CN108213956B - Air pump production device and production method - Google Patents
Air pump production device and production method Download PDFInfo
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- CN108213956B CN108213956B CN201810256725.5A CN201810256725A CN108213956B CN 108213956 B CN108213956 B CN 108213956B CN 201810256725 A CN201810256725 A CN 201810256725A CN 108213956 B CN108213956 B CN 108213956B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P21/00—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control
- B23P21/002—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control the units stationary whilst being composed
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Abstract
The invention discloses an air pump production device and a production method, comprising an impeller shell mounting mechanism for mounting an impeller shell on a motor body, an impeller pressing mechanism for pressing an impeller into a Ma Daben body, a wire harness mounting mechanism for mounting a wire harness on the motor, an impeller cover mounting mechanism for mounting an impeller cover, a marking mechanism for marking on the motor, and a spacer support mounting device for mounting a spacer and a support on the motor body, which are sequentially arranged.
Description
Technical Field
The invention relates to an air pump production mechanism, in particular to an air pump production device and an air pump production method.
Background
Air pump qim, air pump is an "air pump", a device that removes air from an enclosed space or adds air from an enclosed space. The air pump is mainly divided into an electric air pump and a manual air pump, and a foot-operated air pump. An electric air pump. The air pump using electric power as power continuously compresses air through the electric power to generate air pressure. The method is mainly applied to pneumatic gluing, automobile inflation and the like, and at present, when an air pump is manufactured, parts are required to be manually installed and screws are screwed, but the method has the defects of low installation efficiency, high labor intensity of workers and the like.
Disclosure of Invention
The invention solves the technical problem of providing an air pump production device for improving the production efficiency of an air pump.
The technical scheme adopted for solving the technical problems is as follows: the air pump production device comprises an impeller shell mounting mechanism for mounting an impeller shell on a motor body, an impeller pressing mechanism for pressing an impeller into a Ma Daben body, a wire harness mounting mechanism for mounting a wire harness on the motor, an impeller cover mounting mechanism for mounting an impeller cover, a marking mechanism for marking on the motor, and a spacer support mounting device for mounting a spacer and a support on the motor body, which are sequentially arranged.
Further is: the impeller shell mounting mechanism comprises an impeller shell positioning seat, the impeller shell positioning seat comprises an impeller shell positioning tool, a first shaft clamping seat is arranged on one side of the impeller shell positioning tool, a first shaft clamp is mounted on the first shaft clamping seat, the impeller shell positioning seat further comprises a shaft clamp clamping detection mechanism which is mounted below the first shaft clamp and used for detecting the clamping degree of the first shaft clamp, a first product detection sensor used for detecting whether a product is put in place or not is further arranged on one side of the impeller shell positioning seat, and a screw driver mechanism is further arranged on the upper portion of the impeller shell positioning seat.
Further is: the impeller pressing mechanism comprises an impeller placing tool for placing the motor body and the impeller, a second product detection sensor for detecting whether a product exists or not is arranged on one side of the impeller placing tool, and an impeller pressing mechanism for pressing the impeller into the motor is arranged above the impeller placing tool.
Further is: the wire harness installation mechanism comprises a bottom plate, a first body positioning tool used for placing a product body is arranged on the bottom plate, a third product detection sensor used for detecting whether a product exists or not is arranged on one side of the first body positioning tool, a wire harness end placement tool is further arranged on one side of the first product positioning tool, a wire harness length detection sensor is arranged on the inner side of the wire harness end placement tool, and a screw driver mechanism is further arranged above the first body positioning tool.
Further is: the impeller cover installation mechanism comprises a screw preassembling and positioning mechanism and a screw driving and positioning mechanism, the screw preassembling and positioning mechanism comprises a first motor assembly positioning tool, a first impeller cover positioning tool is arranged on the upper side of the first motor assembly positioning tool, a fourth product detection sensor for detecting whether a product exists or not is arranged on one side of the first motor assembly positioning tool, a second shaft clamping seat is arranged on one side of the first impeller cover positioning tool, a second shaft clamp is arranged on the second shaft clamping seat, a screw driver mechanism is further arranged above the first motor assembly positioning tool, the screw driving and positioning mechanism comprises a second motor assembly positioning tool, a fifth product detection sensor for detecting whether the product exists or not is arranged on one side of the second motor assembly positioning tool, a third shaft clamping seat is arranged on one side of the second motor assembly positioning tool, a detection rod and a detection rod driving mechanism for driving the detection rod to extend into the motor are arranged on one side of the second motor assembly positioning tool, and a proximity sensor is arranged on the detection rod.
