JP2022512452A - Tank with hooking device for steam hairdressing device - Google Patents

Abstract

The present invention relates to a tank (2) intended to contain a liquid to be vaporized and to be assembled to the body (1) of a hairdressing device, wherein the tank (2) vaporizes the liquid. Is intended to be connected to a vaporizer of a hairdresser designed to diffuse towards the hair. According to the present invention, the tank (2) is designed to correspond to at least one complementary hooking means belonging to the body (1) in order to hook the tank (2) to the body (1). The first, which comprises a movable hooking device (3) including at least one hooking means, wherein the movable hooking device (3) provides hooking with the main body (1) of the tank (2). And a second position that allows the user to assemble the tank (2) to the body (1) or remove the tank (2) from the body (1). be.

Description

The present invention relates to the field of hair styling equipment, and preferentially to the field of hair styling equipment such as steam hair styling equipment, which vaporizes a liquid and diffuses it toward the hair.

More specifically, the present invention is intended to contain a vaporizer designed to vaporize a liquid and diffuse it towards the hair, a body, and a removable, vaporized liquid. With respect to the field of hairdressing devices, including tanks, which are assembled to the body and attached to the vaporizer to supply the vaporized liquid to the vaporizer.

The present invention is also intended in the field of tanks for hairdressers, more specifically to contain vaporized liquids and to be assembled to the body of hairdressers, where tanks are liquids. Is intended to be connected to a vaporizer of a hairdresser designed to vaporize and diffuse it towards the hair.

There are many hair styling devices used to vaporize the liquid and diffuse it towards the hair. In fact, vaporizing the liquid into the hair during hair styling is known to improve the effects and results of the hair styling operation.

To perform this vaporization, known hairdressing devices include a tank for accommodating the liquid to be vaporized. This tank can usually be removed from the body of the hairdressing device to facilitate filling. Thus, the user frequently, generally, at least once before each hairdressing operation, removes the tank from the body of the device, fills it with a liquid (eg, water), and then supplies the vaporizing liquid to the hairdresser. Therefore, the tank must be assembled to the main body of the hairdressing device.

Overall, users are particularly pleased with these hairdressing devices, especially with respect to the hairdressing results obtained. On the other hand, there are nonetheless disadvantages or risks in handling these devices, especially when assembling the tank to the body of the device or removing it from the body of the device.

In fact, if the tank is not properly assembled to the appliance body, liquids can leak during the hairdressing operation. These risks are greatly increased by the fact that the hairdressing device in question is manually operated by the user and designed to undergo numerous movements associated with the hairdressing operation. In addition, the tank can accidentally disengage from the hairdressing device. Since the hairdresser in question is usually an electrical appliance, these leaks, or this detachment, pose a risk of electrocution, for example, from simply wetting his / her clothes to the user. Can cause inconvenience.

To limit this type of risk, various principles have been proposed for attaching the tank to the body of the hairdresser.

For example, as found in many commercially available devices and as shown in Patent Document 1, one known solution consists of sliding the tank onto the body of the hairdressing device and assembling it. The tank must then slide within the body in order to be assembled or removed. The tank is then partially held in place by friction depending on the sliding direction. However, this solution is to hold the body of the hairdresser with one hand and the other hand when he / she wants to assemble the tank to his / her hairdresser and remove the tank from the hairdresser. It is especially inconvenient for users who have to hold a firm grip on the tanks and then exert a substantial relative movement between those parts in order to remove or assemble them. Therefore, this operation also requires considerable effort in both the user's hands, both in terms of amplitude and force (to overcome frictional forces). Also, with repeated assembly and removal operations, parts that rub against each other wear and loosen, and assembly reliability deteriorates over time, which could subsequently lead to accidental removal.

Another known solution is to equip the body of the device with an element whose elastic deformation ensures the assembly or removal of the tank. Therefore, the elasticity of this element, usually the tab, not only ensures that the tank is held in the hooked position, but also during the assembly or removal operation by the user by applying force to the tank. In addition, it makes it possible to elastically deform this tab. This solution proves to be particularly unreliable with respect to keeping the tank in place and offers the risk of accidental removal. In addition, this solution is too long-term, as the tabs will wear out and the assembly will loosen due to repeated assembly and removal operations, which will increase the risk of accidental removal. Not durable. Also, after the tab is repeatedly deformed, there is a high risk of fatigue failure of the tab, and the tank can no longer be held in the body. Therefore, the reliability and durability of this solution appears to be limited.

Therefore, there is a need to improve existing equipment, especially with respect to the assembly of the tank to the body of the equipment.

International Publication No. 2017/008413

An object of the present invention is to improve the above-mentioned drawbacks.

One of the objects of the present invention is to provide a particularly reliable and sturdy tank for a hairdressing device.

One of the objects of the present invention is to provide a particularly durable tank for a hairdressing device.

One of the objects of the present invention is to provide a tank for a hairdressing device, which is particularly easy to handle when assembling the tank to the hairdressing device or removing the tank from the hairdressing device.

One of the objects of the invention is for hairdressers, which are particularly intuitive and ergonomic to handle, especially when assembling the tank to the hairdresser or removing the tank from the hairdresser. To provide a tank.

One of the objects of the present invention is to provide a tank for a hairdressing device, which is particularly compact and lightweight.

One of the objects of the present invention is, in particular, to provide a reliable and robust hairdressing device.

One of the objects of the present invention is to provide a hairdressing device, which is particularly durable.

One of the objects of the present invention is to provide a hairdressing device that is particularly easy to handle when assembling the tank to the main body of the hairdressing device or when removing the tank from the hairdressing device.

One of the objects of the present invention is to provide a hairdressing device that is particularly intuitive and ergonomic to handle, especially when assembling the tank to the body of the hairdressing device or when removing the tank from the hairdressing device. To provide.

One of the objects of the present invention is, in particular, to provide a compact and lightweight hairdressing device.

These objectives were intended to contain the liquid to be vaporized and were achieved by a tank attached to the body of the hairdresser, the tank designed to vaporize the liquid and diffuse it towards the hair. Intended to be connected to the vaporizer of the hairdresser, the tank is designed to accommodate at least one complementary hooking means belonging to the body to hook the tank to the body, at least. The movable hooking device has a movable hooking device including one hooking means, and the movable hooking device has a first position for providing hooking between the tank and the main body, and the user can assemble the tank to the main body or attach the tank to the main body. , Movable to and from a second position that allows the tank to be removed from the body.

