IT202000012148A1 - SKIN DISINFECTANT KIT FOR MEDICAL USE - Google Patents

Description

TEXT OF THE DESCRIPTION:

The present invention also concerns the process for applying a solid sealing disinfectant with the aforesaid Kit on wounds obtained with the use of this electromechanical device, in 5 primary phases of use which allows a dressing treatment supported by the innumerable accessories available, as a cut wound on the dermis causes the immediate discontinuity? of the same, according to today's medical standards, treated manually, with preventive cleaning and disinfection of the area, followed by final containment of the wound with the application of gauze, plasters, bands, etc. used as protection from external agents, with the ultimate goal of healing, and healing, bringing back the? uniformity? of the layer of skin in defect, kit with compact electromechanical device has the function of cleaning, disinfecting, sealing wounds on human or animal dermis, ? equipped with electric resistances (14), which are turned on by means of an ON/OFF switch (18), and powered by a battery placed inside the device (20), during which they heat up by providing a heat source which, in contact with the stick solution solid disinfectant (19.2), the same is transformed from solid to semi-liquid as it emerges from the nozzle (13), mechanical thrust due to d? friction from mechanical gear, by manually pressing the adjustment button located on the device with the function of moving the internal gears and ring (19.1 ), which compresses it inside the channel (19), where the disinfectant stick flows, allowing you to graduate - or block the fluid that comes out, providing greater precision in the distribution of the product ( 15), (16.1), ( 19.1 ) :

The device suitable for first aid cleans and disinfects with subsequent uniform and sealed coverage on any wound, on human or animal dermis, given by the melting of the solid disinfectant stick released from the nozzle (13), in the fluid state. This procedure, concerning cleaning / disinfection is supported with a built-in LED accessory phase I phase (17), provides light in progress, for greater visibility? of use, integrated accessories added to the retractable plug-in apparatus, the same movable and removable as manually removable. with attached mechanical arm and removable periscopic mechanism ( 16), ( 16.1 ), ( 16.2), ( 16.3), allowing the various accessories to reach the interested part where will I go to intervene, allowing all the procedures described above through the functionality? of integrated accessories.

In addition to the compact electromechanical device, integrated mechanical accessory (12), tilting with mobile periscopic arms (16), equipped with a sharp blade for interchangeable depilatory use, (12.1), placed in the external surface part of the plate (10), allows manually to the operator to proceed to an initial phase II, the cleaning of the wound from the hairs present on the skin, eliminating them and highlighting the compromised part on which it will go? to intervene, once the operation in this first phase is completed, the periscopic arm tilting plate accessory ( 10) ( 12.1 ) is again manually inserted into its appropriate seat, (20.3), stored and covered in the appropriate casing, which concerns in a mobile lid ( 11 ), which acts as a sealing case and protects the plate accessory from external bacteria, such as dust and bacteria, viruses, and as plates are interchangeable, allows further use in medical safety.

Integrated to the compact electromechanical device, a tilting plate accessory with mobile periscopic arms (16.2), equipped with a scraper placed superficially in the external contact part (12.2), which allows the operator a III phase, allows to proceed with scraping the wound where present contamination of the dermis by foreign bodies, metal compounds, part of the plate accessory ( 12.2), ? made up of a magnetized metal sheet, it has the function of attracting any metal residues from the treated part (20.2), once the operation is complete, the periscopic tilting plate accessory, (12.2), is manually inserted again into its seat, (20.5 ), before having replaced it with a new one, preserved and covered in? special casing-movable cover (11 .3) which has the function of a sealing case with the utility? to protect the plate when not in use from external agents, dust and bacteria, allowing further use of the medical accessory in safety.

Integrated to the compact electromechanical device, the tilting plate accessory with periscopic arms (16.3) and pin (25.3), provided with a fabric pad soaked in disinfectant (12.8), placed by interlocking superficially in the external part of the plate (12.3), in this IV phase allowing the operator to manually proceed with the disinfection and further cleaning of the treated part, once the operation is complete, the accessory and the periscopic tilting plate (12.3), (12.8), is manually inserted again in its seat, (20.4), stored and kept in the special mobile cover-case (1 1.1 ), which has the function of a sealing case in order to protect the plate and the disinfectant pad from external agents for further safe medical use:

Last operation before applying the disinfectant stick

Integrated to the compact electromechanical device, having a casing structure (20.1) with a ring channel which located inside it (19.1) runs along the entire length of the device having an inlet hole (A) and an outlet one (B ) located at the ends? opposite, the entry hole in (11.5) allows entry of the solid state disinfectant stick into the inside the sliding channel (19) which, with mechanical thrust and friction force by pressing the adjustment button located on the device (15), pushes the disinfectant stick to the outlet hole, up to the other end? which is made up of electric resistances (14) switched on by means of an ON/OFF switch (18) and powered by a battery placed inside the appliance (20), which, when heated, provide a source of heat, which in contact with the solid stick solution (19.2) , the same is transformed by the heat from solid to semi-liquid fluid, coming out from the nozzle (13), dragged mechanical push by force d? friction by manually pressing the mechanical adjustment button (15) placed at the end? of the device connected to an internal gear, (16.1), (25.1) with the function of moving the internal gears and mobile contact ring (19.1), with a solid stick disinfectant which is compressed and pushed to the? inside the channel (19) where it flows, moreover this button allows to graduate and block the flow of medical disinfectant in order to have greater precision in the distribution of the disinfectant on the wound phase V (15) (16.1) (19.1) :

The solid disinfectant stick (19.2) introduced and made to slide in the channel and then exiting from the nozzle (13), is presented in a multilayered uniform solid solution, composed of a preparation of several? medical disinfectant and healing substances on a collagen basis, ( 19.2), its composition comprises in a first layer medical glue see enlarged detail (1.1), the second and third layer composed of medical disinfectant (1.2, 1 .3), in the fourth layer is a healing antibacterial medical medicinal compound (1.4). All?tool in place there ? externally integrated case-lid that can be operated manually (Open / Close) (11 .4), (1 1.6), which has the function of a mobile sealing case with the purpose of protecting against bacteria or foreign bodies, extremities? channel A and B of (19), where the stick slides, of all the first ? placed externally on the hole section inherent to the entrance (1 1 .4), the second (11.6), ? placed externally to cover the section of the outlet hole in front of the nozzle ( 13), proximal to the channel (19),: the manually operated (Open/Close) mobile lid cases with medical protection antibacterial sealant ( 1 1 ), ( 1 1.1 ) , ( 1 1 ,2),( 11.3),( 11 .4),( 1 1.6), currently present and integrated on all accessories for use in a device for the treatment of cutaneous wounds, on the dermis, having a casing, on these accessories (12.1 ),(12.2),(20.2),(13),(17),(12.8),(11.5).

Integrated into the compact device, voltage regulator ( 19.8 ), equipped with graduated scale and symbols /- , clearly visible on the external shell of the electromechanical device, manually manoeuvrable during construction by the operator, connected to the battery (20), and resistances (14), through electric circuits, allows the current regulation of voltage with heat flow on electric resistances in the melting chamber (14), in the act determining the quantity? of heat to the resistances, which have the task of transforming the state of the disinfectant stick from solid to semi-liquid:

the manual use of the voltage regulator ( 19.8 ), simultaneously with the articulated button ( 15), in progress increases or decreases the flow, which the consistency of the disinfectant outgoing from the nozzle (13), proximal to the resistances ( 14), continuously to channel (19) .

Is the disinfectant in place ( 19.2), with the V phase? distributed on the damaged skin or dermis being treated, after a few seconds drying and returning to the solid state to form a consistent protective patina, composed of medical substances ( 1.1 ), ( 1.2), ( 1.3), ( 1.4). which in contact with the wound interact, sealing it from external agents with the release of medical substances on the dermis to disinfect and heal the part for as long as necessary for the cure, at the end of the treatment? easily removable preferably with plain warm water followed by gentle manual pressure.

Claims (1)

