IT202000022489A1 - WARDROBE FURNITURE TO SANITIZE CLOTHES - Google Patents

Description

WARDROBE FURNITURE TO SANITIZE CLOTHES

[0001] The present invention relates to a wardrobe piece of furniture, for interior furnishings, of the type particularly suitable for the hotel sector, where said clothes are stored in a housing compartment, possibly with shoes , to be stored in order, sanitized and made accessible to the user, through at least one access door.

FIELD OF APPLICATION OF THE INVENTION

[0002] The innovation finds particular, though not exclusive, application in the hotel, residence, bed & breakfast sector, and therefore in all those areas, which are used for the temporary and heterogeneous stay of a plurality of of people, there? the need? to have at least one wardrobe for storing clothes. It also finds application in private homes and in shops where, after the fitting, unpurchased clothes must be sanitized.

[0003] In this case, it is known that, for tourism or work, the user mostly visits the to those structures, such as hotels, which are organized in such a way as to be able to offer a comfortable stay for, generally, more people. or less short periods. In this case, these structures, for overnight stays, offer a bedroom, which in the traditional configuration? associated with its bathroom. Inside the room, which can? be made up of one or more vain, mostly a room, in addition to the bed, and generally, near? of the entrance to the room close to the access door, there? the wardrobe compartment. The wardrobe, housed in a housing, is of the conventional type, with a rod for supporting hangers, some drawers, and so on. In general, can you? reasonably to state that the modules for the hotel wardrobes have dimensions that are between 45cm in length and 120cm, rarely 180cm, with a depth of 180cm. of the furniture of 60cm and a height of 200cm, approximately.

[0004] The public who from time to time access it in their room often use the wardrobe compartment, not only on the occasion of more than one occasion. overnight stays, but also for a very short period. And in fact, after opening the suitcase, in the evening as during the day,? usually access the wardrobe compartment and hang up at least the jacket, the shirts, the coat and so on, more? he rarely uses chests of drawers.

[0005] Especially when? It's time to go to bed and put the clothes inside the wardrobe, it happens quite often to introduce the same with unpleasant smells, both because of the trip and because? frequented environments, such as restaurants very often, do not have optimal ventilation. The consequence ? that not only are the clothes impregnated or may be impregnated with bad smells, but above all having come into contact with surfaces affected by an indiscriminate audience of people, they may have been contaminated by forms of bacteria, viruses, and other germs. Therefore, in a hidden condition, they lie for at least one night, to then be put back on the next morning, longer. in roughly the same condition as they were left the previous evening.

[0006] The inconvenience mentioned above, quite frequent, can be solved by leaving the clothes in the open air, or not stored in small enclosed spaces, such as hotel wardrobes, alternatively by asking the laundry service, where available, for urgent cleaning. These actions are not always easily exercisable, either due to the lack of prompt delivery laundry services, or because? not there? suitable space to be stored and therefore let them breathe. In other words, an account ? the permanence sleeping in one's own home, an account? overnight stays in hotels, where anyone who has a minimum of familiarity knows well the problem of at least airing out clothes.

[0007] Nowadays, also due to the known pandemic situations of the moment, it is possible to affirm that the problem of airing the clothes, cio? their bad smell after a trip or after a dinner at a restaurant, isn't it? nothing compared if you think in terms of possible contamination of clothes. In this case, just think of a journey by train for short or long distances and the need to stay overnight at the place of destination. Therefore, as a starting point for reflection, the perception that is not? then far from reality?, of feeling somehow infected, where n? masks, n? gloves certainly allow you to protect the clothes what cos? remain particularly exposed, above all because? often, for short periods of stay as happens for work reasons, one moves easily, with one or at most two clothes, without carrying around a large piece of luggage. Hence the need? to wear clothes that are reasonably wearable without the fear of being inadvertently infected.

[0008] It is known, also in this field, that ultraviolet (UV) lamps with a wavelength of less than 320nm, i.e. with a spectral range between 200nm and 280nm, or even UV-C, through the photolytic function they have a germicidal effect, acting on the DNA of bacteria, moulds, yeasts and viruses, preventing their reproduction.

