DE202020104424U1 - Portable device for stowing a face mask - Google Patents

Abstract

A portable device (1), in particular a case, for stowing a face mask (3), the device (1) being configured to be opened and closed in order to stow the face mask (3) in the device (1) or out of the Take out device (1).

Description

The present invention relates to a portable device for stowing a face mask.

The Corona (COVID 19) pandemic is currently on the advance worldwide. People are therefore encouraged to wear face masks, especially to protect others. This is especially true in public areas such as local public transport or when shopping.

However, the face mask must be removed when eating or sleeping. Wearing the face mask is also disadvantageous when cycling, driving in your own car or in closed rooms, such as individual offices, and there is a desire to remove the mask.

Against this background, it is an object of the present invention to bring about an improvement in this situation.

According to a first aspect, a portable device for stowing a face mask is provided, the device being adapted to be opened and closed in order to stow the face mask in the device or to remove it from the device.

A device is thus advantageously provided with the aid of which the user of a face mask (hereinafter also referred to as “mask”) can remove it at any time, stow it away safely and carry it around with him. If necessary, he can bring it out again at any time. This ensures high availability of the mask in everyday life. In addition, mask consumption can be reduced in this way, in particular with regard to disposable masks. Furthermore, the likelihood of the - otherwise possibly freely accessible - mask coming into contact with viruses is reduced. Finally, the mask tends to last longer if it is securely stored when not in use.

The device is designed in particular in the form of a case.

According to one embodiment, the device has a drying device which is set up to dry the face mask in its stowed state in the device.

According to a further embodiment, the drying device has one or more ventilation openings.

According to a further embodiment, the ventilation openings are designed as holes, preferably with a diameter of less than 1, 2 or 3 mm.

According to a further embodiment, the ventilation openings are closed with a mesh or a membrane.

According to a further embodiment the drying device comprises a moisture-absorbing material, e.g. Zeolite.

According to a further embodiment, the device has an inactivation and / or disinfection device which is set up to inactivate viruses inside and / or outside the device and / or to disinfect or sterilize the device, with preferably only a single inactivation device being provided .

According to a further embodiment, the inactivation and / or disinfection device has a heating device which is set up to inactivate viruses and / or germs with the aid of heat.

According to a further embodiment, the heating device has a heating resistor, in particular a heating wire.

According to a further embodiment, the heating device is set up to wholly or partially, in particular an area of application within the device, to a temperature of greater than 70, 75, 80, 85, 90, 95, 100, 105, 110 or 120 degrees Celsius and / or to a temperature of less than 120, 110, 105, 100, 95, 90, 85, 80 or 75 degrees Celsius and / or for a period of time greater than 5, 10, 20, 60 or 90 min.

According to a further embodiment, the inactivation and / or disinfection device has a storage container for receiving virucide, a nozzle being provided for spraying the virucide onto an application area inside or outside the device.

According to a further embodiment, the inactivation and / or disinfection device has a UV light source which is set up to apply UV light to an application area inside and / or outside the device.

According to a further embodiment, the device has a display device which is configured to display whether the device has been exposed to sufficient heat to inactivate and / or kill viruses and / or germs therein with the aid of heat.

According to a further embodiment, the display device has a thermochromic dye or an electronic display.

According to a further embodiment, the thermochromic dye changes color when its temperature exceeds 70, 75, 80, 85, 90, 95, 100, 105, 110, 115 or 120 degrees Celsius.

According to a further embodiment, the display device is provided on an outside of the device.

According to a further embodiment, an application area for inactivating viruses and / or disinfecting is arranged between the heating device and the thermochromic dye or a temperature sensor.

According to a further embodiment, the device has a residual heat storage device which is set up to store the heat during heating of the device for inactivation and / or disinfection and to release the stored heat after the heating.

According to a further embodiment, the device is partially or completely formed from a material that is formed at a temperature of up to 300, 275, 250, 150 or 100 degrees Celsius over a period of greater than 1, 2, 3, 4, 5, 10, Not permanently deformed or twisted for 20, 60 or 90 minutes. In this way, in particular, the device can be oven-proof.

According to a further embodiment, the device is made entirely or partially of metal and / or plastic.

According to a further embodiment the metal comprises stainless steel and / or surgical steel and / or the plastic is a sterile or permanently sterile plastic, e.g. with the incorporation of silver into a polymer, and / or the plastic comprises silicone, polyethylene and / or polyurethane.

According to a further embodiment, the device has a cylindrical container for stowing the face mask, the container having a circular, oval or rectangular cross section. This results in particular in a shape of the device in the form of a flat cuboid or a case shape or in the form of a cylinder with a circular or oval cross-section. Preferably, the container (especially if it is designed as a flat cuboid) has narrow sides and between these broad sides, the narrow sides in particular being rounded, for example with a radius greater than 0.5 cm, greater than 1 cm or greater than 1.5 cm.

The container or the device is further preferably designed in the form of an elongated, flat cuboid. A dividing plane between a container body and a lid of the container preferably runs perpendicular to the longitudinal axis of the cuboid.

According to a further embodiment, the device has a container for stowing the face mask, the container having two or more detachably connectable and / or pivotably interconnected sections in order to open and close the container for stowing and / or wherein a dividing plane between the two or more sections and / or a pivot axis about which one of the sections is pivotable with respect to another of the two or more sections, in a distal (outer) third, quarter or fifth or even smaller fraction of the container in Is arranged with respect to the longitudinal direction of the container.

According to a further embodiment, a force fit, in particular a friction fit, and / or a form fit is provided for the releasable connection.

According to a further embodiment, the pivotable connection has a film hinge or other joint, which is in particular formed in one piece with the two or more sections, the two or more sections preferably each having a rectangular cross-section with two long sides and two short sides, with preferably the film hinge or other joint, in particular in one piece, is attached to a respective long side of the two or more sections.

According to a further embodiment, the two or more sections are elastically snapped together for releasable connection.

According to a further embodiment, the two or more sections have a first and a second shell, a container body and a cover and / or flat elements, in particular sheets.

According to a further embodiment, at least one of the two or more sections, in particular the first and second shell in each case or the container body and the lid in each case, have the one or more ventilation openings, with the container body and the lid preferably each having an end face pointing in the longitudinal direction of the device of the device, preferably one or both end faces the one or more Have ventilation openings, with one or both end faces preferably being rounded, for example with a radius greater than 0.5 cm or 1 cm.

According to a further embodiment, at least one of the two or more sections, in particular the first or second shell, spacing means, in particular feet, which space the at least one section from the storage surface when the device is stored on a storage surface, so that air between the Storage surface and the at least one section can flow through to the one or more ventilation openings.

According to a further embodiment, at least one of the two or more sections carries the inactivation and / or disinfection device and / or has it integrated.

According to a further embodiment, the inactivation and / or disinfection device is completely or partially cast in at least one section.

According to a further embodiment, the inactivation and / or disinfection device has a printed circuit board.

According to a further embodiment, the circuit board has the heating wire.

