DK178402B1

DK178402B1 - Fastening device for holding objects, such as drinking containers, in moving units such as boats and cars

Info

Publication number: DK178402B1
Application number: DK201400491A
Authority: DK
Inventors: Leif Villy Schiødt
Original assignee: Leif Villy Schiødt
Priority date: 2014-09-01
Filing date: 2014-09-01
Publication date: 2016-02-01

Abstract

Et fastholdelsesaggregat til fastholdelse af emner, som f.eks. kopper og krus. Holderen er udformet i 2 dele med hver sit sæt magneter. Den ene del fastgøres i en ønsket position, f.eks. i bil eller båd, og den anden del fastgøres på eller inte-greres i det objekt man ønsker fastholdt. Når magneterne i overdelen anbringes lige over magneterne i underdelen, tiltrækker magneterne hinanden. Hvis over-delen roteres i magneternes plan, vil magneterne komme i en position, hvor de frastøder hinanden, og overdelen kan nemt løftes fra underdelen. Fig.1 viser underdelen (1), med 3 monterede magneter (2). Underdelen fastgøres i den ønskede position. Fig.2 viser overdelen (3) med monterede magneter (4). Fig.3 viser en udformning af underdelens (5) og overdelens (6) profil i lodret plan der virker som styr for rotation af overdelen. Fig.4 viser underdelen (7) monteret på et cockpitbord. I Fig.4 (8) er magneterne integreret i bunden af et krus.A retaining assembly for holding items such as cups and mugs. The holder is designed in 2 parts with each set of magnets. One part is secured to a desired position, e.g. in the car or boat, and the other part is attached to or integrated into the object you wish to hold. When the magnets in the top are placed just above the magnets in the bottom, the magnets attract each other. If the upper part is rotated in the plane of the magnets, the magnets will come into a position where they repel each other and the upper part can easily be lifted from the lower part. Fig. 1 shows the lower part (1), with 3 mounted magnets (2). The lower part is secured in the desired position. Fig. 2 shows the upper part (3) with mounted magnets (4). Fig. 3 shows an embodiment of the profile of the lower part (5) and the upper part (6) in vertical plane which acts as guide for rotation of the upper part. Fig. 4 shows the lower part (7) mounted on a cockpit table. In Fig. 4 (8), the magnets are integrated into the bottom of a mug.

Description

Beskrivelse.Description.

Side 1 af 2.Page 1 of 2.

Den foreliggende opfindelse omhandler en fastholdelsesanordning til f.eks. de på markedet kendte beholdere, såsom kopper, krus, dåser, dunke, flasker og bokse m.fl.. Især når de bruges til vædsker i mobile enheder som f.eks. både, biler, traktorer, flyvemaskiner o.lign., er det for brugerne vigtigt, at disse beholdere er forsvarligt fastholdt under bevægelse, samt at det er nemt at fjerne beholderen uden, at man derved kommer til at spilde indholdet.The present invention relates to a restraint device for e.g. known containers on the market, such as cups, mugs, cans, cans, bottles and boxes, etc., especially when used for liquids in mobile devices such as boats, cars, tractors, airplanes, etc., it is important for users that these containers are securely held in motion and that the container is easily removed without wasting the contents.

På markedet kendte produkter med dette formål kan være udformet som et skåleller tragtformet emne, hvori man kan anbringe genstanden, eller udformet som en ring eller et hul der virker på samme måde. Fælles for disse løsninger er, at de ikke fastholder genstanden særlig effektivt, og de fylder en del, når de ikke er i brug, og de begrænser størrelse og udformning af det emne man ønsker fastholdt. Mekanisk fastholdte beholdere f.eks. med en fjeder, har en tendens til at slippe pludseligt, og derved forårsage en ufrivillig, hurtig bevægelse, som kan medføre spild fra beholderen.Products known in the market for this purpose may be designed as a bowl or funnel-shaped article in which to place the article, or as a ring or a hole which functions in the same way. Common to these solutions is that they do not hold the object very efficiently, and they fill a part when not in use, and they limit the size and shape of the subject you want to hold. Mechanically held containers e.g. with a spring, tends to drop suddenly, thereby causing involuntary, rapid movement which can result in spillage from the container.

