ES1297018U - DISINFECTANT DEVICE FOR HELMETS FOR PERSONAL MOBILITY VEHICLES - Google Patents

Abstract

Helmet disinfectant device for personal mobility vehicles comprising a container (1) to house a helmet (9), a disinfectant device that is arranged in the container (1) and a control unit (6) connected to the disinfectant device, characterized because the disinfecting apparatus is an ozonator (2), so that the control unit (6) can activate the ozonator (2) to disinfect the helmet (9) arranged in the container (1).

Description

DESCRIPTION

DISINFECTANT DEVICE FOR HELMETS FOR PERSONAL MOBILITY VEHICLES

TECHNICAL FIELD OF THE INVENTION

The present invention is included in the field of containers specially adapted for personal mobility vehicles such as scooters, bicycles, mopeds or the like, specifically those that include devices for disinfecting or sterilizing materials.

BACKGROUND OF THE INVENTION

Currently, to improve mobility in cities, personal mobility vehicles such as scooters, bicycles, mopeds, etc. are used, either for private use or for shared use. In these cases, the use of a helmet is mandatory and the user does not have to wear one when picking up the vehicle.

In order to facilitate the storage of the helmet in the personal mobility vehicle, it is known that the same includes a receptacle or container to house a helmet. This entails the problem of disinfection of the helmet and the odor that may remain, especially when sharing the helmet among several users. For this reason, it is necessary for the container to include means of disinfection of the hull to avoid contagion and odors.

The patent with publication number CN216436888 exposes a container for a helmet that includes ultraviolet disinfection, a near-field detector, and wireless charging.

The patent with publication number CN113401472 exposes a helmet container with ultraviolet disinfection, an aromatizer, a fan and an anti-theft lock. Additionally, it includes a connector for electrical charging.

The patent with publication number CN212423342 exposes a helmet container with ultraviolet disinfection, helmet detector and lock.

The patent with publication number CN214208975 discloses a helmet container with ultraviolet disinfection, a helmet detector and a lid detector.

The patent with publication number CN214084578 exposes a helmet container with ultraviolet disinfection and two contacts on the lid of the container to detect its closure.

In what is known, disinfection is done by ultraviolet radiation, sometimes not being an effective disinfection.

DESCRIPTION OF THE INVENTION

The present invention is established and characterized in the independent claim, while the dependent claims describe other features thereof.

The object of the invention is a helmet disinfectant device for personal mobility vehicles that includes a container in which to deposit the helmet and where a disinfectant device can act. The technical problem to be solved is to configure said device to achieve an adequate disinfection of the helmet that improves the disinfection by known ultraviolet radiation.

In view of the above, the present invention refers to a helmet disinfectant device for personal mobility vehicles that comprises a container to house a helmet, a disinfectant device that is arranged in the container, and a control unit connected to the device. disinfectant, as known in the state of the art.

By helmets for personal mobility vehicles, we mean helmets suitable for use in any personal mobility vehicle, such as a scooter, bicycle, moped or the like.

By container is meant a receptacle where a helmet can be arranged, from a simple configuration that is a mere sheet, to the most common box type with a base closed by a lid.

By control unit is meant any element that can manage the operation of the disinfectant device, from the simplest analogous to a switch to the most complex including a processor with algorithms to establish the appropriate conditions for each application.

It characterizes the device that the disinfecting apparatus is an ozonator, so that the control unit can activate the ozonator to disinfect a helmet arranged in the container.

An advantage of the invention, in line with its object, is that it allows a helmet to be stored and disinfected when a user leaves it, either as storage when it is for private use or before the next user picks it up when it is for shared use.

Another advantage is the versatility in terms of the device's operation, since it can be activated both manually and through a mobile application, in the event that the control unit includes wireless communication, as is usual in current electronic devices.

Other advantages related to the features of the dependent claims are recited in the detailed description here below.

BRIEF DESCRIPTION OF THE FIGURES

This descriptive memory is complemented with a set of figures, illustrative of the preferred example, and never limiting of the invention.

Figure 1 represents a perspective view of the container of the device where the elements inside can be appreciated.

Figure 2 represents a sectional view of the container of Figure 1 with a lid and a shell inside.

Figure 3 represents a perspective view of the device of figure 1 with cover and arranged on the mast of a personal mobility vehicle, particularly in this case, the mast of a scooter.

DETAILED DISCLOSURE OF THE INVENTION

Figures 1 and 2 show a helmet disinfectant device for personal mobility vehicles that comprises a container (1) to house a helmet (9), represented in figure 2, a disinfectant device that is arranged in the container (1 ) and a control unit (6) connected to the disinfectant apparatus, where the disinfectant apparatus is an ozonator (2), so that the control unit (6) can activate the ozonator (2) to disinfect the helmet (9) arranged in the container (1).

