CN216370914U

CN216370914U - Single-function shower head assembling machine

Info

Publication number: CN216370914U
Application number: CN202121553045.3U
Authority: CN
Inventors: 高德群; 黄成都
Original assignee: Xiamen Sunuo Technology Co ltd
Current assignee: Xiamen Xunnuo Technology Co ltd
Priority date: 2021-07-08
Filing date: 2021-07-08
Publication date: 2022-04-26
Anticipated expiration: 2031-07-08

Abstract

The utility model relates to a single-function shower head assembling machine which comprises a machine frame, an accessory assembling device, a surface cover assembling device, a screwdriver lock device and a plurality of carrying platforms. According to the utility model, the gasket, the sealing ring and the surface cover are supplied by the feeding mechanism, then the grabbing mechanism is assembled on the shell, and then the screwdriver lock device is used for locking and fixing to complete the assembly of the single-function shower head, so that the degree of mechanization is high. The operation personnel only need manually with the shell location place on the microscope carrier can, the operation intensity is low, whole packaging efficiency is high.

Description

Single-function shower head assembling machine

Technical Field

The utility model relates to the technical field of shower head production, in particular to a single-function shower head assembling machine.

Background

The shower head is also called as a shower head and is almost a necessary article in a bathroom. A single function showerhead generally includes a housing, a face cap, and screws, washers, and seals for locking the face cap to the housing. At present, the parts of the shower head are usually assembled manually after being produced, and the assembly efficiency is low.

SUMMERY OF THE UTILITY MODEL

In view of the above problems, an object of the present invention is to provide a single-function shower head assembling machine, which can assemble a single-function shower head efficiently and has low manual work intensity.

In order to achieve the purpose, the utility model discloses a single-function shower head assembling machine which comprises

The automatic assembling machine comprises a rack, wherein a manual feeding station, an accessory assembling station, a surface cover assembling station and a screwdriver locking station are arranged on the rack;

the carrying platforms are movably arranged on the rack and sequentially pass through the manual feeding station, the accessory assembling station, the surface cover assembling station and the screwdriver locking station;

the fitting assembling device comprises a sealing ring feeding mechanism, a gasket feeding mechanism and a fitting grabbing mechanism, wherein the fitting grabbing mechanism is used for conveying a sealing ring and a gasket to the fitting assembling station and assembling the sealing ring and the gasket into the shell;

the face cover assembling device comprises a face cover feeding mechanism and a face cover grabbing mechanism, wherein the face cover grabbing mechanism is used for conveying a face cover to the face cover assembling station and assembling the face cover to the shell;

and the screwdriver locking device is used for locking the surface cover on the shell.

Preferably, the accessory grabbing mechanism comprises an accessory four-axis manipulator, a first sealing ring picking claw and a gasket picking suction pipe, wherein the first sealing ring picking claw and the gasket picking suction pipe are arranged on the accessory four-axis manipulator, and the gasket picking suction pipe is connected with an external vacuum pumping device;

the face lid snatchs the mechanism and includes face lid four-axis manipulator and sets up the pneumatic clip of face lid on face lid four-axis manipulator.

Preferably, the screwdriver locking device is an automatic screw locking machine, which comprises an automatic screw feeding mechanism and a locking mechanism; sealing washer feed mechanism and gasket feed mechanism are the vibration dish.

Preferably, the flour cover feeding mechanism comprises a rotary table, a plurality of stacking rods which are uniformly distributed on the rotary table in the circumferential direction and used for stringing and stacking flour covers, a plurality of push rods used for jacking the flour covers on the stacking rods, a flour cover vertical moving module used for pushing the push rods to move, a partition plate used for partitioning the flour covers and a partition plate cylinder used for pushing the partition plate to move; the turntable is provided with a through hole for the push rod to pass through.

Preferably, the accessory assembling device further comprises a sealing ring arranging mechanism, a gasket arranging mechanism, a sealing ring grabbing mechanism, a sealing ring rotating mechanism and a sealing ring oiling mechanism;

the sealing ring arranging mechanism comprises a sealing ring slide way which is butted with the sealing ring feeding mechanism, a sealing ring stop block which is arranged above the tail end of the sealing ring slide way and a sealing ring air cylinder which pushes the sealing ring stop block to move; the tail end of the sealing ring slideway is provided with a sealing ring positioning groove;

the gasket arranging mechanism comprises a gasket slide way in butt joint with the gasket feeding mechanism, a gasket stop block arranged above the tail end of the gasket slide way and a gasket cylinder for pushing the gasket stop block to move; the tail end of the gasket slide way is provided with a gasket positioning groove;

