Spray gun and / or spray gun holder

Abstract

Spray and / or spray gun holder (1000) for the common but separate, disassembled mounting of a spray and / or spray head (10) and a medium reservoir (11) for supplying the spray and / or spray head (10) with the medium of a spray and / or spray device (100), comprising - at least one retaining element (12), with a first retaining area (H1) and a second retaining area (H2) spaced apart from it, wherein ◯ the first holding area (H1) is designed and intended to hold the spray and / or spray head (10) in a self-supporting manner, in particular to store it, and furthermore, in particular to fix it in a releasable manner, and ◯ the second holding area (H2) is designed and intended to hold a medium reservoir (11) in a self-supporting manner, in particular to store it, and furthermore in particular to fix it detachably, characterized in that in the disassembled state, i.e., when the two components (10, 11) are locally separated so that a non-functional device is created, the spray and / or spray head (10) is spaced apart along a main extension plane (H10) of the holder (1000) at a disassembly distance (D10).

Description

[0001] The present invention relates to a spray and / or spray gun holder for the simple and cost-effective shipping of spray bottles, whereby the spray bottle cannot rustle or slip in the shipping medium during shipping.

[0002] According to the invention, the spray and / or spray gun holder for the joint, but separate, disassembled holding of a spray and / or spray head and a medium reservoir for supplying the spray and / or spray head with the medium of a spray and / or spray device comprises at least one holding element with a first holding area and a second holding area spaced therefrom, wherein the first holding area is designed and provided to hold the spray and / or spray head in a self-supporting manner, in particular to mount it, furthermore in particular to releasably fix it, and the second holding area is designed and provided to hold a medium reservoir in a self-supporting manner, in particular to mount it, furthermore in particular to releasably fix it.

[0003] Further according to the invention, in the disassembled state, that is to say when the two components are locally separated so that a non-functional device is created, the spray and / or spray head are spaced apart along a main extension plane of the holder at a disassembly distance.

[0004] According to at least one embodiment, the holder is plate-like and formed in one piece, i.e., free of rivets, screws, clamps and gaps.

[0005] According to at least one embodiment, the first holding area has a first opening for at least partial passage and simultaneous fastening of the spray and / or spray head, and the second holding area has a second opening for at least partial passage and simultaneous fastening of the media reservoir.

[0006] According to at least one embodiment, the first opening is designed in the manner of a cross-slot opening, such that a dip tube of the spray and / or spray head can be inserted into this opening in a self-retaining manner, so that a self-retaining fixation of the spray and / or spray head to the holder can be produced via a holder of the dip tube.

[0007] According to at least one embodiment, the second opening is designed and provided so that a thread of the reservoir can be inserted at least partially through the opening, and a self-retaining connection with the holder can be created by screwing a screw cap onto the thread from an opposite side, so that the holder is arranged and clamped between the screw cap and the medium reservoir.

[0008] According to at least one embodiment, an edge of the second opening is threaded, and the holder is formed from a plastic and / or synthetic material. The synthetic material can be biodegradable, compostable, and / or heavy oil-free.

[0009] In principle, the following non-exhaustive list of materials can be considered as materials for at least one of the components described here: Werkstoffgruppe Modifikation SHORE D ABS 75 - 93 ABS + 30 M.-% GF 62 - 68 ABS / TPE 46 ABS / TPU 58 - 68 ASA 75 ETFE 60 - 78 EVA 17 - 45 PA 11 PA 11 + 23 M.-% GF 70 PA 12 PA 12 (normfeucht) 75 - 78 PA 12 + 30 M.-% GF (normfeucht) 75 PA 612 73 PA 6 PA 6 (normfeucht) 52 - 77 PA 6 + 30 M.-% GF 48 - 80 PA 6 + 30 M.-% GF (trocken) 84 PA 66 PA 66 + 30 M.-% GF 77 - 82 PA 66 + 30 M.-% GB 81 PA 66 + 30 M.-% MX 75 - 82 PAEK 86 - 90 PAEK + 30 M.-% GF 90 PBI 99 PBT 79 - 86 PBT + 30 M.-% GF 53 - 85 PBT + 30 M.-% GX 54 PC 51 - 85 PC + 30 M.-% GF 65 - 72 PC + 30 M.-% GX 70 PCTFE 76 - 80 PE-HD 56 - 69 PE-LD 39 - 83 PE-LLD 38 - 60 PE-MD 45 - 60 PE-UHMW 60 - 65 PEEK 83 - 88 PEI 88 - 90 PEK 87 PEK + 30 M.-% GF 90 PET PET + 30 M.-% GF 63 - 65 PMMA 52 - 85 PMMA + 30 M.-% GF 55 POM 52 - 83 PP 59 - 77 PP + 30 M.-% GF 62 - 80 PP + 30 M.-% CD 74 - 75 PP + 30 M.-% MF 60 - 74 PP + 30 M.-% P 65 PP + 30 M.-% CaCO3 55 - 70 PP / EPDM 40 PS 78 - 80 PTFE 50 - 90 PUR 20 - 84 PVC-U 74 - 94 PVC-U / NBR 58 - 74 PVC-P 42 - 77 PVC-C 82 PVDF 46 - 79 SAN 45 - 85 SMMA 72 - 82 TPC 28 - 82 TPE 48 - 78 TPE / PTFE 56 TPE-E TPE-E + 30 M. -% GF 55 TPO 16 - 70 TPS 60 TPU TPU + 30 M.-% GF 74 - 80 TPV 40 - 51 where: GF: Glass fibers GB: Crystal balls MF: Mineral fibers MX: unspecified mineral filling GX: unspecified glass filling CD: Carbon flour P: unspecified filling flour

