ES1262269U - DISPENSING DEVICE FOR LIQUIDS AND SEMILIQUIDS APPLICABLE ON THE HUMAN BODY (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Liquid and semi-liquid dispensing device applicable on the human body, characterized in that it comprises two main solid bodies: A rectangular-shaped compact casing (1) or chassis that has rounded edges at one end, the opposite end being straight cut and in whose wall of rounded edges a hole (2) is provided for the exit of liquid or semi-liquid substance, grooved on its obverse in the shape of a "U" and with separate rails (3) on its reverse external wall; and a malleable bottle (4) with metering valve (6) and cap (7) that incorporates a protuberance on its face in the shape of a "U" (5) that acts as an actuator for the solution to exit, destined to the perfect coupling and in line with the housing (1). (Machine-translation by Google Translate, not legally binding)

Description

Liquid and semi-liquid dispensing device applicable on the human body

OBJECT OF THE INVENTION

The present invention and as the statement itself indicates, refers to a dispensing device for gels, creams and liquids of all kinds applicable to the human body that is attachable to any conventional tape or strap of those that are usually part of clothing or clothing. any commonly used portable accessory such as male or female handbags, belts, wristbands, anklets or the like, and can also be attached to a flat or rough surface both when it is in a state of rest and in motion.

Specifically, it is a set of elements that are configured as removable in order to facilitate the recharging of substances, as well as their coupling to different surfaces, which also facilitates their correct cleaning and the maintenance of optimal hygiene conditions and whose technical development will be explained later.

FIELD OF APPLICATION OF THE INVENTION

The present invention has its application in the sector of the industry dedicated to the manufacture of hygienic protection devices for people.

BACKGROUND OF THE INVENTION

The health crisis caused by Covid 19 has raised the need for individuals, companies and public administrations to be forced to redouble their efforts towards the population to maintain the disinfection of the environment with which they come into contact, not only of surfaces and buildings, but the human body of the entire population, especially the hands. It is already required today that commercial establishments and public buildings have containers of liquid or semi-liquid disinfectant solutions at the disposal and demand of all people in transit, in order to avoid situations of population risk or effective contagion, with the inconvenience that these are usually set at predetermined points, so it is necessary for the user himself to approach said point to apply the solution, with the risk that he is unaware of its composition or mistrust caused by the continuous manipulation of the device. container by an infinity of people.

It is quite difficult for various daily activities to have to transport a bottle or container of gel or aseptic solution to avoid contagion, due to its size and the forced frequency of applications, to which is added the difficulty that normally a A handling process that, although not complex, is impractical in certain situations in which there is no immediate opportunity to remove the container, remove the cap, dose, rub and put the container back.

There are in the state of the art a multiplicity of dispensing devices and containers of all kinds, capable of acting as liquid dispensing means. creams or gels, but that have the disadvantage that they are not transportable or those that are, are not intended for frequent and almost continuous applications, since they generally have to be manipulated using both hands to extract caps or closures, they usually present a large size that makes it difficult to transport them in bags or pockets and those that are of a suitable size for continuous transport do not, however, offer the ease of use as advocated in the present invention.

Likewise, in certain open spaces such as beaches, swimming pools or natural areas, the user does not always have access to these devices or containers and the fact of having to transport a disinfectant bottle or container in such spaces and situations can be cumbersome or impractical.

Currently, solutions have been developed that provide greater ease and practicality in the disinfection of hands in any situation, such as the Utility Model U202030657 of the same ownership as that of the present invention and that describes "a bracelet whose purpose is to provide a means for , in a comfortable and fast way, it allows the user who wears it to be able to rub their hands with a disinfectant liquid at any time and place, simply by performing a simple act of activating the dispenser of the same and consisting of a small container containing the disinfectant liquid with an outlet nozzle oriented towards the palm of the hand where, when acting on a dosing actuator, a small amount of liquid comes out with which the user, as is done in the washing gesture, can rub their hands, in palms and on top of them, to proceed to disinfect them whenever needed ".