According to a further embodiment, the at least one of the two sections has an elastic region which is deformable in the direction of the other section in order to thereby detach the at least two sections from one another.

According to a further embodiment, the elastic region lies opposite an opening in the printed circuit board and can be pressed through it in order to detach the at least two sections from one another.

According to a further embodiment, the at least one of the two or more sections in the area of the opening is formed with a reduced material thickness compared to a surrounding area.

According to a further embodiment, at least one of the two or more sections has a thermal insulation material.

According to a further embodiment, the thermal insulation material is arranged behind the circuit board with respect to a space bounded by the container.

According to a further embodiment, the thermal insulation material comprises a heat reflective material, e.g. a metallic foil, especially aluminum foil, or a poorly thermally conductive material, e.g. Hard paper, and / or air chambers.

According to a further embodiment, the device has a format and weight suitable for trouser or jacket pockets.

According to a further embodiment, the device has an adapter, in particular an eyelet or with an eyelet, which is suitable for attaching a loop or the like to it, the adapter preferably on one of the two or more interconnected sections, in particular on one The end face of the container body or lid is arranged, and / or wherein the adapter is arranged in an area surrounded by ventilation holes.

According to a further embodiment, the device has a connection for supplying the inactivation and / or disinfection device with electrical energy.

According to a further embodiment, the connection is a USB connection.

According to a further embodiment, an area of application of the inactivation and / or disinfection device, in which the deactivation and / or disinfection or sterilization takes place, lies within the container.

• zwei oder mehr lösbar verbindbare und/oder schwenkbar miteinander verbundene Abschnitte, um einen Innenraum der Vorrichtung für ein Verstauen einer Gesichtsmaske darin zu öffnen und wieder zu verschließen;
• ein oder mehrere Belüftungsöffnungen in zumindest einem der zwei Abschnitte;
• einen Heizwiderstand zur Erwärmung des Innenraums, welcher auf zumindest einem der zwei Abschnitte angeordnet und/oder in diesen eingebettet, insbesondere eingegossen, ist; und/oder
• eine Anzeigeeinrichtung, welche dazu eingerichtet ist, eine mithilfe des Heizwiderstands erfolgte Inaktivierung von Viren in dem Innenraum anzuzeigen.

According to a second aspect, there is provided a portable device comprising:

• two or more detachably connectable and / or pivotably interconnected sections for opening and closing an interior space of the device for stowing a face mask therein;
• one or more ventilation openings in at least one of the two sections;
• a heating resistor for heating the interior, which is arranged on at least one of the two sections and / or embedded, in particular cast, in it; and or
• a display device which is set up to display an inactivation of viruses in the interior that has taken place with the aid of the heating resistor.

As a result, inactivation can advantageously take place flexibly and practically at any time. Furthermore, through the particular acoustic or visual display device operating errors by the user during virus inactivation can be reduced.

According to a third aspect, an arrangement is provided comprising a device according to the first or second aspect and a face mask which is stowed within the device.

According to one embodiment, the face mask is folded and / or rolled one, two or more times, with a folding movement, in particular the first folding movement, preferably taking place around an axis of the face mask which corresponds to a longitudinal axis of the body when the face mask is placed on the face.

According to a fourth aspect, a system is provided having a device according to the first or second aspect and an inactivation and / or disinfection device which is set up to inactivate viruses inside and / or outside the device and / or to disinfect or disinfect the device to sterilize.

According to one embodiment, the inactivation and / or disinfection device has a heating device which is set up to inactivate and / or kill viruses and / or germs with the aid of heat.

According to a further embodiment, the heating device has a heating resistor, in particular a heating wire, or induction means for inducing a current in the device for the purpose of heating it for inactivating viruses and / or disinfecting.

According to a further embodiment, the heating device has a water bath which is set up to limit the heat transferred to the device to the boiling point.

According to a further embodiment, the heating device has a shape for depositing or positively receiving the device. The device is thereby protected against falling out or falling.

According to a fifth aspect, a use of the device according to the first or second aspect for stowing a face mask therein is provided.

According to a sixth aspect, a use of the device according to the first or second aspect is provided in a system according to the fourth aspect, wherein viruses inside and / or outside the device are inactivated and / or sterilized or sterilized by means of the inactivation and / or disinfection device.

1. a) Entnehmen der Gesichtsmaske aus einer Vorrichtung gemäß dem ersten oder zweiten Aspekt und Aufsetzen der Gesichtsmaske auf das Gesicht;
2. b) Tragen der Gesichtsmaske auf dem Gesicht; und/oder
3. c) Öffnen der Vorrichtung, Verstauen der Gesichtsmaske in der Vorrichtung und Verschließen der Vorrichtung.

According to a seventh aspect, a method for handling a face mask is provided, comprising:

1. a) removing the face mask from a device according to the first or second aspect and placing the face mask on the face;
2. b) wearing the face mask on the face; and or
3. c) opening the device, stowing the face mask in the device and closing the device.

According to one embodiment, the device is carried along while the face mask is worn, in particular in a trouser or jacket pocket.

According to a further embodiment, viruses on the face mask are inactivated and / or sterilized, in particular exclusively inactivated, before or after stowing.

According to a further embodiment, the inactivation and / or disinfection takes place with the aid of an inactivation and / or disinfection device which is contained in the device or is carried along separately.

According to a further embodiment, the inactivation and / or disinfection device is a household appliance.

According to a further embodiment, the household appliance is an oven, a microwave, a hob, an iron or a hair dryer.

According to a further embodiment, the face mask is folded and / or rolled one, two or more times before being stowed away.

According to a further embodiment, a folding movement, in particular the first folding movement, takes place about an axis of the face mask which corresponds to a longitudinal axis of the body when the face mask is placed on the face.

According to an eighth aspect, a method for manufacturing the device is provided. Accordingly, the device is manufactured by injection molding, with two articulated sections of the device being injection molded in the 180 degree unfolded state.

According to a ninth aspect, a holder is provided, in particular for a vehicle, for example a bicycle, motor vehicle, aircraft, ship, etc., to which the device, as described above, can be releasably attached.

As a result, the device can practically be carried in or on a vehicle.

According to one embodiment, a form fit and / or force fit is provided for releasable fastening.

According to a further embodiment, the holder has an upwardly open container and / or a clip connection.

The device is held releasably in the container (for example by gravity), in particular inserted into it. The device is releasably attached to or by means of the clip connection.

According to a further embodiment, the holder can be releasably attached to the vehicle.

According to a tenth aspect, the holder, as described above, is used on or in a vehicle, in particular a bicycle, motor vehicle, aircraft, ship, etc., for transporting a device as described above.

According to an eleventh aspect, there is provided a system comprising a vehicle and a mount as described above.

The system can furthermore have the device or the arrangement as described above, wherein the device or arrangement is releasably attached to the holder.