These purposes are also intended to contain a vaporizer, body, and removable, vaporized liquid designed to vaporize the liquid and diffuse it towards the hair. Achieved by a hairdressing device, including a tank, which is connected to the device and intended to be assembled to the body to supply the vaporized liquid to the vaporizer, the tank is characterized by being consistent with the above description. And.

Thus, with respect to the two separate products, in this case the tank for the hairdressing device and the hairdressing device, there is a connection between them as the tank is designed to be connected to the hairdressing device.

Priority is the liquid being water. However, the invention is not limited to this particular liquid, which is diffused into the hair, for example, to treat oils, cosmetics, or hair, or to improve the effectiveness of hair conditioning operations. It could be any other liquid product that could be. The liquid can optionally be a mixture of water and another product, such as cosmetics.

In this case, the expression "vaporize" can be understood in the broadest sense.
Thus, it refers to the ejection of any type of liquid, regardless of its nature, form, or condition. Thus, for example, the liquid can be preferentially volatilized by being dispersed as a large number of fine droplets of microscopic size, such as mist.

Preferentially, "vaporization" can also be understood in its strict physical sense, i.e., as an operation that results in the conversion of a liquid into a vapor.
In other words, "vaporization" can mean a change in state, where a liquid changes from a liquid state to a gaseous state. For example, in the preferential case where the liquid is water, this change of state, i.e., this vaporization, occurs when the liquid reaches a temperature of 100 ° C under normal atmospheric pressure.

"Tank" refers to any type of watertight container that can hold liquids, preferably water. Preferredly, the tank capacity is between 5 mL and 500 mL, preferably between 15 mL and 100 mL. Priority is given to the tank being made of plastic. Advantageously, the tank comprises an upper housing and a lower housing, which are assembled so that they cannot be separated (eg, by joining or welding).

The tank is removable and it can be attached to (or hooked on and removed) from the hairdressing appliance body as needed without deterioration of the tank or body. means.

In particular, the tank can be in the hook position. In this position, the tank is attached to the body of the hairdressing device, and the tank is coupled to the body and advantageously sealed to the body. This hooking position allows the tank to deliver the liquid it contains to the hairdresser so that the vaporizer can vaporize the liquid and then diffuse it towards the hair. ..

The tank may also be in the unlocked position. In this position, the tank is not coupled to the body. Preferentially, the tank can be separated from the body and then freely and easily handled by the user, for example, for filling the tank, cleaning the tank, and the like.

"Movable hooking device" is understood to preferentially mean any moving device or means, i.e. it can be moved to several positions, among other things, the tank to the body of the hairdressing device, or. Allows it to be hooked (ie, mounted) on top of the body. To this end, the movable hooking device of the present invention is designed to accommodate at least one complementary hooking means belonging to the body for hooking the tank to the body, at least one hook. Including stopping means. Thus, two hooking means that are complementary between them, on the one hand, the hooking means built into the movable hooking device, preferentially the male hooking means, and, on the other hand, the hair styling. Complementary hooking means built into the body of the device, preferably complementary female hooking means, are used. Then, at least one hooking means of the movable hooking device and at least one complementary hooking means of the main body cooperate with each other to ensure hooking, that is, mounting between the tank and the main body. do. Priority, the movable hooking device is designed to accommodate two complementary hooking means belonging to the body in order to attach the tank to the body at two separate points. This enhances the mechanical strength of the hook.

The hooking device of the present invention has a first position to ensure that the tank is hooked to the body and a first position that allows the user to assemble the tank to the body or remove the tank from the body. It is movable between the two positions. In other words, the first position of the movable hooking device corresponds to the hooking position of the tank as defined above. The second position of the movable hooking device corresponds to the hooking release position of the tank as defined above. Therefore, the movable hooking device of the present invention allows the user to easily and quickly control the movement of the tank from the hooking position of the tank to the hooking release position and vice versa. Also, a movable hooking device is built onto the tank, which allows it to be activated with the same hand that holds the tank. The movable hooking device makes it possible to move the tank from the hooking position to the hooking release position according to the user's request. Therefore, the user can hook or unlock the tank with one hand. In particular, only the intentional action by the user on the movable hooking device (the user must move it between the two positions) will move the tank from its hooking position to its resting position. Allows it to be moved, which avoids accidental removal of the tank from the body of the hairdresser. This greatly enhances the user comfort and safety of the hairdressing device.

A "hairdresser" is any type of device that allows a user to perform a hairdressing operation on hair (or optionally, eg, on fur in the case of animals). For example, a hair straightener can be a straightening iron for straightening hair, a curling iron for making curls or waves, or a versatile device for creating various types of hairstyles.

According to one embodiment, the hairdressing device comprises a first arm connected to the second arm by a hinge so as to form a movable clip between the open and closed positions. The open position allows the user to insert the hair into the device, and the closed position allows the user to put pressure on the hair and, preferentially, heat it to shape the hair, usually shrinking. Allows hair to be straightened. Thus, the device forms a straightening iron, which is itself a well-known device and will not be further elaborated herein. In particular, this type of device is located at the end of the arm (or each arm) and is designed to contact the hair and transfer heat to it, in particular at least one, preferentially. Includes two heat treated surfaces.

The "body" preferentially refers to the portion of the hairdressing device designed to house the tank. According to one embodiment, the body comprises a vaporizer and, advantageously, first and second arms. However, embodiments may be considered in which the hairdressing device comprises a body comprising a removable tank, particularly a vaporizer, and preferably a second body comprising first and second arms. Let's go. In this case, the body and the second body will be interconnected by a cord designed to carry the liquid contained in the body tank to the second body.

Advantageously, the body is complementary in shape to at least a portion of the shape of the tank and is designed to accommodate at least a portion of the tank when the tank is in the hook position. The recess comprises at least one complementary hooking means. Thus, the tank is at least partially located inside the body of the hairdressing device, which, on the one hand, limits the overall footprint of the hairdressing device and, on the other hand, the tank is firmly in its anchoring position. And make it possible to ensure that it is maintained.

According to a preferred embodiment, the movable hooking device is actuated directly by the user to move the movable hooking device from its first position to its second position and vice versa. Includes at least one button intended to be made. This makes the movable hooking device, and thus the hairdressing device, particularly easy and intuitive to use. Advantageously, the button is a push button designed to be activated by one finger of the user's hand. Priority, the movable hooking device includes two buttons, which can disperse the effort and thus improve the ergonomics of the tank and hairdressing device. Advantageously, the two buttons are coaxial and oriented in opposite directions, so that they use the pinch movement between the two fingers, eg, between the thumb and index finger, to the user. Can be activated by. In fact, this is a natural and intuitive movement for humans when dealing with objects.