In the embodiment shown in Figure 1, outlet holes for the ozone generated by the ozonator (2) can be seen through which it applies its effect to the helmet (9) arranged in the container (1). Likewise, in figure 1 it can be seen that the control unit (6) is arranged on a PCB board with two other components that are mentioned hereinafter; This being an advantageous configuration that does not limit the implementation of the device, since the components can be located in any other location, together or apart, as designed for the specific application.

One option is that the container (1) also has a first presence detector (3) and a second presence detector (4), Figures 1 and 2; The control unit (6) is connected to the first presence detector (3) and to the second presence detector (4), so that the control unit (6) can activate the ozonator (2) when the first presence detector (3) and the second presence detector (4) simultaneously meet the condition of detecting the helmet (9) in the container (1). In this way, by using two detectors the detection of the helmet (9) inside the container (1) is improved with respect to what is known using a single detector.

This is intended to avoid the problem that an object other than a helmet (9) is placed in the container (1), providing an advantage derived from an effective use of the ozonator (2) both in terms of durability, since it is only used when it is due, such as energy saving, for the same reason, being able to avoid wear on the battery of the personal mobility vehicle.

In addition, added to the first presence detector (3) and the second presence detector (4), a third presence detector (5) can be arranged, figures 1 and 2, connected to the control unit (6), so that The control unit (6) can activate the ozonator (2) when the third presence detector (5) detects the helmet (9) in the container (1). With this, a third detection is implemented for cases where a triple safety detection of the presence of the helmet (9) inside the container (1) is required, which reinforces the achievement of the function mentioned above for the effective use of the ozonator ( 2).

Specifically, when there are two detectors, the first presence detector (3) and the second presence detector (4) can each be selected from: an infrared detector, a near field detector and an electric charge detector. That is to say, each one can be of the aforementioned types or both of the same type, depending on what you want to implement in the specific application. Similarly, when there are three detectors, the first presence detector (3), the second presence detector (4) and the third presence detector (5) can each be selected from: an infrared detector, a field detector nearby and an electric charge detector. Likewise, they can be different, two the same or all the same.

The infrared detector is one of the known ones, of the transmitter-receiver type that is capable of detecting a distance by difference in electrical voltage. The near field detector is one of the well-known, "NFC" according to its acronym in English, of the type of wireless communication, short-range and high frequency that allows the exchange of data between devices. The electric charge detector is one of the well-known, of the type that allows knowing the electric current through a conductor, for example, including a connector such as a USB type.

The control unit (6) can include algorithms with defined thresholds for each of the presence detectors, first (3), second (4) and third (5), to that confirm effective detection when the measured value is between the corresponding thresholds. Thus, the infrared detector can detect if the helmet is at a predefined distance, if it is of a predetermined geometry and also if it is of a predetermined material thanks to infrared permeability; the near field detector can detect the presence of the helmet, the electric charge detector can detect the helmet when it is put on charge. In addition, the detection can be improved by including an algorithm in the control unit (6) that avoids deceiving the detectors.

A detail when the first presence detector (3), the second presence detector (4) or the third presence detector (5) is a near field detector, is that the helmet (9) includes a near field label ( 7), figure 2, so that the near field detector can detect the helmet (9) in the container (1) by means of the near field label (7). In this way, effective operation of near-field technology is included.

Another option is that the first presence detector (3), the second presence detector (4) or the third presence detector (5) is an electric charge detector, the helmet (9) includes an electric charge connector (10 ) that can be connected to said electric charge detector, figure 2. In the representation of figures 1 and 2, the electric charge detector corresponds to the numerical reference 5, merely for illustrative purposes, without this being limiting.

Optionally, as represented in figures 1 to 3, the container (1) comprises a base (1.1) and a lid (1.2), this seen in figures 2 and 3, a lock (8), figures 1 and 2, It is arranged to close the base (1.1) and the lid (1.2), so that the lock (8) can be locked while the ozonator (2) is active as well as when the helmet (9) is not in use. In this way, the anti-theft function is provided to the device and ozone is prevented from being wasted and it is expelled into the atmosphere.

An added option in relation to the lock (8) is that a first presence detector (3) and a second presence detector (4) are also arranged in the container (1); The control unit (6) is connected to the lock (8), to the first presence detector (3) and to the second presence detector (4), so that the control unit (6) can activate the lock (8) when the first presence detector (3) and the second presence detector (4) simultaneously meet the condition of detecting the helmet (9) in the container (1) . In addition, a third presence detector (5) connected to the control unit (6) can be provided, so that the control unit (6) can activate the lock (8) when the third presence detector (5) detects the helmet (9) in the container (1).