[0010] At least one of the components presented here can also be manufactured using the following 3D printing processes, which are not listed exhaustively. 1. The FDM process (Fused Deposition Modeling)

[0011] Alternative names: Fused Filament Fabrication (FFF), Fused Layer Modeling (FLM). This process involves the layer-by-layer application (extrusion) of a material through a hot nozzle. The consumable material, in the form of a long wire (called a filament), is spooled and pushed through the conveyor unit into a print head, where it is melted and deposited onto a print bed. The print head and / or print bed are movable in three directions. This allows plastic layers to be applied one upon the other step by step. 2. The SLS process (Selective Laser Sintering)

[0012] In contrast to the sintering process, in which powdered materials are bonded together under the influence of heat, the SLS process selectively bonds using a laser (alternatively, an electron beam or infrared beam). Thus, only a specific portion of the powder is fused together.

[0013] For this purpose, a thin layer of powder is always applied to the print bed by the coating unit. The laser (or other energy source) is then precisely aimed at individual spots in the powder layer to create the first layer of the print data. The powder is melted or completely melted and then solidifies again through slight cooling. The unmelted powder remains around the sintered areas and serves as support material. After a layer has solidified, the print bed lowers by a fraction of a millimeter. The coating unit then moves over the print bed and applies the next layer of powder. The second layer of the print data is then sintered by the laser (or other energy source). This creates a three-dimensional object layer by layer. 3. Three-Dimensional Printing (3DP)

[0014] The 3DP process works very similarly to selective laser sintering, but instead of a directed energy source, a print head moves over the powder. This releases tiny droplets of binder onto the underlying powder layers, bonding them together. Otherwise, this process is identical to the SLS process. 4. Stereolithography (SLA)

[0015] Instead of plastic wire or powdered printing material, the stereolithography process uses liquid resins, known as photopolymers. These resins are hardened layer by layer by UV radiation, creating three-dimensional objects. For this, the build platform is gradually lowered into the resin tank. There are also variants (so-called polyjet processes) without an entire tank of liquid resin. For this process, an epoxy resin is applied drop by drop from a nozzle and immediately cured by a UV laser. 5. Laminated Object Manufacturing (LOM)Alternative name: Layer Laminated Manufacturing (LLM)

[0016] The process is based neither on chemical reactions nor on a thermal process. A cutting tool (e.g., a knife or carbon dioxide laser) is used to cut a film or sheet (e.g., paper) along its contour and then bond the layers together. Lowering the build platform creates a layered object made up of bonded, overlapping films.

[0017] According to at least one embodiment, the present invention comprises a spray and / or spray gun system with at least one spray and / or spray gun holder according to claim 1, at least one medium reservoir and at least one spray and / or spray head, wherein in the disassembled state, that is to say when the two components are spatially separated so that a non-functional device is created, the spray and / or spray head are spaced apart along a main extension plane of the holder at a disassembly distance.

[0018] Alternatively, paper, cardboard, paperboard, pressed board, etc. can also be used as materials.

[0019] In the following, the invention described here is presented in more detail with reference to two figures and the associated description, whereby Fig. 1 is a spray and / or spray gun holder in the mounted state with a spray and / or spray gun. The Fig. 2A to 2F show the pure spray and / or spray gun holder.