For all these reasons, it would be desirable to have a practical and useful means to always carry a hydrogel dispenser or analogous disinfectant liquid that complies with with the sanitary protocols and that, regardless of its search inside bags or pockets, it can be used quickly at any time and place.

The objective of the present invention is, therefore, to provide a solution to said problem through the development of a novel device equipped with the means to do so, presenting its functionalities not only as a bracelet, but is also attachable to any garment or item that has ribbons or straps such as bags, anklets, belts or worn around the neck using a lanyard, as well as any fixed or moving surface.

On the other hand, and as a reference to the current state of the art, it should be noted that, at least by the applicant, the existence of any other device with a dispenser for liquids and semi-liquids, or any other invention with a similar application, is unknown. technical and structural characteristics equal or similar to those presented herein.

DESCRIPTION OF THE INVENTION

The present invention offers a device that can be attached to any garment or accessory that has tapes, straps or the like, such as bags, belts, bracelets, anklets or lanyard-type necklaces and fulfilling its dosing and hygienic function not only as a bracelet, but also as a versatile and independent element, which allows it to also adhere to all types of surfaces, whether flat or not, remain fixed or in motion and the device remain static, for which specific elements are foreseen, with the added advantage that the The same device can operate with other types of liquid and semi-liquid solutions intended for purposes other than disinfection or virus elimination, such as perfumes, sun creams, soaps or colognes.

Specifically, what the invention proposes, as noted above, is an attachable device whose purpose is to provide a means so that, in a comfortable and fast way, it allows the user to rub their hands with a disinfectant liquid or gel or others in any time and place, simply by performing a simple actuation gesture.

In detail, the invention consists of two main elements; a compact casing or chassis of small dimensions and a malleable dispenser bottle that is rechargeable and fits perfectly to said casing, both bodies working jointly.

The casing or chassis has a rectangular shape, rounded at one end, in which a hole is provided in order to allow the liquid or semi-liquid solution contained in the dosing bottle that is embedded in it and through which the solution is dispensed, being straight cut at its opposite end. Said casing is provided with a flat internal floor and an opposite and external surface grooved in the shape of a "U", which provides the device, not only with an original aesthetic function, but also that said groove is provided with the aim that part of the Malleable dosing bottle that remains embedded inside can be compressed directly by the user so that the liquid slides out without the need to separate the container from the housing for each application.

This casing is provided on the outside of its floor with two rails that are placed along its surface, intended to contain the strap or tape in which the device is crimped, engaging it with a simple folding in the form of " C ”of the carrying strap or tape so that it is conveniently embedded in the rails, so that the device can be adjusted to other elements such as neck pendants, belts, bags, wristbands or the like. Said rails can work in a fixed way or compress and expand to accommodate the thickness and size of the engaging surface.

The malleable dispenser bottle also has a rectangular shape that can be perfectly nested in the casing, with a "U" -shaped protrusion, which is perfectly coupled to the upper cut of the casing, so that the casing-bottle assembly forms an aesthetic and functional unit. Said bottle is provided with an outlet nozzle with an anti-drip valve with a membrane of the "duckbill" type, in an alternative embodiment it may incorporate a small cap.

The attachable liquid and semi-liquid dispensing device applicable to the human body thus has a series of technical advantages that are detailed below:

- Low manufacturing cost because they are preferably biodegradable plastic materials.

- Practicality of use

- Easy refilling of the solution contained in the bottle.

- Easy cleaning and disinfection of the elements, which gives the device great security from a sanitary point of view.

- Easy transport and adaptation to any surface.

DESCRIPTION OF THE FIGURES

Figure 1 is a front view of the housing of the device that houses the dosing bottle.

Figure 2 is a front view of the reverse of the device housing that incorporates two rails.

Figure 3 is a front view of the dispenser bottle with valve, cap and actuator.

Figure 4 is another front view of the dispenser bottle with valve, cap and actuator.