Regarding the particular details related to the presence detectors (3, 4, 5) and the control unit (6) for the activation of the lock (8), they would correspond to those mentioned above in relation to the activation of the ozonator (2).

In this way, the arrangement of the presence detectors, first (3), second (4) and third (5) described above, configured to activate the ozonator (2), can be used to activate the lock (8). , with which they serve both to manage the operation of the ozonator (2) and that of the lock (8), with the optimization of components that this implies.

This detection by several detectors is especially advantageous when the personal mobility vehicle is for shared use, since it strengthens the inviolability of the container (1) and also makes it possible to ensure the presence of the helmet (9) inside the container (1), preventing it from be substituted with a different object in an attempt to trick the system thus strengthening the anti-theft function of the system.

The fact that the container (1) is made up of a base (1.1) and a lid (1.2) is an advantageous option, although it is not necessary in the sense that a base (1.1) could be sufficient when the configuration is to be simplified and cheaper. If a cover (1.2) is provided, a sealing gasket is normally placed on the closing edge, as is known.

In the embodiment represented in figures 1 and 2, it can be seen that the components that are in the container (1) are located mainly in the base (1.1), without this being limiting and can also be placed in the lid (1.2) or in both. , according to the need and the design of the specific application.

As can be seen in figure 3, the container (1) can include a clamp (1.3) at its base (1.1) for anchoring to a mast (11) of the personal mobility vehicle, in this particular case a scooter. In this way, the container (1) is included in the personal mobility vehicle in a firm and safe manner.

Another option is for the container (1) to be made of an impact-absorbing material, especially when placed facing forward of the personal mobility vehicle, in order to minimize the effects of a crash.

Another advantageous option not represented, is that the opening axis of the lid (1.2) is located in a horizontal position in the lower part of the container (1), which supposes an ergonomic arrangement that facilitates its use, since the weight of the cover (1.2) favors its lowering.

Claims (10)

1. - Helmet disinfectant device for personal mobility vehicles comprising a container (1) to house a helmet (9), a disinfectant device that is arranged in the container (1) and a control unit (6) connected to the device disinfectant, characterized in that the disinfecting apparatus is an ozonator (2), so that the control unit (6) can activate the ozonator (2) to disinfect the helmet (9) arranged in the container (1). 2. - Helmet disinfectant device according to claim 1 in which a first presence detector (3) and a second presence detector (4) are also arranged in the container (1); The control unit (6) is simultaneously connected to the first presence detector (3) and to the second presence detector (4) to receive the signal from the first presence detector (3) and the signal from the second presence detector (4). . 3. - Helmet disinfectant device according to claim 2 in which a third presence detector (5) connected to the control unit (6) is also arranged in the container (1) to also receive the signal from the third presence detector (5). 4. - Helmet disinfectant device according to claim 2 in which the first presence detector (3) and the second presence detector (4) is each selected from: an infrared detector, a near field detector and a electric charge detector. 5. - Helmet disinfectant device according to claim 3 in which the first presence detector (3), the second presence detector (4) and the third presence detector (5) is each selected from: a detector per infrared, a near field detector and an electric charge detector. 6. - Helmet disinfectant device according to any of claims 4 or 5 in which the first presence detector (3), the second presence detector (4) or the third presence detector (5) is a near field detector , the helmet (9) includes a near field label (7), so that the near field detector You can detect the helmet (9) in the container (1) by means of the near field tag (7). 7.- Helmet disinfectant device according to any of claims 4 or 5 in which the first presence detector (3), the second presence detector (4) or the third presence detector (5) is an electric charge detector , the helmet (9) includes an electrical charge connector (10) that can be connected to said electrical charge detector. 8.- Helmet disinfectant device according to claim 1, in which the container (1) comprises a base (1.1) and a lid (1.2), a lock (8) is arranged to close the base (1.1) and the lid ( 1.2), so that the lock (8) can remain blocked while the ozonator (2) is active. 9.- Helmet disinfectant device according to claim 8, in which a first presence detector (3) and a second presence detector (4) are also arranged in the container (1); The control unit (6) is simultaneously connected to the lock (8), to the first presence detector (3) and to the second presence detector (4) to activate the lock (8) and to receive the signal from the first presence detector. presence (3) and the signal from the second presence detector (4). 10.- Helmet disinfectant device according to claim 9, in which a third presence detector (5) connected to the control unit (6) is also arranged in the container (1) to also receive the signal from the third presence detector (5).