EP3193664A1 - Device for applying a liquid - Google PatentsDevice for applying a liquid
- Publication number
- EP3193664A1 EP3193664A1 EP20150762574 EP15762574A EP3193664A1 EP 3193664 A1 EP3193664 A1 EP 3193664A1 EP 20150762574 EP20150762574 EP 20150762574 EP 15762574 A EP15762574 A EP 15762574A EP 3193664 A1 EP3193664 A1 EP 3193664A1
- Grant status
- Patent type
- Prior art keywords
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- A—HUMAN NECESSITIES
- A46B11/00—Brushes with reservoir or other means for applying substances, e.g. paints, pastes, water
- A—HUMAN NECESSITIES
- A46B9/00—Arrangements of the bristles in the brush body
- A46B9/005—Arrangements of the bristles in the brush body where the brushing material is not made of bristles, e.g. sponge, rubber or paper
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING LIQUIDS OR OTHER FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING LIQUIDS OR OTHER FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C17/00—Hand tools or apparatus using hand held tools, for applying liquids or other fluent materials to, for spreading applied liquids or other fluent materials on, or for partially removing applied liquids or other fluent materials from, surfaces
Apparatus for applying a liquid
The invention relates to a device for applying a liquid comprising a hollow container for the liquid having a closed and an open end and, arranged at the open end of the container applicator.
Aforementioned devices are known for example as applicators or applicator sticks in the prior art. For example, the application WO2013041573A1 shows a pin for the surface discharge of a liquid, having a hollow pin body made of plastic with a closed and an open end and a fitting on the open end of the pin body applicator having a foam.
Further, the EP2564940A1 discloses an application pin for discharging a charge stored in a hard ampoule liquid, with a trained for receiving the ampoule hollow plastic pen body having a closed and an open end, the wall of which is sufficiently flexible to the absorbed in the plastic pen body ampoule tools to break and thereby cause leakage of the liquid in the interior of the plastic pen body, and an occupant seated in the open end of the plastic pen body applicator having a foam, felt or fiber body.
Another Applikatorstift discloses the US20130189440A1, wherein an application tip is provided for the application of an acrylic-containing material here.
The WO200038564A1 discloses an applicator for dispensing liquids with an outer tube having at least one layer of impermeable plastic material thereon, which has a frangible ampoule for the liquid to be dispensed. The outer tube is closed at one end and has an applicator tip made of a porous foam on the opposite, open end. Further, a slide ring is provided which can be used as a guide for discharging the liquid.
The turn EP2227981A1 discloses an applicator bottle having a sieve-shaped application surface, which is in contact with a porous fluid reservoir, so that a controlled, continuous administration also a thin-liquid medium is ensured.
The object of the invention is to provide an improved applicator deployment.
This object is solved by the features of claim 1.
Advantageous developments are indicated by the dependent claims. The basic idea of the invention is the use of a device for dispensing a liquid onto a substrate comprising comprising a container for the liquid with an open end at a distal side and a closed end at a proximal side, and, arranged at the open end of applicator head a at a projecting stop element fixed application means, whereby a receptacle is provided for the stop member to provide an attachment for the applicator, and wherein a supply port for supplying liquid from the container is provided to the application means.
As a container arbitrary shapes and types can be used. Conceivable in this respect are tubes, bottles, jars and all other known in the art forms and types of containers that are suitable for the particular application. Preferably bottle-like containers are used, which is formed such that an output of the liquid does not involve a permanent deformation of one or more container walls. On the one hand, however, a rigid construction of the container walls is possible here, on the other hand, a selection of a material and / or a shape allowing such a restoring force of the container walls, that occurs at a regular deformation of the container walls usually a self-reset to the original state. Preferably used as the material for the container, a plastic is used, preferably a thermoplastic material such as a polypropylene or a polyethylene. Also different container sizes are possible. Thus, in particular containers are in the range from 10ml to 1000ml.
Furthermore, it has proved to be useful to provide a Aufschüttelkörper which is arranged in the container. This can be used for shaking the liquid, which for example, by mixing various ingredients and / or homogenization can be achieved. In particular, the Aufschüttelkörper, a ball, for example made of a metallic material be.
The apparatus is suitable for various applications for outputting different Flüssigketen. Particularly preferably, the apparatus for issuing pre-treatment agents, such as primers for the treatment of sub-foundation for the production of adhesive joints and in corrosion protection is used.
