CN214769704U - Bearing laser marking system - Google Patents

Abstract

The utility model belongs to the technical field of the bearing equipment makes, concretely relates to automatic laser marking system of bearing processing equipment, especially bearing printing process, including the conveyer that is used for placing and conveying the product, dispose blevile of push on conveyer's the transfer line, the product conveys when pushing away the material station, and blevile of push pushes away the product from conveyer to beating the mark operation platform, it is provided with the laser marker to beat the correspondence of mark operation platform, beat the mark operation platform and connect the take-up (stock) pan. An operator places products in the feeding disc on the conveying device, one person operates two devices, other actions are automatically controlled by an electrical system and a mechanical system, automatic feeding, automatic positioning, automatic marking and automatic discharging are achieved, automatic operation is achieved completely, labor intensity of workers is reduced, production efficiency is improved, and manufacturing cost is saved.

Description

Bearing laser marking system

Technical Field

The utility model belongs to the technical field of the bearing equipment is made, concretely relates to bearing processing equipment, especially the automatic laser marking system of bearing printing process.

Background

The laser marking machine in the existing cylindrical roller bearing assembly operation area is a manual operation device, an operator is configured for each device, the operator is required to manually place a product in a positioning tool during printing, a printing button is manually started, the product is manually taken down after printing of the product is finished, a second product is placed again, the operation is repeated, the labor intensity of workers is increased, manpower resources are wasted, the production efficiency is low, and the production cost of an enterprise is increased.

Disclosure of Invention

According to the defect that above-mentioned prior art exists, the utility model aims at providing an automatic laser marking system of bearing realizes alone multimachine, and automatic unloading is used manpower sparingly resource, improves production efficiency, reduces manufacturing cost.

In order to achieve the above object, the utility model adopts the following technical scheme: the utility model provides a bearing laser marking system, is including the conveyer that is used for placing and conveying the product, disposes blevile of push on conveyer's the transfer line, and when the product conveying pushed away the material station, blevile of push pushed away the product from conveyer to beating the mark operation platform, it is provided with the laser marker to beat the correspondence of mark operation platform, beat the mark operation platform and connect the take-up reel.

Further, mark the mark operation platform and dispose positioner and location adjusting plate, positioner and location adjusting plate fix a position the product jointly, positioner is including fixing a position the cylinder and connecting the locating plate at the flexible end of location cylinder, and the locating plate is restricted the product in predetermined position jointly with the location adjusting plate, the fitting surface of locating plate and product is the arcwall face.

Further, the laser marker is provided with a laser vibration lens, and the laser vibration lens is provided with a height adjuster used for being close to or far away from a product.

Furthermore, the marking workbench is connected with the material receiving disc through an inclined slide way.

Furthermore, the conveying device is driven by a driving part to transmit, the driving part is a motor, a stop plate is arranged on the conveying device, the position of the stop plate is matched with the material pushing device and used for limiting the product to be conveyed continuously, and the material pushing device is assisted to find the product; the width of the conveying device is matched with the width of the products, and the products are sequentially arranged on the conveying device for conveying; the conveying device is a conveying belt.

Furthermore, a limiting device is assembled on a transmission line of the transmission device, the limiting device is a front station of the material pushing device, and the limiting device is used for limiting a product to enter the material pushing station.

Further, stop device includes spacing cylinder and limiting plate, spacing cylinder drives the limiting plate and carries out concertina movement, and during spacing cylinder extension state, the limiting plate is located conveyer and blocks the product and move along with conveyer, and during spacing cylinder withdrawal state, limiting plate and product contactless, the product removes along with conveyer.

Furthermore, two sets of limiting devices are arranged adjacently, the two sets of limiting devices limit the product alternately, when the first limiting cylinder drives the first limiting plate to be in an extending state, the second limiting cylinder drives the second limiting plate to be in a retracting state, and when the first limiting cylinder drives the first limiting plate to be in the retracting state, the second limiting cylinder drives the second limiting plate to be in the extending state.

Furthermore, the pushing device comprises a pushing cylinder and a pushing plate connected to the telescopic end of the pushing cylinder, the pushing plate corresponds to the marking operation table, and when the pushing cylinder extends out, the pushing plate pushes the product from the conveying device to the marking operation table.

Furthermore, the marking system also comprises a computer and a power distribution cabinet, and the laser marker receives the printing base map transmitted by the computer and prints the printing base map on the end face of the product.