According to one advantageous embodiment, the movable hooking device is able to translate with respect to the tank. In other words, the movement of the movable hooking device results in it moving relative to the tank, which will keep the tank stationary.
This mode of movement of the movable hook makes it possible to reconcile simplicity, robustness, and ergonomics. In fact, according to this embodiment, the user can place the tank in the palm of his / her hand, while using one or more fingers of this hand to actuate the movable hooking device in a translational manner.

Priority is given that the tank extends longitudinally along the first axis and the movable hooking device can move translationally with respect to the tank along the second axis perpendicular to the first axis. Is. Having a translational motion perpendicular to the longitudinal axis of the tank makes it possible to obtain an ergonomic tank, especially as long as minimal effort is required to hold the tank with one hand. In fact, the longitudinal axis of the tank is placed in the palm of the hand, giving the tank excellent support, so the translational motion of the movable stopper, perpendicular to the longitudinal axis, is the thumb of the hand holding the tank, and / Or, it is markedly and well oriented with respect to the movement of the index finger.

According to this advantageous embodiment, the movable hooking device includes a translational guidance device, the tank includes a complementary translational guidance device, and the translational guidance device and the complementary translational guidance device are movable within the tank. Cooperate with each other to guide the hooking devices in translation. Therefore, the translational motion of the movable hooking device is limited to a single translational motion guided by the tank itself. This ensures easy movement, good ergonomics, and intuition for the user, so the user can be mishandled.

Also, according to this advantageous embodiment, the movable hooking device preferentially includes a first stop device in the first position and the tank has a first complementary stop device in the first position. The first stop device in the first position and the first complementary stop device in the first position include each other in such a way as to prevent translation of the movable stop device beyond the first position. Collaborate. Therefore, the translational motion of the movable hooking device is restricted by the tank itself so as not to exceed the first position. This ensures easy movement, good ergonomics, and intuition for the user, so the user can be mishandled. Also, advantageously, the movable stop device includes a second stop device in the first position and the tank contains a second complementary stop device in the first position, the first in the first position. The second stop device and the second complementary stop device in the first position cooperate with each other in such a way as to prevent translation of the movable stop device beyond the first position. Therefore, the translational motion of the movable hooking device is doubly restricted by the tank itself. It has two restraints, which guarantees excellent mechanical strength and in particular eliminates the risk of accidental removal of the movable retaining device from the tank.

Also, according to this advantageous embodiment, the movable hooking device preferentially includes a stop device in the second position, the tank comprises a stop device complementary to the second position, and a second position. The position stop device and the complementary stop device in the second position cooperate with each other in such a way as to prevent translation of the movable stop device beyond the second position. Therefore, the translational motion of the movable hooking device is limited by the tank itself so as not to exceed the second position. This ensures easy movement, good ergonomics, and intuition for the user, so the user can be mishandled. Finally, if the above two preferred structures are combined within this advantageous embodiment, the movement of the movable hooking device will be relative to the translational movement between the first and second positions. Completely restricted by and within the tank. This ensures easy movement, good ergonomics, and intuition for the user, so the user can be mishandled.

According to one embodiment, the first position of the movable hooking device is the resting position. In other words, the movable hooking device is held stably or by default in its first position, i.e., in a position that ensures that the tank is hooked on the body of the hairdressing device. The default. This substantially improves the safe use of the device, as the tank remains firmly attached to the body of the hairdressing device without user intervention. For this purpose, the movable retaining device preferentially includes an elastic return device, and the elastic return device is preferentially a coil spring, which is reliable, robust, and low-manufacturing. Guarantee the cost. However, any other suitable means of putting the first position into a dormant position, for example a ferromagnetic device, can be considered. In the preferred case where the movable hooking device comprises two buttons, the elastic return device is advantageously placed between the two buttons to push back or release the button. This makes it possible to achieve a simple, inexpensive, reliable and highly effective structure from a mechanical point of view. Preferentially, the movable hooking device includes a housing designed to accommodate the elastic return device. Thus, this housing, on the one hand, makes it possible to limit the footprint of the movable retaining device by incorporating an elastic return device, and on the other hand, ensures that the elastic return device is guided and held in motion. It will enable and this will improve overall reliability. Advantageously, when the movable stop device is in the second position, the two buttons come into contact, which is another stop device in the second position to withstand the effort put on the button by the user. Allows to form. This enhances the mechanical strength of the movable hooking device and the reliability of the tank.

According to one embodiment, the tank comprises an additional fixed hooking device designed to work with additional complementary hooking means belonging to the body when the tank is in the hooking position. Therefore, two other complementary hooking means can be used to improve the hooking of the tank to the body of the hairdressing device, while an additional fixed hooking device, i.e. immovable and deformable. Impossible and preferentially a male hooking device built into the tank, on the other hand an additional complementary hooking means built into the body of the hairdressing device, preferentially. It is a complementary female type hooking means. An additional fixed hooking device and additional complementary hooking means cooperate with each other to ensure hooking, i.e., attachment between the tank and the body. Preferentially, the additional fixed hooking device and the additional complementary hooking means are arranged parallel to the longitudinal axis of the tank, while at least one hooking means and complementary. The hooking means is arranged perpendicular to the longitudinal axis of the tank. This makes it possible to properly allocate the hooking points of the tank and the body and thus improve the mechanical strength of the hooking.

According to one embodiment, the tank comprises at least one guide device designed to work with at least one complementary guide device on the body when the tank is in the hook position. In other words, the two complementary guides not only improve the hooking of the tank to the body of the hairdresser, but also guide the movement of the tank to facilitate the assembly and removal of the tank. Used on the one hand, on the one hand, the guide device, preferentially built into the tank, female, and on the other hand, the complementary guide device, preferentially built into the body, preferentially. It is a male type that is incorporated in the recess.

It is a perspective view of the hairdressing apparatus according to this invention. FIG. 3 is a detailed view of the device of FIG. 1 in which the tank has been released and removed. It is a perspective view of the upper part of the tank of the apparatus of FIG. FIG. 3 is a perspective view of the tank of FIG. 3 in which the upper housing of the tank is hidden. It is a perspective view of the lower side of the tank of FIG. 3 in which the movable hooking device is hidden. It is another perspective view of the lower side of the tank of FIG. It is a detailed view of FIG. It is the same figure as FIG. 7 in which all the parts exist. It is a perspective view of the movable hooking device of the tank of FIG. 9 is another perspective view of the movable hooking device of FIG. 9.

