CN218253758U

CN218253758U - Gasket material loading, assembling and oil injecting mechanism

Info

Publication number: CN218253758U
Application number: CN202222363121.5U
Authority: CN
Inventors: 余洪祥; 周华国; 廖建勇
Original assignee: Shenzhen Honest Intelligent Equipment Co Ltd
Current assignee: Shenzhen Honest Intelligent Equipment Co Ltd
Priority date: 2022-09-06
Filing date: 2022-09-06
Publication date: 2023-01-10
Anticipated expiration: 2032-09-06

Abstract

The utility model discloses a packing ring material loading equipment oiling mechanism, including packing ring material loading subassembly and packing ring assembly spare, packing ring material loading subassembly has the packing ring discharge gate, packing ring assembly spare is including packing ring group income support and install the packing ring group income device on packing ring group income support, packing ring group income device is located packing ring discharge gate side, and packing ring group income device has the anti-area material unit of area material when inserting the stub bar and being used for preventing that the packing ring from organizing, it is located to insert the stub bar side by preventing area material unit. Therefore, a gasket assembling mechanism for the tooth box is formed by combining the gasket feeding assembly and the gasket assembling assembly; this equipment mechanism has realized the automatic feeding of packing ring, has shifted and has assembled, possesses the characteristics of preventing taking the material and oiling simultaneously, and in the time of automated operation, improved the assembly accuracy nature, improved the packaging efficiency, saved a large amount of manual labor, reduced manufacturing cost.

Description

Gasket material loading, assembling and oil injecting mechanism

Technical Field

The utility model belongs to the technical field of the tooth case assembly technique and specifically relates to indicate a packing ring material loading equipment oiling mechanism.

Background

The motor is mainly used for generating driving torque, serving as a power source of electrical appliances or various machines and mainly used for converting electromechanical energy into mechanical energy. The motor worm assembly, namely the motor worm is assembled on a motor rotor shaft, and is an important process on a motor production line. The existing motor and worm assembly technology adopts manual semi-automatic control to operate an air cylinder to complete worm pressing, the worm needs to be manually placed on a motor rotor shaft before press fitting, a worker operates the air cylinder to complete the press fitting of the worm after the worm is placed, and after the press fitting is completed, manual blanking is performed to place the motor in the next process on a production line.

The gear box is assembled by matching the motor and the worm with the gear, and a washer, a gasket and a buckle spring are usually sleeved on a central shaft of the motor in the assembling process of the gear box so as to reduce mutual abrasion between the central shaft of the motor and the gear. The situations of material carrying, low transfer efficiency and incapability of ensuring the assembly precision often occur in the existing gasket assembly process. Therefore, in view of the above, a gasket feeding and oil injecting mechanism needs to be designed to solve the above problems.

SUMMERY OF THE UTILITY MODEL

In view of the above, the present invention is directed to the disadvantages of the prior art, and a primary object of the present invention is to provide a washer feeding, assembling and oiling mechanism, which combines a washer feeding assembly and a washer assembling assembly to form a washer assembling mechanism for a gearbox; this equipment mechanism has realized the automatic feeding of packing ring, has shifted and has assembled, possesses the characteristics of preventing taking the material and oiling simultaneously, and when the automation mechanized operation, assembly accuracy nature has been improved.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a packing ring material loading equipment oiling mechanism, its is including packing ring material loading subassembly and packing ring assembly subassembly, packing ring material loading subassembly has the packing ring discharge gate, packing ring assembly subassembly is including packing ring group income support and install the packing ring group income device on packing ring group income support, packing ring group is gone into the device and is located packing ring discharge gate side by, and packing ring group is gone into the device and is had the material of taking prevention unit that inserts the stub bar and be used for preventing the material of taking when packing ring is organized, the material of taking prevention unit is located and inserts the stub bar side by.

As a preferred embodiment: the gasket assembling device further comprises a gasket transverse driving cylinder installed on the gasket assembling support, a gasket vertical driving cylinder and a gasket oiling device, wherein the gasket vertical driving cylinder is installed at the output end of the gasket transverse driving cylinder, the gasket oiling device is installed at the output end of the gasket vertical driving cylinder, the inserting head and the anti-strip unit are installed at the output end of the gasket vertical driving cylinder.

As a preferred embodiment: insert the stub bar and drive the packing ring and insert material pole lift and drive actuating cylinder including inserting material seat, packing ring and insert material pole and drive packing ring and insert the material pole lift, insert the material seat install in the vertical output that drives actuating cylinder of driving of packing ring is last, the packing ring inserts material pole lift and drives actuating cylinder and install in inserting material seat upper end, packing ring inserts material pole liftable formula and installs on inserting the material seat to packing ring inserts material pole upper end and packing ring and inserts material pole lift and drive actuating cylinder axle head and link to each other.