Further, an operator places the products at the initial position of the conveying device and arranges the products in sequence, and the operator operates the two sets of laser marking systems simultaneously to work.

The utility model has the advantages that: an operator places products in the feeding disc on the conveying device, one person operates two devices, other actions are automatically controlled by an electrical system and a mechanical system, automatic feeding, automatic positioning, automatic marking and automatic discharging are achieved, automatic operation is achieved completely, labor intensity of workers is reduced, production efficiency is improved, and manufacturing cost is saved.

Drawings

FIG. 1 is a schematic view of a laser marking system;

FIG. 2 is a plan effect view of two sets of laser marking systems;

in the figure: 1. the automatic marking device comprises a power distribution cabinet, 1.1, an operating button, 2, a computer, 2.1, a display, 2.2, a printing base map, 2.3 keyboards, 2.4, a mouse, 3, a laser marker, 3.1, a height adjuster, 3.2, a laser vibrating lens, 4, a conveyor belt, 4.1, a motor, 4.2, a stop plate, 5, a limiting device, 5.1, a first limiting plate, 5.2, a first limiting cylinder, 5.3, a second limiting plate, 5.4, a second limiting cylinder, 6, a material pushing device, 6.1, a material pushing plate, 6.2, a material pushing cylinder, 7, a positioning device, 7.1, a positioning plate, 7.2, a positioning cylinder, 7.3, a positioning adjusting plate, 8, a slideway, 9, a material receiving plate, 10, an upper material plate, 11, a product, 12, a marking operation table, 13 and an operator.

Detailed Description

In order to make the structure and function of the present invention clearer, the drawings in the embodiments of the present invention are combined below to clearly and completely describe the technical solution in the embodiments of the present invention.

Referring to the attached drawings 1-2, the bearing laser marking system comprises a conveyor belt 4 used for placing and conveying products, wherein the conveyor belt 4 is driven by a motor 4.1 to transmit, a material pushing device 6 is arranged on a conveying line of the conveyor belt 4, when the products are conveyed to a material pushing station, the material pushing device 6 pushes the products from the conveyor belt 4 to a marking operation table 12, a laser marker 3 is correspondingly arranged on the marking operation table 12, and the marking operation table 12 is connected with a material receiving disc 9.

Further, the material pushing device 6 comprises a material pushing cylinder 6.2 and a material pushing plate 6.1 connected to the telescopic end of the material pushing cylinder, the material pushing plate 6.1 corresponds to the marking operation table 12, and when the material pushing cylinder 6.2 extends out, the material pushing plate pushes a product from the conveyor belt 4 to the marking operation table 12.

Further, mark the mark operation platform and dispose positioner 7 and location adjusting plate 7.3, positioner and location adjusting plate fix a position the product jointly, positioner 7 is including fixing a position cylinder 7.2 and connecting at the flexible locating plate 7.1 of holding a position the cylinder, and locating plate 7.1 and location adjusting plate 7.3 restrict the product in predetermined position jointly, the fitting surface of locating plate and product is the arcwall face. The telescopic directions of the positioning cylinder 7.2 and the material pushing cylinder 6.2 are not changed, and the marking position of the product is determined by adjusting the position of the positioning adjusting plate 7.3 and the angle of the positioning plate 7.1, so that the marking position is matched with the position of the laser marker 3. When the product is positioned, the pushing cylinder 6.2 pushes the product to advance until the product is contacted with the positioning plate 7.1 and the positioning adjusting plate 7.3, so that the product is actually positioned by three points of the positioning plate 7.1, the positioning adjusting plate 7.3 and the pushing cylinder 6.2. The accurate positioning position is ensured.

Further, laser marker 3 installs laser galvanometer 3.2, laser galvanometer 3.2 installs the height adjuster 3.1 that is used for being close to or keeping away from the product.

Furthermore, the marking workbench is connected with a material receiving disc 9 through an inclined slide 8, the distance between the marking station and the inlet of the slide is smaller than the diameter of a product, and the telescopic direction of the inlet of the slide is consistent with that of the material pushing cylinder 6.2. After one product is marked, the next product is pushed by the material pushing cylinder 6.2 and is positioned to the marking station, so that the previous marked product is pushed to the inlet of the slideway and slides down along the inclined slideway to enter the material receiving disc 9.