The feed may have any particular eignende and for the respective liquid orifice geometry and opening area. Also, a plurality of supply can be used. Particularly advantageous is one or more feed openings have been found, whose summed total open area in the range from 4mm 2 to 20mm 2, more preferably in the range of 5 mm 2 is up to 16mm. 2 Moreover, it has been found particularly advantageous to provide a slit-shaped supply port disposed, for example, the region of the receptacle around. The area of the receptacle can be fixed to webs or other auxiliary devices, one that can cover the feed opening, for example in regions. Also, there may be a plurality of feed openings, wherein the sum of the opening areas of the plurality of supply ports is preferably in the above-mentioned range.
In this case, the adapter preferably includes a supply ports opposing filling opening for the liquid from the container. The diameter of said filling opening is preferably in the range of 10mm to 20mm. Preferably, the diameter of the filling opening is so selected and above described feed openings are designed such that the ratio between the opening area of the filling opening and opening the summed area of all the feed openings in the range 4-80 is.
The applicator can have any desired design. However, According to the invention the applicator head in at least one projecting stop element with which it is fixed by means of a recording to the container or another part of the device. The retaining element is preferably pin-like, insbesondre in the form of a dome, a pin or a style designed and may have in particular a round, oval, triangular or polygonal Ouerschnitt, wherein the length of the retaining member preferably corresponds to a multiple of the diameter of the retaining element. The retaining element may consist in particular of plastic, wood or metal. Preferably, the retaining element of stainless steel. Preferably, the holding element is constructed of a solid material, not so hollow. The retaining member has two functions. First, it is on the distal side in a fixing function to fix the application agent. is used for the other at the opposite side in a mounting feature of the mounting of the applicator about said housing to the container or to another part of the device. For fixing function is particularly suitable an integral or a force-fit connection technology. So log eignendes for the application delivery device may be fixed for example by means of an adhesive on one side of the holding element. Moreover, it is conceivable pinching of the delivery device by parts of the holding element itself. For the assembly function, is a cohesive, a non-positive or a positive connection technology, or a combination of the above. So it is for example conceivable to provide an adhesive for mounting the holding element in the receptacle. Also, a thread can be provided, for example, or other mounting portion, wherein a corresponding assembly portion is again provided at the reception. It is also conceivable to use corresponding forms of recording and holding member, wherein selbige are designed such that can be provided between the surfaces that come into contact in the mounted state a non-positive connection. Preferably, a re-releasable connection technology for mounting function, the separation may be effected by the user himself without using a tool and preferably may preferably be performed without destruction of the container or parts of the device comes.
The application means may comprise any and eignende for the intended use form. Preferably, the application means is substantially spherical, the spherical shape in particular be interrupted by the pin and / or parts of the container or by other parts of the device in the mounted state and / or can be displaced.
Such a configuration is a particularly easy to manufacture device can be provided. It is conceivable, for example, plikatorkopf equip a universal basic device with an Ap, which is equipped with a fitting for the intended use application means. This is for example the factory conceivable and on the part of the end user. Also applications are conceivable in which a used application head is removed by the connection between the retaining element and the receiving is achieved, and is exchanged for a new application head.
In an advantageous further development, the receptacle for the holding element has a receiving opening for introducing the retaining element, wherein the receiving opening is spatially and functionally separate from the supply opening. The output of the liquid from the container does not take place in this case by the receiving opening, in particular contamination of the receiving opening to avoid. Rather, the discharge of the liquid takes place only through one or more feed openings.
In an advantageous development of the device at the distal side has a protruding neck, the applicator head is arranged such that the application means protrudes distally from the protruding neck towards the side. The neck can in particular serve as an extension or renewal of the application means. Here, the neck may serve for example as a guide in the output of a liquid on a substrate. It also may prove advantageous to form the neck so that it tapers towards the distal side. In particular, the neck can be designed in conical or truncated cone. In a preferred embodiment, the neck has a length in the range of 5mm to 20mm. is preferably a substantially round cross-section in the range of 10mm to 20mm. More preferably, the neck is conical in shape, wherein it has a diameter ranging from 15 mm to 20 mm on the proximal side and on its opposite distal, free side has a diameter ranging from 10mm to 15mm. Further, it has been found to be particularly advantageous that the neck at an angle in the range of 5 ° to - 45 ° in the direction distal side tapered. The angle is provided between the generating line and in particular the cone axis of the neck. In an advantageous development of the shape of the application means is selected such that it projects beyond the protruding neck on the distal side on all sides. For example, an above-described substantially spherical delivery device is conceivable wherein the diameter of the spherical shape is larger than the diameter of the neck at least in the adjacent area.
