JP7054494B2 - Container with automatic sterility function - Google Patents

Description

The present invention relates to a safer and more practical container, and particularly refers to a container having an automatic sterility function.

Bacteria and microorganisms that cannot be seen with the naked eye are always present in articles used in daily life, and if they are not completely sterilized, they may become infected and become ill. Many people are becoming more aware of personal safety and health, and regularly sterilize the items they are in constant contact with, the items or environment they use, especially the items that children come into contact with and use.

Currently, products with the ability to sterilize with ultraviolet rays have been developed by manufacturers, and pots containing ultraviolet light inside the lid (for example, heat insulating pots) are provided to turn on when the lid is pressed and sterilize. .. However, commercial products such as these are products that are not completely manufactured due to their monotonous bactericidal function, and a close examination of their structure reveals the following drawbacks. The water in the heat insulation pot is sterilized by ultraviolet light, but due to the contact of the user's mouth, a large amount of bacteria tend to remain around the entrance of the heat insulation pot, and if you drink the water several times, the pot will Even if the entire entrance is contaminated and the water is sterilized in advance, when drinking, the water flows from the entrance of the pot into the mouth, so the bacteria will enter the body as it is, and the immunity It is easy to get sick when it is depressed or ill, and the ultraviolet light contained in the lid of the pot is provided to push the lid to emit light, but the lid and the pot body are When separated, the switch is provided so that it can be operated by pressing it as it is, so when the lid is removed from the pot body or combined with it, if the switch is pressed incorrectly, ultraviolet light is emitted and the skin of the human body or There is a risk of damaging the eyes, especially for pediatric heat-retaining pots and water tubes, which require reliable control of the safety of their light emission mechanism, if they emit UV light or flash. There is a child who plays with light, and when the switch is pressed repeatedly, the life of the item is shortened and the severe situation that damages the eyes occurs and there is a risk of blindness. Ultraviolet light can be used as a means to kill bacteria and microorganisms, but it should be noted that irradiating the human body causes certain damages.

The first object of the present invention is to provide a container having an automatic sterilization function for surely and completely sterilizing a part where a user often comes into contact with the container and improving safety during use. do.

The present invention emits light periodically when the lid with the UV light source is not closed or removed from the container body, is in a sterilized state, turns off when the lid is opened, and emits light. It is provided so that it does not exist, and when it returns to its original state, it is provided to have a bactericidal function on a regular basis, avoiding children playing it, and being suddenly exposed to UV light, which can cause injury to the human body. The second purpose is to provide a container having an automatic sterilization function for thoroughly eliminating sex.

A third object of the present invention is to provide a container having an automatic sterility function for easy use by children by combining straws.

A fourth object of the present invention is to combine various types and sizes such as bottles, cans, and cups to provide a container having an automatic sterility function so that people can use it widely and with peace of mind.

In order to achieve each of the above-mentioned objects, the container having an automatic sterility function, which is safe and practical, has been developed by the inventor of the present invention, and two specific means are implemented as follows. In the first embodiment, the first lid portion and the second lid portion that engage with each other are provided with an opening of the container, and the inner surface of the cabinet of the first lid portion is made of an arbitrary reflective material. A reflective layer, an electric circuit in the main body of the second lid, a mouthpiece on the surface of the second lid facing the first lid, and at least one or more mouthpieces beside the mouthpiece. A first UV light source that irradiates the cabinet of the first lid portion and a first UV light source that irradiates the peripheral surface of at least one or more of the mouthpieces are provided, and is suitable for the container of the second lid portion. The other surface is characterized by being provided with one or more second UV light sources.

In the second embodiment, the first lid portion and the opening connected to the second lid portion are provided so as to be engaged with each other, and the first UV light source and the second lid portion are provided on the inner surface of the cabinet of the first lid portion. An electric circuit is provided in the main body of the body, and a mouthpiece is provided on the surface of the second lid portion facing the first lid portion. A first UV light source is provided, and one or more second UV light sources are provided on the other surface of the second lid portion facing the container.