As a preferred embodiment: the material-carrying-prevention unit comprises a material-carrying-prevention driving cylinder, a sleeve and a plurality of material returning needles which are arranged at the lower end of the sleeve at intervals, the material-carrying-prevention driving cylinder is arranged on the material inserting seat, the sleeve is sleeved outside the gasket material inserting rod and is connected with the shaft end of the material-carrying-prevention driving cylinder, and the plurality of material returning needles surround the periphery of the gasket material inserting rod and lift along with the sleeve.

As a preferred scheme: the gasket feeding assembly comprises a gasket vibrating basin, a gasket direct-vibrating conveyor and a gasket pushing device, the gasket vibrating basin is located on the rear side of the workbench, the gasket pushing device is located below the gasket assembling assembly, and the gasket direct-vibrating conveyor is connected between the gasket vibrating basin and the gasket pushing device.

As a preferred embodiment: the gasket pushing device comprises a gasket material seat and a gasket pushing cylinder used for pushing a gasket at a discharge outlet of the gasket direct vibration conveyor to the gasket material seat, the gasket material seat is located below the gasket inserting rod, the gasket pushing cylinder is vertically intersected with the gasket direct vibration conveyor, a gasket pushing block is mounted at the shaft end of the gasket pushing cylinder, and the gasket pushing block pushes the gasket on the gasket direct vibration conveyor to the gasket material seat under the driving of the gasket pushing cylinder.

As a preferred scheme: the vertical driving cylinder shaft end of packing ring is installed a packing ring and bears the slide, insert stub bar, packing ring oiling station and prevent taking the material unit all install in on the packing ring bears the slide.

As a preferred scheme: the gasket oiling device comprises a proportional valve and a gasket oiling pipe connected with the proportional valve, the proportional valve is installed at the upper end of the inserting seat, and the gasket oiling pipe penetrates through the gasket inserting rod.

Compared with the prior art, the utility model has obvious advantages and beneficial effects, concretely speaking, the technical proposal shows that the gasket assembly mechanism for the tooth box is formed by combining the gasket feeding component and the gasket assembly component; this equipment mechanism has realized the automatic feeding of packing ring, has shifted and has assembled, possesses the characteristics of preventing taking the material and oiling simultaneously, and in the time of automated operation, improved the assembly accuracy nature, improved the packaging efficiency, saved a large amount of manual labor, reduced manufacturing cost.

To more clearly illustrate the structural features and effects of the present invention, the following detailed description is given with reference to the accompanying drawings and specific embodiments.

Drawings

FIG. 1 is a perspective view of the washer feeding, assembling and oiling mechanism of the present invention;

FIG. 2 is a perspective view of the washer inserting apparatus of the present invention;

FIG. 3 is a schematic cross-sectional view taken along line B-B of FIG. 2.

The attached drawings indicate the following:

10. an oiling mechanism is assembled on the gasket in a feeding mode; 11. a gasket feeding assembly; 111. a gasket discharge port; 112. a washer cone; 113. a washer direct vibration conveyor; 114. a washer pusher; 1141. a gasket material seat; 1142. a gasket pushing cylinder; 1143. a washer pusher block; 12. a gasket assembly component; 121. the gasket is assembled into the bracket; 122. a gasket incorporating device; 1221. inserting a material head; 12211. a material inserting seat; 12212. a washer insertion rod; 12213. the gasket inserting rod lifts to drive the cylinder; 1222. a material-carrying prevention unit; 12221. the anti-carry material drives the air cylinder; 12222. a sleeve; 12223. a material returning needle; 1223. the gasket transversely drives the cylinder; 1224. the gasket vertically drives the cylinder; 1225. a gasket oiling device; 12251. a proportional valve; 12252. coating an oil pipe on a gasket; 1226. the washer carries the sled.

Detailed Description

The utility model discloses as shown in fig. 1 to fig. 3, a packing ring material loading equipment oiling mechanism 10 is including packing ring material loading subassembly 11 and packing ring assembly 12, wherein:

the gasket loading assembly 11 has a gasket discharge port 111, the gasket assembling assembly 12 includes a gasket incorporating holder 121 and a gasket incorporating device 122 mounted on the gasket incorporating holder 121, the gasket incorporating device 122 is located beside the gasket discharge port 111, and the gasket incorporating device 122 has an insertion head 1221 and a tape-out preventing unit 1222 for preventing tape-out when the gasket is incorporated, the tape-out preventing unit 1222 being located beside the insertion head 1221.