A further advantage is the equipment of the device with a projecting collar on the distal side below the delivery device having a facing in the distal direction of the stop area to provide a guide way in the dispensing of the liquid. The user can support the device on the stopper portion of the collar, for example, at a free edge of the substrate on which the liquid is to be applied. Preferably, the collar comes into contact with above-described protruding neck used. In this case, has herausgestallt be particularly advantageous when the collar at least partially, but preferably protrudes on all sides in the range from 2mm to 10mm over the neck. In order to facilitate a sliding along a free edge of the substrate, the outer edge of the collar may be rounded or with a radius in the range of 0.5 mm to 3 mm, alternatively, have a chamfer.
In an advantageous further development of the applicator head has a plurality of fibers as the delivery means, which are fixed by the holding member. The applicator is designed in brush-like in this case, which can be the fibers of any nature. So however synthetic fibers are particularly material imaginable from a plastic, and natural fibers, especially from sheep or cotton. Furthermore, the use of a retaining element made of a metallic material may be appropriate, where the particular bent over one end of the retaining element for fixing function in such a way and / or twisted together, the plurality of fibers is fixed. Particularly advantageously, the use of fibers of wool has been found. The applicator may be constructed according to the principle of a known to those skilled wool wiper and assembled. Especially advantageous is the use of fibers with a single fiber length in the range of 5mm to 15mm. Under a simple fiber length, the length of a fiber from the point of attachment to the holding element is to the end to understand. However, it is conceivable to use fibers which are fixed, for example centered on the retaining element, in particular by above-described fixing operation, so that the fibers are even longer. However, in this case, preferably, also the respective free portion of the fiber on each side of the fixation on above-mentioned simple fiber length. Preferably, the fibers are arranged and designed such that they have a spherical shape. The use of such Appli- katorkopfes may prove to be particularly advantageous and therefore, since the user can cut a single or a plurality of fibers such that a desired shape of the delivery device is produced which is particularly suitable for example for the substrate. In all cases, the fibers are preferably designed such that they allow the liquid contained in the solid body or not filter out and hold active ingredients, but transport on the surface to be wetted. Further, it has been found advantageous to use fibers as smooth as possible in order to minimize removal of particulate matter of the substrate, ie, a machining.
Alternatively, however, the use of an applicator can be a sense of a porous material, in particular comprising one or more foam, felt or fiber body as the delivery means, which are secured to the holding element.
Another advantage is the ensuring the interchangeability of the applicator. Here, recording and holding member are designed in particular so that removal of the retaining member is possible to ensure the interchangeability of the applicator head. Thus, preferred is a re-releasable connection technology for the above-described installation function is used, the separation can be effected by the user himself without using a tool and preferably may preferably be performed without destruction of the container or parts of the device. In particular, the user can thus used appli- katorköpfe exchange for unused. The equipment of universal basic device is equipped with an applicator, which is equipped with a fitting for the intended use application means.
Another advantage is the use of an adapter, which is arranged at the open end of the container and includes the recording and the supply opening, wherein the adapter has a means for conveying the liquid so a means of communication between a cavity of the container and the supply port for supplying liquid has from the container to the delivery device. Preferably, the adapter consists of a plastic material. Particularly preferably, a thermoplastic material is used. Here, in particular, polyethylene is suitable. Conceivable here is the manufacturing of the adapter by means of an injection molding process.
The adapter may be designed as a separate component, one which is factory or by the user on the container mountable. For this purpose, the adapter may be equipped with one or more mounting portions to connect the adapter to a container. Preferably these mounting portions are at least partially designed conically and are at least partially inserted into an opening of the container for mounting of the adapter to a container. The adapter may also have sealant to ensure a tight connection to the container. With such an adapter, any container can be used with an above described applicator. Retrofitting of existing containers is possible. A further basic idea of the present invention is, therefore, an adapter comprising a mounting portion for mounting to a container and a receptacle for mounting a Appli- katorkopfes with a delivery device, wherein the adapter a means of communication between the cavity of the container and the supply port for supplying liquid from the container to the delivery device for providing a device described above.