The embodiment of the present invention shown in various figures is an embodiment in which the hair straightening device which is the subject of the present invention is a steam type hair straightening iron. Therefore, the tank 2 and the subject of the present invention are tanks for steam straightening irons. However, other embodiments may be fully conceivable without departing from the scope of the invention, such as steam curling irons.

As seen in FIG. 1, the hairdresser attaches a first arm 11 connected to a second arm 12 by a hinge 13 so as to form a clip that can be moved between the open and closed positions. include. The first and second arms 11 and 12 are gripping means for the user's hand. For this purpose, they preferentially form handles that form a gripping area that spans at least part of their length. The hairdressing device is shown in the closed position in FIG. Therefore, the hinge 13 is substantially located at the ends of the first and second arms 11 and 12. The structure and operation of this type of hairdressing device is well known in itself and therefore they are not described in further detail herein. For example, each of the first and second arms 11 and 12 is known to include a heat treated surface intended to come into contact with the hair. These processing surfaces are arranged at the respective ends of the first and second arms 11 and 12 on the opposite side of the hinge 13. The hinge 13 is typically a shaft around which the first and second arms are mounted.

As shown in FIGS. 1 and 2, the hairdressing device includes a body 1 designed to accommodate the tank 2, as detailed below. In other words, the tank 2 is intended to be assembled to the main body 1. According to the illustrated embodiment, the body 1 includes first and second arms 11, 12. It is also possible to envision an alternative embodiment in which the hairdressing device will include a second body separate from the body 1 that houses the tank 2. The second body could then include the first and second arms 11, 12, and the hinge 13. Then, the main body 1 and the second main body are connected to each other by a cord for carrying the liquid from the tank 2 of the main body 1 to the second main body, more specifically, for example, the first arm 11. Will.

As can be seen in FIG. 2, the body 1 preferably includes a recess 111, i.e., a hollow space within the body 1, the shape of which is complementary to at least a portion of the shape of the tank 2. In other words, the recess 111 forms a hollow recess for at least a portion of the tank 2. Therefore, the recess 111 is designed to accommodate at least a portion of the tank 2 when the tank 2 is in the hooked position, as detailed below.

Preferentially, the body 1, more specifically the recess 111, is at least one complementary guide device 114, and preferably two complementary guide devices 114, as shown in FIG. including. And at least one complementary guide device 114 can be in the form of a circular half pin.

The hairdressing device includes a liquid intended to contain the liquid to be vaporized, preferentially water, and a tank 2. The tank 2 is removable, that is, the tank 2 can be removed and removed from the hairdressing device as seen in FIG. 2, which shows the main body 1 of the hairdressing device when the tank 2 is removed. Therefore, the tank 2 is intended to be assembled to the main body 1 of the hairdressing device.

As seen in FIG. 1, the tank 2 may be in a hooking position that is incorporated into the body 1 of the hairdressing device by precisely disposing the tank 2 in the recess 111, at least in part. This makes it possible for the tank to provide a particularly compact hairdressing device built into the first arm 11. The hooking position of the tank 2 corresponds to the operating position of the hairdressing device. The tank 2 may also be in a hook release position, separated from and independent of the body 1 of the hairdressing device, as seen in FIGS. 2-8. Then, when the tank 2 is in the hook release position, as can be seen in FIGS. 5 and 6, the user can fill the filling cap 26, in particular, after removing it. More specifically, as seen in FIG. 4, the filling orifice 26 is intended to provide a watertight seal to the filling orifice of the tank 2, while the filling orifice cap 261 and the tank are filled. Includes a vent orifice cap 262 intended to provide an airtight seal to the vent orifice of the tank. In fact, to make the filling operation easier and more precisely to ensure that the atmospheric pressure of the tank 2 is maintained during filling, the tank 2 has two orifices, one is a liquid. One with a large diameter intended to receive, and another to ensure ventilation, even if the filling orifice is completely blocked by a liquid or by a funnel or other filling pipette. It comprises those with a smaller diameter intended to be.

Advantageously, as seen in FIG. 3, the tank extends longitudinally along the first axis XX', i.e. the tank 2 is substantially rectangular and overall. It has an elongated shape and the corners are rounded. In fact, this longitudinal shape allows the tank 2 to be inserted into the body 1, more specifically the first arm 11, as shown in FIG. 1, while maximizing the capacity of the tank 2. Especially adapted to. Priority, the first arm 11 extends parallel to the first axis XX'. Advantageously, the first arm 11 extends along the first axis XX'. And in this advantageous case, as illustrated, the tank 2 can extend beyond half the length of the first arm 11, which makes it possible to maximize the capacity of the tank 2. .. The tank 2 is then fully integrated into the first arm and thus constitutes a grip area for the user's hand.

The tank 2 also preferentially includes the connecting device 25 found in FIG. 2, which is found in FIG. 2 and is located in the body 1, more specifically the recess 111, in a complementary connection. It is intended to correspond to the device 15. As can be seen in these figures, the connecting device 25 is a male connecting device, in this case part of a tube protruding from the tank 2, and the complementary connecting device 15 is a female connecting device. In this case, it is an orifice. When the tank 2 is in its anchoring position, the connecting device 25 and the complementary connecting device 15 work closely together to remove the liquid contained in the tank 2 into the body 1 of the device, more specifically the main body 1. It makes it possible to supply to the vaporizer, which is described in detail below. Priority, the connecting device 25 is located at the longitudinal end of the tank 2, as seen in FIG. 5, and extends longitudinally parallel to the first axis XX'.

As seen in FIG. 4, the tank 2 preferably includes a suction tube 251 connected to the connecting device 25 in a sealed manner. The suction tube 251 freely extends inside the tank 2 and includes a suction end 252 at its free end, the mass of which is greater than the mass of the suction tube 251. This allows the suction tube 251 to be moved by gravity if the liquid itself is moved by gravity during the movement of the hairdresser. This ensures good suction of the liquid in the tank 2, regardless of its filling level or spatial position. The suction tube 251 is free to move within the tank 2, i.e. it is flexible and can move around within the tank 2. Combined with a weighted suction end 252, this is a problem with some currently available tanks that do not allow all of the liquid to be sucked, in other words, for example, the amount of water is halved. It solves the problem that it cannot be emptied because it cannot be sucked. This would result in a lack of autonomy for equipment with tanks.