the sealing ring grabbing mechanism comprises a sealing ring horizontal moving module, a sealing ring vertical moving module arranged on the sealing ring horizontal moving module and a second sealing ring picking claw arranged on the sealing ring vertical moving module; an avoidance groove matched with the second sealing ring picking claw is formed in the sealing ring positioning groove;

the sealing ring rotating mechanism comprises a rotating platform, a gear fixedly connected with the rotating platform, a rack meshed with the gear and a rotating cylinder for pushing the rack to move; the rotating table is provided with a sealing ring fixing claw matched with the first sealing ring picking claw and the second sealing ring picking claw;

the sealing ring oiling mechanism comprises an oiling machine and an oiling cylinder for pushing the oiling machine to move towards the sealing ring fixing claw.

Preferably, the fitting assembly device further comprises detection elements for detecting whether the seal ring and the gasket are in place, respectively; the face cover assembling device further comprises a camera element used for photographing the face cover, locating and detecting whether the internal components of the shell are complete.

Preferably, the screwdriver further comprises a screw thread locking and paying station arranged between the surface cover assembling station and the screwdriver locking station, and a screw thread locking and paying device is arranged on the screw thread locking and paying station;

the rotary tooth locking device comprises a rotary tooth vertical moving module, a rotary tooth fixing seat arranged on the rotary tooth vertical moving module, a rotary motor fixed on the rotary tooth fixing seat, a rotary rod connected with a transmission shaft of the rotary motor and rotatably connected with the rotary tooth fixing seat, and a pressing plate connected with the rotary rod in a sliding manner; the upper end of the pressing plate is provided with a sliding rod, the sliding rod is provided with a bolt, the rotating rod is provided with a sliding pipe matched with the sliding rod, and the sliding pipe is provided with a long hole matched with the bolt; and a first return spring is also arranged in the sliding pipe and abuts against the sliding rod.

Preferably, the automatic feeding device further comprises a finished product feeding device for feeding the assembled finished product, wherein the finished product feeding device comprises a finished product horizontal moving module, a finished product vertical moving module arranged on the finished product horizontal moving module and a finished product pneumatic clamp arranged on the finished product vertical moving module.

Preferably, the device also comprises a plurality of stage positioning and lifting devices for positioning and lifting the stage; the platform deck positioning and lifting device comprises a limiting mechanism, a reverse pushing mechanism and a jacking mechanism;

the limiting mechanism comprises a limiting mounting seat, a limiting stop block hinged in the limiting mounting seat and a second return spring arranged between the limiting mounting seat and the limiting stop block;

the reverse pushing mechanism comprises a reverse pushing fixing seat, a pushing block hinged on the reverse pushing fixing seat, a roller hinged on the pushing block and a reverse pushing cylinder for pushing the pushing block to rotate;

the jacking mechanism comprises a lifting plate for lifting the carrying platform and a jacking cylinder for pushing the lifting plate to move; the lifting plate is provided with a plurality of positioning columns, and the carrying platform is provided with positioning holes matched with the positioning columns.

Preferably, the device also comprises an upper assembly line device and a lower assembly line device which are used for driving the carrier to move, wherein the upper assembly line device and the lower assembly line device comprise an upper assembly line, a lower assembly line and two groups of lifting mechanisms which are communicated with the upper assembly line and the lower assembly line;

the lifting mechanism comprises a lifting moving module, a fixing frame arranged on the lifting moving module, a transmission belt arranged on the fixing frame and connected with the upper assembly line and the lower assembly line, and a transmission motor for driving the transmission belt.

The utility model has the following beneficial effects:

according to the utility model, the gasket, the sealing ring and the surface cover are supplied by the feeding mechanism, then the grabbing mechanism is assembled on the shell, and then the screwdriver lock device is used for locking and fixing to complete the assembly of the single-function shower head, so that the degree of mechanization is high. The operation personnel only need manually with the shell location place on the microscope carrier can, the operation intensity is low, whole packaging efficiency is high.

Drawings

FIG. 1 is a schematic diagram of the present invention.

FIG. 2 is a schematic view of the present invention after the rack is hidden.

Fig. 3 is a schematic view of the elevating mechanism.

Fig. 4 is a schematic diagram of the stage positioning and lifting device.

Fig. 5 is a schematic view of a seal ring preparation mechanism.

Fig. 6 is a schematic view of a seal ring gripping mechanism.