In the above-mentioned two embodiments, an opposing joint portion and a slot are provided around the first lid portion, and an opposed fixing portion and a button are provided around the second lid portion, and the fixing portion and the coupling portion are provided. The button is provided on the hinge at the portion, and the button is provided so as to open and close the first lid portion by mutually connecting with the slot, and corresponds to and connects to the second lid portion on the inner surface of the container. Is provided with a threaded portion, and the opening peripheral edge of the container is provided with a threaded portion corresponding to tightening, opening and removing the second lid portion.

In the above two embodiments, the first sensor is provided in the button for connecting the first lid portion and the second lid portion, and the first UV light source is opened and closed by opening and closing the first lid portion. It is provided as a base for turning on / off the light emission, and when the second lid portion and the container are connected, the inner side surface corresponding to the container opening of the second lid portion has a screw thread portion and the tip of the screw thread portion. A second sensor is provided at the edge portion engaged with the main body, and is provided as a base for turning on / off the light emission of the second UV light source depending on the open / closed state of the second lid portion with respect to the container.

In the two embodiments described above, the electrical circuit is provided within the body of the second lid (which can be placed in the cabinet of the first lid, if necessary or by way), and the electrical circuit is at least a controller (chip). ), Timer, relay, charging power and Bluetooth module (Bluetooth is a registered trademark) (wireless communication module, short-range wireless communication module), all first UV light sources, second UV light sources, Both the first sensor and the second sensor are characterized in that they are electrically connected to the electric circuit, are supplied with necessary power, and are provided so as to reliably perform each function.

In the above-mentioned two embodiments, the sterilization time by the first UV light source can be freely set and adjusted, usually within 1 minute, and 10 to 20 seconds is the optimum range, and the second UV light source has an optimum range. The sterilization time is usually within 3 minutes, and 90 to 120 seconds is the optimum range. At the time of implementation, it is characterized by being able to freely adjust the sterilization time according to the sterilization effect required for the type of container by combining it with a Bluetooth module and mobile device, and by using the built-in application.

In the above two embodiments, one or more first UV light sources that irradiate from the second lid portion toward the peripheral surface of the mouthpiece need to completely irradiate the entire peripheral surface of the mouthpiece, which is a bactericidal effect. The feature is that the quantity, the direction of arrangement, and the inclination angle are not limited in order to surely achieve the above.

In the two embodiments described above, a vertical annular surface is provided around the second lid portion, and the vertical annular surface has one or more of the first UV light sources that irradiate the mouthpiece peripheral surface. Is characterized by being fitted.

The two embodiments described above are characterized in that the mouthpiece is provided with a straw.

In the two embodiments described above, the container is characterized in that it is provided in one of various sizes of bottles, cans, cups and tubs.

When the container having the automatic sterilization function of the present invention is actually used, the first lid portion and the second lid portion, and the second lid portion and the container are provided in a closed sterilization space, respectively, and the first lid portion and the container are provided. Between the lid and the second lid, light emitted from a plurality of first UV light sources is applied to the mouthpiece and its surroundings, and the entire inside and outside thereof are regularly and reliably sterilized. Between the lid and the container, the liquid contained in the container is irradiated with light emitted from at least one or more second UV light sources from above, and is sterilized regularly and surely as required. .. In the present invention, since the mouthpiece is the only place that comes into contact with the user's mouth, the sterilizing effect of the mouthpiece directly affects the health of the user's body. By arranging and designing the sterilization line, it is possible to repeatedly contact and bring the optimum sterilization effect to the mouthpiece to be used. Have them drink.

It is an exploded view which shows the appearance of the container which has the automatic sterility function of a suitable embodiment. The layout drawing of the 2nd lid part and the 1st UV light source of a preferable embodiment is shown. A cross-sectional view of a container of a suitable embodiment, a first lid portion, and a second lid portion is shown. The usage phase diagram (1) of the container of a suitable embodiment is shown. The usage phase diagram (2) of the container of a suitable embodiment is shown. The usage phase diagram (3) of the container of a suitable embodiment is shown. It is a schematic diagram which shows the other embodiment in the case where the 1st UV light source is provided in the 2nd lid part of a preferable embodiment. It is a schematic diagram which shows still another embodiment in the case where the 1st UV light source is provided in the 2nd lid part of a preferable embodiment. It is an exploded view which shows the appearance of the container which has the automatic sterility function of another suitable embodiment. It is a schematic diagram which shows the case where the 2nd lid part and the 1st UV light source of another preferable embodiment are provided. It is a schematic diagram which shows the cross section of the container of another suitable embodiment, the 1st lid part and the 2nd lid part. It is a schematic diagram which shows the other embodiment which the 1st UV light source is provided in the 2nd lid part of another preferred embodiment. It is a schematic diagram which shows the further another embodiment in the case where the 1st UV light source is provided in the 2nd lid part of another preferred embodiment.