Figure 5 is a front view of the slotted hitch that additionally incorporates the device.

Figure 6 is a front view of the device assembly, shown as an example working as a bracelet.

PREFERRED EMBODIMENT OF THE INVENTION

In view of the aforementioned figures and in accordance with the numbering adopted, a non-limiting example of a preferred embodiment of the invention can be observed, comprising the parts and elements that are indicated and described in detail below.

Thus, as can be seen in the figures provided, the attachable liquid and semi-liquid dispenser device for the human body is made up of two main bodies; a compact casing (1) and a malleable dispenser bottle (4) that is refillable and fits perfectly to it. The compact casing (1) has rounded edges at one end, the opposite end being straight cut. The more rounded wall of the casing or chassis (1) has a hole (2) intended to allow the liquid contained in the bottle (4) to escape to the outside.

This casing (1) has a flat internal floor to allow the dispensing bottle (4) to slide when it is coupled to the casing (1), presenting a "U" -shaped groove on its opposite external wall. In order to fit the upper wall of the bottle (4) and allow part of it to be located on the outside and in line with the casing, so that it can be compressed by the user to release the substance it contains.

On the external and reverse part of the casing (1) there are separate rails (3) so that the entire device can fit into any garment, accessory provided with ribbons or straps, which does not exclude, as will be detailed below, its secure placement on any surface to which the rails can be adapted. Said rails (3) can be extensible or compressed by conventional displacement systems to adapt them to the different widths or thickness of the tissues in which the device is held.

This special configuration of the rails allows the device to be fixed to an infinity of flat or rough surfaces, at rest or in movement, since the cavity formed by said rails is capable of containing common adhesion systems such as velcro, magnets, hooks. common or adhesive.

For its part, the dosing bottle (4) is removable to carry out refills, without alternatively excluding its incorporation in a fixed way or in disposable biodegradable "use and throw away" bottles in order to contribute to environmental sustainability, in which case the device must be marketed with a suitable number of recharges; Said container and dispenser bottle (4) is malleable to be able to be pressed with total simplicity by the user to obtain the necessary dose of liquid or semi-liquid body.

To do this, a protuberance or protrusion in the shape of a "U" (5) is provided on the external surface of the bottle (4) that functions as a push-button dosing actuator and that also fits into the concavity in the shape of a "U" (Figure 6) provided in the outer area of the casing (1), both functioning as male-female connected pieces and thus forming a complete dosing device suitable for coupling to any surface or belt.

The dosing actuator (5) is preferably a manually operated pushbutton which, when pressed, determines the expulsion of a dose of liquid through the outlet nozzle, although, optionally and alternatively, it may also consist of a more sophisticated electronic device with automatic activation, for example through a motion sensor, to be activated simply by making a gestural movement with the wrist or hand, or a touch sensor similar to that used in mobile phone screens, or a sound or voice recognition sensor to be activated by voice or a snap of the fingers, or finally an optical presence sensor, to be activated by passing the other hand over it, in in which case the need to touch the device at any time to be able to dispose of the disinfectant dose is advantageously avoided and, consequently, avoiding any eventual contagion from its surface. The electronic device can be electrically powered by a chargeable battery, for example by cable, wirelessly or by solar charging, or a disposable battery. (not represented).

Optionally, the bracelet includes sensors that detect the number of times and the time in which the disinfection liquid has been dispensed, in such a way that this information can be consulted by the user or by a third party in order to check , for example, compliance with a hygiene protocol.