Further is: the marking mechanism comprises a third motor assembly positioning tool, a sixth product detection sensor for detecting whether a product exists or not is arranged on one side of the third motor assembly positioning tool, and a marking machine is arranged on the upper portion of the third motor assembly positioning tool.
Further is: the spacer support mounting device comprises a support bar mounting mechanism and a spacer mounting mechanism, the support bar mounting mechanism comprises a support bar valve body positioning seat, a pressing positioning cylinder which is used for positioning a product is arranged above the support bar valve body positioning seat and is used for driving the pressing positioning rod to perform positioning, a support bar press-fitting cylinder is arranged on the side edge of the support bar valve body positioning seat, the spacer mounting mechanism comprises a spacer valve body positioning seat, the spacer valve body positioning seat comprises a spacer placing seat and a valve body placing seat, a fourth shaft clamping seat is arranged on one side of the valve body placing seat, a fourth shaft clamp is arranged on the fourth shaft clamping seat, a screw driver mechanism is further arranged above the valve body placing seat, and a sixth product detection sensor for detecting whether the product exists or not is further arranged on one side of the valve body placing seat.
The invention also discloses an air pump production method, which comprises the following steps:
impeller shell mounting mechanism: firstly, placing a motor and an impeller shell in an impeller shell positioning tool, clamping a product by a first shaft clamp, detecting that the product is clamped by a shaft clamp clamping detection mechanism, and manually placing screws by a worker after detecting that the product is accurately placed by a first product detection sensor, and pulling down a screw driver mechanism to perform screw locking operation;
impeller press-in mechanism: the motor body and the impeller which are provided with the impeller shell are sequentially placed in an impeller placement tool, and after the second product detection sensor detects that the impeller and the motor body are accurately placed in the impeller placement tool, the impeller pressing mechanism presses down to press the motor body and the impeller together;
wire harness installation mechanism: placing the motor body with the impeller mounted on a first body positioning tool, inserting a wire harness into the motor body, placing the end part of the wire harness on the wire harness end placing tool, detecting whether the length of the wire harness is qualified or not through a wire harness length detection sensor, manually mounting a screw if the wire harness is qualified, and screwing the screw by using a screw driver mechanism so that the wire harness is mounted in the motor body;
impeller cover mounting mechanism: firstly, placing a motor body with a wire harness on a first motor component positioning tool, placing an impeller cover on the first impeller cover positioning tool, clamping a product by a second shaft clamp after a fourth product detection sensor detects that the product is placed in place, manually screwing a screw to perform preassembly operation, using a screw driver mechanism to perform screwing operation, then installing the motor body with the screw on the second motor component positioning tool, clamping the product by a third shaft clamp after a fifth product detection sensor detects that the product is placed in place, driving a detection rod by a detection rod driving mechanism to extend into the motor body, and detecting whether the screw is installed in place or not;
marking mechanism: placing the motor body with the impeller cover in a third motor component positioning tool, and marking the surface of the motor by a marking machine after the six product detection sensors detect that the products are placed in place;
spacer support mounting device: the motor body and the support bar after marking are sequentially placed on a support bar valve body positioning seat, a pressing positioning cylinder is pressed downwards, the support bar and the motor body are positioned in the vertical direction, then the support bar press-fitting cylinder moves towards the motor body, the support bar is press-fitted into the motor body, then the motor body with the press-fitted support bar is placed in a valve body placing seat, meanwhile, a spacer is placed in the spacer placing seat, then a fourth shaft clamp clamps a product, a screw is manually placed, and the spacer and the motor body are installed together by using a screw driver mechanism.
The beneficial effects of the invention are as follows: the air pump production device adopts the cooperation of manpower and mechanical equipment to carry out the assembly operation of the air pump, thereby improving the installation speed of the air pump and improving the quality of the air pump.
Drawings
Fig. 1 is a schematic view of an impeller housing positioning seat.
Fig. 2 is a schematic view of a screw driver mechanism.
Fig. 3 is a schematic view of an impeller pressing mechanism.
Fig. 4 is a schematic view of a harness installation mechanism.
Fig. 5 is a schematic view of a screw preassembling and positioning mechanism.
FIG. 6 is a schematic view of a screw driving positioning mechanism.
Fig. 7 is a schematic diagram of a support bar mounting mechanism.
