JP2010036162A - Lubricant continuously applying apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an apparatus capable of uniformly applying the fixed quantity of a lubricant on both surfaces of a material to be coated in the continuous application of the lubricant, wherein the requirement of high precision quality is satisfied by reducing the fluctuation of the coating quantity and uniformly applying on the coating surface. <P>SOLUTION: In the lubricant continuously applying apparatus, a roller unit formed by arranging a first roller and a second roller in parallel with a certain space and another roller unit formed by the same way are adjacently mounted in parallel. The lubricant is supplied to the first roller and is transferred to the second roller and while the second roller receives the lubricant from the first roller, the lubricant is transferred and applied on the material to be coated. In such a case, a roller for coating is structured to be tilted to the material to be coated. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

The present invention relates to the structure of an apparatus for uniformly and continuously applying a lubricant.

It is a common practice to apply a lubricant to the parts used in sliding parts such as industrial and household electrical appliances and machinery and equipment in order to smooth the movement. There is a difference in the amount of lubricant applied and uniformity in the application range depending on the required performance and functions. Especially for those requiring high accuracy, the accuracy requirements are high, and the required quality is stricter year by year. It has become to.

As a conventional method of applying a lubricant, application by a dispenser is generally performed with good application efficiency, but there are cases where it is inappropriate as a method of applying uniformly in a certain range. On the other hand, in order to apply uniformly on both sides of the object to be coated, rollers are installed adjacent to each other, and when the object passes between them, the lubricant transferred to the roller is transferred to the object to be coated. A method is disclosed in US Pat.

In addition, in the case of lubricant application using the above-mentioned roller, it is possible to apply uniformly compared to application by a dispenser, but the object to be applied has a limited application range or when applying continuously. In such a case, variation in the coating amount becomes a problem.

Possible causes of variations in the coating amount include the variation in the amount of lubricant supplied to the roller, the imbalance between the application and supply of lubricant due to continuous coating, and the gap between the roller and the roller. It is conceivable that the coated material is not stable when the coated material enters or passes. These factors are considered to increase the difficulty of applying more uniformly depending on the structure, application position, and application range of the object to be applied.
6-70860

The problem to be solved is to provide a device capable of uniformly applying a uniform amount of lubricant on both sides of an object to be coated in continuous application of the lubricant, thereby reducing variation in the amount of application and uniformly applying to the coated surface. By applying, it is to meet high-quality quality requirements.

The first roller and the second roller are arranged side by side in parallel with a certain gap as a roller unit, and another roller unit is installed adjacent to each other in parallel, and the first roller is a lubricant. In a continuous coating apparatus having a structure in which the lubricant is applied to an object to be coated by transfer while the supply of the lubricant is supplied to the second roller by transfer and the second roller receives the supply of lubricant from the first roller. The main feature is the structure of a coating roller in which the roller is inclined with respect to the object to be coated.

The coated material can pass between the rollers stably, and since the lubricant is supplied in a two-stage structure, it is possible to supply and apply a uniform amount, and a uniform amount of lubricant with little variation in the amount of application. Application can be performed continuously.

By adjusting the width between the rollers through which the coating object passes, it becomes possible to apply the lubricant in accordance with the dimension of the coating object.

Details will be described based on examples.

FIG. 4 is a three-side view showing an example of the shape of an object to be coated and an example of a lubricant application position. FIG. 1 is a plan view showing the configuration of the coating roller of the present invention.
This coating apparatus has a configuration in which two roller units, which are arranged in parallel by providing a first gap and a second roller with a certain gap, are installed adjacent to each other in parallel.

The first roller has a role of receiving the supply of the lubricant and a role of supplying the lubricant to the second roller by transfer. The second roller has a role of receiving supply of the lubricant from the first roller and a role of applying the lubricant to the object to be coated by transfer. With the two-stage roller configuration, the first roller has a role of temporarily storing the lubricant, the variation in the amount of lubricant supplied to the second roller is reduced, and a uniform amount can be supplied. It becomes possible.