Furthermore, a stop plate 4.2 is arranged on the conveying device, the position of the stop plate 4.2 is matched with the material pushing device 6 and used for limiting the continuous conveying of the product, the product is positioned at the material pushing position matched with the material pushing plate, and the material pushing device 6 is assisted to find the product; the width of the conveyor belt 4 is matched with the width of the products, and the products are sequentially arranged on the conveyor for conveying. The width adjustment of conveyer belt 4 matches with the width of product, and the product of being convenient for arranges the processing in proper order, avoids product offset, makes each station pinpoint the product on, guarantees that the linking cooperation between each station is smooth, reduces the error.

Furthermore, a limiting device 5 is assembled on a conveying line of the conveying belt 4, the limiting device 5 is a front station of the material pushing device 6, and the limiting device 5 is used for limiting a product to enter the material pushing station 6.

Further, stop device 5 includes spacing cylinder and limiting plate, spacing cylinder drives the limiting plate and carries out concertina movement, and during spacing cylinder extension state, the limiting plate is located conveyer and blocks the product and move along with conveyer, and during spacing cylinder withdrawal state, limiting plate and product contactless, the product removes along with conveyer.

Further, two sets of limiting devices are arranged adjacently, the two sets of limiting devices limit the product alternately, the first limiting cylinder 5.2 drives the first limiting plate 5.1 to be in the extending state, the second limiting cylinder 5.4 drives the second limiting plate 5.3 to be in the retracting state, the first limiting cylinder 5.2 drives the first limiting plate 5.1 to be in the retracting state, and the second limiting cylinder 5.4 drives the second limiting plate 5.3 to be in the extending state. Two sets of limiting devices alternately limit two adjacent products, the connection is reliable, and the products are prevented from being offside.

Further, the material pushing device 6 comprises a material pushing cylinder 6.2 and a material pushing plate 6.1 connected to the telescopic end of the material pushing cylinder, the material pushing plate 6.1 corresponds to the marking operation table 12, and when the material pushing cylinder 6.2 extends out, the material pushing plate 6.1 pushes the product from the conveyor belt 4 to the marking operation table 12.

Further, the marking system also comprises a computer 2 and a power distribution cabinet 1, and the laser marker 3 receives the printing base map 2.2 transmitted by the computer 2 and prints on the end face of the product.

Further, the operator places the products from the upper tray 10 to the initial position of the conveyor belt 4 and arranges the products in sequence, and the operator operates the two sets of laser marking systems simultaneously to work.

The working process of the laser marking system is as follows: the pre-setting of the printing operation is carried out before the electrical and mechanical parts of the equipment are started, the printing base picture 2.2 of the product is called out in the computer display 2.1, the width of the conveying belt is adjusted to a proper position matched with the product to be processed, the positioning adjusting plate 7.3 is debugged to enable the product to be positioned properly, and the positioning plate 7.1 needs to be adjusted to a proper angle to enable the product to be marked and reasonably positioned. The laser oscillating lens 3.2 is adjusted to a proper height through the height adjuster 3.1, so that qualified marks can be printed on the end face of a product. An operator manually places the products 11 in the feeding tray 10 on the conveyor belt 4, the motor 4.1 drives the whole set of conveying device to rotate, convey and convey the products, and at the moment, all the electric and mechanical parts are synchronously started to enable all the parts to be in a running state; when a series of products reach the limiting device 5, the first limiting plate 5.1 limits the products under the driving of the first limiting cylinder 5.2 to finish an action, and when the second limiting plate 5.3 operates under the driving of the second limiting cylinder 5.4 (namely, limits the next product), the first limiting plate 5.1 returns, and the first product moves to the next station under the driving of the conveyor belt; when a product reaches the vicinity of the material pushing device 6, the stop plate 4.2 limits the product, the material pushing plate 6.1 moves under the driving of the material pushing cylinder 6.2 at the moment, the product is pushed to the marking station, the second product moves to the material pushing device 6 according to the action of the first product at the moment, the positioning plate 7.1 moves under the driving of the positioning cylinder 7.2 at the moment, and the product of the marking station is accurately positioned by combining the positioning adjusting plate 7.3; after positioning is finished, the laser marker 3 is started to print characters on the end faces of the products, and the positioning plate 7.1 returns after printing is finished. And then the second product reaches the marking station under the pushing of the pushing device 6, and pushes the first product to the slide way 8 and slides to the receiving tray 9, at the moment, the first product completes all actions, and the second product continues to operate the first product.