FIG. 8 is a schematic diagram of a spacer mounting mechanism.
Marked in the figure as: the impeller housing positioning tool 11, the first shaft clamp 12, the shaft clamp clamping detection mechanism 13, the first product detection sensor 14, the screwdriver mechanism 2, the impeller placement tool 31, the second product detection sensor 32, the impeller pressing mechanism 33, the bottom plate 41, the first body positioning tool 42, the third product detection sensor 43, the wire harness end placement tool 44, the wire harness length detection sensor 45, the first motor assembly positioning tool 51, the first impeller cover positioning tool 52, the fourth product detection sensor 53, the second shaft clamp 54, the second motor assembly positioning tool 61, the fifth product detection sensor 62, the third shaft clamp 63, the detection lever 64, the detection lever driving mechanism 65, the proximity sensor 66, the support lever valve body positioning seat 71, the pressing positioning lever 72, the pressing positioning cylinder 73, the support lever pressing cylinder 74, the spacer placement seat 81, the valve body placement seat 82, the fourth shaft clamp 83, and the sixth product detection sensor 84.
Detailed Description
The invention is further described below with reference to the drawings and the detailed description.
The air pump production device shown in fig. 1 to 8 comprises an impeller shell mounting mechanism for mounting an impeller shell on a motor body, an impeller pressing mechanism for pressing an impeller into a Ma Daben body, a wire harness mounting mechanism for mounting a wire harness on the motor, an impeller cover mounting mechanism for mounting an impeller cover, a marking mechanism for performing marking operation on the motor, and a spacer support mounting device for mounting a spacer and a support on the motor body, which are sequentially arranged;
the impeller shell mounting mechanism comprises an impeller shell positioning seat, the impeller shell positioning seat comprises an impeller shell positioning tool 11, a first shaft clamp seat is arranged on one side of the impeller shell positioning tool 11, a first shaft clamp 12 is mounted on the first shaft clamp seat, the impeller shell positioning seat further comprises a shaft clamp clamping detection mechanism 13 which is mounted below the first shaft clamp 12 and used for detecting the clamping degree of the first shaft clamp 12, a first product detection sensor 14 used for detecting whether a product is put in place or not is further arranged on one side of the impeller shell positioning seat, a screw driver mechanism 2 is further arranged on the upper portion of the impeller shell positioning seat, during specific work, a motor and an impeller shell are firstly placed in the impeller shell positioning tool 11, the first shaft clamp 12 clamps the product, the shaft clamp clamping detection mechanism 13 detects that the product is clamped, after the first product detection sensor 14 detects that the product is accurately put in place, a worker manually places a screw, and pulls down the screw driver mechanism 2 to lock the screw.
The impeller pressing mechanism comprises a motor body and an impeller placing tool 31, a second product detecting sensor 32 for detecting whether a product exists or not is arranged on one side of the impeller placing tool 31, an impeller pressing mechanism 33 for pressing the impeller into the motor is arranged above the impeller placing tool 31, the motor body and the impeller which are installed with impeller shells are sequentially placed into the impeller placing tool 31 during specific work, and after the second product detecting sensor 32 detects that the impeller and the motor body are accurately placed into the impeller placing tool 31, the impeller pressing mechanism 33 presses the motor body and the impeller together.
The wire harness installation mechanism comprises a bottom plate 41, a first body positioning tool 42 for placing a product body is arranged on the bottom plate 41, a third product detection sensor 43 for detecting whether the product exists or not is arranged on one side of the first body positioning tool 42, a wire harness end placement tool 44 is further arranged on one side of the first product positioning tool, a wire harness length detection sensor 45 is arranged on the inner side of the wire harness end placement tool 44, a screw driver mechanism 2 is further arranged above the first body positioning tool 42, in specific operation, a motor body with an impeller installed is placed on the first body positioning tool 42, a wire harness is inserted into the motor body, the end portion of the wire harness is placed on the wire harness end placement tool 44, whether the wire harness length is qualified or not is detected through the wire harness length detection sensor 45, if yes, a screw is manually installed, and the screw driver mechanism 2 is used for screwing the screw, so that the wire harness is installed into the motor body.