A preferred first embodiment of FIG. 1 is a schematic structural diagram showing the appearance of a container having an automatic sterility function of the present invention. In the present invention, the container (1) is not limited to, for example, a heat insulating pot by taking a bottle as an example, and in other embodiments, the container (1) is of a type such as a can, a cup, a tub, or a jar. However, various types are provided in arbitrary capacities and sizes.

As shown in FIGS. 1 and 2, on the outer peripheral surface of the opening of the container (1), a screw thread for connecting the first lid portion (2) and the second lid portion (3) that are engaged with each other is formed. A portion (11) is provided, a reflective layer (20) made of an arbitrary reflective material is provided on the inner surface of the cabinet of the first lid portion (2), and a reflective layer (20) is provided inside the main body of the second lid portion (3). A vertical suction port (31) is provided on the surface of the electric circuit (30) and the second lid portion (3) facing the first lid portion (2), and in the present embodiment, the suction port (31) is provided. Is made of a suitable material by an adult or pediatric user to provide a suitable feel, but at least one or more of the first lids (2) around the mouthpiece (31). A first UV light source (32) that irradiates the inner reflective layer (20) and a first UV light source (32) that irradiates at least one or more of the mouthpieces (31) toward the peripheral surface are provided. One or more second UV light sources (33) (not shown) are provided on the other surface of the second lid (3) facing the container (1).

As shown in FIGS. 1 and 3, a connecting portion (21) and a slot (22) facing each other around the first lid portion (2), and a fixing portion facing each other around the second lid portion (3) ( 34) and a button (35) are provided, and a hinge composed of the fixing portion (34) and the connecting portion (21) is provided so as to open and close the first lid portion (2), and the button (35) is provided. ) Is provided so as to mutually connect with the slot (22) and lock open / close the second lid portion (3) from the first lid portion (2). A first sensor (36) for detecting the locked open / closed state of the first lid portion (2) is provided, and is provided as a base for turning on / off the light emission of all the first UV light sources (32). The screw thread portion (301) is on the inner surface corresponding to the container (1) opening of the second lid portion (3), and the second sensor is on the edge portion where the tip of the screw thread portion (301) engages with the main body. (38) is provided, and on the peripheral edge of the opening of the container (1), the screw with the screw thread portion (301) of the second lid portion (3) is tightened or loosened to cope with the removal. A screw thread portion (11) is provided, and the second sensor (38) detects the removed or tightened state between the second lid portion (3) and the container (1), and the second UV light source (33). It is provided as a base for turning on / off the light emission of.

In the present embodiment, the electric circuit (30) is incorporated in the main body of the second lid portion (3), and includes at least a controller (chip), a timer, a relay, charging power, and a bluetooth module. All of the first UV light source (32), the second UV light source (33), the first sensor (36), and the second sensor (38) are all electrically connected to the electric circuit (30). It is connected to, supplied with the necessary power, and provided to function. The first lid portion (2) and the second lid portion (3) are completely waterproofed and are provided so as to avoid damage to the electric circuit (30) due to moisture.

As shown in FIG. 4A, when the container according to the present invention is actually used, the second lid portion (3) is fastened with the first lid portion (2) and the second lid portion (3) is attached. When the container (1) is bonded, all the first lid portion (2) and the second lid portion (3), and the second lid portion (3) and the container (1) are respectively. Provided in a closed sterilization space, all first UV light sources (32) and second UV light sources (33) are provided to perform sterilization in a preset time, and all the first UV light sources ( In 32), the entire mouthpiece (31) is intensively irradiated, and the inside and outside thereof are completely sterilized. In the second UV light source (33), the inside of the container (1) is used. When the preset sterilization time is completed by performing periodic sterilization treatment on the contained liquid, the first UV light source (32) and the second UV light source (33) are turned off.