The embodiments and features described for the device according to the first or second aspect apply to the arrangement according to the third aspect, the system according to the fourth aspect, the uses according to the fifth and sixth aspect, the method according to the seventh and eighth aspect, the holder according to the ninth aspect, the use according to the tenth aspect and the system according to the eleventh aspect correspondingly.

Further possible implementations of the invention also include combinations, not explicitly mentioned, of features or embodiments described above or below with regard to the exemplary embodiments. The person skilled in the art will also add individual aspects as improvements or additions to the respective basic form of the invention.

• 1 zeigt in einer perspektivischen Ansicht eine Vorrichtung gemäß einer Ausführungsform;
• 2a)-f) zeigen ein Verfahren gemäß einer Ausführungsform;
• 3 zeigt eine Ansicht III der Vorrichtung aus 1 in einem auf einer Abstellfläche abgestelltem Zustand;
• 4 zeigt eine Ansicht IV aus 1;
• 5 zeigt eine Ansicht V aus 1;
• 6 zeigt einen Schnitt VI-VI aus 1;
• 7 zeigt einen Schnitt VII-VII aus 1;
• 8a)-b) zeigen in einer perspektivischen Ansicht eine Vorrichtung sowie ein Verfahren jeweils gemäß einer weiteren Ausführungsform;
• 9 zeigt perspektivisch ein System aufweisend eine Inaktivierungs- und/oder Entkeimungseinrichtung und darin aufgenommener Vorrichtung gemäß einer Ausführungsform;
• 10 zeigt perspektivisch ein System gemäß einer weiteren Ausführungsform, bei dem die Vorrichtung auf der Inaktivierungs- und/oder Entkeimungseinrichtung aufliegt;
• 11 zeigt perspektivisch ein System gemäß einer noch weiteren Ausführungsform, wobei es sich um eine Variante gegenüber 10 handelt;
• 12 zeigt perspektivisch ein System gemäß einer noch weiteren Ausführungsform, wobei es sich um eine weitere Variante gegenüber 10 handelt;
• 13 zeigt in einem Flussdiagramm ein Verfahren gemäß einer Ausführungsform;
• 14a) - j) zeigen verschiedene Ansichten einer Vorrichtung gemäß einer weiteren Ausführungsform; und
• 15a)-c) zeigen eine Variante gegenüber 14a)-j).

Further advantageous configurations and aspects of the invention are the subject matter of the subclaims and the exemplary embodiments of the invention described below. In the following, the invention is explained in more detail on the basis of preferred embodiments with reference to the attached figures.

• 1 shows in a perspective view a device according to an embodiment;
• 2a) -f ) show a method according to an embodiment;
• 3 shows a view III of the device from 1 in a parked state on a shelf;
• 4th shows a view IV from 1 ;
• 5 shows a view V from 1 ;
• 6th shows a section VI-VI 1 ;
• 7th shows a section VII-VII from 1 ;
• 8a) -b ) show in a perspective view a device and a method, each according to a further embodiment;
• 9 shows in perspective a system having an inactivation and / or disinfection device and a device accommodated therein according to one embodiment;
• 10 shows in perspective a system according to a further embodiment, in which the device rests on the inactivation and / or disinfection device;
• 11 shows in perspective a system according to yet another embodiment, which is a variant opposite 10 acts;
• 12 shows in perspective a system according to yet another embodiment, which is a further variant on the opposite 10 acts;
• 13 shows in a flow chart a method according to an embodiment;
• 14a) - j) show different views of a device according to a further embodiment; and
• 15a) -c ) show a variant opposite 14a) -j ).

In the figures, elements that are the same or have the same function have been provided with the same reference symbols, unless otherwise stated.

1 shows a device in a perspective view 1 , in particular case, according to one embodiment. 2a) -d ) show a process in which the device 1 Applies.

In 2a) is a user 2 a face mask 3 (hereinafter referred to as "mask"), which is also referred to as mouth and nose protection, mouth protection or hygiene mask. He wears this on his face, in any case, but preferably exclusively on the user's mouth and nose 2 covered (ie in particular the eyes can be uncovered). Such masks are also known as half face masks. However, any other shape is also possible.

The mask 3 is an aid to reduce the transmission of pathogens through secretion droplets. In particular, in the current corona pandemic, it is used to protect others from a possibly from the user 3 outgoing or existing infection with the SARS-CoV-2 coronavirus. Depending on the mask used 2 this can alternatively or additionally protect against infection of the user 3 pose yourself with the virus.

With the mask 3 it can be any mask that fulfills the aforementioned functions. In particular, the following can be considered (in particular exclusively, i.e. excluding the respective other type of mask): medical mouth and nose protection, simple paper or fabric masks (so-called everyday masks) and / or particle-filtering FFP masks (so-called respiratory protection mask), which Protect (depending on the filter class) from inhaling microparticles.

It can also be a (especially medical) disposable mask. Furthermore, and preferably for reasons of the current shortage of medical disposable masks and possibly for reasons of environmental protection, the mask can be 3 be a reusable mask.

The mask 3 includes a mouth and nose section 4th , which when the mask is on 3 (at least or exclusively) the mouth and nose of the user 2 covers. The mouth and nose section 4th can have paper and / or fleece layers and / or fabric. It can have a substantially rectangular, oval or triangular shape. “Essentially” is to be understood here in such a way that the person skilled in the art recognizes the shape as rectangular, oval or triangular. In the embodiment according to 2a) and b) is the mouth and nose section 4th rectangular shape, 2e) shows an example of a triangular mouth-nose section 4th , 2f) that of an oval. The mouth and nose section 4th is by means of a bracket 5 on the user's head 2 attached. The bracket 5 is in particular as one or more tie or elastic bands 5a , 5b formed on the back of the head or on the ears of the user 2 attached.

The mouth and nose section 4th preferably has an integrated (possibly elastic) flexible element 6th , in particular a metal bracket, along (possibly limited to a central area) its upper edge 7th on. “Top” refers to the vertical direction when the mask is in place 3 . The flexible element 6th extends when the mask is in place 3 transverse to a longitudinal axis of the body 8th of the user 2 . With the help of the flexible element 6th becomes the mask 3 pressed against the bridge of the nose in order to keep the field of vision free and to restrict the upward airflow.

The mouth and nose section 4th can also - with respect to the vertical direction when the mask is in place 3 - in a lower area 9 Have wrinkles that are placed over the chin of the user 2 serve.

If the in 2a) shown users 2 the mask 3 no longer needed, for example because he eats, sleeps, moves in the fresh air, especially rides a bicycle, drives his own car, stays in a single office or returns home after having done something in public, he takes off the mask 3 from. Another reason for losing weight may be that the mask you are currently using 3 is moist from breathing air and would like to exchange it for a new one.

The user 2 advantageously performs the device in one or more of the above situations 1 with you, e.g. in a pocket 10 (which is why the device 1 is shown hidden), alternatively in a jacket pocket or handbag (not shown). The device is for this purpose 1 designed to be portable. Of course, the device 1 - according to the needs of the user 2 - can also be kept at home, in the car, in the office or in any other location.