Fig. 7 is a schematic diagram of the seal ring rotating mechanism and the seal ring oiling mechanism.

Fig. 8 is a schematic view of a pad collating mechanism.

Fig. 9 is a schematic view of a part gripping mechanism.

Fig. 10 is a schematic view of a dough cover feeding mechanism.

Fig. 11 is a schematic view of a face cover gripping mechanism.

Fig. 12 is a schematic view of a screw tooth locking device.

Fig. 13 is a schematic view of a finished product blanking device.

Description of the main part symbols:

a frame 10;

an upper production line 21, a lower production line 22, a lifting mechanism 23, a lifting moving module 231, a fixing frame 232, a conveying belt 233 and a conveying motor 234;

stage 30, positioning hole 31;

the device comprises a carrier positioning and lifting device 40, a limiting mounting base 411, a limiting stop 412, a reverse pushing fixing base 421, a pushing block 422, a roller 423, a reverse pushing cylinder 424, a lifting plate 431, a positioning column 4311 and a jacking cylinder 432;

the seal ring picking mechanism comprises a seal ring feeding mechanism 51, a gasket feeding mechanism 52, a seal ring sorting mechanism 53, a seal ring slide 531, a seal ring positioning groove 5311, a seal ring stopper 532, a seal ring cylinder 533, a seal ring picking mechanism 54, a seal ring horizontal moving module 541, a seal ring vertical moving module 542, a second seal ring picking claw 543, a seal ring rotating mechanism 55, a rotating table 551, a gear 552, a rack 553, a rotating cylinder 554, a seal ring fixing claw 555, a seal ring oiling mechanism 56, an oiling machine 561, an oiling cylinder 562, a gasket sorting mechanism 57, a gasket slide 571, a gasket positioning groove 5711, a gasket stopper 572, a gasket cylinder 573, a fitting picking mechanism 58, a fitting four-axis manipulator 581, a first seal ring picking claw 582, a gasket picking suction pipe 583 and a detection element 59;

the device comprises a surface cover feeding mechanism 61, a rotary table 611, a stacking rod 612, a push rod 613, a surface cover vertical moving module 614, a partition plate 615, a partition plate cylinder 616, a surface cover grabbing mechanism 62, a surface cover four-axis manipulator 621, a surface cover pneumatic clamp 622 and a camera element 63;

the device comprises a rotary tooth locking device 70, a rotary tooth vertical moving module 71, a rotary tooth fixing seat 72, a rotary motor 73, a rotary rod 74, a long hole 741, a first return spring 742, a pressure plate 75, a sliding rod 751 and a bolt 752;

an automatic screw feeding mechanism 81 and a locking mechanism 82;

a finished product blanking device 90, a finished product horizontal moving module 91, a finished product vertical moving module 92 and a finished product pneumatic clamp 93;

casing A1, sealing ring A2, gasket A3 and face cover A4.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments.

As shown in fig. 1-2, the utility model discloses a single-function shower head assembling machine, which comprises a frame 10, an up-down line device, more than six sets of carrying stages 30, four sets of carrying stage positioning and lifting devices 40, an accessory assembling device, a surface cover assembling device, a rotary tooth locking device 70 and a finished product discharging device 90.

The up-down production line device is arranged on the frame 10 and comprises an upper production line 21, a lower production line 22 and two groups of lifting mechanisms 23, wherein the two groups of lifting mechanisms 23 are communicated with the upper production line 21 and the lower production line 22 at two ends, and the upper production line 21, the lower production line 22 and the two groups of lifting mechanisms 23 form a circulating conveying line. The upper pipeline 21 and the lower pipeline 22 adopt a double speed chain line.

As shown in fig. 3, the lifting mechanism 23 includes a lifting/lowering module 231, a fixing frame 232 provided on the lifting/lowering module 231, a belt 233 provided on the fixing frame 232 and connected to the upper and

lower flow lines

21 and 22, and a conveyor motor 234 for driving the belt 233. The lifting/lowering module 231 may be a linear moving module including an electric screw or a motor, and the electric screw or the motor is used as a driving force, so that the carrying stage 30 is more stable. The structure of the lifting moving module 231 and the horizontal moving module and the vertical moving module mentioned later are well-established and conventional technologies, and are not described herein again.