The tank 2 is also preferentially seen in FIGS. 4-6, with a venting device 27 designed to prevent liquids from leaking out of the tank 2 on the one hand and to keep the tank 2 at atmospheric pressure on the other hand. including. The ventilation device 27 makes it possible to solve the following technical problems. When the liquid is sucked by the suction tube 251, the amount of the liquid in the tank 2 is reduced. However, since the tank 2 is airtight, the amount of sucked liquid cannot be replaced by air. This causes the generation of negative pressure in the tank 2 when the liquid is sucked out. After a certain period of time, the depressurization becomes so large that the liquid cannot be sucked. Then, it becomes impossible to suck out all the liquid contained in the tank 2, which limits the autonomy of the hairdressing device provided with the tank.

The venting device 27 can counteract this phenomenon by allowing air to pass through the tank 2 as the amount of liquid in the tank 2 decreases, while at the same time preventing the liquid from leaking out of the tank 2. To.

As seen in FIG. 4, the venting device 27 includes an umbrella-shaped or mushroom-shaped valve. The device may keep the valve depressed by the weight of the liquid pushing the valve cap or head and thus prevent the liquid from leaking out of the tank 2. On the other hand, when the pressure in the tank 2 drops, the external atmospheric pressure pushes the foot of the valve despite the weight of the liquid, which allows air to be pumped into the tank 2. When the pressure inside the tank 2 balances with the pressure outside (atmospheric pressure), the valve returns to its initial position by the weight of the liquid, as previously explained.

As seen in FIGS. 3 and 4, the tank 2 includes an upper housing 21 and a lower housing 22, which are firmly, advantageously, decisively bonded together by adhesion or welding, which is not the case. , Means they cannot be separated. Such assembly is by making it very easy, or even easier, to install various components within the tank, and in particular to install the suction tube 251 described above. It makes it possible to solve the problem of assembling the tank 2.

As will be appreciated, the devices described above, in particular the suction tube 251 and the venting device 27, each make it possible to solve a particular technical problem, and in this respect may constitute the invention by itself.

As can be seen in more detail in FIG. 5 and FIG. 7, the tank 2 advantageously comprises the guide frame 23, and the guide frame 23 itself is preferentially detailed below. Includes different bars, which make it possible to provide various guidance and hooking functions. The guide frame 23 is advantageously located at the longitudinal end of the tank 2, preferentially facing the connecting device 25.

Hairdressers include vaporizers designed to vaporize the liquid and diffuse it towards the hair. The vaporizer may include, for example, a vaporization chamber in which the liquid contained in the tank 2 is converted into vapor when heated therein. The vapor is then diffused towards the hair, for example through a diffusion orifice. This type of system is well known in itself and will therefore not be described in detail herein. Another vaporizer could be, for example, a mistification system that converts a liquid into fine droplets such as mist without changing the state of the liquid.

Therefore, the tank 2 is intended to be connected to a vaporizer of a hairdresser designed to vaporize the liquid and diffuse it towards the hair. Therefore, the tank 2 supplies the vaporizing liquid to the vaporizer. Priority is given that the connection is airtight, in particular made by the connecting device 25 and the complementary connecting device 15. The hairdresser, more preferably the body 1, also, for example, a pump and, preferentially, a suction tube 251 to carry the liquid to the vaporizer to suck the liquid contained in the tank. It may include a flow generator, such as a perturbation pump, which allows it to be.

According to the present invention, the tank 2 includes a movable hooking device 3, as seen in FIGS. 1, 3, 4, 6, and 8. In other words, the movable hooking device 3 is installed in the tank 2, that is, the movable hooking device 3 is incorporated in the tank 2. This allows for more ergonomic use of the tank 2, and thus the hairdressing device, as long as the tank 2 and the movable hooking device 3 can be handled simultaneously with one hand.

As seen in FIG. 10, the movable hooking device 3 includes at least one hooking means 333. More specifically, the movable hooking device 3 preferentially includes the foot portion 33, which itself is intended to project from the foot portion 33 and be hooked to a complementary portion. The ribs thus form the hooking means 333. In other words, the hooking means 333 is a male hooking means whose shape is substantially rectangular. Advantageously, as illustrated, the movable hooking device 3 includes two hooking means 333, which increase the hooking point between the tank 2 and the body 1 and thus the hooking machine. It makes it possible to strengthen the target strength. As can be seen in FIG. 10, the two hooking means 333 are advantageously symmetrical with respect to the median plane P perpendicular to the first axis XX'of the tank.

The at least one hooking means 333 is designed to allow the tank 2 to be hooked to the main body 1, that is, to keep the tank 2 in the hooking position. Priority is given that the hooking means 333 is rigid, i.e. it cannot be deformed. This property ensures the mechanical strength of the hook between the tank 2 and the body 1 and thus avoids any risk of accidental disengagement. Further, unlike the currently known hooking techniques for tanks, which operate on the basis of elastic deformation of such hooking devices, the rigidity of the hooking means 333 of the present invention increases the mechanical strength of the hooking over time. That is, it makes it possible to guarantee, including after multiple uses. In fact, the risk of fatigue failure of the hooking means 333 is eliminated. The reliability and life of the hooking means 333, and thus of the tank 2, and thus the hairdressing device, will increase accordingly.

As seen in FIG. 2, the body 1, more specifically the recess 111, includes at least one complementary hooking means 112. The complementary hooking means 112 is designed to be complementary to the hooking means 333, i.e., to cooperate with the hooking means 333 to ensure hooking of the tank 2. As seen in FIG. 2, the complementary hooking means 112 is preferentially a female hooking means, including, for example, a substantially rectangular cavity. The complementary hooking means 112 will then accept the male hooking means 333 to ensure hooking. The preferentially substantially rectangular shape of the hooking means 333 and the complementary hooking means 112 makes it possible to disperse the mechanical force over a certain length, which in particular is withdrawal. With respect to, the mechanical strength of hooking the tank 2 to the main body 1 is improved. Therefore, at least one hooking means 333 is designed to correspond to at least one complementary hooking means 112 belonging to the main body 1 in order to hook the tank 2 to the main body 1. Preferentially, as seen in FIG. 2, the recess 111 preferably comprises at least one complementary hooking means 112 near the corners. Preferentially, the body includes two additional complementary hooking means 112 arranged along a second axis YY'perpendicular to the first axis XX'.

The movable hooking device 3 has a first position for ensuring that the tank 2 is hooked on the main body 1, and the user assembles the tank 2 with the main body 1 or removes the tank 2 from the main body 1. It is movable to and from a second position that allows it to do so. In other words, in order to move the tank 2 from the hooking position to the hooking release position, the user must move the movable hooking device 3.