Wherein the impeller cover mounting mechanism comprises a screw preassembling and positioning mechanism and a screw driving and positioning mechanism, the screw preassembling and positioning mechanism comprises a first motor assembly positioning tool 51, a first impeller cover positioning tool 52 is arranged on the upper side of the first motor assembly positioning tool 51, a fourth product detection sensor 53 for detecting whether a product exists or not is arranged on one side of the first motor assembly positioning tool 51, a second shaft clamping seat is arranged on one side of the first impeller cover positioning tool 52, a second shaft clamp 54 is arranged on the second shaft clamping seat, a screw driver mechanism 2 is further arranged above the first motor assembly positioning tool 51, the screw driving and positioning mechanism comprises a second motor assembly positioning tool 61, a fifth product detection sensor 62 for detecting whether the product exists or not is arranged on one side of the second motor assembly positioning tool 61, a third shaft clamping seat is arranged on one side of the second motor assembly positioning tool 61, a third shaft clamp 63 is arranged on the third shaft clamping seat, a detection rod 64 and a detection rod driving mechanism 65 for driving the detection rod 64 to extend into the motor are also arranged on one side of the second motor assembly positioning tool 61, a proximity sensor 66 is arranged on the detection rod 64, when the detection rod is in specific work, firstly, a motor body with a wire harness is placed on the first motor assembly positioning tool 51, an impeller cover is placed on the first impeller cover positioning tool 52, after the fourth product detection sensor 53 detects that a product is placed in place, the second shaft clamp 54 clamps the product, a screw is manually screwed on for preassembling operation, a screw driver mechanism 2 is used for screwing operation, then the motor body with the screw screwed is mounted on the second motor assembly positioning tool 61, after the fifth product detection sensor 62 detects that the product is placed in place, the third shaft clamp 63 clamps the product, and then the detection rod driving mechanism 65 drives the detection rod 64 to extend into the motor body to detect whether the screw is in place.
The marking mechanism comprises a third motor assembly positioning tool, a sixth product detection sensor 84 for detecting whether a product exists or not is arranged on one side of the third motor assembly positioning tool, a marking machine is arranged on the upper portion of the third motor assembly positioning tool, when the marking mechanism works specifically, a motor body with a mounted impeller cover is placed in the third motor assembly positioning tool, and after the product is detected to be placed in place by the six product detection sensor, marking processing is carried out on the surface of the motor by the marking machine.
The spacer support mounting device comprises a support bar mounting mechanism and a spacer mounting mechanism, the support bar mounting mechanism comprises a support bar valve body positioning seat 71, a pressing positioning rod 72 and a pressing positioning cylinder 73 for driving the pressing positioning rod 72 to play a role in positioning a product are arranged above the support bar valve body positioning seat 71, support bar press-fit cylinders 74 are arranged on the sides of the support bar valve body positioning seat 71, the spacer mounting mechanism comprises a spacer valve body positioning seat, the spacer valve body positioning seat comprises a spacer placement seat 81 and a valve body placement seat 82, a fourth shaft clamping seat is arranged on one side of the valve body placement seat 82, a fourth shaft clamp 83 is arranged on the fourth shaft clamping seat, a screwdriver mechanism 2 is further arranged above the valve body placement seat 82, a sixth product detection sensor 84 for detecting whether the product is available or not is further arranged on one side of the valve body placement seat 82, when the device works specifically, the marked motor body and support bar are sequentially placed on the valve body positioning seat 71, the pressing positioning cylinder 73 downwards, the support bar and the motor body are placed on the support bar body in the vertical direction, the motor body are pressed-fit cylinders 81, the spacer body and the motor body are placed in the vertical direction, the motor body is pressed-fit cylinders, the spacer body is placed in the direction of the motor body, and then the motor body is pressed-fit into the fourth shaft clamping seat, the spacer body is placed in the direction, and the spacer body is pressed into the body by the motor body, the motor body is pressed into the direction, and the spacer body is pressed into the body, and the spacer body is pressed by the motor body, and the spacer body is pressed.