The frame 10 is provided with a manual feeding station, an accessory assembling station, a surface cover assembling station, a screw thread locking station and a screwdriver locking station. The carrier 30 is used for positioning and placing the shell A1, the carrier 30 is placed on a circulating conveying line for conveying, and the carrier 30 sequentially passes through a manual feeding station, an accessory assembling station, a surface cover assembling station, a screw thread locking station and a screwdriver locking station. After an empty carrier 30 has been transferred to the manual loading station, the operator manually positions shell a1 on the empty carrier 30. Because the housing a1 is generally larger and longer, and is not of a standard shape, manual loading is used to ensure accurate and stable placement on the carrier 30.

The carrier positioning and lifting devices 40 are correspondingly arranged at the accessory assembling station, the surface cover assembling station, the screw thread locking station and the screwdriver locking station one by one, and are used for positioning and lifting the carrier 30 so as to ensure that the position of the carrier 30 is accurate and facilitate assembling. As shown in fig. 4, the stage positioning and lifting device 40 includes a limiting mechanism, a reverse pushing mechanism, and a jacking mechanism.

The limiting mechanism comprises a limiting installation seat 411, a limiting stop 412 hinged in the limiting installation seat 411 and a second return spring arranged between the limiting installation seat 411 and the limiting stop 412. The reverse pushing mechanism comprises a reverse pushing fixed seat 421, a pushing block 422 hinged on the reverse pushing fixed seat 421, a roller 423 hinged on the pushing block 422, and a reverse pushing cylinder 424 for pushing the pushing block 422 to rotate. The jacking mechanism includes a lifting plate 431 for lifting the platform 30 and a jacking cylinder 432 for pushing the lifting plate 431 to move. Four positioning columns 4311 are disposed on the lifting plate 431, and four positioning holes 31 are disposed on the carrier 30 and are matched with the positioning columns 4311.

When the carrier 30 is close to the station, the limit stop 412 is pressed downwards, the carrier 30 rebounds through the rear limit stop 412, the conveying is stopped, then the reverse pushing mechanism acts to push the carrier 30 back until the carrier abuts against the limit stop 412, so that the limit mechanism and the reverse pushing mechanism are matched to position the carrier 30, then the jacking mechanism lifts the carrier 30, the positioning column 4311 is clamped, and the accurate positioning of the carrier 30 on the station is completed.

The fitting assembling device comprises a sealing ring feeding mechanism 51, a gasket feeding mechanism 52, a sealing ring sorting mechanism 53, a gasket sorting mechanism 57, a sealing ring grabbing mechanism 54, a sealing ring rotating mechanism 55, a sealing ring oiling mechanism 56 and a fitting grabbing mechanism 58 for carrying the sealing ring A2 and the gasket A3 to a fitting assembling station and assembling the sealing ring A2 and the gasket A3 into the shell A1. Sealing washer feed mechanism 51 and gasket feed mechanism 52 all select for use the vibration dish, and it can realize automatic arrangement, range and the feeding of sealing washer A2 and gasket A3, and the vibration dish is prior art, and no longer repeated herein.

As shown in fig. 5, the sealing ring arranging mechanism 53 includes a sealing ring slide 531 abutting on the sealing ring feeding mechanism 51, a sealing ring stopper 532 disposed above a distal end of the sealing ring slide 531, and a sealing ring cylinder 533 pushing the sealing ring stopper 532 to move. A sealing ring positioning groove 5311 is provided at the end of the sealing ring slide 531. When the sealing ring a2 is pushed into the sealing ring positioning groove 5311, the subsequent pushing of the sealing ring a2 may be extruded, and the arrangement of the sealing ring stopper 532 and the sealing ring cylinder 533 avoids this problem, and when the sealing ring a2 is not grasped, the sealing ring stopper 532 is shielded above the sealing ring positioning groove 5311, so that the sealing ring a2 is stopped in the sealing ring positioning groove 5311; when the gasket a2 is to be captured, the gasket cylinder 533 pushes the gasket stopper 532 open, exposing the gasket a 2.

As shown in fig. 6, the seal ring grasping mechanism 54 includes a seal ring horizontal movement module 541, a seal ring vertical movement module 542 disposed on the seal ring horizontal movement module 541, and a second seal ring picking claw 543 disposed on the seal ring vertical movement module 542. An avoiding groove matched with the second sealing ring picking claw 543 is arranged at the sealing ring positioning groove 5311.

As shown in fig. 7, the seal ring rotating mechanism 55 includes a rotating table 551, a gear 552 fixedly connected to the rotating table 551, a rack 553 engaged with the gear 552, and a rotating cylinder 554 for pushing the rack 553 to move. The rotary table 551 is provided with a seal ring fixing claw 555 which engages with the first seal ring pickup claw 582 and the second seal ring pickup claw 543.