In particular, the device 1 (in a closed state of the same, which will be explained in more detail later) a trouser or jacket pocket of a suitable format and weight. Ie that the device 1 if they like in the 1 and 2d ) has (essentially) a cube shape, a format with a length L less than 15 cm, preferably less than 13 cm, more preferably less than 11 cm (in particular between 11 and 15 cm), with a width B less than 10 cm, preferably less 9 cm, even more preferably less than 8 cm (in particular between 8 and 10 cm) and / or with a thickness T less than 2 cm, 1.5 cm and 1 cm (in particular between 1 and 2 cm). With a circular or oval-cylindrical shape of the device 1 , as in 8b) shown, is a length L (in their closed state, which is why L also the attached lid 43 includes) less than 13 cm (in particular between 9 and 13 cm) and / or a diameter D. less than 5 cm, preferably less than 4 cm, more preferably less than 3 cm (in particular between 3 and 5 cm). The weight of the device 1 , d .H. the empty weight without mask is preferably less than 200, 150, 120, 90 or 70 grams.

Preferably the user folds 2 after removing the mask 3 their mouth and nose section 4th around a fold line 11 according to the longitudinal axis of the body 8th . The flexible element is preferred 6th at its intersection 12 with the longitudinal axis of the body 8th bent or kinked. This advantageously corresponds to the location of the bridge of the nose of the user 2 , a place where the flexible element 6th just by wearing the mask 4th has a kink in itself.

The mouth and nose section 4th is thus preferably folded in half, as in 2c ) shown. A respective half is designated there with 4a and 4b. At the same time, the tapes can 5a , 5b on one of the halves 4a , 4b be placed. This results in a favorable format so that the device 1 can be made comparatively small. Any other or no folding is also conceivable before the mask 3 in the device 1 is stowed away. For example shows 8a) a variant in which the mask 3 before stowing in the device 1 is rolled.

The mask is particularly advantageous 3 so around the longitudinal axis 8th folded that the outside 13 the mask 3 while wearing it after folding it is also outside, as in 2a) and c ) can be seen. As a result, the outside potentially contaminated with viruses and germs can be arranged closer to an inactivation and / or disinfection device - explained in more detail below - so that the inactivation and / or disinfection can take place even more efficiently.

The like in 2c ) folded face mask 3 is now used by the user 2 in the device 1 stowed, see 2d ). In the 2d ) shown arrangement from device 1 and mask recorded therein 3 is labeled 100. For this purpose, it can have the features described in more detail below.

The device 1 is designed to be opened and closed to the mask 3 in the device 1 to stow away or out of the device 1 take out. The device 1 may in embodiments be designed to include exactly a single mask 3 record.

The device can do this 1 a container 14th - please refer 6th (Section line VI-VI from 1 ) and 7th (Section line VII-VII from 1 ) - have an interior 15th limited in which the (especially folded) mask 3 is recordable. The container 14th for example has a first shell 16 and a second bowl 17th on that the interior 15th define between themselves.

The container 14th can or the first and second shell 16 , 17th can be made of metal or plastic; in the in the 1 - 7th embodiment shown, it is preferably an elastic plastic. Stainless steel and / or surgical steel come into consideration as the metal. A sterilizable or permanently sterile plastic, for example with the incorporation of silver into a polymer, is particularly suitable as the plastic. The plastic preferably comprises silicone, polyethylene and / or polyurethane.

The first and second bowl 16 , 17th are in particular releasably snapped together elastically. This can be done on the first shell 16 a (especially rectangular) base 18th have, on the one to the second shell 17th pointing edge 19th is trained. The second shell points accordingly 17th a (especially rectangular) base 20th on the one to the second bowl 16 pointing edge 21st is trained. When the device is closed 1 encompasses the edge 19th the edge 21st . In particular are the edges 19th , 21st by means of an undercut surface or nose 22nd interlocked with each other. Additionally or alternatively, a frictional connection between the edges 19th , 21st be provided. Will now be the first and second bowl 16 , 17th manually operated in opposite directions (see arrows in 6th ), the two shells will loosen 16 , 17th when the applied force exceeds a threshold, the edge 21st elastically deformed and on the nose 22nd is passed.

The manual actuation force can be applied in different ways. For example, in the margin 19th one or more openings or recesses 23 (please refer 3 who have made a view III 1 shows) be formed, through which the edge with a finger 21st inwards and away from the base 18th (please refer 6th ) of the first shell 16 can be pressed to the edge 21st over the nose 21st to move or the shells 16 , 17th to separate from each other. Alternatively or additionally, for example, the first shell 16 in their base 18th one in 4th (View IV from 1 ) and 7th area shown 24 with reduced material thickness. This can in the direction of the second shell 17th (see arrow in 7th ) pressed, ie elastically deformed, until the finger touches the base 20th the second shell 17th arrived and can push it away (here in the picture upwards), so the first and second bowl 16 , 17th to break free from each other.

A one-handed mechanism for separating the shells with one hand is preferred 16 , 17th provided from each other, and thus opening the device 1 . These are the first and second bowls 16 , 17th for example, with the help of a connecting strap or a film hinge 28 (please refer 1 ) connected with each other.

The container 14th can in the closed state of the device 1 be completely airtight. However, the masks are used 3 usually still moist after removing, so the device 1 preferably a drying device 25th having. According to the embodiment, the drying device 25th a variety of holes 26th with 1 mm diameter K (see 6th ) on. In particular, ten or more holes can be used 26th be provided. In the example are the holes 26th in the base 18th and 20th the first or second shell 16 , 17th educated. The holes 26th allow air to pass through the container 14th to flow and residual moisture from the mask 3 to carry out. Additionally or alternatively, then in particular in connection with an airtight container 14th (i.e. without the holes 26th or only a few), the drying device 25th a moisture-absorbing material such as zeolite.

The holes 26th can be closed with an air-permeable mesh or a membrane (such as made of expanded polytetrafluoroethylene - PTFE) - especially if the holes 26th a diameter d (please refer 6th ) that would otherwise allow dirt etc. to enter the container from the outside through the openings 14th to penetrate.

Next can on the container 14th especially the first shell 16 , Feet 27 (see esp. 3 and 4th , the latter being a view IV 1 shows) formed, for example molded in one piece. The feet 27 on the one hand ensure a non-slip stand on an in 3 shown shelf 29 . On the other hand, they space the holes 26th the first shell 16 from the shelf 29 and possibly dirt on it. Finally, the feet allow 27 an air stream 30th between the first shell 16 and the shelf 29 to happen to create a chimney effect through the container 14th to provide.

Furthermore, the device 1 even one in the 6th and 7th Inactivation and / or disinfection device shown 31 have, which is set up to virus within the device 1 , especially in the room 15th (in the present case also referred to as “application area”) to inactivate and / or the device 1 , especially the space 15th to sterilize. In embodiments, both can be achieved, then one speaks of sterilization. Alternatively or additionally, the inactivation and / or disinfection device can 31 outside the device 1 , so be provided as a separate device, as follows in more detail in connection with the 9 - 12 explained.