CLAIMS: 1. Skin wound treatment device including: a channel (19), suitable for housing a solid disinfectant stick (19,2) inside it, said channel being provided with a first end? (A), in which ? present a? entrance opening for the introduction of the solid disinfectant stick and a second end? (B), in which a nozzle (13) is present, for the discharge of the disinfectant in a fluid state; Electric resistances ( 14), positioned near? of? end? outlet (B), of said channel, connected to a battery (20), by means of electric circuits and suitable for supplying heat to the stick of solid disinfectant (19.2), and for determining its melting; A voltage regulator ( 19.8), connected via electric circuits to the battery and capable of increasing or decreasing the supply voltage of the electric resistances in order to regulate the overheating of these resistances by changing the status of the disinfectant stick and the speed? flow of fluid disinfectant leaving the nozzle (13); further mechanism for regulating the flow of disinfectant from the nozzle comprising an articulated arm (16.1), connected to one of its first ends? button (15), manual activation, and a second end? with a ring (19.1), positioned inside said channel (19), said ring being capable of housing the stick of disinfectant in the solid state inside it, and of dragging the disinfectant in the direction of the nozzle (13) during the process melting by manual thrust by said button (15) ejected from? nozzle andr? distributed in the area to be treated, following the use of integrated accessories on the part of the dermis where there is discontinuity? of the fabrics. 2. Device for the treatment of skin wounds, according to claim 1, comprises periscopic tilting mobile mechanical devices which are integrated into the electromechanical device, ? consisting of tilting movable plates (10.),(10, 1 ),(12.3), each plate connected to n?2 periscopic movable arms (16),(16.2),(16.3), currently engaged in the electromechanical device by means of pins ( 25), (25.2), (25.3), which allow for fixing and mobility?, extension and maneuverability? mechanics to the plates, active only after the detachment of the same from the housing seat (20.3),(20,4),(20.5), forming part of the external structure of the electromechanical device. In addition, the plates that further include utility accessories? placed on the external part interlocking and removable and interchangeable after use (12.1), (12.2),(20.2),(12.8). 3. Device for treating skin wounds according to the preceding claims? characterized by! fact that in place there ? integrated plate mechanical accessory (10), provided on the surface with a removable interchangeable sharp steel blade for depilatory purposes (12.1), this accessory connected by means of a pin (25), to n? 2 periscopic arms (16), which mobile manually allows the operator if necessary to proceed to a first initial phase, cleaning the wound on the skin from skin hair highlighting the part to be treated, at the end of use the device allows the accessory periscopic tilting plate (10), the insertion by interlocking in its special case, (20,3), stored and covered in the appropriate by an additional casing which concerns a mobile lid (1 1), which has the function of plate protective sealing case: Is the interchangeable functional accessory (12.1 ), placed on the interlocking plate in place ? Interchangeable with new sterilized for further use in the absence of active bacteria providing total medical antibacterial safety. 4. the device for the treatment of skin wounds, according to the previous claim, comprises a further plate (10.1), with the same mechanism as the previous ones, n? 2 mobile periscopic arms (16.2), proximal to the fixing pin (25.2) includes scraper mobile accessory (20.2), (12.2), interlocked on the surface of the plate, allowing manual scraping of the wound where there is contamination of the dermis by foreign bodies, if composed metal, the part of the plate accessory (20.2), ? made up of a magnetic metal sheet, which rests on a denna. it has a magnetic function of extraction of any metal residues if present in the treated part: Once the operation has been completed, the tilting plate (10.1), after use, is manually inserted again in its seat (20.5), the accessory (12.2), (20.2), integrated into the plate? replaced, stored in the appropriate mobile cover-case ( 1 1.3), in place as a protective sealing case, for further use of the? safety accessory. 5. Device for the treatment of multipurpose skin wounds, according to the previous claims 4 and 5, comprises a further plate accessory with the same mechanism of use as the previous ones, currently structured according to claim 3 n?2 periscopic arms (16.3), connected to device by pin (25.3), proximal to plate containing interchangeable, removable accessory swab soaked in disinfectant placed superficially in the external contact part (12.8), allowing the operator to manually proceed with the disinfection and cleaning of the treated part of the dermis, after use the accessory, the plate (12.3 ), and its accessory (12.8), and manually reinserted in its seat, (20.4), preserved and guarded, covered by a movable casing-cover (11.1 ), acting as a protective sealing case accessory antibacterial. 6. Skin wound treatment kit including: a device according to claim 1 a solid-state disinfectant stick (19.1), composed of n ?4 concentric layers of different materials, consisting of : A first external layer (1,1), made up of medical glue able to give solidity? to the disinfectant, a second intermediate layer consisting of a disinfectant, preferably an alcohol-based disinfectant, a third intermediate layer consisting of a healing compound, a fourth inner layer consisting of a healing antibacterial, preferably aloe medical plant extract. 7. Method for treating skin wounds, making use of the device according to the preceding claims, it also relates to the method for treating and applying this solid disinfectant that seals the dermis, with the use of an electromechanical device, carried out with a sequential procedure of implementation composed of N? 5 primary stages, comprising: - Light, visibility? of the area being treated. - Cleaning, of the dermis, epidermis. - Scraping, with extraction of foreign bodies, and metal dermis, epidermis. - Dermal disinfection. - Application and flow regulation of the sealing disinfectant fluid on the wound: Characterizing it for its precision and rapidity immediate use, extreme maneuverability, supported and obtained with the use of its innumerable accessories, which according to the previous claims adopts solid disinfectant (19.2), ? all the contact accessories on the skin,(12.1),(12.2),(20.2),(12.8),(13), currently interchangeable with interlocking assembly-disassembly, to be replaced after use (disposable), with new sterilized accessories for use providing total antibacterial medical safety, for further uses in safety medical kit device, designed for use in the medical field. All substantially as described and illustrated for the specific purposes. Attachment: N ? 2 Drawing Boards.