As a result, yes? seen a rapid proliferation of solutions, which to sterilize various objects, have essentially intended to create a storage compartment, accessible by means of a lid, within which compartment are joined one or more? UV-C lamps that once activated through a unit? control and command logic, proceed to irradiate said objects according to a treatment cycle which includes one or more? stages. In principle, these solutions are used to sterilize surgical and dental instruments, but is it possible? to state that a multitude of solutions for dedicated objects are equally known on the market, for example key rings and mobile phones and, in some cases, depending on the size, for sterilizing even glass glasses.

STATE OF ART

[0009] The furniture sector is not free from solutions, the pi? disparate, which involve the use of germicidal lamps. Some, such as in the field of collective catering, (see the website www.tecnoalimenta.it) offer professional cabinets, of the type with one or two doors, with a steel body, equipped with high-performance lamps with frequencies lower than 2800 A, which cabinets are designed for the treatment and storage of cutlery, gloves, aprons and processing equipment in those sectors where health control is required. the basis of quality?. The lamps, in this case, are positioned vertically, along one side, inside the compartment for housing the clothes, which can be accessed via a steel door which obstructs the view of the contents.

[0010] In the patent literature, wardrobes are also known which provide for the sanitization of clothes. For example in CN202160934 ? Has a sterile, moisture-proof wardrobe been proposed? and anti-moth, which solves the technical problem of effectively preventing mold and moths on the clothes inside the wardrobe. The technical scheme foresees that the wardrobe is equipped with a wardrobe body, a cavity closed ? arranged inside the wardrobe body, a forced convection fan, a PTC electric heater (positive temperature coefficient), an ozone generator and an ultraviolet lamp that is ? arranged inside the cavity? closed. A partition wall? positioned in the closet and ? provided with holes through which a passage of the circulatory air flow is formed between the cavity closed and the body of the cabinet. When is the sterile cabinet ? started in barrier function, the operating time of the ozone generator is precisely controlled by a control panel MCU (microcontroller unit), and the retention time of high concentration ozone in the cabinet is shortened as much as possible. possible so that the ozone is catalyzed by the long wave UV (ultraviolet) lamp to reduce it to oxygen as much as possible. quickly as possible.

Also CN2659239 describes a wardrobe closet, to eliminate bacteria, whose wardrobe body is? equipped with a UV germicidal lamp which ? positioned at the top? deN'wardrobe, and possibly pu? cooperate with an ozone generator device.

[0011] KR20120138862 discloses an air sterilization apparatus for a cabinet using UV light emitting diodes and photocatalysts and ? supplied to illuminate the inside of a cabinet in addition to sterilisation. Air sterilization equipment for a cabinet using UV light emitting diodes and photocatalysts comprises a container, a unit, and a unit. transmitter, a sterilization lamp module, a switch and a battery. The sterilization lamp module ? placed in the case and emits UV rays towards the unit? of transmission. The switch controls the sterilization lamp module. The battery supplies power to the sterilization lamp module.

[0012] CN205924523 proposes an ultraviolet generating lamp cabinet, includes: casing, ultraviolet lamp subassembly, a control circuit, reflector panel, fluorescent tube, control circuit electrical connection fluorescent tube, the fluorescent tube includes: UV lamp and fluorescent tube lighting. The control circuit establishes a connection with the UV lamp, fluorescent tube lighting, can? activate a UV lamp or single control light. The user can interact with smart furniture also through the internet in such a way as to control the equipment remotely, making things easier for people's lives.

Finally, IT202007901520789 also describes a disinfecting, sterilizing cabinet for clothes, linen and objects by means of UV-C irradiation.

NEAREST STATE OF THE ART

[0013] KR20080002556 (Lee) suggests a bed linen drying and sterilizing lamp to enable easy and hygienic handling of bed clothes through a simple method. An apparatus for drying and sterilizing sheets comprises: a vertical body part, the extremity of which is superior ? fixed inside the receiving cabinet; a support part for bedding formed in a unit; a part of the air spray including more? established air spray nozzles on its surface; a horizontally established sheet support plate within the receiving cabinet, which additionally includes a UV lamp and is ? rotatably supported by a hinged part.