As shown in FIG. 4 (B), when the button (35) is pressed, the first lid portion (2) is provided so as to be opened from the slot (22), and when the button (35) is opened, the first sensor (36) is informed that the first lid portion (2) is opened. When it is detected, the controller immediately turns off all the first UV light sources (32) so that they do not emit light, and is provided so that the ultraviolet rays do not damage the human eyes or the like. After using the bottle, the first lid (2) is returned to its original position and tightened, but when the sensor (36) detects that the bottle has been closed as before, the controller detects all the first UVs. The light source (36) is turned on so that the light is emitted, and the mouthpiece (31) is provided to completely perform the periodic sterilization treatment.

As shown in FIG. 4C, when the second lid portion (3) is removed from the container (1) and it is detected by the second sensor (38), the controller immediately receives the second UV light source. (33) is turned off so that it does not emit light, and is provided so that ultraviolet rays do not damage the eyes of the human body. Then, when the second sensor (38) detects that the second lid portion (3) is connected to the container (1), turned, tightened, and closed, the controller uses the second UV light source. The light emitted from (33) is turned on, and the liquid contained in the container (1) is periodically sterilized.

When the first lid portion (2) or the second lid portion (3) is opened or removed from the container (1) at any time, the lid is detected by the first sensor (36) and the second sensor (38). The signal of opening is transmitted to the electric circuit (30), and all the first UV light sources (32) and the second UV light sources (33) are turned off by the controller, the light is not emitted, and the human body is irradiated with ultraviolet rays. The present invention has a high degree of safety because it is possible to avoid an accident that causes damage to the surface.

The timer and the relay in the electric circuit (30) of the present invention are provided to perform the timer function of the preset sterilization time and the restart of the sterilization function, and the sterilization process is performed without the preset sterilization time. When the first lid portion (2) is opened or the second lid portion (3) is turned and removed in a state where it has not been completed yet, all the first UV light sources (32) and the second UV light sources (33) are removed. Is turned off and is provided in a state where it does not emit light. When the first lid portion (2) is closed or the second lid portion (3) is turned and tightened, all the first UV light sources (32) and the second UV light sources (33) emit light again, and the period is periodic. Sterilization treatment is performed.

The ultraviolet module provided in the electric circuit (30) is provided so as to perform pairing with an unspecified mobile device (for example, a smartphone, a tablet, a laptop computer, etc.) and perform a time setting and adjustment function. The function is to set and adjust the sterilization time by the first UV light source (32) and the second UV light source (33), and at the time of implementation, the preset application (Application) is installed on the mobile device. After pairing the mobile device with the container, the sterilization time of the first UV light source (32) and the second UV light source (33) can be set and adjusted by the application. .. For example, when the container (1) corresponding to the first lid portion (2) and the second lid portion (3) is larger than the original capacity, the amount of liquid that can be accommodated increases, so that the second UV light source is used. The sterilization time due to the light emission of (33) will increase, and the adjustment will be made for bottles, cans, cups, and tubs of various capacities and sizes so that the adjustment can be performed easily and in a timely manner.

As shown in FIG. 5, the mouthpiece (31) of the second lid (3) is further provided with a straw (35) so that the child can use it easily and safely. When the container (1) of the present invention is used by a child, when the first lid portion (2) is inadvertently opened or the second lid portion (3) is turned and removed. When it is detected by the first sensor (36) and the second sensor (38), the light emission is turned off and there is no risk of damaging the child due to the irradiation of light.

As shown in FIG. 6, one or more first UV light sources (32) that irradiate the peripheral surface of the mouthpiece (31) of the second lid portion (3) are performed at an inclination angle when actually installed. Alternatively, it may be provided on the peripheral surface of the surface of the second lid portion (3). At the time of implementation, in the first UV light source (32), it is necessary to irradiate the entire peripheral surface of the mouthpiece (30) reliably and completely, and in order to surely achieve the bactericidal effect, the quantity and the position of arrangement thereof. May be arranged at the same intervals or in a corresponding format without limitation.