As shown in fig. 7, the seal ring oiling mechanism 56 includes an oiling machine 561 and an oiling cylinder 562 that pushes the oiling machine 561 toward the seal ring holding claw 555.

As shown in fig. 8, the gasket collating mechanism 57 includes a gasket slide channel 571 that interfaces with the gasket feed mechanism 52, a gasket stopper 572 that is disposed above the distal end of the gasket slide channel 571, and a gasket cylinder 573 that pushes the gasket stopper 572 to move. A gasket positioning groove 5711 is formed at the end of the gasket slide channel 571. The gasket arranging mechanism 57 operates in the same manner as the seal ring arranging mechanism 53 described above.

As shown in fig. 9, the component pickup mechanism 58 includes a component four-axis robot 581, and a first seal ring pickup claw 582 and a gasket pickup suction pipe 583 provided on the component four-axis robot 581, the gasket pickup suction pipe 583 being connected to an external vacuum evacuation device. The four-shaft mechanical arm is a mature device in the prior art, and is not described in detail herein.

The second sealing ring picking claw 543 extends into an inner hole of the sealing ring A2 and opens to pick up the sealing ring A2, the sealing ring A2 moves to the position above the sealing ring fixing claw 555, the second sealing ring picking claw 543 contracts, the sealing ring A2 drops onto the sealing ring fixing claw 555, the rotary cylinder 554 acts, the sealing ring fixing claw 555 rotates to drive the sealing ring A2 to rotate, meanwhile, the oiling machine 561 is close to the sealing ring fixing claw 555 to oil the sealing ring A2, the oiled sealing ring A2 slides onto the sealing ring fixing claw 555, and then the oiled sealing ring A2 is picked up by the first sealing ring picking claw 582 and assembled onto the shell A1. The gasket A3 is sucked on the gasket pick-up suction pipe 583 by vacuum negative pressure to complete pick-up and assembly. In addition, in order to ensure that the seal ring a2 and the gasket A3 can be accurately grasped, a detection element 59 for detecting whether the seal ring a2 and the gasket A3 are in place is respectively arranged on the seal ring arranging mechanism 53 and the gasket arranging mechanism 57, and the detection element 59 may be a photoelectric sensor.

The panel cover assembling device comprises a panel cover feeding mechanism 61 and a panel cover gripping mechanism 62 for carrying the panel cover A4 to a panel cover assembling station and assembling the panel cover A1.

As shown in fig. 10, the surface cover feeding mechanism 61 includes a rotary table 611, six stacking rods 612 which are circumferentially and uniformly distributed on the rotary table 611 and are used for stacking the surface covers a4 in series, four push rods 613 for jacking the surface covers a4 on the stacking rods 612, a surface cover vertical moving module 614 which synchronously pushes the push rods 613 to move, a partition plate 615 which is used for partitioning the surface covers a4, and a partition plate cylinder 616 which pushes the partition plate 615 to move. The turntable 611 is provided with a through hole through which the push rod 613 passes. The stacking rod 612 penetrates through bolt holes in the face covers a4 to string a plurality of face covers a4, the face cover vertical moving module 614 adopts an electric screw or a motor as a driving force, and the face covers a4 are picked up one by one, so that the face cover vertical moving module 614 acts once, and the uppermost face cover a4 on the stacking rod 612 can be always kept at a certain height position to be conveniently grabbed. And a separator 615 is provided to separate the uppermost cover a4 from the underlying cover a4 to prevent the cover gripping mechanism 62 from picking up multiple covers a4 at a time.

As shown in fig. 11, the face cover gripping mechanism 62 includes a face cover four-axis robot 621 and a face cover pneumatic gripper 622 provided on the face cover four-axis robot 621. In order to successfully and accurately pick up the face cover a4, the face cover four-axis manipulator 621 is further provided with an image pickup element 63, the face cover four-axis manipulator 621 moves to a specified position first, then takes a picture through the image pickup element 63 to find a position, and then picks up the face cover a4, and before assembling the face cover a4, the image pickup element 63 further detects whether the sealing ring a2 and the gasket A3 are assembled successfully. The image pickup device 63 may be a Panasonic ANPVC1040 camera.