A fundamental distinction must be made between inactivating viruses on the one hand and sterilizing them on the other. Because, unlike bacteria, viruses do not have their own metabolism, they do not multiply without a host or living cells, so basically viruses do not "live". As a result, they cannot be killed, but only "inactivated" by changing their physicochemical properties. In principle, this can be achieved in particular through heat, UV radiation or virucides.

In embodiments, the inactivation and / or disinfection device is 31 designed as a heating device, for example heating wire, and / or UV light source, for example UV light diodes. 8b) illustrates an example in which a virucide is provided in the form of a liquid disinfectant, which is explained in more detail below.

The heating device has the advantage over the UV light source that not all locations of the folded mask 3 can be achieved with UV light. This is different when using heat. Furthermore, a heating resistor, in particular a heating wire, can advantageously be implemented cost-effectively. This is particularly the case when, for example, a heating resistor, in particular a heating wire 33 , into a circuit board 32 is integrated, as in 7th in particular also shown in the partial plan view. The circuit board 32 including heating wire 33 is preferably in the plastic material of the first shell 16 , especially the base 18th , poured. The circuit board 32 preferably points towards the area 24 with reduced material thickness in the base area 18th a breakthrough 35 on by which the area 24 can be pushed through to get onto the second shell 17th to separate from the first shell 16 to act with your finger.

Preferably, only a single inactivation device, in particular in the form of a heating device, is provided. In other words, no further inactivation device is provided, for example in the form of a UV light source. In addition, no (other) disinfection equipment is provided. A further form of inactivation (UV light) and disinfection is deliberately avoided in embodiments because the inventors have recognized that virus inactivation is currently in the foreground and disinfection can be dispensed with in favor of a smaller and more cost-effective device 1 .

The target temperature for inactivating the current coronavirus is 70 degrees Celsius specified over a period of 5 minutes (Source: Supplement to: Chin AWH, Chu JTS, Perera MRA, et al. Stability of SARS-CoV-2 in different environmental conditions. Lancet Microbe 2020 ; published online April 2. https://doi.org/10.1016/S2666-5247(20)30003-3) . The latest scientific findings suggest that the target temperature is over 90 degrees Celsius and must be maintained for a longer period of time, for example up to 90 minutes. The heating device is corresponding 33 furnished to the interior 15th or the mask 3 to a temperature of greater than 70, 75, 80, 85, 90, 95, 100, 105, 110 or 120 degrees Celsius and for a period of more than 5, 10, 20, 60 or 90 min. The material of the device 1 , especially that of the shells 16 , 17th , is selected to be temperature-resistant. In the bowls 16 , 17th a thermal insulation material can be used to achieve the above-mentioned temperatures with little expenditure of energy 36 (see the partial section view in 7th ) for example on the circuit board 32 be attached to a side facing away from the interior. The thermal insulation material 36 can for example be designed as an aluminum foil. Also the circuit board 32 itself can be made of thermal insulation material 36 be made.

As in 1 shown, the device 1 furthermore a display device 34 which is set up to indicate whether an inactivation or disinfection process is taking place in the device 1 is completed. In particular, it can be shown whether the interior 15th (please refer 6th and 7th ) or the mask 3 has been exposed to sufficient heat to inactivate or kill viruses and / or germs therein with the aid of heat. The display device 34 is particularly on the shell 17th or their base 20th arranged - and thus clearly visible from the outside.

The display device can be inexpensive 34 have a thermochromic dye that has a color change at the target temperature and after a sufficiently long holding time. For this purpose it is preferably provided that the thermochromic dye and the heating device 33 on different sides of the interior 15th so that the mask is completely warmed through 3 is ensured.

Alternatively, the display device 34 be designed as an electronic display, in particular a display or LED. In this case in particular, the device 1 a control device and one or more temperature sensors (each not shown). The one or more temperature sensors detect the temperature in the interior 15th . The control device controls the heating device 33 depending on the recorded temperature. The target temperature and the desired holding time can be easily set. Furthermore, the control device can control the electronic display to display (visually and / or acoustically) successful virus inactivation and / or disinfection. The control device and / or the one or more temperature sensors are preferably on the circuit board 32 arranged.

The inactivation and / or disinfection device 31 , especially heating device 33 , can have a power connection 37 be supplied with energy. The power connection 37 can be designed as a USB port or to connect a power supply unit with 12 volts.

Furthermore, the device 1 one on the outside, for example on the second shell 17th (especially one or more of the holes 26th ) Marking that can be clipped on or otherwise releasably fastened 38 (Individualization) have, with the help of which several devices 1 are distinguishable from each other. This is to make sure that not users 2 - for example at work or at home - your devices 1 swap.

Furthermore, the device 1 , as in 1 shown an adapter 39a (like an eyelet) and possibly a loop attached to it 39b exhibit. The loop 39b is used to carry the device 1 around the wrist or neck of the user 2 (then the loop is slightly larger than in 1 shown). Alternatively, the adapter 39a be set up directly on a piece of clothing (e.g. shirt, pants or belt) of the user 2 To be releasably attached, for example as clips, hooks or brackets.

8a) illustrates a mask 3 that first like in 2c ) folded and then around the axis of the flexible element 6th was rolled. This results in a particularly small pack size. In addition, is the envelope of the mask folded and rolled in this way 3 a cylinder with a circular or oval base. In this case, the device 1 a container 40 to hold the mask 3 with a circular or oval cross-section. The container 40 includes, for example, a container body 41 and a lid 42 pointing in the direction of the arrow on the container body 41 can be attached to an interior 43 to hold the mask 3 to close. The lid 42 could also be on the container body 41 be pivoted.

The lid 42 contains an inactivation and / or disinfection device 44 . This includes a storage container 45 and a nozzle 46 taken from the reservoir 46 is supplied with the aid of a manually operated push button (not shown) for dispensing a virucide. The virucide is applied to the mask, for example 3 bloated before them in the device 1 is stowed away. The virucide is thus outside the device 1 applied. It is also conceivable that the virucide can be activated by means of the push button inside the device 1 or the interior 43 is sprayed, so is applied inside the device.

Alternatively or additionally, for example, in the lid 42 a UV light source can be provided which is directed outside the device 1 lights up and with their help also the mask 3 can be inactivated and / or sterilized with respect to viruses before stowing the same in the device.

The 14a) -j ) show a device 1 according to a further embodiment. They show 14a) and b) perspective front views obliquely from below or above. 14c ) shows a perspective rear view. In the 14a) - c ) the device is located 1 in a closed state. The 14d ) and e) show the device 1 each in a perspective view obliquely from above, the device 1 is in a partially or fully opened state.

The device 1 includes - similar to the 8th - a container 40 with a container body or base 41 and one on the container body 41 using a film hinge 28 (Here also another joint or no joint - the latter case is the device 1 formed in two parts - can be provided) hinged lid 42 . The film hinge 28 is in particular in the longitudinal section f) - f) 14e) which in 14f) is shown, as well as the enlarged view 14g) out 14f to recognize.

