TWI541147B - Wheel processing equipment and processes - Google Patents

Description

Rim processing equipment and process

The invention relates to a rim processing equipment and a process, in particular to a rim processing device which is different from the traditional rim processing equipment and process, can have better equipment and improve product precision and quality when performing rim processing. Process.

Press, the general tire must be mounted to the vehicle through the rim, and the rim can provide the effect of fixing the tire and allowing the wheel to smoothly touch and rub on the ground. Because the vehicle is on the road, it is easy to encounter bumps. The condition of the ups and downs and vibrations, therefore, the structural strength of the rim, that is, the deformation endurance, is stable and safe when the vehicle is traveling. The existing rim is made of alloy metal mainly due to the strength and deformation tolerance. The high hardness and impact resistance of the alloy metal can provide the force to absorb and withstand the contact and impact of the tire with the ground. Because the rim has a considerable thickness and volume, the rim made of metal is quite heavy.

The production of the existing rim is mainly after the casting of the rough rim of the forming rim, and then the end surface and the surface of the rough rim of the cast rim are subjected to steps of finishing and repairing the hole to form the finished rim. According to the process of the existing rim processing method, firstly, one of the ear portions of the surface side tire is clamped, and then the inner and outer edge wall processing (abbreviated as OP1) of the other side is performed, and then the ear portion processed by the OP1 is clamped, The rim disk surface processing (referred to as OP2) is performed, and the final rotation angle is performed on the nozzle hole processing (referred to as OP3), and the processing is completed.

However, according to the above, it can be known that the traditional rim production and processing needs to go through three major processing steps, such as the inner and outer edge wall processing of the rim (referred to as OP1), the rim disk surface processing (referred to as OP2), and finally the gas nozzle. Hole processing (referred to as OP3), because these processing steps are consistent, resulting in the rim quality has been limited to this, and can not break through the accuracy and quality of the product, it is a major drawback, and needs to be improved.

The present inventors have in view of this, and based on years of experience in this field, careful observation and research, and with the use of academics, and in turn to propose a reasonable and effective improvement of the above described invention.

1. The main object of the present invention is to provide a rim processing apparatus which is different from the conventional rim processing equipment and which has better equipment when performing rim processing.

2. The secondary object of the present invention is to provide a rim machining process that is different from the conventional rim processing process in that it can improve product accuracy and quality when performing rim processing.

1. The rim processing apparatus of the present invention comprises: a workbench for placing a rough blank of a rim to be processed; a corresponding pushing device is disposed on the left and right sides of the workbench, and a a discriminating device at the top of the workbench; a first conveying device having two lifting mechanisms located at the first conveying device for lifting and lowering movements, and two jaw devices at the bottom end of the lifting mechanism of the first conveying device The second jaw device of the first conveying device is used for clamping the rim blank of the worktable, and a traverse mechanism located in the lifting mechanism of the first conveying device and performing a lateral displacement action; a first processing device having a processing machine; the processing machine of the first processing device is provided with a jaw device for the first conveying device to transport the rim of the rim after the clamping device is transported a susceptor placed on the pedestal of the first processing device, and a plurality of clamping devices for clamping and fixing the rough blank of the rim, and a pair of pedestals of the first processing device a tool set for processing a rim rough blank; a flip cleaning device having a machine; the machine for flipping the cleaning device for the first conveying device on a processing machine that holds the first processing device After the rim rough product is conveyed to the placement and a clamping device, the clamping device of the reverse cleaning device is used for inverting the rim rough blank on the machine of the flip cleaning device, and a plurality of cleaning devices The cleaning device of the inverting cleaning device is used for cleaning the surface of the rim blank of the machine on the machine of the inverting cleaning device, and a measuring device for the rough product of the wheel The central hole is set to measure the aperture; The processing device has a processing machine; the processing machine of the second processing device is provided with a base for the first conveying device to place a fixed rim of the rim on the machine that holds the inverted cleaning device, A clamping device for clamping and fixing the rough blank of the rim is disposed around the base of the second processing device, and a pair of rims on the base of the second processing device a tool set for processing; a first cleaning device having a machine, the machine of the first cleaning device is for the first conveying device to be thick on the processing machine holding the second processing device After the embryo is transported to the placement, and a plurality of cleaning devices, each cleaning device of the first cleaning device is used to clean the first a rim of the cleaning machine on the machine platform has a surface; a second conveying device has two lifting mechanisms located in the second conveying device for lifting and lowering movements, and two lifting devices at the second conveying device a jaw device at a bottom end of the mechanism, the jaw device of the second conveying device is configured to clamp a rim blank of the machine at the first cleaning device, and a lifting device at the second conveying device a traverse mechanism for the lateral displacement action; and a second processing device each having a processing machine; each processing machine of the third processing device is provided with a clamping device for the second conveying device a spindle base for clamping the rim of the rim and transporting the placed spindle base, and a plurality of shafts around the spindle base of the third processing device are provided for resisting the rough embryo of the rim a resisting device in a fixed state at the inner edge wall of the product, and a pair of cutters for processing the rim blank blank on the spindle base of the third processing device; and a second cleaning device having a machine The machine of the second cleaning device is provided The second conveying device is transported to the rim after clamping the finished rim on the processing machine of the third processing device, and a plurality of cleaning devices, each cleaning device of the second cleaning device is for cleaning the second cleaning The surface of the finished rim on the machine table of the equipment.