Because the face cover A4 of part of the shower head is locked by the screw teeth, a screw teeth locking device 70 is also provided, and the device can be selectively opened or closed. As shown in fig. 12, the rotary locking device 70 includes a rotary vertical moving module 71, a rotary fixing base 72 disposed on the rotary vertical moving module 71, a rotary motor 73 fixed on the rotary fixing base 72, a rotary rod 74 connected to a transmission shaft of the rotary motor 73 and rotatably connected to the rotary fixing base 72, and a pressing plate 75 slidably connected to the rotary rod 74. A sliding rod 751 is arranged at the upper end of the pressure plate 75, a bolt 752 is arranged on the sliding rod 751, a sliding tube matched with the sliding rod 751 is arranged on the rotating rod 74, and a long hole 741 matched with the bolt 752 is arranged on the sliding tube. In addition, a first return spring 742 is disposed in the sliding tube, the first return spring 742 abuts against the sliding bar 751, and the first return spring 742 can ensure that the initial position of the pressure plate 75 is kept constant and can provide a certain pressure compensation during the screwing process.

The screwdriver locking device is used for locking the face cover A4 on the shell A1, and is an automatic screw locking machine which comprises a general automatic screw feeding mechanism 81 and a locking mechanism 82. The automatic screw locking machine is a mature device in the prior art, and the structure and the working principle of the automatic screw locking machine are not described in detail herein.

As shown in fig. 13, the finished product blanking device 90 includes a finished product horizontal moving module 91, a finished product vertical moving module 92 disposed on the finished product horizontal moving module 91, and a finished product pneumatic clamp 93 disposed on the finished product vertical moving module 92. The assembled single-function shower head is clamped and taken out by the finished product pneumatic clamp 93, and an avoiding groove for avoiding the finished product pneumatic clamp 93 is arranged on the carrying platform 30.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention.

Claims

1. The utility model provides a single function gondola water faucet kludge which characterized in that: comprises that

2. The single-function shower assembling machine according to claim 1, wherein: the accessory grabbing mechanism comprises an accessory four-axis manipulator, a first sealing ring picking claw and a gasket picking suction pipe, wherein the first sealing ring picking claw and the gasket picking suction pipe are arranged on the accessory four-axis manipulator;

3. The single-function shower assembling machine according to claim 1, wherein: the screwdriver locking device is an automatic screw locking machine and comprises an automatic screw feeding mechanism and a locking mechanism; sealing washer feed mechanism and gasket feed mechanism are the vibration dish.

4. The single-function shower assembling machine according to claim 1, wherein: the surface cover feeding mechanism comprises a rotary table, a plurality of stacking rods, a plurality of push rods, a surface cover vertical moving module, a separation plate and a separation plate cylinder, wherein the periphery of the stacking rods is uniformly distributed on the rotary table and used for serially stacking surface covers, the push rods are used for jacking the surface covers on the stacking rods, the surface cover vertical moving module pushes the push rods to move, the separation plate is used for separating the surface covers, and the separation plate cylinder pushes the separation plate to move; the turntable is provided with a through hole for the push rod to pass through.

5. The single-function shower assembling machine according to claim 2, wherein: the accessory assembling device also comprises a sealing ring arranging mechanism, a gasket arranging mechanism, a sealing ring grabbing mechanism, a sealing ring rotating mechanism and a sealing ring oiling mechanism;

6. The single-function shower assembling machine according to claim 1, wherein: the accessory assembling device also comprises detection elements which are respectively used for detecting whether the sealing ring and the gasket are in place; the face cover assembling device further comprises a camera element used for photographing the face cover, locating and detecting whether the internal components of the shell are complete.

7. The single-function shower assembling machine according to claim 1, wherein: the screw thread locking device is characterized by also comprising a screw thread locking station arranged between the surface cover assembling station and the screwdriver locking station, wherein a screw thread locking device is arranged on the screw thread locking station;

8. The single-function shower assembling machine according to claim 1, wherein: the automatic feeding device is characterized by further comprising a finished product feeding device for feeding finished products after assembly, wherein the finished product feeding device comprises a finished product horizontal moving module, a finished product vertical moving module arranged on the finished product horizontal moving module and a finished product pneumatic clamp arranged on the finished product vertical moving module.

9. The single-function shower assembling machine according to claim 1, wherein: the device also comprises a plurality of platform deck positioning and lifting devices for positioning and lifting the platform deck; the platform deck positioning and lifting device comprises a limiting mechanism, a reverse pushing mechanism and a jacking mechanism;

10. The single-function shower assembling machine according to claim 1, wherein: the device comprises a carrier, an upper assembly line device and a lower assembly line device, wherein the carrier is used for driving the carrier to move;