The container body 41 and the lid 42 define when the device is closed 1 an interior 43 . In this, as in the longitudinal section h) - h) from 14a) shown which in 14h) is shown, a mask indicated by dashed lines 3 to be ordered.

A parting line TE (please refer 14h) ) between the container body 41 and the lid 42 runs perpendicular to the longitudinal axis LR the device 1 . The parting line TE is the plane along which the container body 41 and the lid 42 separated from each other (folded away from each other) to give access to the interior 43 for inserting and removing the mask 3 to release. The length LD of the lid 42 (generally: first section) in the longitudinal direction LR is preferably less than 1/3, 1/4 (as in the exemplary embodiment of 14h) ), 1/5 or even less of the total length L of the container 40 . The length is accordingly LG of the container body 41 (general: second section) 2/3, 3/4 etc. of the total length L. Here is the longitudinal direction LR that direction along which the device 1 or the container 40 has its largest dimension (compared to the other two orthogonal spatial directions). Additionally or alternatively it can be provided that the parting plane TE between the lid 42 and the container body 41 (and possibly also the pivot axis mentioned later 92 ) in a distal (outer) 1/3, 1/4 or 1/5 or even smaller fraction of the container 40 in relation to its longitudinal direction LR is arranged. This ensures that the lid 42 in relation to the container body 41 has a small dimension, which favors the one-handed operation explained in more detail later.

The device 1 , d .H. the container 40 , especially the container body 41 and the lid 42 together, has a cuboid shape in its closed state. The device 1 is suitable for carrying in a trouser, jacket or handbag. For example, it can have a length L ( 14h) ) less than 13 cm, preferably less than 12 cm, more preferably less than 11 cm (in particular between 9 and 14 cm, preferably between 11 and 13 cm), a width B ( 14i )) less than 9.5 cm, preferably less than 8 cm, even more preferably less than 7.5 cm (in particular between 7.5 and 9.5 cm or between 6 and 10 cm) and a thickness T ( 14i )) smaller than 3 cm, 2.5 cm and 2 cm (in particular between 1 and 4 cm, preferably between 2 and 3 cm).

From the view i) in the longitudinal direction LR the device 1 it becomes clear that a cross section of the device 1 , in particular each of the container body 41 and the lid 42 , rectangular with two opposite long sides 80 and two opposite short sides 81 is trained. The short sides 81 are preferably rounded, for example with a radius R1 0.5 cm, 1 cm, 1.5 cm or larger. The one with the short sides 81 corresponding, rounded narrow sides 82 , 83 on the container body 41 as well as the lid 42 favor an ergonomic grip around the device 1 with the hand H , as in 14b) shown.

Furthermore, the device 1 in the longitudinal direction LR pointing end faces 84 , 85 on. These can also be referred to as top and bottom pages. The front sides 84 , 85 are each on the one in the longitudinal direction LR distal end of the device 1 intended. The front sides 84 , 85 can each be designed to be rounded, for example with a radius R2 greater than 0.5 cm or 1 cm, which makes it easier to manufacture by injection molding. In one or both ends 84 , 85 can have multiple holes 26th (especially more than 3, 5 or 10) to ventilate the interior 43 or the mask 3 educated. The holes 26th preferably - without being limited to the present embodiment - have a diameter between 1 and 3 mm, as so on the one hand, a sufficient ventilation is achieved, on the other hand, the penetration of dirt, as is usually found in trousers, jackets or handbags in which the device is installed 1 can be worn is prevented. Instead of the holes 26th however, another form of drying device could also be provided.

In the transverse direction Q , i.e. transversely to the longitudinal direction LR , lie between the narrow sides 82 , 83 (preferably flat) broad sides 86 , 87 , 88 , 89 that are with the long sides 80 correspond. The broadsides 86 , 87 can also be used as the front and back of the container body 41 , the broadsides 88 , 89 as the front and back of the lid 42 are designated. The fronts 86 , 88 are in 14a) to see the backs 87 , 89 in 14c ). The fronts 86 , 88 can also be shared as the front of the device 1 (when closed), the back 87 , 89 as the back of the device 1 (when closed).

The device 1 can be placed in its closed state on its front or back on a flat surface such as a table or in a compartment in a car and the like. Due to the arrangement of the holes 26th in the (rounded) end faces 84 , 85 they always remain free, ie accessible to air. The broadsides 86 , 87 , 88 , 89 and / or narrow sides 82 , 83 are therefore advantageously equipped without holes or completely airtight.

Furthermore, the device 1 an adapter 39a for a loop (not shown). The adapter 39a is, for example, as an integral material on the container body 41 or the lid 42 formed eyelet, to which in particular the loop can be attached. The adapter 39a is particularly on a narrow side 82 , 83 molded, here for example in the distal third of the narrow side 82 .

The following is the locking principle of the device 1 explained in more detail, with any other closure option also being considered, including a two-part design of the container body 41 and the lid 42 . These are advantageous here in one piece - with the help of the film hinge 28 - connected with each other. Thus, the lid cannot 42 get lost. The film hinge is preferred 28 one piece of material (ie, made of the same material as the connecting partner container body 41 and lid 42 and manufactured integrally therewith in a molding process such as injection molding) with both the container body 41 as well as with the lid 42 educated. By means of the film hinge 28 can the lid 42 from its closed position (see e.g. 14h) ) preferably up to 180 degrees into its open position 14e) be pivoted. An intermediate position of the lid 42 is in 14d ) illustrated.

The container body 41 is like that 14f) and g) to be recognized by its face 84 opposite end with a rim 90 formed, which has an opening 91 limited. Preferably the film hinge is 28 (or another joint) on one side along the long side 80 of the cross section of the container body 41 adjacent to the edge 90 attached, preferably on the back 87 of the container body 41 . On the other hand, the film hinge is 28 on the long side 80 the cross section of the lid 42 adjacent to an edge 94 same attached. The edge 94 is on one of the end faces 85 of the lid 42 opposite end of the same (see 14f) ). The edge 94 delimits an opening 95 in the lid 42 . The lid is accordingly 42 pivotable around an axis 92 (please refer 14g) ), with the axis 92 parallel to the respective long side 80 as well as the respective edge 90 or. 94 extends. Due to the arrangement of the film hinge 28 on the long side 80 this is comparatively large and therefore stable.

Another advantage of this design is that it can be opened with one hand. To do this, the user grasps with his hand H (please refer 14d )) the container body 41 (which is usually the case when you carry the device by hand 1 the case is). Then he presses with his thumb M. (by a dashed arrow in 14d ) indicated) against the front 88 of the lid 42 towards the rear 89 . As a result, when a predefined force is exceeded, the snap connection described in more detail below is established 93 (please refer 14h) ) between the lid 42 and the container body 41 loosened and the lid 42 folds backwards. The lid 42 can have a bias in the open position so that the lid can be pivoted further 42 (in particular up to the 180 degree position) takes place automatically, ie without any action on the part of the user. This preload can be achieved by placing the device in the 180-degree open position ( 14e) is injection molded.