The discriminating device of the workbench is provided with a pair of scan windows for scanning the rough metal products of the rim, and a discriminating module for discriminating the right and wrong of the type of the rough blanks of the rim; Wherein, each of the lifting mechanisms provided by the first conveying device is in a form of being clamped by a separate operation; and each of the lifting mechanisms provided by the second conveying device is in a form of being clamped by a separate action; The first processing device may be incremented to at least two groups or more according to the addition of the rough blank of the rim; wherein the second processing device may be incremented to at least two groups according to the addition of the rough blank of the rim or More than two groups; wherein the third processing equipment can be increased to at least four groups or more than four groups according to the addition of the rim blank blank.

2. The rim processing method of the present invention, comprising the steps of: a) placing a foreign rim rough blank on a workbench, wherein the pushing device provided by the working table pushes the rim rough blank to the positioning position And the discriminating device provided by the working table discriminates the rough blank of the rim and discriminates the type of the rim; b) and the clamping device of the lifting mechanism of the first conveying device is One of the ears of the rim of the Taiwan wheel is clamped and transported to the base of the processing machine set up by the first processing equipment, and is matched with the periphery of the base provided by the processing machine The clamping device clamps and fixes the rim blank blank; c) and cooperates with the cutter set of the first processing device to the inner edge wall and the ear of the rim on the pedestal of the processing machine Reciprocating processing at the same time as the surface of the outer wall and the outer edge wall; d) after processing, the rim rough blank on the base provided by the processing machine of the first processing device passes through a lifting mechanism of the first conveying device The jaw device is clamped and transported to a machine that flips the cleaning device At this time, the other jaw means of the lifting mechanism of the first conveying device at the ear of the workbench wherein a portion of the discharge rim of the pre-product crude embryo pinching operation, and delivered to Reciprocating processing at the base of the processing machine of the first processing device; e) turning the rough blank of the rim on the machine of the inverting cleaning device through the clamping device of the inverting cleaning device, and During the turning operation, the cleaning device is subjected to the cleaning operation by the plurality of cleaning devices of the inverting cleaning device, and then the reversed rough metal blank is placed on the machine of the inverting cleaning device, so that the disk end of the rough blank product of the wheel is Upward; f) At this time, the measuring device of the inverting cleaning device performs an aperture measurement on the center hole of the disk end of the rim rough product, and then measures the rim rough product through the measurement The jaw device of the lifting mechanism of the first conveying device clamps the ear portion at the disk end of the rim blank blank; and conveys it to a processing machine of a second processing device a pedestal, and a clamping device fixed around the pedestal to clamp the rim of the rim; g) and the base of the processing machine of the second processing device is rotated, and Matching the tool set of the second processing equipment to the processing machine The surface of the rim of the rim of the rim and the surface of the ear at the end of the disk are simultaneously reciprocated; h) after processing, the rough rim of the rim on the pedestal of the processing machine of the second processing equipment The product is clamped by the jaw device of the lifting mechanism of the first conveying device, and is transported to a machine of the first cleaning device; and the plurality of cleaning devices provided by the first cleaning device are paired The cleaning action of the rim rough product; i) at this time, the ear portion at the disk end of the rim rough blank at the first cleaning device is clamped via the jaw device of the lifting mechanism at the second conveying device Holding the action and transporting it to the spindle base at the processing machine of a third processing device, and matching the resisting device of the third processing device The inner wall of the rim of the rim is resisted and fixed; j) when the rim of the rim is in a fixed state, and the plurality of pitch diameters are at the disk end of the rim of the rim (PCD) hole position, at least one nozzle hole and a plurality of heat dissipation holes for drilling to represent the finished product of the rim; k) after processing, the finished rim on the spindle base of the processing machine of the third processing device The jaw device of the lifting mechanism at the second conveying device is clamped and transported to a machine of a second cleaning device; and the plurality of cleaning devices provided by the second cleaning device perform the finished product of the wheel The cleaning action; to complete the rim processing process described.