The automatic marking device has the advantages that the marking operation is continuously completed by one product in a reciprocating mode, automatic marking is achieved, an operator can simultaneously feed two devices, the laser marking device and the automatic discharging system are combined into one, labor is saved, production efficiency is improved, and processing cost is reduced.

The utility model discloses automatic laser marking machine of bearing independently designs PLC control program to design relevant machinery and electrical component, including positioner, blevile of push, stop device, conveyer, material loading tray, take-up (stock) pan, slide, switch board and computer, whole set of device cooperation operation realizes automatic fortune material, beats functions such as mark location, laser marking, automatic unloading, successfully realizes beating of product and beats the mark. And one person can be used for two machines, the labor intensity of operators is reduced, manpower resources are saved, the production efficiency is improved, the production cost is reduced for companies, and the enterprise benefit is improved.

The above list is only the preferred embodiment of the present invention. Obviously, the present invention is not limited to the above embodiments, and many modifications are possible. All modifications which can be derived or suggested by a person skilled in the art from the disclosure of the invention should be considered as within the scope of the invention.

Claims (10)

1. The utility model provides a bearing laser marking system which characterized in that: including the conveyer that is used for placing and conveying the product, dispose blevile of push on conveyer's the transfer line, when the product conveying pushed away the material station, blevile of push pushed away the product from conveyer to marking the operation platform, it is provided with the laser marker to mark the operation platform correspondence, mark the operation platform connection take-up reel of marking.

2. A bearing laser marking system according to claim 1, characterized in that: beat mark operation platform and dispose positioner and location adjusting plate, positioner and location adjusting plate fix a position the product jointly, positioner is including fixing a position the cylinder and connecting the locating plate at the flexible end of cylinder in the location, and the locating plate is restricted the product in predetermined position jointly with the location adjusting plate, the fitting surface of locating plate and product is the arcwall face.

3. A bearing laser marking system according to claim 1, characterized in that: the laser marking device is provided with a laser vibration lens, and the laser vibration lens is provided with a height adjuster used for being close to or far away from a product.

4. A bearing laser marking system according to claim 1, characterized in that: the conveying device is provided with a stop plate, and the position of the stop plate is matched with the material pushing device and used for limiting the continuous conveying of the product and assisting the material pushing device to accurately find the product.

5. A bearing laser marking system according to claim 1, characterized in that: the conveying device is driven by a driving part to transmit, the driving part is a motor, the width of the conveying device is matched with the width of the products, and the products are sequentially arranged on the conveying device to be conveyed; the conveying device is a conveying belt.

6. A bearing laser marking system according to claim 1, characterized in that: the conveying device is characterized in that a limiting device is assembled on a conveying line of the conveying device, the limiting device is a front station of a material pushing device, and the limiting device is used for limiting a product to enter the material pushing station.

7. Laser marking system of a bearing according to claim 6, characterized in that: the limiting device comprises a limiting cylinder and a limiting plate, the limiting cylinder drives the limiting plate to perform telescopic motion, when the limiting cylinder is in an extension state, the limiting plate is located on the conveying device and blocks the product to move along with the conveying device, when the limiting cylinder is in a retraction state, the limiting plate is not in contact with the product, and the product moves along with the conveying device.

8. Laser marking system of a bearing according to claim 7, characterized in that: two sets of limiting devices are arranged adjacently, the two sets of limiting devices limit products alternately, when the first limiting plate is driven by the first limiting cylinder to be in an extending state, the second limiting plate is driven by the second limiting cylinder to be in a retracting state, and when the first limiting plate is driven by the first limiting cylinder to be in the retracting state, the second limiting plate is driven by the second limiting cylinder to be in the extending state.

9. A bearing laser marking system according to claim 1, characterized in that: the material pushing device comprises a material pushing cylinder and a material pushing plate connected to the telescopic end of the material pushing cylinder, the material pushing plate corresponds to the marking operation table, and when the material pushing cylinder extends out, the material pushing plate pushes a product from the conveying device to the marking operation table.

10. A bearing laser marking system according to claim 1, characterized in that: the marking system further comprises a computer and a power distribution cabinet, and the laser marker receives the printing base map transmitted by the computer and prints the printing base map on the end face of the product.

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