Using the snap connection 93 is the lid 42 in its closed position with the container body 41 releasably connected by elastic form fit. The snap connection 92 includes, for example, in the area of the edge 94 of the lid 42 one formed on this and in a cross-sectional plane (corresponding to the cross-sectional direction Q ) outwardly directed, (preferably completely) circumferential projection 97 . The lead 97 is in 14 j) to recognize the an enlarged detail j) from 14h) shows. The lead 97 is set up for the closed position of the lid 42 into a (preferably completely) circumferential recess 98 in the container body 41 intervene positively. The depression 98 is in the area of the edge 90 of the container body 41 educated.

The openings 91 , 95 in the container body 41 or the lid 42 correspond to one another, ie the opening cross-sections are (essentially) the same size. Together they define the interior 43 . As in 14f) shown can be a section 96 the mask 3 in their in the container body 41 or the opening 91 inserted state over the (upper) edge 96 extend out so that the mask 3 can be easily grasped again for removing the same.

The device 1 , especially the container body 41 , the lid 42 and / or the film hinge 28 , is partially or completely made of a plastic, preferably silicone, preferably in an injection molding process. The plastic can, for example, have a Shore A hardness of greater than 60, 70, 75 or 80. Preferably the device 1 in an injection mold in its 180 degree open position ( 14e) ) poured because it removes the film hinge 28 particularly simply in one piece with the container body 41 and the lid 42 can be poured. In addition, the 180 degree open position offers high accessibility for inserting, pushing in and removing the mask 3 .

For stowing the mask 3 this is preferably folded once, twice or more often. Then the lid 42 snapped open and brought into the fully open position, 14e) . The folded mask, if necessary 3 becomes lengthways LR through the opening 91 in the container body 42 inserted. After that, the lid 42 folded back again by hand and with the container body 41 snapped. Instead of the snap connection 93 Any other suitable releasably attachable connection can also be provided.

The 15a) - c ) show a variant of the embodiment according to 14a) -j ), in which 15a) the device 1 when closed, 15b) the device 1 when open and 15c ) an enlarged view c) 15a) shows. Only a few differences are shown below; Otherwise, the above statements apply.

The adapter 39a is like in the 15a) and c ) shown on the lower face 84 (distal end lengthways LR ) of the container body 41 arranged in one area 39c that of ventilation holes 26th is surrounded. The adapter 39a has a triangular shape, for example, the free corner being rounded. Preferably the adapter is 39a (in particular with its long side) in one piece with the end face 84 connected. The adapter 39a has an eyelet 39d to attach a loop. The eyelet 39d points with its central axis 39e perpendicular to the main extension plane of the container 40 . In other words, the central axis points 39e in the direction of thickness T ( 14i )) of the container 40 and / or perpendicular to the pivot axis 92 . An adapter formed in this way 39a is on the one hand arranged ergonomically because it makes handling of the device 1 not disabled. On the other hand, it is easy to manufacture because it can be easily removed from the mold from an injection molding tool.

9 shows a system 200 the device 1 and - as a separate, ie spatially independently manageable unit - an inactivation and / or disinfection device 50 has, which is set up to virus inside and / or outside the device 1 to inactivate and / or the device 1 to sterilize or sterilize. In this variant, the inactivation and / or disinfection device is used 50 not in the device 1 carried along. As an inactivation and / or disinfection device 50 In particular, a household appliance can be used. In the example this is an oven 50 into which the device 1 including mask 3 inside (also as an arrangement 100 referred to here) is inserted when required, e.g. once a day. The oven is then operated at, for example, 90 or 100 degrees Celsius - for example in hot air mode - and thus heats the device 1 . The device 1 is preferably made of an ovenproof plastic. After the desired time, for example 90 minutes, the arrangement 100 from the oven 50 taken.

Alternatively, the household appliance could be a microwave, hob, steam cooker, iron or hair dryer. All of these devices are suitable for the device 1 including mask 3 suitable for heating. In order to limit the temperature to the boiling point, for example when using a hob, a water bath could be placed between the hob and the device 1 be interposed.

Alternatively, the inactivation and / or disinfection device 50 one or more heating cassettes (not shown), in each of which a device 1 can be inserted and there viruses are inactivated or germs are killed with the aid of heat.

In 10 is the inactivation and / or disinfection device 60 designed in the form of an electrically operated heating table. On these or in them (possibly in one with the device 1 complementary pocket or recess) the device can be placed on or inserted. With the heating table 60 the temperature and heating time can be controlled. The heating table 60 is for example via a power connection 62 supplied with voltage (e.g. 12 to 240 volts).

11 shows an inactivation and / or disinfection device 70 in the form of a table 70 which is set up to generate a stream of hot air 71 on the device 1 to be addressed, creating the interior 15th (please refer 6th ) with the mask 3 the hot air flows through. E.g. points the table 70 for this purpose a fan and heating wires stretched in front of it in the direction of flow (not shown).

12 shows the embodiment 10 with the device 1 to 8b) . A pocket in which the device 1 is taken up vertically, is denoted by 61 there.

13 shows a flow diagram of a method according to an embodiment. The procedure of 13 includes the steps S1 - S3 :

In step S1 the user removes 2 a mask 3 from one device 1 and puts this on the face. Then he wears the mask 3 on the face, crotch S2 , preferring to use the device at the same time 1 carries with him, e.g. when he moves. In particular, the user leads 2 the device 1 in or on an item of clothing that he wears or carries the device 1 on the wrist or around the neck. Should the mask 3 are deposited, he opens the device 1 , takes the mask 3 and stows it in the device 1 and then closes the device 1 , Step S3 .

16a) shows a system 300 (this can also be referred to as an arrangement), which is a bracket 301 and a bike 302 includes. Instead of the bike 302 it could be another vehicle, in particular a motor vehicle, aircraft (in particular an airplane), ship, etc.

The bracket 301 is on the bike 302 attached. The fastening can take place in a detachable manner, for example by means of a one-piece or one-piece with the holder 301 formed clamp 305 that on the handlebars 306 of the bike 302 attached and possibly secured with a screw, clip or the like so that it is no longer off the handlebars 306 can solve.

On or in the bracket 301 is a device 1 (as described above) releasably attached or held. That is, the device 1 can from the bike 302 be removed, for example to take them to local public transport (subway), a department store, a public facility, etc. After returning, the device can 1 back on the bracket 301 attached.

For releasable fastening, it can be provided, for example, that the holder 301 , as in 16b) shown, a container still open at the top 303 having. In this the device can 1 be inserted from above, in particular along the longitudinal direction LR the device 1 , and if necessary additionally secured by a friction fit. The container 303 is in its shape in particular the cross-sectional contour of the device 1 or the container 40 (please refer 14a) showing the cross direction Q illustrated), ie the cross section of the device 1 or the container 40 is tightly enclosed.