Wherein, in step c), the base of the processing machine of the first processing device is rotated; and the tool set is a pair of the inner surface and the inner edge wall of the ear of the rim of the rim a first tool for the action, and a pair of a second tool for milling the outer surface of the ear and the outer wall edge of the rim of the rim; wherein, in the step g), the tool of the processing machine of the second processing device The first cutter for performing a milling operation on a pair of disc surface end surfaces of the rim rough blank, and a pair of a second cutter for performing a milling operation on the ear end of the rim rough blank; wherein to step j) When the disk end of the rim rough blank on the processing machine of the third processing device completes a plurality of pitch diameter (PCD) hole positions, the spindle base at the processing machine of the third processing device is At least one nozzle hole and a plurality of heat dissipation holes are drilled in an inclined state.

The effect of the invention is that the foreign rim rough blank is placed on the workbench Firstly, the rim rough embryo is pushed to the positioning position, and the rim rough product is scanned and the type of the rim is discriminated; then the rim rough product is sequentially ordered by the first conveying device. Holding the first processing device to perform reciprocating processing on the inner edge wall of the rim of the rim and the surface of the ear portion and the outer edge wall, and the flip cleaning device performs the flipping operation and the cleaning operation, and Performing an aperture measuring operation on the central hole provided at the disk end of the rim blank blank, and performing the second processing device on the surface of the disk surface of the rim rough blank and the ear portion at the disk end simultaneously Reciprocating processing, the plurality of cleaning devices provided by the first cleaning device perform a cleaning operation on the rim of the rim; and clamping the rim blank of the first cleaning device via the second conveying device Holding the action and feeding to the processing machine of the third processing device to perform a plurality of pitch diameter (PCD) holes, at least one nozzle hole and a plurality of heat dissipation holes at the disk end of the rim rough blank Drilling to present the finished rim; and lose Cleaning the finished product of the rim to the machine of the second cleaning device; thereby providing different equipment and processes different from the traditional rim processing, and having better equipment and improving products when performing the rim processing The effect of precision and quality.

1‧‧‧Workbench

11‧‧‧Pushing device

12‧‧‧ discriminating device

121‧‧‧Scan window

122‧‧‧Discrimination module

2‧‧‧First conveyor

21‧‧‧ Lifting mechanism

22‧‧‧ jaw device

23‧‧‧ traverse mechanism

3‧‧‧First processing equipment

31‧‧‧Processing machine

32‧‧‧Base

321‧‧‧Clamping device

33‧‧‧Tool set

331‧‧‧First tool

332‧‧‧second tool

4‧‧‧Flip cleaning equipment

41‧‧‧ machine

42‧‧‧Clamping device

43‧‧‧ cleaning device

44‧‧‧Measurement device

5‧‧‧Second processing equipment

51‧‧‧Processing machine

52‧‧‧Base

521‧‧‧Clamping device

53‧‧‧Tool set

531‧‧‧First tool

532‧‧‧Second tool set

6‧‧‧First cleaning equipment

61‧‧‧ machine

62‧‧‧cleaning device

7‧‧‧Second conveyor

71‧‧‧ Lifting mechanism

72‧‧‧ jaw device

73‧‧‧ traverse mechanism

8‧‧‧ Third processing equipment

81‧‧‧Processing machine

82‧‧‧ spindle base

821‧‧‧Resistance device

83‧‧‧Tool set

9‧‧‧Second cleaning equipment

91‧‧‧ machine

92‧‧‧cleaning device

10‧‧‧Roll rough embryo

101‧‧ Ears

102‧‧‧ inner wall

103‧‧‧ outer wall

104‧‧‧face

1041‧‧ Ears

105‧‧‧ center hole

106‧‧‧Round diameter (PCD) hole

107‧‧‧ vent hole

108‧‧‧ vents

20‧‧‧ finished rims

Figure 1 is a schematic view of a rim processing apparatus of the present invention.

Fig. 2 is a checkered diagram of the rim processing apparatus of the present invention.

Figure 3 is a plan view of the workbench of the rim processing equipment of the present invention.

Figure 4 is a plan view showing the first conveying device of the rim processing apparatus of the present invention.

Figure 5 is a plan view showing the first processing equipment of the rim processing equipment of the present invention.

Fig. 6 is a schematic view showing the flipping and cleaning operations of the flip cleaning device of the rim processing apparatus of the present invention.

Figure 7 is a schematic view showing the measurement operation of the flip cleaning device of the rim processing equipment of the present invention.

Figure 8 is a plan view showing a second processing apparatus of the rim processing apparatus of the present invention.

Figure 9 is a plan view showing the first cleaning device of the rim processing equipment of the present invention

Figure 10 is a plan view showing the second conveying apparatus of the rim processing apparatus of the present invention.