[0014] In a recent publication of the Elle Decor magazine (www.elledecor.com), published by the Hearst Magazines spa group of Milan, we read an interesting article entitled "Smart wardrobes that disinfect clothes are the new certainty in our wardrobe". Scrolling through the article in question, we read that there are different models and that they use different technologies, but they all effectively play the role of a wardrobe for disinfecting clothes and shoes. By way of example, it is mentioned in this regard that the company Lema mobili has a patented device, also available as an accessory, which combines nanotechnology with a special UV lamp by activating photocatalytic oxidation. The said device is to be placed in the top? of wardrobes, even those made to measure in such a way as to perform its function of sanitizing clothing from bacteria, odors and molds, up to eliminating odors.

[0015] Known would also be a solution proposed by the Swiss company V-Zug, which uses photocatalysis - a closed-circuit technology highly effective in reducing the presence of germs up to 99.9%, together with steam to sanitize the clothes and eliminate odors (including cooking and cigarette smoke) without any chemicals.

[0016] It is therefore reasonable to consider as a whole known:

? the use of UV lamps with a germicidal action and the use or general purpose of the same to sanitize the compartment of a wardrobe;

? the use of multiple tubular-type UV lamps, mounted at the top or the summit? of a piece of furniture.

? the use of UV lamps in closed germicidal hoods;

? the use of UV lamps in dedicated recirculation air treatment equipment;

? the use of wall or ceiling mounted UV lamps for the systematic sanitization of environments, alternatively of the static or dynamic type on the floor;

DRAWBACKS

[0017] Following the laboratory checks carried out in relation to certain pre-existing solutions, in particular those of the type dedicated to cabinets with instruction which envisages the use of UV-C lamps only, yes? was able to highlight the fact that the final result of the sterilization treatment, for example of clothes, was not verifiable in a homogeneous, uniform way for each of the elements contained therein. In other words, the values found, for example, in relation to the bacterial mass at the end of the process and inside the housing compartment of the piece of furniture, were significantly different in relation to each element and such as to detect a significant non-uniformity? of the sterilization treatment between them, a circumstance which, according to the drafter's opinion, has effectively prevented, to date, the optimization of said equipment above all to effectively sterilize clothes.

[0018] Furthermore, in the context of the solutions mentioned above, no solutions are suggested designed to be integrated into a wardrobe to be used particularly although not exclusively for the hotel, residence and B&B sector, therefore a piece of furniture that needs? of certain particularities? functional to be used in a rational and effective way.

[0019] Essential purpose of the present invention ? also to overcome the aforementioned drawbacks.

BRIEF DESCRIPTION OF THE INVENTION

[0020] This and other aims are achieved with the present innovation according to the characteristics set forth in the appended claims, solving the problems described by means of a wardrobe cabinet for sanitizing clothes, consisting of a wardrobe, with at least one access door through which one enters in the housing compartment where means are arranged for the suspended support of clothes and possibly a possible shelf and in which UV-C lamps are positioned in said housing compartment inside an aeration duct formed along a side of said housing compartment, in such a way that said UV-C lamps are crossed by a flow of air with direction from bottom to top, by means of an aspiration and ventilation means, which introduces and makes circulate in a controlled way and inside said housing compartment a flow of air to touch said clothes, alternatively providing for the circulation with filtration and sanitization of external air re-emitted outside said cabinet.

BENEFITS

[0021] In this way, through the considerable creative contribution the effect of which constitutes an immediate technical progress, some aims and advantages are achieved.

[0022] By way of example, ? possible to achieve the optimization of the sanitization of the clothes stored inside the wardrobe, therefore greater efficiency and accuracy, at the same time, combining the need for a compact piece of furniture as a piece of furniture particularly suitable in the h ?tellerie, practical to be used in an aesthetically pleasing environment, even ergonomic, taking into account the dimensions. In fact, are they mostly? designed for rational use inside hotel rooms and in any case, mainly intended for accommodation facilities dedicated to overnight stays for the public for short periods.

[0023] An advantage can still consist in making it possible for the public to use a single piece of furniture, in this case, having mainly a wardrobe which is configured to perform at least three functions beneficial to the user, namely:

to) ? a valid wardrobe that sanitizes clothes;

b) ? a piece of furniture which also acts as a showcase, of the sterile air type which keeps contaminants away during the period of non-use of said clothes stored in the wardrobe;

c) ? also a device for sanitizing the ambient air;

d) allows the next occupant of the room to put their clothes in a sanitized environment

In particular, it must be said that the activity of accurate filtration and irradiation by means of germicidal ultraviolet lamps of the air recirculation flow in a specially dedicated seat in the housing compartment, allows an effective sanitization treatment of the air recirculation flow, which along the route involves with punctuality and uniformly the surface of the clothes displayed in the housing compartment. Through the unit control logic, by modulating the irradiation and the air circulation in relation to a predetermined period, for each phase of the process in a cycle, allows to further increase the effectiveness of the sanitizing treatment of said clothes.