The invention also discloses an air pump production method, which comprises the following steps:
impeller shell mounting mechanism: firstly, placing a motor and an impeller shell in an impeller shell positioning tool 11, clamping a product by a first shaft clamp 12, detecting that the product is clamped by a shaft clamp clamping detection mechanism 13, and manually placing screws by a worker after detecting that the product is accurately placed by a first product detection sensor 14, and pulling down a screw driver mechanism 2 to perform screw locking operation;
impeller press-in mechanism: the motor body and the impeller which are provided with the impeller shell are sequentially placed in the impeller placement tool 31, and after the second product detection sensor 32 detects that the impeller and the motor body are accurately placed in the impeller placement tool 31, the impeller pressing mechanism 33 presses down to press the motor body and the impeller together;
wire harness installation mechanism: placing the motor body with the impeller mounted on the first body positioning tool 42, inserting the wire harness into the motor body, placing the end part of the wire harness on the wire harness end placing tool 44, detecting whether the length of the wire harness is qualified or not through the wire harness length detecting sensor 45, manually mounting a screw if the wire harness is qualified, and tightening the screw by using the screw driver mechanism 2 so that the wire harness is mounted in the motor body;
impeller cover mounting mechanism: firstly, placing a motor body with a wire harness on a first motor assembly positioning tool 51, placing an impeller cover on a first impeller cover positioning tool 52, clamping a product by a second shaft clamp 54 after a fourth product detection sensor 53 detects that the product is in place, manually screwing a screw to perform preassembly operation, screwing the screw by using a screw driver mechanism 2, then installing the motor body with the screw on a second motor assembly positioning tool 61, clamping the product by a third shaft clamp 63 after a fifth product detection sensor 62 detects that the product is in place, and then driving a detection rod 64 to extend into the motor body by a detection rod driving mechanism 65 to detect whether the screw is in place;
marking mechanism: placing the motor body with the impeller cover in a third motor component positioning tool, and marking the surface of the motor by a marking machine after a sixth product detection sensor detects that a product is placed in place;
spacer support mounting device: the marked motor body and supporting bar are placed on the supporting bar valve body positioning seat 71 in sequence, the pressing positioning cylinder 73 is pressed downwards, the supporting bar and the motor body are positioned in the vertical direction, then the supporting bar press-fitting cylinder 74 moves towards the motor body, the supporting bar is press-fitted into the motor body, then the motor body with the press-fitted supporting bar is placed in the valve body placing seat 82, meanwhile, the spacer is placed in the spacer placing seat 81, then the fourth shaft clamp 83 clamps the product, screws are manually placed, and the spacer and the motor body are mounted together by using the screw driver mechanism 2.
While the foregoing is directed to embodiments of the present invention, other and further details of the invention may be had by the present invention, it should be understood that the foregoing description is merely illustrative of the present invention and that no limitations are intended to the scope of the invention, except insofar as modifications, equivalents, improvements or modifications are within the spirit and principles of the invention.
Claims (2)
1. Air pump apparatus for producing, its characterized in that: the utility model provides a motor, including the impeller shell installation mechanism that installs the impeller shell on the motor body, with the impeller push in mechanism in Ma Daben body of impeller push in, install pencil on the motor pencil installation mechanism, install the impeller lid installation mechanism of impeller lid, carry out marking operation's marking mechanism on the motor, support the spacer support installation device of spacer and support installation on the motor body, impeller shell installation mechanism includes the impeller shell positioning seat, impeller shell positioning seat includes impeller shell positioning frock (11), impeller shell positioning frock (11) one side is provided with first axle holder, install first axle holder (12) on first axle holder (12) seat and press in detection mechanism (13) of axle holder clamp that is used for detecting the tight degree of first axle holder (12) clamp below first axle holder (12), impeller shell positioning seat one side still is provided with first product detection sensor (14) that are used for detecting whether the product is put in place, impeller shell positioning seat upper portion still is provided with screw mechanism (2), impeller body push in including place motor and impeller shell positioning frock (11), install first axle holder (31) on first axle holder (12) seat, be used for detecting the product (31) is arranged in place on the body (41) and is arranged in place impeller body (31), the utility model discloses a product detection device, including first body location frock (42), first body location frock (42) one side is provided with third product detection sensor (43) that are used for detecting the product existence, first product location frock one side still is provided with pencil end and places frock (44), pencil end is placed frock (44) inboard and is provided with pencil length detection sensor (45), first body location frock (42) top still is provided with screwdriver mechanism (2), impeller lid installation mechanism includes screw preassembly positioning mechanism and beats screw positioning mechanism, screw preassembly positioning mechanism includes first motor subassembly location frock (51), first motor subassembly location frock (51) upside is provided with first impeller lid location frock (52), first motor subassembly location frock (51) one side is provided with fourth product detection sensor (53) that are used for detecting