Figure 11 is a plan view showing a third processing apparatus of the rim processing apparatus of the present invention.

Figure 12 is a schematic view showing the processing steps of the third processing equipment of the rim processing equipment of the present invention (1).

Figure 13 is a schematic view showing the processing steps of the third processing equipment of the rim processing equipment of the present invention (2).

Figure 14 is a plan view showing the second cleaning device of the rim processing apparatus of the present invention.

Figure 15 is a flow chart showing the steps of the rim machining process of the present invention.

In order to enable your review committee to have a better understanding and understanding of the purpose, features and effects of the present invention, please refer to the following [detailed description of the drawings] as follows: Please refer to Figures 1 to 14 for The invention discloses a rim processing equipment description of "rim processing equipment and process", which provides a rim processing equipment which can be better equipped with the rim processing equipment, and includes: The workbench 1 is for placing the rim blanks 10 to be processed; the table 1 is provided with corresponding pushing devices 11 at the left and right sides thereof, and the pushing device 11 pushes the rim rough blanks 10 To the positioning area, and a discriminating device 12 located above the table 1, and the discriminating device 12 is provided with a pair of scanning windows 121 for scanning the rim rough blank 10, and a pair of rough embryos of the rim Discriminating module for discriminating the right and wrong of the placed type 122 (as shown in FIG. 3); a first conveying device 2 having two lifting mechanisms 21 located in the first conveying device 2 for lifting and lowering operations, and two lifting mechanisms 21 at the first conveying device 2 The jaw device 22 at the bottom end, the two jaw devices 22 of the first conveying device 2 are used for clamping the ear portion 101 of the rim blank blank 10 of the table 1, and the first conveying device 2 Each of the lifting mechanisms 21 is configured to be clamped by a separate operation, and a traverse mechanism 23 located in the lifting mechanism 21 of the first conveying device 2 and performing a lateral displacement operation, the traverse mechanism 23 The jaw device 22 provided by the lifting mechanism 21 completes the conveying operation of the ear portion 101 of the rim blank blank 10 (as shown in FIG. 4); a first processing device 3 having a processing machine The processing machine 31 of the first processing device 3 is provided with a clamping device 22 provided by the first conveying device 2 for holding the rim blank blank 10 after the working table 1 is transported and placed. a base 32, and a plurality of the base 32 of the first processing device 3 are provided for clamping the rim blank 10 a clamping device 321 in a fixed state, and a pair of tool groups 33 for processing the rim blanks 10 on the base 32 of the first processing device 3, and the tool group 33 of the first processing device 3 is A first cutter 331 for milling the inner surface of the ear portion 101 of the rim rough blank 10 and the inner edge wall 102, and a pair of outer surfaces and outer wall edges 103 of the ear portion 101 of the rim blank blank 10 a second cutter 332 for milling operation (as shown in FIG. 5); a reverse cleaning device 4 having a machine table 41; the machine table 41 of the reverse cleaning device 4 is for the first conveying device 2 to clamp the first a rim on the processing machine 31 of a processing device 3 After the rough blank 10 is transported to the placement, a clamping device 42 is used to clamp the rim blank 10 on the machine 41 to a plurality of cleaning devices. The cleaning device 43 of the reversing cleaning device 4 cleans the surface of the rim rough blank 10 on the machine table 41 of the reversing cleaning device 4 when the clamping device 42 is flipped by the clamping device 42. And a measuring device 44 for performing an aperture measuring operation on the central hole 105 of the disk end 104 of the rim blank blank 10 (as shown in FIGS. 6 to 7) a second processing device 5 having a processing machine 51; the processing machine 51 of the second processing device 5 is provided with a first conveying device 2 for holding the machine 41 of the inverting cleaning device 4 The rim blank blank 10 is placed on the fixed base 52. The base 52 of the second processing device 5 is provided with a plurality of clamps for holding the rim rough blank 10 in a fixed state. a device 521, and a pair of tool groups 53 for processing the rim blanks 10 on the base 52 of the second processing device 5, and the second processing The tool set 53 of the preparation 5 is a pair of first cutters 531 for performing a milling operation on the surface of the disk end 104 of the rim blank blank 10, and a pair of ear 1041 surfaces of the disk end 104 of the rim blank blank 10 a second cutter 532 for performing a milling operation (as shown in FIG. 8); a first cleaning device 6 having a machine 61, the machine 61 of the first cleaning device 6 being provided for the first conveying device 2 Holding the rim rough blank 10 on the processing machine 51 of the second processing device 5 and transporting it to the place, and a plurality of cleaning devices 62, each cleaning device 62 of the first cleaning device 6 is used for the first The rim on the machine table 61 of a cleaning device 6 is thick The surface of the blank 10 is subjected to a cleaning operation (as shown in FIG. 9); a second conveying device 7 has two lifting mechanisms 71 located at the second conveying device 7 for lifting and lowering movements, and two of the second conveying devices. The jaw device 72 at the bottom end of the lifting mechanism 71 of the device 7 and the jaw device 72 of the second conveying device 7 are used to clamp the rim blank of the machine 61 of the first cleaning device 6 The ear portion 1041 of the disk end 104 of the 10, and the lifting mechanism 71 provided by the second conveying device 7 are in a form of being clamped by a separate action, and a lifting mechanism 71 located in the second conveying device 7 and a traverse mechanism 73 for performing a lateral displacement operation, wherein the traverse mechanism 73 performs the clamping of the claw portion 72 provided on the lifting mechanism 71 to complete the clamping of the ear portion 1041 of the disk end 1041 of the rim blank blank 10 a conveying operation (as shown in FIG. 10); two third processing apparatuses 8 each having a processing machine 81; each processing machine 81 of the third processing apparatus 8 is provided with a clip for the second conveying apparatus 7 The claw device 72 performs the main placement of the rim rough blank 10 at the machine table 61 of the first cleaning device 6 a base 82, and a plurality of resisting means 821 for fixing the fixed position of the inner edge wall 102 of the rim blank 10 by a plurality of means 821 around the spindle base 82 of the third processing apparatus 8 and a tool set 83 for processing the rim blank blank 10 on the spindle base 82 of the third processing device 8, and each tool set 83 of the two third processing devices 8 is for the rim rough blank 10 At the disk end 104, a plurality of pitch circle diameter (PCD) holes 106, at least one nozzle hole 107, and a plurality of heat dissipation holes 108 are drilled to present the rim finished product 20 (as shown in FIGS. 11 to 13). ;and a second cleaning device 9 having a machine table 91; the machine table 91 of the second cleaning device 9 for supplying the second conveyor device 7 to the finished rim on the processing machine table 81 of the third processing device 8 After 20, the container is transported, and a plurality of cleaning devices 92 are used. The cleaning devices 92 of the second cleaning device 9 are used to clean the surface of the finished rim 20 on the machine table 91 of the second cleaning device 9. (As shown in FIG. 14); in particular, the first processing device 3 of the present invention may be incremented to at least two or more groups according to the addition of the rim blank blank 10; and the second processing device 5 It may be increased to at least two groups or more according to the addition of the rim blank blank 10; the third processing device 8 may be incremented to at least four groups or more according to the addition of the rim blank blank 10 .