[0024] A further advantageous aspect derives from the versatility? of the mobile, which operating with the unit? logic offers the possibility? to choose, by the user, alternatively or simultaneously, one of the three main functions, such as the possibility? hospitalization of the clothes in a reasonably sanitized environment for a finite and even constant time period, including the advantage of allowing the sanitization of the environment where said piece of furniture is located.

[0025] These, but also other advantages or objects will appear from the following detailed description of at least one preferential embodiment with the help of the enclosed schematic drawings whose execution details are not to be understood as limiting but only as examples.

CONTENT OF THE DRAWINGS

Figure 1, ? a front view of the wardrobe cabinet, for sanitizing clothes, with the housing compartment in a condition free of objects;

Figure 2, ? a front view of a variant of the wardrobe unit shown in Figure 1;

Figure 3, ? a side view of the wardrobe unit shown in figure 2; Figure 4, ? a front view of the wardrobe unit shown in Figures 1 and 2 showing the treatment duct with UV-C lamps of the recirculated air circulation flows with filtration and sanitization of the internal air;

Figure 5, ? a side view of the wardrobe unit of figure 4, with representation of the circulation flows of the recirculated air with filtration and sanitization of the internal air;

Figure 6, ? a front view of the wardrobe unit shown in Figures 1, 2 in a phase subsequent to that shown in Figures 4 and 5, which corresponds to the sanitization of the clothes, with the door closed -circulation with recirculating filtration of the internal air;

Figure 7, ? a front view of the wardrobe furniture shown in Figures 1, 2 in a phase subsequent to that shown in Figure 6, which corresponds to the maintenance of the sanitization phase, door closed - circulation in recirculation with filtration and sanitization of the internal air;

Figure 8, ? a front view of the wardrobe unit shown in Figures 1, 2 in a phase subsequent to that shown in Figure 7, which corresponds to maintaining the sanitization with the door open and circulation with filtration and sanitization of the outside air introduced inside the housing compartment;

Figure 9, ? a side view of the wardrobe unit of Figure 8, with the door in an open condition;

Figure 10, ? a front view of the wardrobe of Figures 1 and 2, represented in the phase of sterilization of the ambient air whose function provides for the circulation with filtration and sanitization of the external air re-emitted outside.

PRACTICAL DESCRIPTION OF CARRYING OUT THE INVENTION

[0026] With reference also to the figures, the wardrobe cabinet (A1, A2) as a furnishing component for rooms, hotels, bed & breakfasts, residences, homes, shops with the purpose of sanitizing the clothes stored in a hanging condition, ? consisting of a cabinet (10), parallelepiped in shape, with the back (100) of the closed type and in correspondence with the front part (FIGS. 1, 2 and 3), an openable door (110) to access inside a housing and display compartment (120) for clothes (not shown).

Preferably, the said wardrobe furniture (Al, A2) being a dedicated component for the most part? for structures suitable for overnight stays, such as hotels, residences, bed and breakfasts, the dimensions are between 45 cm and 60 cm in depth, with a width between 90 cm and 160 cm, and a height between 200 cm and 250 cm, approximately.

Said door (110), as in the case of a wardrobe (A2) ? of the type consisting of two transparent doors (111-112) movable in opposition to a guillotine, of the motorized type, which through a control device allow the opening or closing of said door (110) in order to allow access to the interior of said housing and display compartment (120). An alternative to the wardrobe (A2), ? constituted by the piece of furniture (Al), whose door (110) ? vice versa, consisting of a double door with side hinge for access to the housing and display compartment.

[0027] The wardrobe (10), above and distinct from the compartment for housing and displaying the suspended clothes (120), has a sanitized compartment for storing folded clothes or other items, closed by a sealed door that can be opened manually towards the 'up (130), while the lower part, accessible by easily removing the external paneling, includes a technical compartment (140), which contains the unit? electronic management logic of the wardrobe unit (A1-A2), ventilation means (141), filtration, motors and circuit with air flow diverter valves (fl-f4).