[0020] The Fig. 1 shows the spray and / or spray gun holder 1000 for the joint, but separate, disassembled mounting of a spray and / or spray head 10 and a medium reservoir 11 for supplying the spray and / or spray head 10 with the medium of a spray and / or spray device 100, at least one holding element 12, with a first holding area H1 and a second holding area H2 spaced therefrom, wherein the first holding area H1 is designed and provided to hold the spray and / or spray head 10 in a self-supporting manner, in particular to store it, further in particular to releasably fix it, and the second holding area H2d is designed and provided to hold a medium reservoir 11 in a self-supporting manner, in particular to store it, further in particular to releasably fix it.

[0021] Furthermore, the Fig. 1 that in the disassembled state, that is to say when the two components 10, 11 are locally separated so that a non-functional device is created, the spray and / or spray head 10 are spaced apart along a main extension plane H10 of the holder 1000 at a disassembly distance D10 and that the holder 1000 is plate-like and in one piece, that is to say, free of rivets, screws, clamps and gaps.

[0022] The Fig. 1 also shows that the first holding area H1 has a first opening Ö1 for at least partially passing through and simultaneously fastening the spray and / or spray head 10, and the second holding area H2 has a second opening Ö2 for at least partially passing through and simultaneously fastening the media reservoir 11.

[0023] The Fig. 1 that the first opening Ö1 is designed in the manner of a Phillips slot opening, that an immersion tube T of the spray and / or spray head 10 can be inserted into this opening Ö1 in a self-retaining manner, so that a self-retaining fixation of the spray and / or spray head 10 on the holder 1000 can be created via a holder of the immersion tube T, and that the second opening Ö2 is designed and provided so that a thread of the reservoir 11 can be pushed at least partially through the opening Ö2, and a self-retaining connection with the holder 1000 can be created by a screw cap being able to be screwed onto the thread from an opposite side, so that the holder 1000 is arranged and clamped between the screw cap and the medium reservoir 11.

[0024] The Fig. 1 it can be seen that an edge of the second opening Ö2 is threaded and the holder 1000 is formed with a plastic and / or a synthetic material.

[0025] The Fig. 1 also shows a spray and / or spray gun system 200, which comprises at least one spray and / or spray gun holder 1000 according to claim 1, with at least one medium reservoir 11, at least one spray and / or spray head 10, which in the disassembled state, that is to say with spatial separation of the two components 10, 11 so that a non-functional device is created, the spray and / or spray head 10 are spaced apart along a main extension plane H10 of the holder 1000 at a disassembly distance D10.

[0026] The Fig. 2A to 2F show the spray and / or spray gun holder 1000 from different perspectives and in the mounted state on the spray or spray bottle, wherein the Fig. 2B shows a schematic representation with the two openings Ö1 and Ö2 or holding areas H1 and H2 and the Fig. 2C to 2F show the spray and / or spray gun holder 1000 in mounted state on the thread of the medium reservoir 11.

[0027] The Fig. 2A to 2F show the spray and / or spray gun holder 1000 for the joint, but separate, disassembled mounting of a spray and / or spray head 10 and a medium reservoir 11 for supplying the spray and / or spray head 10 with the medium of a spray and / or spray device 100, at least one holding element 12, with a first holding area H1 and a second holding area H2 spaced therefrom, wherein the first holding area H1 is designed and provided to hold the spray and / or spray head 10 in a self-supporting manner, in particular to mount it, further in particular to releasably fix it, and the second holding area H2d is designed and provided to hold a medium reservoir 11 in a self-supporting manner, in particular to mount it, further in particular to releasably fix it.

[0028] Furthermore, from the Fig. 2A to 2F that in the disassembled state, that is to say when the two components 10, 11 are locally separated so that a non-functional device is created, the spray and / or spray head 10 are spaced apart along a main extension plane H10 of the holder 1000 at a disassembly distance D10 and that the holder 1000 is plate-like and formed in one piece, that is to say free of rivets, screws, clamps and gaps.

[0029] The Fig. 2A to 2F also show that the first holding area H1 has a first opening Ö1 for at least partially passing through and simultaneously fastening the spray and / or spray head 10, and the second holding area H2 has a second opening Ö2 for at least partially passing through and simultaneously fastening the media reservoir 11.