Furthermore, please refer to Figure 15 and, in conjunction with Figures 3 to 14, the description of the rim machining process of the "Rim Processing Equipment and Process" of the present invention, which provides a different from the traditional wheel. The ring processing step is a rim processing method capable of improving product precision and quality when performing the rim processing; the method includes the following steps: Step S1: placing the outer rim blank blank 10 on a workbench 1, The pushing device 11 provided on the table 1 pushes the rim blank blank 10 to the positioning position, and the discriminating device 12 provided by the working table scans the rim rough blank 10 and performs the placed configuration. Discriminating action; scanning the rim rough blank 10 by the scanning window 121 provided by the discriminating device 12 of the table 1, and matching the discriminating module 122 of the discriminating device 12 to the rim of the rim Discriminate between right and wrong of the type of product placed in the product 10; Step S2: The jaw device 22 of the lifting mechanism 21 at the first conveying device 2 clamps one of the ears 101 of the rim blank 10 of the table 1 and conveys it to a The pedestal 32 at the processing machine table 31 of the first processing device 3 is clamped to the rim blank blank 10 by the clamping device 321 around the pedestal 32 provided by the processing machine 31. a fixed state; step S3: in conjunction with the tool set 33 of the first processing device 3, the inner edge wall 102 and the ear portion 101 and the outer edge of the rim rough blank 10 on the base 32 of the processing machine 31 The surface of the wall 103 and the like are simultaneously reciprocally processed; the cutter set 33 provided by the processing machine 31 of the first processing apparatus 3 is a pair of inner surfaces and inner wall of the ear portion 101 of the rim blank blank 10 a first cutter 331 for performing a milling operation, and a pair of second cutters 332 for performing an milling operation on the outer surface of the ear portion 101 of the rim blank blank 10 and the outer wall edge 103, and the processing machine of the first processing apparatus 3 The base 32 at the table 31 is rotated to facilitate the milling operation; Step S4: After processing, the first processing device 3 is added The rim blank blank 10 on the base 32 of the machine table 31 is clamped by the jaw device 22 of one of the lifting mechanisms 21 at the first conveying device 2, and is transported to a machine for inverting the cleaning device 4. At the stage 41; at this time, the jaw device 22 of the other lifting mechanism 21 at the first conveying device 2 clamps one of the ears 101 of the rim blank 10 which is pre-placed on the table 1. Acting and transporting to the base 32 at the processing machine table 31 of the first processing device 3 for reciprocating processing; step S5: the rim blank blank 10 on the machine table 41 of the flip cleaning device 4 passes through turn The clamping device 42 of the rotary cleaning device 4 performs an inverting operation, and is subjected to a cleaning operation by a plurality of cleaning devices 43 of the inverting cleaning device 4 during the inverting operation, and then the inverted rim blank blank 10 is placed on the inversion. The machine table 41 of the cleaning device 4 causes the disk end 104 of the rim blank 10 to be in an upward state; Step S6: At this time, the measuring device 44 of the inverting cleaning device 4 is the rough embryo of the wheel The central hole 105 of the disk end 104 of the product 10 is subjected to aperture measurement, and the measured rim blank blank 10 is clamped by the jaw device 22 of the lifting mechanism 21 of the first conveying device 2 The ear portion 1041 at the disk end 104 of the rim blank blank 10 is clamped; and is transported to the base 52 at the processing machine 51 of the second processing device 5, and is fitted around the base 52. The clamping device 521 is used to clamp and fix the rim blank blank 10; Step S7: and the base 52 of the processing machine 51 of the second processing device 5 is rotated, and is matched with the The tool set 53 of the second processing device 5 faces the disk end 104 and the disk surface of the rim blank blank 10 on the base 52 of the processing