Preferably, the adapter has a plurality of mounting portions for different containers and, in particular different diameters of the openings of different containers. Also may be provided to, or the mounting portions with mounting areas, such as threads, latching regions, conical sections or the like equip.
In an advantageous further development of the adapter on one side has a preferably radially projecting neck configured as described above can bring advantages described above and be. Preferably, the neck narrows it toward the distal side. In particular, the neck can thereby be conical in shape. In a preferred embodiment, the neck has a length in the range of 5mm to 20mm. is preferably a substantially round cross-section in the range of 10mm to 20mm. More preferably, the neck is conical in shape, wherein it has a diameter in the range of 15 mm to 20 mm on the proximal side and on its opposite distal, free side has a diameter ranging from 10mm to 15mm.
In an advantageous development, the adapter has a protruding collar. The collar can then be used in particular as an assembly aid in mounting of the adapter on a container. In addition, the collar may comprise an above-described stopper portion to ensure a guiding way of the apparatus as described above. Preferably, the collar comes into contact with above-described protruding neck used. In this case, has herausgestallt be particularly advantageous when the collar at least partially, but preferably protrudes on all sides in the range from 2mm to 10mm over the neck.
A further basic idea is to provide an assembly comprising a container, an adapter and an application head. The design variants and advantages above described are intended to thereby supplement the disclosure of the individual components of the assembly so far.
The invention is described by way of example by means of images. Here shows
Figure 1 is a side view of an inventive apparatus, Figure 2 is a perspective view of part of the apparatus of Figure 1, namely, a top unit,
Figure 3 is a perspective view of an applicator head of the apparatus of Figure 1, Figure 4 is a perspective view of an adapter of the apparatus of Figure 1, Figure 5 is a sectional side view of the adapter of Figure 4, Figure 6 is a partially sectioned side view of the apparatus of Figure 1,
Figure 7 is a side view of Figure 1 with the devices shown during the application of liquids.
1 shows a side view of a device 1 according to the invention is used as applicator for a primer solution in the motor vehicle craft used. The device 1 contains thereby a container 10 made of a plastic material, which contains the liquid to be dispensed. The container 10 is designed rotationally symmetrical in an axis 4 and has on its underside at a proximal side 3 a round bottom 12 which is designed as a stand-up, to shut off the device. 1 In the direction of an opposite distal side 2, a lateral surface extends and opens into a shoulder 13, in which the container 10 is tapered to a hollow cylindrical neck-shaped extension fourteenth At this top of the container 10 is open. In the container 10 a cap unit comprising an adapter 30 and an applicator head 20 is mounted. 5
The outer contour of the adapter 30 is designed rotationally symmetrical about the axis. 4 The adapter has a tapered shape in the direction of extension 14 and conically shaped first mounting portion 34 and is inserted into an opening of the extension 14 with a concealed second conical and also tapered mounting portion. Said an inserted mounting portion serves to seal, to compensate for tolerances in the hole and is self-locking. Due to the design of the second mounting portion, a press fit is provided with the inner wall of the extension 14, so that a secure connection between the adapter 30 and container 10 can be made possible. Alternatively, also providing a connection between said two components by means of a thread, by means of elements Schnappverbindungs- or similar known to those skilled connection possibilities is conceivable. In the direction of the distal side 2, a radially projecting collar of 32, sheet-like stop portion 33 adjoins the first mounting portion 34 to which a distal side in the direction facing 2 on its upper side has. The collar 32 serves on the one hand the simple assembly of the adapter 30 on the container 10 in which an engagement possibility can be provided to a user to apply force to the adapter 30 during insertion and / or screwing the adapter 30 into the opening of the container 10th On the other hand, the collar 32, in particular over its stop region 33 can be used as a guide in the application of the liquid. The stopper portion 33 terminates at a frustoconical neck 31 whose imaginary base lies in the plane of the stopper portion 33rd The neck 31 is designed rotationally symmetrical about the axis 4 and tapers in the distal side 2 up to an imaginary top surface, which is the distal top of the adapter 30th Here, the applicator 20 is provided, which has as an application means comprises a plurality of wool fibers 21 which are spherically arranged or designed, the center of the sphere on the axis 4. The length of the wool fibers 21 is chosen such that the wool fibers 21 on the one hand project beyond the projecting neck 31 on the distal side 2 on all sides, but on the other hand, the collar 32, in turn, the wool fiber projects beyond the side 21, thus has a lateral projection with respect to the applicator head twentieth
Figure 1 thus shows a device 1 in which it is an assembly consisting of a container 10, an adapter 30 and an applicator 20th Of course, the adapter 30 may be formed as part of the container 10 and for example be formed on the same.