the product existence, first impeller lid location frock (52) one side is provided with the second shaft holder, install second shaft holder (54) on the second shaft holder, first motor subassembly location frock (51) top still is provided with screwdriver mechanism (2), second motor subassembly location frock (61) have the third shaft holder (61), first motor subassembly (61) have the third shaft holder (61) to be provided with, first motor subassembly (61), the second motor component positioning tool (61) is also provided with a detection rod (64) and a detection rod driving mechanism (65) for driving the detection rod (64) to extend into the motor, the detection rod (64) is provided with a proximity sensor (66), the marking mechanism comprises a third motor component positioning tool, one side of the third motor component positioning tool is provided with a sixth product detection sensor (84) for detecting whether a product exists or not, the upper part of the third motor component positioning tool is provided with a marking machine, the spacer support mounting device comprises a support bar mounting mechanism and a spacer mounting mechanism, the support bar mounting mechanism comprises a support bar valve body positioning seat (71), the upper part of the supporting bar valve body positioning seat (71) is provided with a pressing positioning rod (72) and a pressing positioning cylinder (73) for driving the pressing positioning rod (72) to perform a positioning function on a product, the side edge of the supporting bar valve body positioning seat (71) is provided with a supporting bar press-fitting cylinder (74), the spacer mounting mechanism comprises a spacer valve body positioning seat, the spacer valve body positioning seat comprises a spacer placing seat (81) and a valve body placing seat (82), one side of the valve body placing seat (82) is provided with a fourth shaft clamping seat, the fourth shaft clamping seat is provided with a fourth shaft clamp (83), the upper part of the valve body placing seat (82) is also provided with a screw driver mechanism (2), a sixth product detection sensor (84) for detecting whether the product exists or not is further arranged on one side of the valve body placement seat (82).
2. The production method of the air pump production device according to claim 1, characterized in that: the method comprises the following steps:
impeller shell mounting mechanism: firstly, placing a motor and an impeller shell in an impeller shell positioning tool (11), clamping a product by a first shaft clamp (12), detecting that the product is clamped by a shaft clamp clamping detection mechanism (13), and after detecting that the product is accurately placed in place by a first product detection sensor (14), manually placing screws by a worker, and pulling down a screw driver mechanism (2) to perform screw locking operation;
impeller press-in mechanism: the motor body and the impeller which are provided with the impeller shell are sequentially placed in an impeller placement tool (31), and after the second product detection sensor (32) detects that the impeller and the motor body are accurately placed in the impeller placement tool (31), the impeller pressing mechanism (33) presses down to press the motor body and the impeller together;
wire harness installation mechanism: placing the motor body with the impeller mounted on a first body positioning tool (42), inserting a wire harness into the motor body, placing the end part of the wire harness on a wire harness end placing tool (44), detecting whether the length of the wire harness is qualified or not through a wire harness length detecting sensor (45), manually mounting a screw if the wire harness is qualified, and screwing the screw by using a screw driver mechanism (2) so that the wire harness is mounted in the motor body;
impeller cover mounting mechanism: firstly, placing a motor body with a wire harness on a first motor component positioning tool (51), placing an impeller cover on a first impeller cover positioning tool (52), after a fourth product detection sensor (53) detects that a product is placed in place, clamping the product by a second shaft clamp (54), manually screwing a screw to perform preassembly operation, screwing the screw by using a screw driver mechanism (2), then installing the motor body with the screw on a second motor component positioning tool (61), after a fifth product detection sensor (62) detects that the product is placed in place, clamping the product by a third shaft clamp (63), and then driving a detection rod driving mechanism (65) to extend into the motor body to detect whether the screw is installed in place;
marking mechanism: placing the motor body with the impeller cover in a third motor component positioning tool, and marking the surface of the motor by a marking machine after a sixth product detection sensor detects that a product is placed in place;
spacer support mounting device: the motor body and the support bar after marking are sequentially placed on a support bar valve body positioning seat (71), a pressing positioning cylinder (73) is pressed down, the support bar and the motor body are positioned in the vertical direction, then a support bar press-fitting cylinder (74) moves towards the motor body, the support bar is press-fitted into the motor body, then the motor body with the press-fitted support bar is placed in a valve body placing seat (82), meanwhile, a spacer is placed in a spacer placing seat (81), then a fourth shaft clamp (83) clamps a product, screws are manually placed, and a screwdriver mechanism (2) is used for installing the spacer and the motor body together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810256725.5A CN108213956B (en) | 2018-03-27 | 2018-03-27 | Air pump production device and production method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810256725.5A CN108213956B (en) | 2018-03-27 | 2018-03-27 | Air pump production device and production method |
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| CN108213956A CN108213956A (en) | 2018-06-29 |
| CN108213956B true CN108213956B (en) | 2023-05-16 |
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2018
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| CN108213956A (en) | 2018-06-29 |
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