NL1043908B1 - Multiple Paint Roller Holder System - Google Patents

Abstract

The invention relates to a construction with which 3 paint rollers can be mounted on one holder. The whole functions in such a way that large surfaces can be painted faster and with better quality.

Description

Holder system for several paint rollers The invention relates to a holder on which 3 paint rollers can be placed (hereinafter referred to as holder system?). If the system is placed on a roller holder, the rollers can be used simultaneously when painting surfaces. This achieves a more even distribution of the paint over the surface and a better coverage. In addition, work can be done significantly faster.

This can provide a significant efficiency advantage, especially on large surfaces such as walls, doors, ceilings and floors or beams. When painting surfaces, the paint roller on the curved handle {image 1} is currently used. stick can be mounted for painting ceilings or high walls, One paint roller can be clicked into these holders, When using this {single} paint roller, the person who paints must very often dip the paint roller in vert and then dip it along the grid formed for it rollers so that the paint spreads evenly over the roller and the excess paint drips off. It is difficult to have a sufficient amount of paint on the paint roller to cover a Sink surface.

The vertral is then rolled over the surface to be painted.

In order to obtain good coverage and even distribution of the paint, it is necessary to roll horizontally and vertically over the surface several times. The number of times the movements are repeated depends on the nature of the surface: the less even or strong absorbent, more movements are needed. With pits and bumps, extra paint is needed and a brush will often have to be used.

This takes extra time and is therefore at the expense of the efficiency of the painting process.

With the innovative holding system? with 3 paint rollers, after one time dipping in the paint and moving over the grid, you can take more paint per piling and thus paint a larger surface. Compared to a single roller holder, the same surface can be painted quickly.

In addition, moving back and forth over the surface to be painted ensures an even distribution of the paint over the surface. The purpose of this innovation is to develop a technology that makes it possible to paint surfaces at a higher speed. dyeing: with fewer movements and therefore more efficiency and a higher quality, The innovation is also aimed at fast. and tight application of paint on the edges of the surface to be painted, The technology can be used for painting walls (inside and outside) and ceilings, doors and floors, as well as streets, squares and paths, The system is not bound by dimensions of the material, The holding system? can be made in different sizes: can be made and work can be done with the smallest to the largest available paint rollers. In addition, paint rollers of different materials can be used (including oblique, microfibre, nylon), also | at the same time, to ultimately achieve better coverage. 1

The starting point for the developed technology is the existing holders for paint rollers: the version with handle [as in picture 1) and holders that can be mounted on a stick. Furthermore, a holder system for several paint rollers has been developed {image 2} that can be mounted on the existing roll holders. mounting is. The holding system? consists of three arms, of which the middle {a cylindrical axis element} can be slid over an existing roll holder and clicked into place. A scroll can be slid over each of the three arms (image 4) and the whole can be rotated 360 degrees around the middle axis turn around; mounted on a stick, the combination of paint rollers can easily be pressed against a wall or ceiling. The rollers follow each other in series on the surface to be painted. The two outer rollers are conventional ones, as we know them now. Depending on the nature of the surface to be painted, the middle roller can be of the same composition as the two outer rollers or of a different material than the two outer rollers. A roll of the same material will be chosen if these rolls provide good coverage on the relevant surface. In that case, the third roller ensures that it can be painted for longer with one dip. This is particularly effective when the paint dries quickly on the relevant surface, thereby preventing visible differences in the painted strips. In the event that the material of the two outer rollers does not immediately provide good coverage, a roller can be used on the middle peak that does provide good coverage on that cymer surface. Examples of this are highly absorbent substrates or less even surfaces {pits and bumps}, In the first case people will use a roll with a finer fabric and in the second case a roll with longer and firmer hairs, 30 The invention will be described with reference to the accompanying drawings: Figure 1 shows a conventional, curved paint rot holder with handle, such as those for sale in DIY stores, hardware stores and suppliers. for professional painters. However, this is only suitable for one paint roller.

Picture 2 t00n the innovative holding system? for 3 paint rollers, which can be slid onto a conventional paint roller holder. The outer arms are placed at a right angle on the base element {C}.

Picture 3 is the X -X view {see picture 2} of the holding system?, with the arms {B} of the system at the ends, mounted on the base element (CQ). In the middle the shaft element {I} with 39 concentric in it the opening with lock, at the end of the shaft element {G in picture 2). Picture 3 bridle the holder system mounted on a curved paint rot holder and fitted with 3 paint rollers. The support rod of the paint rot holder {A} extends through the shaft element {D} through openings GS and 7 (as shown in figure 2}, where the locking takes place.

2

The holder system® (image 2} is made of stainless steel and consists of a base element (C) with the two outer arms {B) attached to it and an axle element {D}. The shaft element contains openings {F and G} at both ends, through which the support rod can be inserted an existing paint rail holder {image 1}.

The openings also both contain a lock for locking the holder system? on the support rod (A) The holding system clamps onto the support rod of an existing paint roller holder (image 1}, i.e. on the peak where a paint roller is normally slid around.

Locking takes place with the lock {£} on the support rod {A}. Like a paint roller, the holding system rotates? with bearings around the support rod, In this way the holder system? so rotate 360 degrees around the rod.

The size of rods of the holding system? can be produced in different lengths, depending on the size of the paint rollers to be used.

When using the holding system? with 3 paint rollers {image 4) the system is rotated in such a position that first one of the paint rollers {i} is immersed and the excess paint is rolled off with the help of its grid.

The holding system is then rotated 180 degrees over the support rod {A} to submerge the other two paint rollers and roll them along the grid. is then placed flat on the wall, with the system rotating about the support rod {A} in such a way that both paint rollers rest on the surface to be painted. Then painting can begin by rolling the system over the surface, Because the paint rollers {1} positioned below each other, the paint can be evenly distributed over the same part of the surface with one movement, When the right paint rollers are selected, the paint will be applied to the surface in one movement, Optionally, a third paint roller from another material can be applied to the zs element {D}, as shown in figure 4. By moving three paint rollers simultaneously over the surface to be painted in one movement, an even higher efficiency in the work is obtained, because with one immersion an even greater surface can be painted.

In addition, the roller on the axis element {D} can be specially adapted to the character of the surface to be painted, so that a better coverage can be achieved in one movement on walls, niches, doors, floors and outdoor areas with irregularities or whose adhesion is less good with standard paint rollers.

Explanation of the numbers in the pictures: 3

A. Paint Roll Holder Support Rod E. Outer Arms of the Holder System® C. Base Element

0. Axle Glement {Inner Arm of the Holder System?®) E. Paint Roller Lock {and Holder System™) F. Opening and Lock {At the Beginning of the Axis Element) G. Opening and Lock {At the End of the shaft element) H, Curved varfrot holder (conventional) with handle I. Paint roller 4

Claims (2)

Conclusions 1. By placing not the usual one but three rollers on a holder, the following advantages can be achieved when painting large surfaces: more even distribution of the paint over the surface, better coverage and a significant reduction in the time required am to paint a unit of area. 2. The use of the innovative holder with three paint rollers can be used on all conceivable surfaces, such as floors, walls, doors, ceilings, etc. In comparison with one paint roller on a zen holder, efficiency gains can be achieved, in the sense that a larger surface can be painted in a shorter time. At the same time, the delivered work is of higher quality, due to better dispersion of the vert and better coverage. 5