Figure 2 shows a perspective view of part of the apparatus 1 of Figure 1, namely, the adapter 30 and the applicator head 20, which is a backpack unit 5. The top unit 5 can be described as above with a container 10 is connected for applying a liquid to a substrate. For this purpose, the first mounting portion 34 and the second mounting portion can be seen 35 that are different in their diameters in order to allow a mounting facility for different container shapes and / or sizes.
Further, the collar is designed around 32, wherein the radius is selected and matched to the neck 31, that collar 32 preferably extends on all sides in the range from 2mm to 10mm from the outer wall of the neck 31 at its base radially outward. In the illustrated embodiment, the collar 32 is facing sides approximately 6mm. The neck 31 is formed as described as a truncated cone, the outer diameter of the neck 31 at its intended top surface is at its imaginary base surface approximately 18mm about 12mm. The length of the neck 31 is chosen such that the neck at an angle in the range of 5 ° 31 - 45 ° tapered towards distal page 2. The angle is provided between the generating line and the axis of the cone, so the axis. 4 In the present embodiment, an angle of approximately 12 ° has been found to be practicable. For the preparation of the applicator head 20 with its spherical application means a bundle has been fixed to the wool fibers 21 in the center of the sphere shown, wherein the wool fibers are then brought into a spherical shape. The user can the wool fibers 21 continue to cut in order to obtain a desired shape.
Figure 3 shows a perspective view of an applicator head 20 of the device 1 of Figure 1 can be seen here, the retaining element in the form of a style 22 with circular cross section. Alternatively, the retaining element may also as described above particularly in the form of a pin or a mandrel to be designed. The style 22 is made of stainless steel wire and has a style end 23 at the bottom of the applicator 20. The style 22 is also made of solid material, not hollow. On the opposite side, the other end of the style 22, which is covered by the wool fibers 21, bent as an eyelet, which fixes the wool fibers 21st
Figure 4 shows a perspective view of an adapter 30 of the device 1 of Figure 1. The adapter 30 is made of polyethylene and has been produced by injection molding. The adapter 30 is configured as described above, but other features can be seen here, as the applicator has not yet been assembled 20 of FIG. 3 At the top of the neck 31 of the adapter 30 opens in the upper surface, in which a is located within the adapter 31 and partially hollow-cylindrically shaped insert 47 can be seen, the 36 is provided a central opening which provides access to a receiving space 37th The opening 36 is thereby formed on a wall 48 of the insert 47th The receiving space 37 is provided for introducing the above-described Stiles 22 of the applicator 20, to enable attachment of the applicator 20th Concentrically around the opening 36 of four ring segment-like feed openings 44 are arranged. The full annular surface is interrupted merely by four webs 45, is connected through which the insert 47 and in particular the opening 36 defining the wall 48 with the neck 31st The feed openings 44 serve to supply liquid to be dispensed to a not shown applicator 20. The accumulated opening area of all the feed ports 44 is preferably in the range of from 4mm 2 to 20mm 2, more preferably in the range from 5mm 2 to 16mm 2 is, in the embodiment shown in about 10mm. 2
5 shows a sectional side view of the adapter 30 from FIG 4. 30 has at the bottom of the adapter has a vestibule 41 which is accessible via a filler opening 50th The antechamber 41 is bordered by the first mounting portion 34 and the second mounting portion 35th The diameter of the antechamber 41 and the filling opening 50 is preferably in the range of 10mm to 20mm. In the direction of vestibule 41 47 projects from the distal side of the insert in the direction of vestibule 41, wherein the use of said 47 on the distal side is located on connected via the feed openings 44 extending ridges 45 with the neck 31st
The insert 47 surrounds the receiving space 37 in which a sleeve-shaped receptacle 38 is located on a non-illustrated applicator head 20 of FIG. 3 The receptacle 38 has a concentric with the aperture 36 and extending in distal direction over a receiving opening 46 side open receiving bore 39. For assembly of the applicator of Figure 3 whose style 22 of the distal side through the opening 36 via the receptacle 37 and finally inserted through the receiving opening 46 in the mounting hole 39 is. The receptacle 38 is designed 41 via a passage 40 open in the direction of this hall, so that communication of vestibule 41 for receiving bore 39 is possible. The outer wall of the sleeve-shaped receptacle 38 is spaced from the inside of the wall 48 of the insert 47, so that there is a gap is formed umläufiger 51st The insert 47 has at its proximal side to a bottom which is formed by one hand extending from the wall 27 in the direction of axis slope 49 which eventually leads to the passage 40th