The bracket 301 according to the embodiment 16c ) has (elastically deformable) clips 304 , for example two, three or four of them. In this the device 1 releasably clipped in, whereby an elastic form fit is achieved. The movement to clip the device 1 can especially in a direction perpendicular to the main extension plane (corresponds to the paper plane in 16c )) of the device 1 respectively. The clips 304 hold the device 1 especially on their front sides 84 , 85 as well as the opposite long sides 82 of the container 40 .

Although the present invention has been described on the basis of exemplary embodiments, it can be modified in many ways.

List of reference symbols

1

contraption

2

user

3

mask

4th

Mouth and nose section

4a, 4b

Halves

5

bracket

5a, 5b

Tapes

6th

flexible element

7th

edge

8th

Body longitudinal axis

9

lower area

10

pocket

11

Fold line

12

Intersection

13

Outside

14th

container

15th

inner space

16

first shell

17th

second bowl

18th

Floor space

19th

edge

20th

Floor space

21st

edge

22nd

nose

23

breakthrough

24

Area

25th

Drying device

26th

Holes

27

Feet

28

Film hinge

29

Storage space

30th

Airflow

31

Inactivation and / or disinfection device

32

Circuit board

33

Heating wire

34

Display device

35

breakthrough

36

Thermal insulation material

37

Power connection

38

mark

39a

adapter

39b

loop

39c

Attachment area

39d

eyelet

39e

Central axis

40

container

41

Container body

42

cover

43

inner space

44

Inactivation and / or disinfection device

45

Storage container

46

jet

50

Inactivation and / or disinfection device

60

Inactivation and / or disinfection device

61

bag

62

Power connection

70

Inactivation and / or disinfection device

71

Airflow

80

page

81

page

82

Narrow side

83

Narrow side

84

Face

85

Face

86-89

Broadsides

90

edge

91

opening

92

axis

93

Snap connection

94

edge

95

opening

96

section

97

head Start

98

deepening

100

arrangement

200

system

300

system

301

bracket

302

bicycle

303

Bowl

304

Clips

305

clamp

306

Handlebars

B.

width

D.

thickness

H

hand

L.

length

LD

Length of cover

LG

Length of container body

LR

Longitudinal direction

R1, R2

radius

Q

Transverse direction

M.

thumb

T

thickness

TE

Parting plane

d

diameter

S1 - S3

Procedural steps

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Non-patent literature cited

• Chin A W H, Chu J T S, Perera M R A, et al. Stability of SARS-CoV-2 in different environmental conditions. Lancet Microbe 2020 [0114]

Claims (16)

A portable device (1), in particular a case, for stowing a face mask (3), the device (1) being configured to be opened and closed in order to stow the face mask (3) in the device (1) or out of the Take out device (1). Device according to Claim 1 which has a drying device (25) which is set up to dry the face mask (3) in its stowed state in the device (1), the drying device (25) preferably having one or more ventilation openings (26) and / or a moisture absorbing material such as zeolite. Device according to Claim 1 or 2 , which is wholly or partially formed from a material that is at a temperature of up to 300, 275, 250, 150 or 100 degrees Celsius over a period of greater than 1, 2, 3, 4, 5, 10, 20, 60 or 90 min is not permanently deformed or twisted and / or ovenproof. Device according to one of the preceding claims, which is formed wholly or partially from plastic, the plastic preferably being a sterile or permanently sterile plastic, e.g. incorporating silver into a polymer. Device according to one of the preceding claims, having a cylindrical container (14, 40) for stowing the face mask (3), wherein the container (14, 40) has a circular, oval or rectangular cross section, and / or wherein the container (14, 40) preferably has narrow sides (82, 83) and between these broad sides (86, 87, 88, 89), the narrow sides (82, 83) in particular being rounded, for example with a radius (R1) greater than 0.5 cm, greater 1 cm or more 1.5 cm. Device according to one of the preceding claims, comprising a receptacle (14, 40) for stowing the face mask (3), the receptacle (14, 40) having two or more detachably connectable and / or pivotably interconnected sections (16, 17, 41 , 42) to open the container (14, 40) for stowing and to close it again, and / or wherein a dividing plane (TE) between the two or more sections (16, 17, 41, 42) and / or a pivot axis (92) about which one of the sections (16, 17, 41, 42) is pivotable in relation to another of the two or more sections (16, 17, 41, 42), in a distal (outer) third, Fourth or fifth or even smaller fraction of the container (40) is arranged in relation to the longitudinal direction (LR) of the container. Device according to Claim 6 , whereby a force, in particular frictional and / or form fit is provided for the releasable connection and / or the pivotable connection has a film hinge or other joint (28), which is in particular integral with the two or more sections (16, 17, 41 , 42) is formed, the two or more sections (16, 17, 41, 42) preferably each having a rectangular cross-section with two long sides (80) and two short sides (81), preferably the film hinge or other joint (28), in particular in one piece, is attached to a respective long side (80) of the two or more sections (16, 17, 41, 42). Device according to Claim 6 or 7th , the two or more sections (16, 17, 41, 42) being elastically snapped together for releasable connection. Device according to one of the Claims 6 - 8th wherein the two or more sections have a first and a second shell (16, 17), a container body (41) and a cover (42) and / or flat elements, in particular sheets. Device according to one of the Claims 6 - 9 , wherein at least one of the two or more sections (16, 17, 41, 42), in particular the first and second shell (16, 17) each or the container body (41) and the lid (42) each, the one or more ventilation openings (26), and / or wherein preferably the container body (41) and the lid (42) each form an end face (84, 85) of the device (1) pointing in the longitudinal direction (LR) of the device (1), preferably one or both end faces (84, 85) which have one or more ventilation openings (26), one or both end faces (84, 85) preferably being rounded, for example with a radius (R2) greater than 0.5 cm or 1 cm. Device according to one of the preceding claims, wherein the device (1) has a format and weight suitable for trouser or jacket pockets (10). Device according to one of the preceding claims, having an adapter (39a), in particular an eyelet or with an eyelet (39d), which is suitable for attaching a loop (39b) to it, the adapter (39a) preferably being attached to one of the two or more sections (16, 17, 41, 42), in particular on an end face (84) of the container body (41) or the lid (42), and / or wherein the adapter (39a) is surrounded by ventilation openings (26 ) is arranged. Arrangement (100), comprising: a device (1) according to any one of the preceding claims; and a face mask (3) which is stowed within the device (1). A system (200) comprising: a device (1) according to any one of Claims 1 - 12 or an arrangement (100) according to Claim 13 ; and an inactivation and / or disinfection device (50, 60, 70) which is set up to inactivate viruses inside and / or outside the device (1) and / or to disinfect or sterilize the device (1). Holder (301), in particular for a vehicle (302), for example a bicycle, motor vehicle, aircraft or ship, on which the device (1) according to one of the Claims 1 - 12 or the arrangement (100) according to Claim 13 is releasably fastened. System (300), comprising a vehicle (302) and a bracket (301) according to Claim 15 .

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