machine 51. The surface of the ear portion 1041 at the end 104 is simultaneously reciprocated; the cutter group 53 provided by the processing machine 51 of the second processing device 5 is a pair of the surface of the disk end 104 of the rim blank blank 10 a first cutter 531 performing a milling operation, and a second cutter 532 for performing a milling operation on a surface of the ear 1041 of the disk end 104 of the rim blank blank 10; Step S8: After processing, the second processing apparatus 5 The base 5 of the processing machine 51 The rim rough blank 10 on the second nipper is clamped by the jaw device 22 of the lifting mechanism 21 at the first conveying device 2, and is transported to the machine table 61 of the first cleaning device 6; A plurality of cleaning devices 62 provided in a cleaning device 6 perform a cleaning operation on the rim blank blank 10; Step S9: At this time, the jaw device 72 via the lifting mechanism 71 at the second conveying device 7 The ear portion 1041 at the disk end 104 of the rim blank blank 10 at the first cleaning device 6 is clamped and transported to the spindle base 82 at the processing machine table 81 of a third processing device 8. And the damper device 821 of the third processing device 8 is fixed against the inner edge wall 102 of the rim blank blank 10; step S10: when the rim rough blank 10 is in a fixed state, And forming a rim finished product 20 by drilling a plurality of pitch diameter (PCD) holes 106, at least one nozzle hole 107, and a plurality of heat dissipation holes 108 at the disk end 104 of the rim blank blank 10; The disk end 104 of the rim blank 10 on the processing machine 81 of the third processing device 8 completes a plurality of pitch circle diameter (PCD) holes 10 After the processing, the spindle base 82 of the processing machine 81 of the third processing device 8 is in an inclined state, and at least one nozzle hole 107 and a plurality of heat dissipation holes 108 are sequentially drilled; step S11 After processing, the rim finished product 20 on the spindle base 82 provided by the processing machine table 81 of the third processing device 8 is clamped by the jaw device 72 of the lifting mechanism 71 at the second conveying device 7, and Delivered to the machine table 91 of the second cleaning device 9; and the plurality of cleaning devices 92 provided by the second cleaning device 9 perform cleaning of the finished product 20 of the rim To complete the rim machining process described above; therefore, the effect of the present invention is to push the rim rough blank 10 to the positioning table after placing the outer rim blank blank 10 on the table 1 And scanning the rim blank blank 10 and discriminating the shape thereof; and sequentially clamping the rim rough blank 10 to the first processing device 3 via the first conveying device 2 The inner edge wall 102 of the rim rough blank 10 side is simultaneously reciprocated at the surface of the ear portion 101 and the outer edge wall 103, and the reverse cleaning device 4 performs a reversing operation and a cleaning operation, and the rim is The center hole 105 of the disk end 104 of the rough blank 10 performs an aperture measuring operation, and the second processing device 5 performs the disk end 104 of the rim blank blank 10 and the ear portion 1041 at the disk end 104. At the same time, the surface is simultaneously reciprocated, and the plurality of cleaning devices 62 provided in the first cleaning device 6 perform the cleaning operation on the rim rough blank 10; and the first cleaning device 6 is passed through the second conveying device 7. The rim blank blank 10 at the position carries the clamping action and is conveyed to the third processing device 8 At the machine table 81, a plurality of pitch circle diameter (PCD) holes 106, at least one nozzle hole 107, and a plurality of heat dissipation holes 108 are drilled at the disk end 104 of the rim blank blank 10 to present a wheel. Finishing the product 20; and feeding to the machine table 91 of the second cleaning device 9 to perform the cleaning operation of the finished product 20 of the rim; thereby providing a completely different processing device and process from the conventional rim for performing the rim processing It can have better equipment and better product quality and quality.