Said means for conveying the liquid 18 will be described below: The liquid reaches said adapter 30 on said filling port 50 and from there into the antechamber 41. The other path leads the liquid for application to a substrate in a space 42 which 27 of the projecting into the antechamber 41 the insert 47 is formed between the inner wall of the antechamber 41 and the wall and further to a feed 43. the feed
43 is the tapered region between the angularly extending to the axis 4 inside wall of the neck 31 and extending parallel to the axis 4 wall 27. The feeder 43 finally opens at the distal side in the supply openings 44th
The diameter of the filling opening 50 of the vestibule 41 is preferably in the range of 10mm to 20mm. Preferably, the diameter of the opening is selected such and the supply ports
44 are designed such that the ratio of the area of the filling opening 50 and the summed opening area of all the feed openings 44 in the range 4-80 is. In the illustrated embodiment, the ratio is about twentieth
Figure 6 shows a partially sectioned side view of the device 1 of Figure 1. Here, the attachment unit is mounted consisting of an adapter 30 and applicator 20 of Figure 2 already on the container 10th For this purpose, the container 10 has been opened so that an opening 16 is free and the adapter 30 was placed with its bottom first, into the opening sixteenth In this case, adapter 30 and container 10 are matched to each other such that between the outer surface of the first mounting portion 34 and the inside of the neck-shaped extension 14 and in particular with an opening 16 defining the opening edge 17 on the one hand a frictional connection, on the other hand, a sealing is performed. In this case, the collar 32 rests with its underside on the front surface of the neck-shaped extension fourteenth Due to the partially sectioned view of a cavity can also be seen 1 1 of the container 10, in which a liquid 18 is located. For mixing the components of the liquid 18 also a Schüttelkugel 19 is provided. To avoid inadvertent jamming of the Schüttelkugel 19, both the gap 42, and the feeder 43 are made smaller than the diameter of the Schüttelkugel 19. On the one hand, the mounting of an attachment 30 already possible with attached applicator 20th On the other hand, however, the retrofitting of the adapter 30 with an applicator 20 is conceivable. In the embodiment shown the applicator head 20 is also replaceable, can be exchanged so that after a successful application of the liquid 18 to a substrate of the applicator 20th For assembly of the style 22 of the applicator head 20 is inserted into the receiving bore 38 until the end 23 reaches the end style of the receiving bore. 39 In this style 22 and receiving hole 39 are designed in such a way and matched to one another, which is a non-positive connection providable that allows one hand, a fixing of the applicator head 20 to the adapter 30 in particular during the application of the liquid 18, on the other hand, however, a distance of the applicator 20 by the user possible without the use of tools and without destroying particular the adapter 30th
In addition, Figure 6 shows the filling opening 50, via the communication between the adapter
30 and container 10 is possible, so that the liquid 18 in the application from the cavity
1 1 can finally reach up to the wool fibers 21 of the applicator 20 through the fill opening 50 into the vestibule 41, further through the space 42 and the supply 43 and. On the wool fibers 21, the liquid is applied directly from the container 18 the tenth After application of the applicator 20 can be used with its wool fibers 21 in a spherical shape as a container closure, for example, an evaporation of volatile components from the liquid to avoid 18th
Figure 7 shows a side view of two inventive devices 1 during application of fluids on a flat surface 7 of a substrate 6. The left device 1 is on the outside of the neck 31 on the surface 7, and is in this manner over the surface 7 guided. The angle between the axis 4 of the left-hand device 1 and the surface 7 substantially corresponds to the angle at which the neck 31 is tapered as described above and is thus in the illustrated embodiment at about 12 °. The spherical shape of the wool fibers 21 of the applicator head 20 is thereby pressed together in regions. The flexible wool fibers 21 can adjust the ground is also, so that uneven and / or rough surfaces can be completely wetted.