[0028] Suspended and resting support means (200, 210) for said clothes are joined inside the housing and display compartment (120) closed by said door (110), where said support means suspension (200) consist of at least one rod or bar for supporting the coat hangers, which ? busy with the extremities? along the sides of the housing compartment (120) or alternatively of the fixed type, for example on the back in such a way as to support the clothes in suspension by means of the hangers, and possibly, below these, at least one shelf (210 ) for example of the glass type, in such a way as to support even folded clothes. Still inside the housing and display compartment (120), on the bottom of the same and below said shelf (210) set apart from it, there is a further shelf (211) in such a way as to support in support and display further articles of clothing, equally not shown.

[0029] In order to sanitize the air recirculated and/or introduced into the wardrobe (A1, A2), UV-C germicidal lamps (150) are provided, which are positioned inside interior of a vertical ventilation duct (160) which ? obtained inside the housing compartment (120) close to one of the two sides of the wardrobe unit (A1, A2). The said vertical duct (160) ? of the type open at the ends?, respectively upper and lower and ? closed on the sides in the form of a tubular channel, so as to allow the air flow (f3) coming from the housing compartment (120) and/or (f4) drawn from the outside through a lower air intake (310 ) even choked to about 10%, therefore inside the duct (160), is forced along the same and at the same time goes to touch the UV-C germicidal lamps (150) to proceed with the irradiation treatment.

[0030] From an operational point of view, as illustrated in the following Figures 4-10, all the operations are performed automatically through said unit? programmed electronic logic that ? associated with the wardrobe (A1, A2) and are controlled via a web App which also performs diagnostics of the operation of said equipment. Through the web app or even through a command and control device affixed to the dashboard of the appliance, in fact at least one of the two programs n. 1 and no. 2, do you change the intensity? of the lighting lights and the colors of the scenographic lights that are expected to collaborate in the housing and display compartment (120) are changed. Again, in the hypothesis of wardrobe furniture (Al) through a radio - command you can? remotely operate the access door (110) to the housing and display compartment (120), the emergency lock, the lighting lights of the display compartment and the scenographic lights, not shown.

[0031] Again from an operational point of view, the said unit? wardrobe cabinet logic (A1, A2), ? configured in such a way as to carry out, respectively, at least one sanitization program for clothes n. 1 or an environment sanitization program n. 2.

[0032] To proceed with the clothes sanitization program no. 1, after introducing the clothes, the glass door (110) is closed. With a manual command or with a timer, the SANITIZATION cycle is started which takes place according to the following consequential phases:

- STEP 1 (FIGS. 4 and 5) - PREPARATION (before sanitizing the clothes it is necessary to clean the air from dust also because the germicidal lamps (150) work more effectively if the recirculated air is free of dust) . The unit? electronic logic of the wardrobe (A1 - A2) switches on the air circulation fan at full power and positions the shutters (300, 310) in the RECIRCULATION position, which requires that the lower one be on "internal suction OPEN" and "suction external PARTIALIZED" while the upper one ? to "internal flow OPEN".

After 10 minutes the unit? electronic logic of the wardrobe (A1-A2) starts STEP 2

This operation lasts from 30 to 60 minutes (two programs are foreseen) depending on the type of garments and their presumed load of contaminants.

- STEP 2 - (FIG. 6) INTENSE CLOTHES SANITIZATION. At the end of step 1 the electronic logic (A1-A2) turns on the UV-C lamps (150) at full power; the lamps are sheltered inside the ventilation duct (160) and are hit by the air flow (f2-f3) which cools them and at the same time sanitizes said air flow (f2-f3). The lamps (150) which are sheltered inside the ventilation duct (160) do not allow the emission of dangerous radiation to the outside. The great power of the lamps, the perfect cleaning of the air and the speed? of the air itself allow to obtain a sanitization of the pi? high level and to have a flow capable of removing dust, mites, fungi, bacteria and viruses from clothing. The air circulation? maintained in mode? RECIRCULATE on both shutters (300, 310).