More specifically, in order to move or maintain the tank 2 to its resting position, the movable hooking device 3 must be moved or maintained to its first position. Therefore, the first position of the movable hooking device 3 corresponds to the hooking position of the tank 2, and therefore corresponds to the operating position of the hairdressing device. The first position of the movable hooking device 3 is advantageously a resting position in order to secure the hooking of the tank 2 and limit the user's intervention. In other words, without user operation, the movable hooking device 3 is naturally in its first position, i.e., a position that ensures hooking of the main body 1 and the tank 2 of the hairdressing device.

Conversely, in order to move the tank 2 to its unlocking position, the movable hooking device 3 must be moved to its second position, which is described in detail below. 2 will be released.

In various figures, the movable hooking device 3 is actually shown in this second position.

As can be seen in different figures, preferentially, the movable hooking device 3 includes at least one button 31 and, preferentially, two buttons 31. A "button" is any part intended to be operated directly by the user, preferentially by the user's hand, and more preferably by at least one of the user's fingers. Means. Preferentially, the button 31 is a push button designed to be activated by only one of the user's fingers. The at least one button 31 is preferentially tightly connected to the hooking means 333, and when the user activates the at least one button 31, this results in the hooking means 333 moving and more. Specifically, it disconnects the hooking means 333 from the complementary hooking means 112 (ie, the hooking means 333 and the complementary hooking means 112 no longer cooperate with each other), and thus the movable hooking means. The device 3 will be moved from its first position to its second position and vice versa. In other words, the movable hooking device 3 can therefore move between the first position and the second position.

Advantageously, the movable hooking device 3 can be translated with respect to the tank 2, that is, the movable hooking device 3 moves with respect to the tank 2 in translational motion, and advantageously only in translational motion. And this constitutes a fixed frame of reference.

Priority, as seen in FIG. 8, the movable hooking device 3 translates with respect to the tank 2 along the second axis YY'perpendicular to the first axis XX'. It is possible. In other words, the translational motion of the movable hooking device 3 therefore occurs perpendicular to the longitudinal direction of the tank 2. In the preferred case where the movable hooking device 3 includes two buttons 31, this means that the two buttons 31 can be translated and moved along the second YY'axis. .. Such a configuration is therefore a completely noteworthy ergonomic improvement as the user can handle the tank 2 and its hooking system, i.e., the movable hooking device 3, with one hand. More specifically, the user may place the tank 2 on the palm of his / her hand, with the first axis XX'practically perpendicular to his / her arm. In that case, the movable hooking device 3, in particular the button 31, is in an ideal position that can be directly actuated by the thumb and index finger of the user's hand holding the tank.

As seen in FIGS. 9 and 10, the movable hooking device 3 includes a plane of symmetry P perpendicular to the second YY'axis. In other words, the plane P may include the first axis XX'. Therefore, the movable hooking device 3 is completely symmetrical with respect to the plane P. The movable hooking device includes two subassemblies arranged on both sides of the plane P and arranged symmetrically with respect to the plane P. Therefore, in the following description, only one of the subassemblies will be described and the other will be the mirror object of the first subassembly.

The foot portion 33 of the movable hooking device is fixed to the button 31. Preferentially, the foot 33 is materially continuous with the button 31 so that the foot 33 is made of the same material as the button and can be made simultaneously, for example, by machining or integral molding. Means. However, the foot 33 can also be assembled with the button 31, for example by welding. The foot portion 33 has an approximately inverted T shape. Thus, the T-shaped vertical bar is coupled to the button 31, while the T-shaped horizontal bar includes the hooking means 333.

Preferentially, the movable hooking device 3 preferably includes a translational guidance device 331 formed by a T-shaped vertical bar on the foot 33. Thus, the tank 2 preferably includes a complementary translational guide device 231 formed by a single bar of the guide frame 23, as seen in FIG. Therefore, the translational guidance device 331 and the complementary translational guidance device 231 cooperate with each other to guide the movable hooking device 3 in the tank 2, more specifically, in the guide frame 23.

Preferentially, as seen in FIG. 8, the translational guidance is with the T-shaped vertical bar moving in the U-shaped space formed by the guide frame 23, as seen in FIGS. 7 and 8. , Made by a slide link, favorably formed by the T-shaped horizontal bar on the U-shape, the length of the T-shaped horizontal bar is longer than the U-shaped opening. Priority, the U-shape formed in the guide frame 23 opens outward, and the second YY'axis is the axis of symmetry of the U-shape space of the guide frame 23. Further, the button 31 is also designed to squeeze into the U of the guide frame 23. Thus, a particular shape of the movable hooking device 3, particularly its foot 33, combined with the complementary shape of the guide frame 23, guides the movable hooking device 3 within the guide frame 23 of the tank 2 of the hairdressing device. Allows you to generate slide links to do so. Similar translational guidance devices that can be created using ant-type devices can be considered without departing from the context of the present invention. Priority is given that the slide link is on the YY'axis.

Preferentially, the movable hooking device 3 includes a first stopping device at the first position 341, as seen in FIG. 9 or 10. More specifically, the button 31 is in the shape of a T when viewed from above, and the horizontal bar of the T is, as seen in FIG. 9, by the user with his / her finger. The part that will work. The button 31 preferably includes a first pin 34 projecting from the T-shaped vertical bar formed by the button 31 in a direction similar to that of the foot 33. Preferentially, the pin 34 and the foot 33 extend in parallel directions and, advantageously, in the same direction. Advantageously, the first pin 34 comprises a substantially flat surface perpendicular to the T-shaped vertical bar formed by the button 31, the surface having a first stop at the first position 341. Form the device. Therefore, the first stop device at the first position 341 is advantageously parallel to the plane P.

Advantageously, the button 31 has a relief that improves the quality of contact between the button 31 and the user's finger. These reliefs also allow the user to see where to put his / her finger to untangle the tank 2.

Preferentially, the tank 2 includes a first complementary stop device at the first position 232, as seen in FIG. More specifically, a first complementary stop device at the first position 232 is included in this portion of the guide frame 23, which forms a substantially rectangular window. Thus, the first complementary stop device at the first position 232 is formed by a bar parallel to the first XX'axis. Preferentially, the bar is rectangular or square in cross section to provide a substantially flat side surface, in particular a side surface substantially parallel to the first stop device at first position 341.

Therefore, the first stop device at the first position 341 and the first complementary stop device at the first position 232 prevent the movable hooking device 3 from translating beyond the first position. In such a way, in other words, they cooperate with each other to provide the movable hooking device 3 with a first position stop. As can be seen in FIGS. 7-10, the problematic collaboration is advantageously a plane-to-plane type collaboration. This allows for good contact, which distributes the effort well and is therefore reliable, robust and durable, ensuring a long-term first stop position. This limits the translational motion of the movable hooking device 3, and the movable hooking device 3 cannot exceed its first position. Good stopping characteristics are even more important, as the first position can correspond to a resting position, i.e., a position occupied very often by the movable hooking device 3, as described above. ..