The right device 1 is moved such that the shaft 4 is arranged parallel to the surface. 7 For this purpose the user makes use of the stop portion 33 of the collar 32, it leads to an edge of the substrate along. 6 In addition, the device 1 is in this case with the outside of the neck
31 performed in the transition region to the collar 32 over the surface. In order to facilitate a sliding along the edge, the outer edge of the collar 32 is rounded with a radius of 0.75 mm. Here, too, spherical form of the wool fibers 21 is compressed in regions. LIST OF REFERENCE NUMBERS
1 dispenser adapter 30
2 Distal page 31 neck
3 Proximal side 32 collar
4 axis 33 stopper portion
5 attachment unit 34 first mounting portion
6 substrate 35. Second mounting portion
7 surface 36 opening
10 container receiving space 37
1 1 cavity 38 receiving
12 bottom 39 receiving bore
13 shoulder 40 through
14 neck-shaped extension 41 anteroom
15 wall 42 space
16 feed opening 43
17 opening edge 44 feed
18 liquid 45 Steg
19 Schüttelkugel receiving aperture 46
20 applicator 47 using
21 wool fibers 48 wall
22 style bevel 49
23 style filling opening end 50
Priority Applications (2)
|Application Number||Priority Date||Filing Date||Title|
|DE201410218574 DE102014218574A1 (en)||2014-09-16||2014-09-16||Apparatus for applying a liquid|
|PCT/EP2015/070596 WO2016041829A1 (en)||2014-09-16||2015-09-09||Device for applying a liquid|
|Publication Number||Publication Date|
|EP3193664A1 true true EP3193664A1 (en)||2017-07-26|
Family Applications (1)
|Application Number||Title||Priority Date||Filing Date|
|EP20150762574 Pending EP3193664A1 (en)||2014-09-16||2015-09-09||Device for applying a liquid|
Country Status (3)
|EP (1)||EP3193664A1 (en)|
|DE (1)||DE102014218574A1 (en)|
|WO (1)||WO2016041829A1 (en)|
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|GB8523463D0 (en) *||1985-09-23||1985-10-30||Ici Plc||Liquid applicator|
|US5934296A (en) *||1997-06-27||1999-08-10||Clay; Julie E.||Liquid applicator|
|EP1152683A4 (en)||1998-12-23||2002-04-03||Thomas G Frazier||Liquid applicator with slide ring activator tool|
|DE102008027844A1 (en)||2008-06-11||2010-05-06||Marion Barth||Applicator bottle for application of anti-transpirants and anti-perspirants on human skin, has bottle body enclosed with sieve-like application surface, which stays in contact with porous liquid storage i.e. sponge|
|DE102010050592B4 (en) *||2010-11-05||2014-09-11||Festool Group Gmbh & Co. Kg||Applicator for applying a coating material with a releasable distribution structure|
|DE102011009495B4 (en) *||2011-01-27||2014-02-20||Ratioplast Gmbh||Applicator for a liquid|
|DE102011109132B4 (en) *||2011-08-01||2014-09-25||Markus Kress||The deployment and placement system|
|EP2564940A1 (en)||2011-08-31||2013-03-06||Sika Technology AG||Applicator stick|
|EP2572800A1 (en)||2011-09-23||2013-03-27||Sika Technology AG||Applicator and method for its production|
|US20130189440A1 (en)||2012-01-19||2013-07-25||Dan Brian Pool||Masking Tape Sealant and Applicator|
|WO2014004521A1 (en) *||2012-06-27||2014-01-03||Frazier Thomas G||Single and multiple use applicator|
|US20140133895A1 (en) *||2012-11-12||2014-05-15||Netrisa Takesha P. Dockery||Nail polish removal device|
|DE202013000328U1 (en) *||2013-01-14||2013-01-23||Jürgen Schmidt||Discharge device for flowable media|
Also Published As
|Publication number||Publication date||Type|
|US3482920A (en)||Container applicator|
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Effective date: 20170223
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Extension state: MA
Inventor name: WEBER, HOLGER
Inventor name: PLOTZITZKA, JOACHIM
Inventor name: SCHWARZE, HERMANN J.
Inventor name: TOT, OTO
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