Patent DE 20202868 U1 (FESTERLING) 14.08.2002 omtaler en udformning af en 2-delt kopholder med en permanentmagnet som klæbes på underlaget, og et stykke stålplade der klæbes på undersiden af en kop med dobbeltklæbende tape. Herved fastholdes koppen ved hjælp af tiltrækningen mellem magnet og stålplade. Denne løsning medfører som med fjederfastholdelsen det problem, at når man løfter koppen, frigøres den pludselig med risiko for, at man, ved den derved udløste hurtige bevægelse, kommer til at spilde den indeholdte vædske. Forsyner man koppen med et låg for at hindre spild ved denne hurtige bevægelse, må dette låg forsynes med en en-håndsbetjent lukkeanordning for at f.eks. en fører af et køretøj kan bruge koppen, mens han kører. En sådan lukkeanordning vil være vanskelig at anvende på de på markedet kendte dåser med drikkevarer.Patent DE 20202868 U1 (FESTERLING) 14.08.2002 discloses the design of a 2-piece cup holder with a permanent magnet that is adhered to the substrate and a piece of steel plate that is adhered to the underside of a cup with double-sided tape. Hereby the cup is held by the attraction between magnet and steel plate. This solution, as with the spring retention, causes the problem that when you lift the cup, it is suddenly released with the risk that, by the rapid movement thereby triggered, you will waste the contained liquid. If the cup is provided with a lid to prevent wastage during this rapid movement, this lid must be provided with a one-hand operated closure device for e.g. a driver of a vehicle can use the cup while driving. Such a closure device would be difficult to apply to the beverage cans known in the market.

Samtidig vil både en permanent magnet og en stålplade være udsat for rustangreb, hvis de anbringes uden beskyttelse.At the same time, both a permanent magnet and a steel plate will be exposed to rust attacks if placed without protection.

Den her omhandlede 2-delte holder virker ved, at den ene del er fastgjort i et tilnærmelsesvis horisontalt plan i den ønskede position, og den anden del befinder sig integreret i eller fast monteret på det emne man ønsker fastholdt. De to dele kobles sammen med magnetsæt, der i een position bringer to magneter direkte over hinanden med modsat rettede poler mod hinanden, hvorved de tiltrækker hinanden, og som med en lille drejning af den løse del i vandret plan i forhold til den faste del bringer magneterne i en position, hvor de frastøder hinanden, hvorved den løse del løsnes fra den faste del.The present two-part holder acts in that one part is fixed in an approximately horizontal plane in the desired position, and the other part is integrated in or fixedly mounted on the workpiece you wish to hold. The two parts are coupled to magnetic sets which in one position bring two magnets directly over each other with opposite poles facing each other, thereby attracting each other, and which with a slight rotation of the loose part in the horizontal plane brings the fixed part the magnets in a position where they repel each other, thereby loosening the loose part from the fixed part.

Opfindelsen gælder en udformning af en todelt holder, der ved hjælp af 2 eller flere magneter integreret i en underpart, der er fastgjort på den ønskede position, fastholder den ovenpå anbragte overpart, som ligeledes indeholder et tilsvarende antal magneter. Denne overdel er integreret i eller fastgjort til det emne man ønsker fastholdt. Magneterne i både over- og underpart er anbragt i et tilnærmelsesvis ens, horisontalt, cirkulært mønster i eet plan omkring et mekanisk styret omdrejningspunkt. Magneternes poler er orienteret så de, når magneterne i overparten befinder sig lige over magneterne i underparten, har modsatte poler mod hinanden, hvorved de tiltrækker hinanden. Ved en roterende bevægelse omkring omdrejningspunktet i magneternes plan, vil magneterne komme i en position, hvor de frastøder hinanden, hvorved overparten frigøres og let kan fjernes. Denne konstruktion medfører ingen begænsning af det fastholdte objekts størrelse eller udformning. Man kan f.eks. anvende et krus med hank eller en firkantet beholder. Konstruktionen muliggør også en effektiv beskyttelse mod rust.The present invention relates to the design of a two-part holder which, by means of two or more magnets integrated into a sub-part fixed to the desired position, retains the upper part placed on top, which also contains a corresponding number of magnets. This top is integrated into or attached to the item you wish to hold. The magnets in both the upper and lower part are arranged in an approximately identical, horizontal, circular pattern in one plane around a mechanically controlled pivot point. The poles of the magnets are oriented so that when the magnets in the upper part are just above the magnets in the lower part they have opposite poles towards each other, thereby attracting each other. By a rotary motion about the center of rotation of the plane of the magnets, the magnets will be in a position where they repel each other, thereby releasing the upper part and being easily removable. This construction does not limit the size or shape of the held object. One can, for example. Use a mug with a handle or a square container. The design also allows for effective protection against rust.