The gasket assembling device 122 further comprises a gasket transverse driving cylinder 1223, a gasket vertical driving cylinder 1224 and a gasket oiling device 1225 which are mounted on the gasket assembling support 121, the gasket vertical driving cylinder 1224 is mounted at the output end of the gasket transverse driving cylinder 1223, and the gasket oiling device 1225, the inserting head 1221 and the anti-strip unit 1222 are mounted at the output end of the gasket vertical driving cylinder 1224. Specifically, a gasket bearing sliding plate 1226 is installed at the shaft end of the gasket vertical driving cylinder 1224, and the plug 1221, the gasket oiling device 1225 and the anti-strip unit 1222 are all installed on the gasket bearing sliding plate 1226.

The material inserting head 1221 comprises a material inserting seat 12211, a gasket material inserting rod 12212 and a gasket material inserting rod lifting driving cylinder 12213 for driving the gasket material inserting rod 12212 to lift, the material inserting seat 12211 is mounted at the output end of the gasket vertical driving cylinder 1224, the gasket material inserting rod lifting driving cylinder 12213 is mounted at the upper end of the material inserting seat 12211, the gasket material inserting rod 12212 is mounted on the material inserting seat 12211 in a lifting manner, and the upper end of the gasket material inserting rod 12212 is connected with the shaft end of the gasket material inserting rod lifting driving cylinder 12213; when the gasket inserting rod 12212 is operated to insert downward, the gasket is sleeved on the gasket inserting rod 12212; when the gasket is assembled, the gasket vertical driving cylinder 1224 drives the gasket material-inserting rod 12212 to move downwards to abut against the central shaft of the gearbox, and along with the continuous driving of the gasket vertical driving cylinder 1224, the gasket material-inserting rod 12212 retracts upwards into the material-inserting seat 12211 (at the moment, the gasket material-inserting rod lifting driving cylinder 12213 has the function of a spring), the gasket vertical driving cylinder 1224 continues to drive the material-inserting seat 12211 to move downwards, and the gasket is downwards transferred by the gasket material-inserting rod 12212 and sleeved on the central shaft of the gearbox.

The packing ring oiling device 1225 is including proportional valve 12251 and the packing ring oiling pipe 12252 that links to each other with proportional valve 12251, proportional valve 12251 is installed in the plug socket 12211 upper end, packing ring oiling pipe 12252 runs through and sets up inside packing ring plug stock pole 12212. The gasket oil coating pipe 12252 is formed in the gasket inserting rod 12212 in a hollow mode, and when the gasket is sleeved on the central shaft of the gearbox, oil coating operation is conducted on the gasket and the outer wall of the central shaft of the gearbox.

The anti-strip unit 1222 comprises an anti-strip driving cylinder 12221, a sleeve 12222 and a plurality of material returning needles 12223 arranged at the lower end of the sleeve 12222 at intervals, the anti-strip driving cylinder 12221 is arranged on the material inserting seat 12211, the sleeve 12222 is sleeved outside the gasket inserting rod 12212 and is connected with the shaft end of the anti-strip driving cylinder 12221, and the plurality of material returning needles 12223 surround the periphery of the gasket inserting rod 12212 and ascend and descend along with the sleeve 12222. After the gasket is sleeved on the central shaft of the gearbox, because the gasket has oil, in order to prevent the gasket from being taken away from the central shaft of the gearbox again when the socket 12211 moves upwards, the plurality of material returning needles 12223 synchronously extend to abut the gasket against the central shaft of the gearbox when the socket 12211 moves upwards.

The gasket feeding assembly 11 comprises a gasket vibration basin 112, a gasket straight vibration conveyor 113 and a gasket pushing device 114, the gasket vibration basin 112 is located at the rear side of the workbench 11, the gasket pushing device 114 is located below the gasket assembly 12, the gasket straight vibration conveyor 113 is connected between the gasket vibration basin 112 and the gasket pushing device 114, the gasket pushing device 114 comprises a gasket material seat 1141 and a gasket pushing cylinder 1142 used for pushing a gasket at a discharge port (a gasket discharge port 111) of the gasket straight vibration conveyor 113 to the gasket material seat 1141, the gasket material seat 1141 is located below the gasket insertion rod 12212, the gasket pushing cylinder 1142 is vertically intersected with the gasket straight vibration conveyor 113, a gasket pushing block 1143 is installed at the shaft end of the gasket pushing cylinder 1142, and the gasket pushing block 1143 pushes the gasket on the gasket straight vibration conveyor 113 to the gasket material seat 1141 under the driving of the gasket pushing cylinder 1142 to pick up the gasket insertion rod 12212, so as to improve the discharging efficiency and the transferring efficiency.