A preferred second embodiment, as shown in FIG. 7, is a schematic diagram showing another appearance of the container having the automatic sterility function of the present invention. As shown in FIGS. 8 and 9, the container (1) is provided with an opening to be coupled to the first lid portion (2) and the second lid portion (3) which are engaged with each other, and the first lid portion (the first lid portion (1) is provided. The first UV light source (32) is on the inner surface of the cabinet of 2), the electric circuit (30) is inside the main body of the second lid (3), and the first lid (3) is on the second lid (3). 2) A mouthpiece (31) is provided on the surface facing the mouthpiece (31), and at least one or more mouthpieces (31) are irradiated toward the peripheral surface of the first UV light source (32) beside the mouthpiece (31). ), And one or more second UV light sources (33) are provided on the other surface of the second lid portion facing the container.

The detection of the first sensor (36) controls the light emission of the first UV light source (32) or its opening and closing, or the detection of the second sensor (38) controls the light emission of the second UV light source (33) or its opening and closing. In this embodiment, the first UV light source (32) on the inner surface of the cabinet of the first lid portion (2) is arranged in a circuit arrangement. Provided to be electrically connected to the electric circuit (30) through a hinge, all other first UV light sources (32) and second UV light sources (33) are directly connected to the electric circuit (30). Is connected. As a result, the light emitted from the first UV light source (32) on the inner surface of the cabinet of the first lid portion (2) directly and periodically irradiates the edge portion of the mouthpiece (31) and the inside thereof. At the same time, one or more first UV light sources (32) provided around the mouthpiece (31) are provided so as to periodically irradiate the peripheral surface of the mouthpiece (31), and the mouthpiece (31) is provided. ) Can be reliably achieved.

The hinge that engages between the first lid portion (2) and the second lid portion (3) described above is not limited to the type of structure, and the cable is embedded and passed through to smoothly enter the electric circuit (30). It is provided to be electrically connected and to supply the necessary power to function.

As shown in FIG. 10, in the second embodiment, a straw (35) is further provided in the mouthpiece (31) of the second lid portion (3) so that the container can be easily and safely used by children. It will be provided. When the container (1) of the present invention is used by a child, when the first lid portion (2) is inadvertently opened or the second lid portion (3) is turned and removed. When it is detected by the first sensor (36) and the second sensor (38), the light emission is turned off and there is no risk of damaging the child due to the irradiation of light.

As shown in FIG. 11, in the second embodiment, one or more first UV light sources (32) are provided on the peripheral surface of the mouthpiece (31) of the second lid portion (3), but the first embodiment. In addition to being arranged at an inclination angle as in the form, it may be provided on the peripheral surface of the second lid portion (3). At the time of implementation, a vertical annular surface (39) is provided around the second lid portion (3), and one or more first UV light sources (32) are provided on the vertical annular surface (39). The quantity and arrangement of the first UV light source (32) are limited in order to be provided so as to be fitted and to completely and surely irradiate the entire peripheral surface of the mouthpiece (31) to ensure a complete bactericidal effect. It can be freely increased or adjusted according to needs.

As can be seen from the above description, in the present invention, since the mouthpiece is the only place that comes into contact with the user's mouth, the sterilizing effect of the mouthpiece directly affects the health of the user's body. The complete sterilization design from multiple angles brings the optimum sterilization effect to the mouthpiece to be repeatedly contacted and used, and the liquid contained in the container is relieved to the user by the secondary sterilization design. Have it taken by mouth.

Summarizing the above contents, the container having the automatic sterilization function of the present invention is provided in a sterilization space sealed between the first lid portion and the second lid portion and the second lid portion and the container at the time of use. All the first UV light sources and the second UV light sources are provided to sterilize the space on a regular basis, which is safer than the conventional sterilization of only the water in the container. And it is done reliably. The container having the automatic sterilization function of the present invention is provided so that the first UV light source and the second UV light source are automatically turned on and turned on under the condition of a closed space, and when the space is opened. , It turns off automatically, and the irradiation of the human body by ultraviolet rays can be completely avoided.