In summary, when it is known that the present invention can be used for the relevant industries, it is extremely progressive and novel, and the invention is not disclosed before the application, in accordance with the provisions of the Patent Law, In the case of a patent application, it is a pray for the government to inspect the patent.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equal variation and modification of the scope of the patent application of the present invention should still belong to the present invention. Within the scope of the patent.

1‧‧‧Workbench

2‧‧‧First conveyor

21‧‧‧ Lifting mechanism

22‧‧‧ jaw device

23‧‧‧ traverse mechanism

3‧‧‧First processing equipment

4‧‧‧Flip cleaning equipment

5‧‧‧Second processing equipment

6‧‧‧First cleaning equipment

7‧‧‧Second conveyor

71‧‧‧ Lifting mechanism

72‧‧‧ jaw device

73‧‧‧ traverse mechanism

8‧‧‧ Third processing equipment

9‧‧‧Second cleaning equipment

Claims (10)

A rim processing device includes: a workbench for placing a rough blank of a rim to be processed; a corresponding pushing device is disposed on the left and right sides of the workbench, and a device is located above the workbench a discriminating device; a first conveying device having two lifting mechanisms located at the first conveying device for lifting and lowering operations, and two jaw devices at the bottom end of the lifting mechanism of the first conveying device, the first The second jaw device of the conveying device is used for clamping the rim blank of the worktable, and a traverse mechanism of the lifting mechanism of the first conveying device for lateral displacement; a first processing device having a processing machine; the processing machine of the first processing device is provided with a susceptor for the first conveying device to be placed on the working table to hold the rim of the rim and then placed and placed A plurality of clamping devices for clamping and fixing the rough blank of the rim are arranged around the base of the processing device, and a pair of rim blanks on the base of the first processing device are Machining tool set; The device has a machine; the machine of the inverting cleaning device is configured to be transported to the first conveying device after the rim of the processing machine on the processing machine of the first processing device is transported, and a clamping device is provided The clamping device of the inverting cleaning device is configured to perform a turning operation of the rim rough blank on the machine of the inverting cleaning device, and a plurality of cleaning devices, wherein each cleaning device of the inverting cleaning device is used for cleaning the Flipping the surface of the rim rough blank on the machine table of the cleaning device, and a measuring device for performing the aperture measurement on the central hole of the rim rough blank; a second processing device having a processing machine; the processing machine of the second processing device is provided with a rim rough blank for the first conveying device to be clamped on the machine for holding the inverted cleaning device a susceptor, a clamping device for clamping and fixing the rough blank of the rim, and a pair of wheels on the base of the second processing device are disposed around the base of the second processing device a tool set for processing a rough blank; a first cleaning device having a machine, the machine of the first cleaning device being for the first conveying device to be mounted on a processing machine of the second processing device After the rim rough product is transported to the place, and a plurality of cleaning devices are used, each cleaning device of the first cleaning device is used for cleaning the surface of the rim rough blank on the machine of the first cleaning device; The second conveying device has two lifting mechanisms located at the second conveying device for lifting and lowering movements, and two jaw devices at the bottom end of the second lifting device, and two jaws of the second conveying device The device is for clamping the first cleaning a rim blank blank at the machine table, and a traverse mechanism located in the lifting mechanism of the second conveying device for lateral displacement; and a second processing device each having a processing machine; the third processing Each processing machine of the apparatus is provided with a spindle base for the second conveying device to be placed at the machine of the first cleaning device to hold the rim of the rim and then transport the placed spindle base, the third a plurality of resisting means for resisting the inner edge wall of the rim blank blank and a fixed state on the spindle base of the third processing device are disposed around the spindle base of the processing device a tool set for processing rough rims of rims; and a second cleaning device having a machine; the machine of the second cleaning device is configured to be transported to the second conveying device after the finished rim on the processing machine of the third processing device is transported, and a plurality of cleaning devices, each cleaning device of the second cleaning device for cleaning the surface of the finished rim on the machine of the second cleaning device. The rim processing apparatus according to claim 1, wherein the discriminating device of the worktable is provided with a pair of scan windows of the rim rough blank for scanning, and a pair of rim rough blanks placed A discriminating module that discriminates between right and wrong. The rim processing device of claim 1, wherein each of the lifting mechanisms provided by the first conveying device is in a form of clamping by a separate action; and each lifting mechanism provided by the second conveying device is The type of clamping that is performed separately. The rim processing apparatus according to claim 1, wherein the first processing equipment is incrementally increased to at