and a locking robot arm , And the axial nut vibrating barrel group is provided with an axial nut barrel, and the axial nut barrel is combined with a vibration device, and the axial nut barrel is connected with an axial nut discharge track, And the shaft nut discharging track is connected with a shaft nut guide tube, and the locking robot arm is driven by a motor. The outlet end of the shaft nut guide tube is opposite to the actuating end of the locking robot arm Side; and a body side cover locking device group, the body side cover locking device group stores a number of body side covers, the body side cover locking device group is provided with a body side cover vibrating bucket group and a locking machine Arm, and the body side cover vibrating bucket assembly is provided with a body side cover bucket, and the body side cover bucket is combined with a vibration device, the body side cover bucket is connected to a body side cover discharge track, and the body side The cover discharge track is connected to a main body side cover guide tube, and the locking robot arm is driven by a motor, and the outlet end of the body side cover guide tube is opposite to the actuating end side of the locking robot arm; The oil injection device group, the shaft nut locking device group and the body side cover locking device group are arranged around the processing rotating disc group at intervals according to the product processing program. Such as the device for automatic assembly of pedals as described in item 1 of the scope of patent application, wherein the driving device for processing the rotating disc group is an electric motor or a pneumatic motor. For example, the automatic pedal assembly device described in the first item of the scope of patent application, wherein the oil injection device group is further provided with an oil injection regulating valve and an oil injection distributor. The valve controls the oil output, and distributes the lubricating oil to each oil metering valve through the oil injection distributor. The device for automatic assembly of pedals as described in item 1 of the scope of patent application, wherein the processing jigs of the processing rotating disc group are further controlled by a pneumatic motor. For example, the pedal automatic assembly device described in the first item of the scope of patent application, wherein the motor of the locking robot arm is an electric motor or a pneumatic motor.

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