The working principle of the gasket feeding, assembling and oiling mechanism is as follows: the gasket is fed, and the inserting head is used for taking materials and sleeved on a central shaft of a motor of the gearbox; meanwhile, the gasket oiling device is used for oiling the inner side of the gasket, in order to prevent the gasket from being brought up when the material inserting head pushes the material, the material returning needle of the material taking prevention unit moves downwards to push the gasket downwards, and the phenomenon of material taking of the gasket caused by oiling on the gasket is prevented.

The utility model is characterized in that a washer assembling mechanism for the tooth box is formed by combining a washer feeding assembly and a washer assembling assembly; this equipment mechanism has realized the automatic feeding of packing ring, has shifted and has gone into with group, possesses the characteristics of preventing taking the material and oiling simultaneously, and in the time of automated operation, improved the assembly accuracy nature, improved the packaging efficiency, saved a large amount of manual labor, reduced manufacturing cost, avoided the assembly error that manual operation leads to simultaneously, improved the assembly precision.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the technical scope of the present invention, so that any slight modification, equivalent change and modification made by the technical spirit of the present invention to the above embodiments are all within the scope of the technical solution of the present invention.

Claims

1. The utility model provides a packing ring material loading equipment oiling mechanism which characterized in that: including packing ring material loading subassembly and packing ring assembly spare, packing ring material loading subassembly has the packing ring discharge gate, packing ring assembly spare is including packing ring group income support and install the packing ring group income device on packing ring group income support, packing ring group is gone into the device and is located packing ring discharge gate side by, and packing ring group is gone into the device and is had the material head of inserting and is used for preventing the material unit of taking when packing ring group, prevent taking the material unit and be located the material head of inserting side by.

2. The gasket material loading and assembling oil injection mechanism according to claim 1, wherein: the gasket assembling device further comprises a gasket transverse driving cylinder installed on the gasket assembling support, a gasket vertical driving cylinder and a gasket oiling device, wherein the gasket vertical driving cylinder is installed at the output end of the gasket transverse driving cylinder, the gasket oiling device is installed at the output end of the gasket vertical driving cylinder, the inserting head and the anti-strip unit are installed at the output end of the gasket vertical driving cylinder.

3. The gasket feeding, assembling and oiling mechanism of claim 2, wherein: insert the stub bar and drive the packing ring and insert material pole lift and drive actuating cylinder including inserting material seat, packing ring and insert material pole and drive packing ring and insert the material pole lift, insert the material seat install in the vertical output that drives actuating cylinder of driving of packing ring is last, the packing ring inserts material pole lift and drives actuating cylinder and install in inserting material seat upper end, packing ring inserts material pole liftable formula and installs on inserting the material seat to packing ring inserts material pole upper end and packing ring and inserts material pole lift and drive actuating cylinder axle head and link to each other.

4. The gasket feeding, assembling and oiling mechanism of claim 3, wherein: the material-carrying-preventing unit comprises a material-carrying-preventing driving cylinder, a sleeve and a plurality of material returning needles which are arranged at the lower end of the sleeve at intervals, the material-carrying-preventing driving cylinder is arranged on the material inserting seat, the sleeve is sleeved outside the gasket material inserting rod and is connected with the shaft end of the material-carrying-preventing driving cylinder, and the plurality of material returning needles surround the periphery of the gasket material inserting rod and lift along with the sleeve.

5. The gasket feeding, assembling and oiling mechanism of claim 3, wherein: the gasket feeding assembly comprises a gasket vibrating basin, a gasket direct-vibrating conveyor and a gasket pushing device, the gasket vibrating basin is located on the rear side of the workbench, the gasket pushing device is located below the gasket assembling assembly, and the gasket direct-vibrating conveyor is connected between the gasket vibrating basin and the gasket pushing device.

6. The gasket feeding, assembling and oiling mechanism of claim 5, wherein: the gasket pushing device comprises a gasket material seat and a gasket pushing cylinder used for pushing a gasket at a discharge outlet of the gasket direct vibration conveyor to the gasket material seat, the gasket material seat is located below the gasket inserting rod, the gasket pushing cylinder is vertically intersected with the gasket direct vibration conveyor, a gasket pushing block is mounted at the shaft end of the gasket pushing cylinder, and the gasket pushing block pushes the gasket on the gasket direct vibration conveyor to the gasket material seat under the driving of the gasket pushing cylinder.

7. The gasket material loading and assembling oil injection mechanism according to claim 2, wherein: the vertical driving cylinder shaft end of packing ring is installed a packing ring and bears the slide, insert stub bar, packing ring oiling station and prevent taking the material unit all install in on the packing ring bears the slide.

8. The gasket feeding, assembling and oiling mechanism according to claim 3, wherein: the gasket oiling device comprises a proportional valve and a gasket oiling pipe connected with the proportional valve, the proportional valve is installed at the upper end of the inserting seat, and the gasket oiling pipe penetrates through the gasket inserting rod.