Billedet fig.A viser en skivemagnet som de på markedet kendte. Fig.Bl viser en rund, skiveformet udformning af en underpart med 3 magneter (2) monteret på den plane underside i et cirkelformet mønster med centrum i centrum af den skiveformede underpart. Denne underpart er den fastmonterede part af kopholderen. Fig.B2 viser oversiden af denne underdel, som er udformet så den udgør et centrerende styr for undersiden på overdelen (Fig.Cl). Fig.C2 viser oversiden af denne overpart med monterede magneter (4) i samme mønster som mønsteret for magneterne i underparten. Fig.D viser en udformning af profilen på overparten (6) og underparten (5) der medfører, at de styres centreret i forhold til hinanden. Fig.E viser en fra markedet kendt vædskebeholder. Fig.Fl viser kopholderens overpart udformet, så den kan fast monteres under en sådan vædskebeholder ved hjælp af en klemmefunktion. Fig.F2 viser denne overpart monteret på vædskebeholderen. Fig.G viser et krus med hank, med magneterne og det centrerende styr (8) integreret i krusets bund. Fig.H viser overparten udformet som et ikke cylindrisk emne med magneterne og det centrerende styr (9) integreret i krusets bunden.The picture fig.A shows a disc magnet as they knew in the market. Fig. B1 shows a round, disc-shaped configuration of a sub-magnet with 3 magnets (2) mounted on the planar underside in a circular pattern with the center at the center of the disc-shaped sub-part. This subpart is the fixed part of the cup holder. Fig. B2 shows the upper side of this lower part which is designed to form a centering guide for the lower side of the upper part (Fig.Cl). Fig. C2 shows the upper side of this upper part with mounted magnets (4) in the same pattern as the pattern of the magnets in the lower part. Fig.D shows a design of the profile of the upper part (6) and the lower part (5) which causes them to be centered in relation to each other. Fig. E shows a liquid container known from the market. Fig. 1F shows the upper part of the cup holder formed so that it can be fixedly mounted under such a liquid container by means of a clamping function. Fig. F2 shows this upper part mounted on the liquid container. Fig. G shows a mug with a handle, with the magnets and the centering guide (8) integrated into the bottom of the mug. Fig. H shows the upper part formed as a non-cylindrical workpiece with the magnets and the centering guide (9) integrated into the bottom of the mug.

Claims

Holder according to claim 1, characterized in that the loose upper part (Fig. C 1 and Fig C 2) is designed so that it can be attached to the object which is desired to be held e.g. with a click function, glue or screws.

Holder according to claim 1, characterized in that the loose upper part (Fig. 1 F) is formed so that it can be clamped on the object (Fig. 1) which is desired to be held, as shown on (Fig. F 2).

Holder according to claim 1, characterized in that the loose part (Fig. G) is formed as a container, e.g. a mug, with the magnets and mechanical rotation control integrated into the bottom (8).

Holder (Fig. H) according to claim 1, characterized in that the loose part is designed as a non-cylindrical workpiece, but with the magnets and mechanical rotation control integrated into the bottom (9).