This automatic or electronic way of realization also allows to give other simultaneous utilities to the device that can also function as an indicator of compliance with the sanitary protocol that works remotely through external databases, thus being able to consult the times that a user has dosed the product, also being able to generate periodic notifications to the user about the temporary need for application by means of vibrations or sounds or by programming a periodic and automatic exit of the liquid with prior warning by sound or vibration so that the user can prepare the palm of the hand for the reception of the liquid, gel or cream, which provides security, where appropriate, to third parties who may eventually have contact with it as well as the user himself. This automatic or electrical way of operating the device, together with the fact that it is intended for continuous and permanent use, allows it to simultaneously incorporate into the housing itself (1) other utilities ranging from a door opening system smart; a system for recruiting workers; systems for measuring body temperature through electronic thermometers or thermochromic material by means of color changes in the material or emission of sounds; visual, sound or vibration alert systems of proximity with other users who wear the same device in order to maintain social distance between the population; systems for measuring oxygen or blood sugar, blood pressure, or measuring heart rate; allergy detection systems; glucometer; stress level measurement systems; environmental pollution measurement systems; Gel or similar substance container refill warning systems; recharge warning system in the event that the device works with battery or led lighting systems; systems that visually show by light or any other external indicator that recently the The user has disinfected their hands so that, for example, in the case of hostel workers, the client can see it and transmit peace of mind.

It can also incorporate any geolocation system to be located by third parties, including the option of voluntary or automatic distress alerts, in the latter case if the device loses the user's vital signs, as well as contactless payment systems.

The device can also incorporate a QR code preferably for the identification of the user, as well as data on age, sex or medical history.

The dosing bottle (4) incorporates a dosing valve (6) that preferably works by means of the system known as "duckbill". Eventually and in an alternative embodiment, the device can incorporate a cap (7).

The device incorporates a slotted hook (8) that consists of two elements joined in a superimposed way and its own strap (9) in order to adjust the set to the wrist, leg or ankle in the event that the device works as a bracelet or anklet. .

It is not considered necessary to make the present specification more extensive so that an expert in the field can understand the advantages and functionalities that derive from its use. The sizes, shapes, mechanisms, and constituent materials an expert in the field can understand the scope of the invention and the advantages of the invention may be varied to adapt them to the advantages that may be derived from its specific application, provided that this does not affect to the essentiality of the invention. The terms used in the present specification should be taken as illustrative, not limiting.

Claims (10)

1. - Liquid and semi-liquid dispensing device applicable on the human body, characterized in that it comprises two main solid bodies: A rectangular-shaped compact casing (1) or chassis that has rounded edges at one end, the opposite end being straight cut and in whose wall with rounded edges there is a hole (2) for the exit of liquid or semi-liquid substance, grooved on its obverse in the shape of a "U" and with two rails (3) on its reverse external wall; and a bottle ( 4) malleable with metering valve (6) and cap (7) that incorporates a protuberance on its face in the shape of a "U" (5) that acts as an actuator for the solution outlet, intended for the perfect coupling and in line with the casing (one) 2. - Liquid and semi-liquid dispensing device applicable to the human body, according to the previous claim, characterized in that the casing (1) has a flat internal floor. 3. - Liquid and semi-liquid dispensing device applicable to the human body according to the first claim, characterized in that the rails (3) of the casing (1) are adjustable and are compressed or extended by means of common graduation means. 4. - Liquid and semi-liquid dispensing device applicable on the human body according to the first and third claims characterized in that the rails (3) adjust to smooth or rough surfaces, at rest or in motion. 5. - Liquid and semi-liquid dispensing device applicable on the human body according to the first claim, characterized in that the dispenser bottle (4) is refillable. 6. - Liquid and semi-liquid dispensing device applicable on the human body according to claim one, characterized in that the dosing bottle (4) is disposable. 7. - Liquid and semi-liquid dispensing device applicable on the human body according to claim one, characterized in that the set incorporates a strap (9) and a hook (8) 8. - Liquid and semi-liquid dispensing device applicable on the human body according to the previous claim, characterized in that the hook (8) is grooved and consists of two elements joined in a superimposed way. 9. - Liquid and semi-liquid dispensing device applicable to the human body according to the first claim, characterized in that it is operated manually or by electronic means. 10. - Liquid and semi-liquid dispensing device applicable to the human body according to the first claim, characterized in that it is operated manually or by computer means for simultaneous utilities.