- STEP 3 - (FIG. 7) SANITATION MAINTENANCE door (110) in closed door condition. Once the intense sanitization of the clothes is finished? they must be kept in a sanitized environment preventing outside air from entering the housing compartment (120). To achieve this, the continuously filtered and sanitized air is recirculated to which, to compensate for losses, a small percentage of fresh air is added, obviously also filtered and sanitized. In this way the compartment remains with a positive pressure towards the outside and this does not allow untreated air to enter. In this phase only one UV-C lamp (150), in rotation, is kept on, minimizing consumption and maximizing the life of said lamps (150)

- STEP 3 bis - (FIGS. 8 and 9) SANITATION MAINTENANCE door (110) in open condition. A special procedure? been developed to keep the housing compartment (120) "uncontaminated" when the door (110) is opened to gain access to said housing compartment (120) and to remove the clothes. When a door opening request arrives (for example from a radio control) the logic positions the lower shutter (310) in the ROOM position (which provides for "internal suction CLOSED" and "external suction NOT PARTIALISED") and the upper one (300) in "RECIRCULATION" position; the UV-C lamps (150) are all switched on. In this way two situations are obtained: a) that the suction from inside the compartment (120) is not ? more active and can not? then draw in the air from outside which would have an easy route once the door is opened (110); b) that the flow of sanitized air leaving the door (110) prevents the untreated air from entering said housing space (120).

[0033] A special procedure, such as that envisaged by program no. 2 (FIG. 10) of the said unit? wardrobe cabinet logic (A1-A2) ? been developed to keep the housing compartment (120) in an "uncontaminated" dynamic condition and at the same time exploit the great power to sanitize the ambient air.

Then ? a cycle of SANITIZATION OF ROOM AIR is foreseen, of circulation with filtration and sanitization of the external air also re-emitted outside.

At least one phase of said cycle requires that in said condition the shutters (300, 310) are placed in the AMBIENT position, and the UV-C lamps (150) are all turned on with the ventilation means (141) started at maximum speed? in such a way that an air flow (f2) is introduced inside the aeration duct (160). Said air flow (f2) distributes the flow (f1) to the extent of 10% from top to bottom inside the compartment (120). Approximately 300 cubic meters of filtered and sanitized air are estimated every hour. In addition to this phase, the air is taken from the outside through a lower air intake (310) and also choked at about 10% and therefore, after being introduced into the duct (160) and passing through it, started to be distributed in part with the air flow (f1), from top to bottom in said housing compartment (120), and the remainder consisting of a 90% return to the environment of the flow (f4) through the mouth outlet (320) of the wardrobe (Al-A2).

Claims (7)