least two or more groups according to the addition of the rim rough blank. The rim processing apparatus according to claim 1, wherein the second processing equipment is incrementally increased to at least two or more groups according to the addition of the rim rough blank. The rim processing apparatus according to claim 1, wherein the third processing apparatus is incrementally increased to at least four groups or more according to the addition of the rim rough blank. A rim processing method, comprising the steps of: a) placing an outer rim rough blank on a workbench, wherein the pushing device provided by the working table pushes the rim rough blank to the positioning position, and the work The discriminating device set by the station discriminates the rough blank of the rim and discriminates its placement; b) the gripper device of one of the lifting mechanisms of the first conveying device clamps one of the ear portions of the rim of the workbench and conveys it to a processing of a first processing device a pedestal at the base of the machine, and clamping the rim of the rim with a clamping device around the pedestal provided by the processing machine; c) matching the tool set of the first processing device The inner edge wall of the rim on the pedestal of the processing machine is reciprocally processed at the same time as the surface of the ear and the outer edge wall; d) after processing, the processing machine of the first processing equipment is provided The rim rough blank on the pedestal is clamped by the jaw device of the lifting mechanism of the first conveying device, and is transported to a machine of the overturning cleaning device; at this time, the first conveying device is The jaw device of the other lifting mechanism clamps one of the ear portions of the rim blank preform pre-placed on the table, and conveys it to the base of the processing machine of the first processing device. Reciprocating processing, e) the rim rough blank on the machine of the flip cleaning device The clamping device of the cleaning device performs the turning operation, and is subjected to the cleaning operation by the plurality of cleaning devices of the inverting cleaning device during the turning operation, and then the reversed rough metal blank is placed on the machine of the inverting cleaning device Upper, causing the disk end of the rim rough product to be upward; f) at this time, the measuring device of the flip cleaning device performs the aperture measurement on the central hole of the disk end of the rim rough product And then measuring the rim rough blank of the rim by clamping the gripper device of the lifting mechanism of the first conveying device to clamp the ear portion at the disk end of the rim blank blank; and Delivered to a base of a processing machine of a second processing device, and clamped and fixed the rim rough blank with a clamping device around the base; g) and the base of the processing machine of the second processing device is rotated, and is matched with the tool set of the second processing device to the disk end and the disk end of the rim rough blank on the base of the processing machine At the same time, the surface of the ear and the like are simultaneously reciprocated; h) after processing, the rim of the rim on the base of the processing machine of the second processing equipment is clamped by the lifting mechanism of the first conveying device The claw device is clamped and transported to a machine of a first cleaning device; and the plurality of cleaning devices provided by the first cleaning device perform a cleaning operation on the rough blank of the rim; i) at this time, And clamping the ear portion at the disk end of the rim rough blank at the first cleaning device via a clamping device of the lifting mechanism at the second conveying device, and conveying to a processing machine of a third processing device At the base of the spindle at the table, and with the resisting device of the third processing device, the inner edge wall of the rim of the rim is resisted and fixed; j) when the rim of the rim is fixed, And a plurality of pitches are straight at the disc end of the rim of the rim (PCD) hole position, at least one nozzle hole and a plurality of heat dissipation holes for drilling to represent the finished product of the rim; k) after processing, the finished rim on the spindle base of the processing machine of the third processing device The jaw device of the lifting mechanism at the second conveying device is clamped and transported to a machine of a second cleaning device; and the plurality of cleaning devices provided by the second cleaning device perform the finished product of the wheel The cleaning action; to complete the rim processing process described. The rim processing method according to claim 7, wherein, in the step c), the base of the processing machine of the first processing device is rotated; and the tool set is a pair of the rim a first cutter for performing an milling operation on the inner surface and the inner edge wall of the ear portion of the embryo, and a second cutter for performing a milling operation on the outer surface of the ear portion and the outer wall edge of the rough blank of the rim. The rim processing method according to claim 7, wherein, in the step g), the tool set of the processing machine of the second processing device is a pair of milling surfaces of the rim of the rim of the rim. a first cutter, and a pair of second cutters for performing a milling action on the ears of the disk end of the rim blank. The rim processing method according to claim 7, wherein, in the step j), the disk end of the rim rough blank on the processing machine of the third processing device completes a plurality of pitch diameter (PCD) hole processing Then, the spindle base of the processing machine of the third processing device is in an inclined state, and at least one nozzle hole and a plurality of cooling holes are drilled in sequence.