Preferentially, the movable hooking device 3 includes a second stopping device at the first position 351 as seen in FIGS. 9 and 10, in particular. More specifically, the button 31 advantageously projects from a T-shaped vertical bar formed by the button 31 in a direction facing but parallel to the direction of the foot 33. Includes pin 35. Priority, the first pin 34 and the second pin 35 are parallel but extend in opposite directions. In other words, the first and second pins 34, 35 extend to both sides of the T-shaped vertical bar formed by the button 31, as seen in FIG. Priority is given that the second pin 35 is parallel to the plane P.

Preferentially, the tank 2 includes a second complementary stop device at the first position 233, as seen in FIG. A second complementary stop device can then be formed by one wall of a notch made directly into the upper housing 21 of the tank 2. Priority, the second complementary stop device at the first position 233 extends longitudinally parallel to the first axis XX'.

Therefore, the second stop device at the first position 351 and the second complementary stop device at the first position 233 prevent the movable hooking device 3 from translating beyond the first position. In other words, the movable hooking device 3 is provided with a first position stop. Again, collaboration is advantageously plane-to-plane-based collaboration, thus providing the same advantages as listed above. The movable hooking device includes two stopping devices at the first positions 341 and 351 and each cooperates with two complementary stopping devices at the first position 232 and 233 of the tank 2. The fact therefore makes it possible to provide the movable hooking device 3 with two first position restraints. This makes it possible to optimally distribute the contact pressure between the two restraints and thus improve the strength, reliability and durability of the movable hooking device 3. Further, each of these restraints allows the button 31 to remain coupled to the tank and to avoid accidental separation of the movable hooking device 3 from the tank 2.

Preferentially, the movable hooking device 3 is seen in FIG. 10, and advantageously includes a stopping device at a second position 332 formed by the foot 33. More specifically, the stop device at the second position 332 is substantially parallel to the first stop device at the first position 341 and, preferentially, parallel to the plane P, the foot. Formed by the surface of 33. Therefore, the stop device at the second position 332 and the first stop device at the first position 341 form two parallel restraints that limit the translational motion of the movable hooking device 3.

Preferentially, the tank 2 includes a complementary stop device at the second position 234, as seen in FIG. Thus, the complementary stop device at the second position 234 is advantageously located at the opposite side of the same bar of the guide frame 23, for example, so that the first complementary stop device at the first position 232 is located. It is parallel to the stop device.

And the stop device at the second position 332 and the complementary stop device at the second position 234 are second, especially when the user applies pressure to one or more buttons 31. They cooperate with each other to prevent translation of the movable hooking device 3 beyond the position, and form a restraining portion at the second position.

Priority is given, as described above, the plane P forms a plane of symmetry with respect to the movable hooking device. Thus, the movable hooking device is located at two buttons 31, two feet 33, two first pins 34, two second pins, two translational guides 331, and two second positions 332. Includes a stop device, two hooking means 333, a first stop device at two first positions 341, and a second stop device at two first positions 351, each of which is shown in FIG. 9 and FIG. As seen in 10, they are arranged symmetrically on both sides of the plane P.

Advantageously, the movable hooking device 3 includes an elastic return device 32, as seen in FIG. 9, designed to keep the movable hooking device 3 in its first position. The elastic return device 32 is, preferentially, a coil spring designed to keep the button 31 away. However, other return devices may be considered that would keep the button 31 away, i.e., keep the movable hooking device 3 in the first position without departing from the scope of the invention. For example, an electromagnetic device could be imagined, the tank 2 would be equipped with a magnet, and each of the buttons 31 would be made of magnetic material (or vice versa). Preferentially, as shown in FIG. 9, the elastic return device 32 is located between the two buttons 31, which helps to simplify the structure, the elastic return device 32, in this case the coil. The spring allows all forces to be transmitted to the button 31 and only to the button 31. Preferentially, the movable hooking device 3 includes a housing 312 designed to accommodate the elastic return device 32, as seen in FIG. This ensures that the elastic return device 32 is held in place and guided when it is deformed. The housing 312 advantageously extends from one end of the button 31, in this case the free end of the T-shaped vertical bar formed by the button 31, and partially towards the interior of the button 31, preferentially. , Formed by a groove extending along a second axis YY'. Therefore, when the movable hooking device 3 is in its second position, the two buttons 31 are in contact with each other, and the installation area of the movable hooking device is such that the movable hooking device is in the housing 312, that is, the button 31. It is zero because it is completely incorporated inside. This helps to limit the footprint of the movable hooking device 3. As seen in FIG. 9, the elastic return device extends longitudinally along the second YY'axis.

Advantageously, as seen in FIG. 9, the second YY'axis forms the axis of symmetry of the movable hooking device 3.

As can be seen in FIG. 8, the first axis XX'forms an axis of symmetry with respect to the guide frame 23, and the plane P preferentially forms a plane of symmetry with respect to the guide frame.

Preferentially, the tank 2 is found in the fixed additional hooking device 221, ie FIGS. 5 and 6, advantageously projecting out of the tank in a direction parallel to the first axis XX'. Includes an additional non-movable and non-deformable hooking device 221 including a substantially rectangular tab. Preferentially, the additional hooking device 221 is placed at the longitudinal end of the tank 2 and advantageously to the movable hooking device 3 which itself is located at another longitudinal end of the tank 2. They are placed facing each other. This makes it possible to place various hooking points of the tank 2 on the body 1 as far away from each other as possible, which improves the stability and mechanical strength of the tank 2 hooking to the body 1. Let me. Further, where the movable hooking device 3 includes two hooking means 333, which is shown preferentially, this gives the tank 2 three hooking points on the body 1, which is an isotropic pressure assembly. Corresponds to. Further, the arrangement of the two hooking means 333 on the second YY'axis and on the axis parallel to the first XX'axis, or optionally on the first XX' axis. With the arrangement of the additional hooking device 221 in particular, the hooking points may be arranged in a triangle. The triangular arrangement of points at which the tank 2 is hooked to the body 1 is the stability and mechanical strength of the hook between the tank 2 and the body 1, and thus the reliability of the hook between the two elements. It is possible to improve.

Accordingly, the body 1 includes an additional complementary hooking means 113 as seen in FIG. The additional complementary hooking means 113 includes, for example, inside the body 1, a substantially rectangular groove extending from the recess 111 in a direction parallel to the first axis XX'.