The method of supplying the lubricant to the first roller is connected to the center of the lower or upper part of the roller by a pipe or tube from the lubricant supply container, and the roller has a flow path hole through which the lubricant flows in the roller axis. By providing a plurality of flow path holes from the axial center flow path hole to the roller surface, a certain amount of lubricant is supplied from the hole in the roller to the roller surface at a constant time interval from the lubricant supply container. To be supplied.
FIG. 5 is a cross-sectional view of the first roller.

Prepare another roller unit as described above, set a distance according to the dimensions of the object to be coated, and install them in parallel. In order to cope with the difference in dimensions of the object to be coated, one side or both roller units are made slidable so that the distance between the rollers can be adjusted. The roller unit can be moved by, for example, a method in which the roller unit is placed on the rail and can be slid on the rail, and after the position adjustment, the rail and the roller unit are fixed with screws, magnets, etc. Absent.

These two roller units are 90 degrees with respect to the traveling direction of the coating object in order to apply the coating object stably between the rollers and to apply uniformly and with less variation in the amount to be coated. An inclination is provided so as to be smaller. This means that if the roller angle is perpendicular to the object to be coated, it will enter with a line at the moment of entering the roller, the load at the time of entry will increase, and the object to be coated that receives the load will It cannot be absorbed completely and is accompanied by a movement that vibrates vertically and horizontally, making it impossible to pass stably.

In order to eliminate this problem, by providing an angle to the roller, it is possible to enter the point at the moment when the workpiece enters the roller, so that the load at the time of entry can be reduced and it can pass stably. It becomes.
FIG. 2 is a perspective view of an example showing the structure of the present invention. FIG. 3 is a side view of a structure having a conventional roller angle and a tilt angle according to the present invention.

In the method of transporting the object to be coated, the upper or lower part of the object to be coated is mechanically held and transported horizontally by a conveyor or a slide mechanism. When the object to be coated passes through the roller, it is necessary to hold it with a certain holding force so that the holding position does not change, and at the same time, design accuracy is required to ensure the accuracy of the transport position.

As the basic structure of the device for applying the lubricant to both sides or one side of the object to be coated, it can be used according to the size of the object to be coated, and can be industrially produced as a lubricant continuous coating device or as a coating structure part. It can be applied as an adhesive application device instead of a lubricant.

The top view which shows the roller structure for application | coating of this invention An example perspective view showing the structure of the present invention Side view of a structure having a conventional roller angle and a tilt angle according to the present invention Three-sided view showing an example of an object to be coated First roller cross section

Explanation of symbols

1 First roller 21 Plan view
2 Second roller 22 Front view
3 Conveying unit 23 Right side view
4 Object 24 Left side view
5 Inclination angle 25 Lubricant application position 6 Roller angle side view of conventional structure 31 Flow path hole of roller axis
7 Side view of a structure having an inclination angle according to the present invention 32 Channel hole 8 Chuck for conveyance 33 Lubricant insertion port
34 Bearing

Claims (3)

The first roller and the second roller are arranged side by side in parallel with a certain gap as a roller unit, and another roller unit is installed adjacent to each other in parallel, and the first roller is a lubricant. In a continuous coating apparatus having a structure in which the lubricant is applied to an object to be coated by transfer while the supply of the lubricant is supplied to the second roller by transfer and the second roller receives the supply of lubricant from the first roller. An apparatus for continuously applying a lubricant, wherein a roller is inclined with respect to an object to be coated. 2. The continuous lubricant according to claim 1, wherein a flow path hole through which the lubricant flows is provided in the first roller axial center, and a plurality of flow path holes are provided from the axial center hole toward the roller surface. Coating device. The lubricant continuous application device according to claim 1, wherein a distance between the roller units is adjustable and a structure capable of fixing the adjusted roller unit is provided.