[0030] The Fig. 2A to 2F it can be seen that the first opening Ö1 is designed in the manner of a Phillips slot opening, that an immersion tube T of the spray and / or spray head 10 can be inserted into this opening Ö1 in a self-retaining manner, so that a self-retaining fixation of the spray and / or spray head 10 on the holder 1000 can be created via a holder of the immersion tube T, and that the second opening Ö2 is designed and provided so that a thread of the reservoir 11 can be pushed at least partially through the opening Ö2, and a self-retaining connection with the holder 1000 can be created by a screw cap being screwed onto the thread from an opposite side, so that the holder 1000 is arranged and clamped between the screw cap and the medium reservoir 11.

[0031] The Fig. 2A to 2F it can be seen that an edge of the second opening Ö2 is threaded and the holder 1000 is formed with a plastic and / or a synthetic material.

[0032] The Fig. 2A to 2F also show a spray and / or spray gun system 200, which comprises at least one spray and / or spray gun holder 1000 according to claim 1, with at least one medium reservoir 11, at least one spray and / or spray head 10, which in the disassembled state, that is to say with spatial separation of the two components 10, 11 so that a non-functional device is created, the spray and / or spray head 10 are spaced apart along a main extension plane H10 of the holder 1000 at a disassembly distance D10. List of reference symbols 1000 Spray and / or spray gun holder 100 Spray and / or spray device 10 Spray and / or spray head 11 Medium reservoir 12 Holding element H1 first stopping area H2 second holding area Ö1 first opening Ö2 second opening T dip tube 20 screw caps 200 spray and / or spray gun system H10 Main extension level D10 Disassembly distance

Claims

[1] Spray and / or spray gun holder (1000) for the joint but separate, disassembled mounting of a spray and / or spray head (10) and a medium reservoir (11) for supplying the spray and / or spray head (10) with the medium of a spray and / or spray device (100), comprising - at least one holding element (12) with a first holding area (H1) and a second holding area (H2) spaced therefrom, wherein ◯ the first holding area (H1) is designed and provided to hold the spray and / or spray head (10) in a self-supporting manner, in particular to store it, and further in particular to fix it releasably, and ◯ the second holding area (H2) is designed and provided to hold a medium reservoir (11) in a self-supporting manner, in particular to store it, and further in particular to fix it detachably characterized bythat in the disassembled state, that is to say when the two components (10, 11) are locally separated so that a non-functional device is created, the spray and / or spray head (10) are spaced apart along a main extension plane (H10) of the holder (1000) at a disassembly distance (D10). [2] Spray and / or spray gun holder (1000) according to claim 1, characterized by that the holder (1000) is plate-like. [3] Spray and / or spray gun holder (1000) according to claim 1, characterized by that the holder (1000) is formed in one piece, i.e. free of rivets, screws, clamps and gaps. [4] Spray and / or spray gun holder (1000) according to claim 1, characterized bythat the first holding area (H1) has a first opening (Ö1) for at least partial passage and simultaneous fastening of the spray and / or spray head (10), and the second holding area (H2) has a second opening (Ö2) for at least partial passage and simultaneous fastening of the media reservoir (11). [5] Spray and / or spray gun holder (1000) according to claim 1, characterized by that the first opening (Ö1) is designed in the manner of a cross-slot opening, that an immersion tube (T) of the spray and / or spray head (10) can be inserted into this opening (Ö1) in a self-retaining manner, so that a self-retaining fixation of the spray and / or spray head (10) on the holder (100) can be produced via a holder of the immersion tube (T). [6] Spray and / or spray gun holder (1000) according to claim 1, characterized byin that the second opening (Ö2) is designed and provided for a thread of the reservoir (11) to be able to be inserted at least partially through the opening (Ö2), and a self-retaining connection with the holder (100) can be produced in that a screw cap (20) can be screwed onto the thread from an opposite side, so that the holder (1000) is arranged and clamped between the screw cap and the medium reservoir (11). [7] Spray and / or spray gun holder (1000) according to claim 1, characterized by that one edge of the second opening (Ö2) is threaded. [8] Spray and / or spray gun holder (1000) according to claim 1, characterized by that the holder (1000) is formed with a plastic and / or a plastic. [9] Spray and / or spray gun system (200) comprising - at least one spray and / or spray gun holder (1000) according to claim 1, - at least one medium reservoir (11), - at least one spray and / or spray head (10), - characterized by , that - in the disassembled state, i.e. when the two components (10, 11) are separated locally so that a non-functional device is created, the spray and / or spray head (10) are spaced apart along a main extension plane (H10) of the holder (1000) at a disassembly distance (D10).

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