Therefore, the additional hooking device 221 and the additional complementary hooking means 113 are designed to cooperate together when the tank 2 is in the hooking position, and the additional hooking device 221 is provided. , Preferably a male hooking device, and the additional complementary hooking means 113 is, preferentially, a complementary female hooking means. The illustrated embodiment uses at least one additional complementary hooking means 113 that works with at least one additional hooking device 221 but these to enhance the mechanical strength of the hooking. It is entirely conceivable that the elements of can be added.

As shown in FIGS. 5 and 6, the tank 2 is designed to work with at least one complementary guide device 114 of the body 1 when the tank is in the hook position. The guide device 24 is included. This makes it possible to provide at least one guiding means between the hooking means 333 and the additional hooking device 221 which makes the tank 2 into the body while providing the user with an intermediate guiding means. Substantially make it easier to hook. Further, the guide device 24 and the complementary guide device 114 prevent the translational motion of the tank 2 along the first axis XX', so that the hooking machine when the tank 2 is in the hooking position. It makes it possible to strengthen the target strength. This allows the hooking means 333 and the additional hooking device 221 to be released, after which they are of pull-out resistance along a third axis perpendicular to the first axis XX'. All you have to do is ensure the installation. This improves the strength and durability of the tank. The longer the length of the tank 2, the more important the guide point in the middle. Preferentially, the guide device 24 is a female guide device, for example, a hole, or, as shown, a lateral notch in the shape of a semi-circular hole. Thus, the complementary guide device 114 is a complementary male guide device that can take the form of a semi-circular (longitudinal) pin, as seen in FIG. Advantageously, the tank 2 includes two guide devices 24 and the body 1 contains two complementary guide devices 114.

Claims (19)

A tank (2) intended to contain the liquid to be vaporized and to be assembled to the body of the hairdresser (1), said tank (2), which vaporizes the liquid and directs it towards the hair. The tank (2) is intended to be connected to a vaporizer of a hairdresser designed to diffuse, in order for the tank (2) to hook onto the body (1). Having a movable hooking device (3) comprising at least one hooking means (333) designed to correspond to at least one complementary hooking means (112) belonging to (1). The movable hooking device (3) provides a hooking of the tank (2) with the main body (1), and the user can attach the tank (2) to the main body (1). ), Or the tank (2) is movable to and from a second position that allows the tank (2) to be removed from the body (1). The tank (2) according to claim 1, wherein the movable hooking device (3) moves the movable hooking device (3) from its first position to its second position, or vice versa. A tank (2) comprising at least one button (31) intended to be actuated directly by the user for movement. The tank (2) according to claim 1 or 2, wherein the movable hooking device (3) includes two buttons (31). The tank (2) according to any one of claims 1 to 3, wherein the movable hooking device (3) can be translated and moved with respect to the tank (2). (2). The tank (2) according to any one of claims 1 to 4, wherein the tank extends in the longitudinal direction along a first axis (XX'), and the movable hooking device (3). ) Can be translated with respect to the tank (2) along the second axis (YY ′) perpendicular to the first axis (XX ′). (2). The tank (2) according to claim 4 or 5, wherein the movable hooking device (3) includes a translational guidance device (331), and the tank (2) is a complementary translational guidance device (231). ), And the translational guidance device (331) and the complementary translational guidance device (231) cooperate with each other to guide the movable hooking device (3) in the tank (2). A tank (2) characterized by doing. The tank (2) according to any one of claims 4 to 6, wherein the movable hooking device (3) includes a first stopping device at a first position (341), and the tank ( 2) includes the first complementary stop device in the first position (232), the first stop device in the first position (341), and the first position (232). The first complementary stop device of the tank (2) cooperates with each other so as to prevent translation of the movable hook device (3) beyond the first position. The tank (2) according to claim 7, wherein the movable hooking device (3) includes a second stopping device at the first position (351), and the tank (2) is the first. The first position (233) includes the second complementary stop device, the second stop device at the first position (351), and the second complementary stop device at the first position (233). The stop device is a tank (2) that cooperates with each other so as to prevent translation of the movable hook device (3) beyond the first position. The tank (2) according to any one of claims 4 to 8, wherein the movable hooking device (3) includes a stopping device at the second position (332), and the tank (2). However, the stopping device complementary to the second position (234), the stopping device at the second position (332), and the complementary stopping device at the second position (234) are included. , A tank (2) that cooperates with each other so as to prevent translation of the movable hooking device (3) beyond the second position. The tank (2) according to any one of claims 1 to 9, wherein the first position of the movable hooking device (3) is a resting position. .. The tank (2) according to claim 10, wherein the movable hooking device (3) includes an elastic return device (32), and the elastic return device (32) is preferentially a coil spring. A tank (2) characterized by being present. The tank (2) according to claim 11, wherein the elastic return device (32) is arranged between two buttons (31). .. The tank (2) according to claim 12, wherein the two buttons (31) come into contact with each other when the movable hooking device (3) is in the second position thereof. (2). The housing (312) of the tank (2) according to any one of claims 11 to 13, wherein the movable hooking device (3) is designed to accommodate the elastic return device (32). ) The tank (2). The tank (2) according to any one of claims 1 to 14, wherein the tank (2) belongs to the main body (1) when the tank (2) is in the hooking position. A tank (2) comprising an additional fixed hooking device (221) designed to work with complementary hooking means (113). The tank (2) according to any one of claims 1 to 15, wherein the tank (2) is at least one complementary to the main body (1) when the tank is in the hooking position. A tank (2) comprising at least one guide device (24) designed to work with the guide device (114). A vaporizer designed to vaporize a liquid and diffuse it towards the hair, a body (1), and a removable, vaporized liquid intended to be contained and connected to the vaporizer. A hair conditioning device including a tank (2) assembled to the main body (1) in order to supply the vaporized liquid to the vaporizer, wherein the tank (2) is according to claims 1 to 16. A hair conditioning device characterized in that it matches the tank (2) described in any one of them. The hair conditioning device according to claim 17, wherein the main body (1) is complementary in shape to at least a part of the shape of the tank (2), and the tank (2) is in the hooking position. It comprises a recess (111) designed to accommodate at least a portion of the tank (2), wherein the recess (111) comprises at least one complementary hooking means (112). Hairdressing device. The hairdressing device according to claim 17 or 18, wherein the hairdressing device has a second arm (12) by a hinge (13) so as to form a clip that can be moved between an open position and a closed position. A hairdressing device comprising a first arm (11) connected to.

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