1. A wardrobe (A1-A2) for sanitizing clothes which uses germicidal ultraviolet lamps (150) for the sanitization cycle of at least one air flow (f3) where said flow ? placed inside the housing compartment (120), characterized by the fact that ? consisting of a wardrobe (10), with at least one access door (110) through which one enters the housing compartment (120) where the means for suspending clothes support (200) and possibly at least one shelf ( 210, 211,), and in which said UV-C lamps (150) are positioned in said housing compartment (120) inside an aeration duct (160) formed along one side of the wardrobe unit (A1 -A2), in such a way that said UV-C lamps (150) are crossed by at least one air flow (f3, f4) with direction from bottom to top, by means of a suction means and ventilation (141), which introduces and circulates in a controlled way and inside said housing compartment (120) an air flow (fi) to lap said clothes, alternatively providing for circulation with filtration and sanitization of the air external (f4) reissued outside said cabinet. 2. A wardrobe piece of furniture (A1-A2), according to claim 1., characterized in that it comprises ventilation means (141), which, through the unit? management logic, they collaborate with the shutters (300, 310, 320) and circulate a flow of air (f1) from top to bottom inside the housing and display compartment (120); where the said flow (f1) ? been previously conveyed through and along the duct (160) in such a way that the air flow (f2) preceding the external air flow (f4) and/or recycling the internal flow (f1-f3) has lapped the lamps (150), called lamps (150) which are active and positioned in said duct (160). 3. A wardrobe (A1-A2), according to claims 1. and 2., characterized in that UV-C germicidal lamps (150) are positioned inside a vertical ventilation duct (160) which is? obtained inside the housing compartment (120) close to one of the two sides of the wardrobe (A1, A2), called vertical duct (160) ? open at the ends?, respectively upper and lower and ? closed on the sides in the form of a tubular channel, so as to allow the air flow (f3) coming from the housing compartment (120) or taken from the outside (f4) through a lower air intake (310) also choked at around 10%, therefore inside the duct (160), is forced along it and at the same time touches the UV-C germicidal lamps (150). 4. A wardrobe piece of furniture (A1-A2), according to the preceding claims, characterized in that it is with dimensions between 45 cm and 60 cm in depth, with a width between 90 cm and 160 cm, and a height between 200 cm and 250 cm, approximately, and with the back (100) of the closed type and in correspondence of the front part, an openable door (110) for access to the housing and display compartment (120), and in which, above and distinct from the housing and display compartment (120), is? a sanitized storage compartment (130), closed by a sealed door that can be opened upwards, while the lower part, equally distinct from said housing and display compartment (120), comprises a technical compartment (140), which contains the unit ? electronic management logic, ventilation means (141), filtration means, motors and circuit with air flow diverter valves (fl-f4). 5. A wardrobe piece of furniture (A2), according to the preceding claims, characterized in that said door (110), ? of the type consisting of two transparent doors (111-112) movable in opposition to a guillotine, motorized, which through a control device allow the opening or closing of said door (110). 6. A wardrobe unit (A1-A2) according to the preceding claims, characterized in that it has at least one clothes sanitizing program in such a way that, after introducing the clothes, closing the glass door (110) and starting the sanitization cycle through the unit? logic, the following consequential phases are carried out: - STEP 1 - the air circulation fan (141) turns on at full power and positions both shutters (300, 310) in the RECIRCULATION position, which requires that the lower one is on "internal suction OPEN" and "external suction PARTIALIZED" while the upper one ? on "internal delivery OPEN", after 10 minutes the unit? electronic logic of the wardrobe (A1-A2) starts STEP 2 which lasts from 30 to 60 minutes depending on the type of garments and their presumed load of contaminants; - STEP 2 - At the end of step 1 the electronic logic of the cabinet (Al-A2) turns on the UV-C lamps (150) at full power; the lamps are sheltered inside the ventilation duct (160) and are hit by the air flow (f2-f3) which cools them and at the same time sanitizes said air flow (f1-f4) so that the air circulation ? maintained in mode? RECIRCULATE on both shutters (300, 310); - STEP 3 - holding phase with door (110) in closed door condition - recirculation phase of continuously filtered and sanitized air to which, to compensate for losses, a small percentage of fresh air, also filtered and sanitized, is added , so that the compartment (120) remains with a positive pressure towards the outside and this does not allow untreated air to enter it, and in which only a rotating UV-C lamp (150) is kept on , minimizing consumption and maximizing the duration of said lamps (150); - STEP 3 bis - maintenance phase with door (110) in open door condition, so that the housing compartment (120) is "uncontaminated" when the door (110) is opened to gain access to said housing compartment (120 ) and take the clothes, received the request to open the door, the unit? logic positions the lower shutter (310) in the ROOM position (which provides for "internal suction CLOSED" and "external suction NOT PARTIALISED") and the upper one (300) in the "RECIRCULATION" position; the UV-C lamps (150) are all turned on; in such a way as to obtain two situations: a) that the suction from inside the compartment (120) is not ? more active and can not? then draw in the air from outside which would have an easy route once the door is opened (110); b) that the flow of sanitized air leaving the door (110) prevents the untreated air from entering said housing space (120). 7. A wardrobe (A1-A2) according to claim 6, characterized in that it has a circulation cycle with filtration and sanitization of the external air also re-emitted outside, where at least one phase of said cycle requires that in said condition are the shutters (300, 310) placed in the AMBIENT position, and the UV-C lamps (150) are all on with the ventilation means (141) started at maximum speed? in such a way that an air flow (f2) is introduced inside the ventilation duct (160), said air flow (f2) distributes the flow (f1) to the extent of 10% from top to bottom inside the compartment (120), in such a way that the air is taken from the outside through a lower air intake (310) also choked and therefore after being introduced into the duct (160) and passing through it, started to be distributed in part with the air flow (f1), from top to bottom in said housing compartment (120), and the remainder consisting of a re-emission into the environment at 90% of the flow (f4) through the outlet (320) of the wardrobe (A1-A2).