Although the present invention has been posted in the above-described embodiment, without limiting the present invention, a person having ordinary knowledge in the present invention may make any modifications or modifications without departing from the concept or scope of the present invention. Even if changes are made, they are all included in the scope of claims described later in the present invention.

Container (1) Threaded part (11)
First lid (2) Reflective layer (20)
Joint (21) Slot (22)
Second lid (3) Electric circuit (30)
Threaded part (301) Mouthpiece (31)
First UV light source (32) Second UV light source (33)
Fixed part (34) Button (35)
First sensor (36) Straw (37)
Second sensor (38) Vertical annular surface (39)

Claims (11)

It has an opening that connects the first and second lids that engage with each other .
A reflective layer made of an arbitrary reflective material is on the inner surface of the cabinet of the first lid portion, an electric circuit is inside the main body of the second lid portion, and the surface of the second lid portion is facing the first lid portion. A mouthpiece is provided,
Around the mouthpiece, at least one first UV light source that irradiates the cabinet of the first lid portion, and at least one first UV light source that irradiates the peripheral surface of the mouthpiece. Is provided,
One or more second UV light sources are provided on the other surface of the second lid facing the container.
All the first UV light sources and the second UV light sources are provided so as to be electrically connected to the electric circuit and to perform sterilization on a regular basis.
A container with an automatic sterility function. It has an opening that connects the first and second lids that engage with each other .
A first UV light source is provided on the inner surface of the cabinet of the first lid portion, an electric circuit is provided in the main body of the second lid portion, and a suction port is provided on the surface of the second lid portion facing the first lid portion. ,
Around the mouthpiece, at least one first UV light source for irradiating the mouthpiece peripheral surface is provided, and one or more second surfaces of the second lid portion facing the container are provided. UV light source is provided,
All first and second UV light sources are provided to be electrically connected to the electrical circuit and to be sterilized on a regular basis.
A container with an automatic sterility function. In the container having the automatic sterility function according to claim 1 or 2 .
Opposing joints and slots are provided around the first lid portion, facing fixing portions and buttons are provided around the second lid portion, and the fixing portions and the joint portions are provided on the hinges.
The button is provided so as to connect the slots to each other and open / close the first lid portion.
A threaded portion is provided on the inner surface of the container to be connected to correspond to the second lid portion.
A screw thread portion corresponding to tightening, opening and removing the second lid portion is provided on the peripheral edge of the opening of the container.
A container with an automatic sterility function. In the container having the automatic sterility function according to claim 3 .
A first sensor is provided in the button for connecting the first lid portion and the second lid portion, and as a base for turning on / off the light emission of the first UV light source by opening / closing the first lid portion. Provided,
When connecting the second lid portion to the container, a screw thread portion is provided on the inner surface corresponding to the container opening of the second lid portion, and a second sensor is provided on the edge portion where the tip of the screw thread portion engages with the main body. Is provided, and is provided as a base for turning on / off the light emission of the second UV light source depending on the open / closed state of the second lid portion with respect to the container.
A container with an automatic sterility function. In the container having the automatic sterility function according to claim 1 or 2 .
The electrical circuit comprises at least a controller (chip), a timer, a relay, charging power and a Bluetooth® module.
A container with an automatic sterility function. In the container having the automatic sterility function according to claim 1 or 2 .
The periodic sterilization time by the first UV light source can be freely set and adjusted, and is within 1 minute, and the optimum range is 10 to 20 seconds. The periodic sterilization time by the second UV light source is 3. The optimum range is 90 to 120 seconds within a minute.
A container with an automatic sterility function. In the container having the automatic sterility function according to claim 6 .
The container will also be equipped with a mobile device, which will set and adjust regular sterilization times once the preset built-in application is paired with the Bluetooth® module. can do
A container with an automatic sterility function. In the container having the automatic sterility function according to claim 1 or 2 .
With one or more first UV light sources provided on the second lid and irradiating toward the peripheral surface of the mouthpiece, it is necessary to completely irradiate the entire peripheral surface of the mouthpiece, and the quantity, the direction of arrangement, and the inclination angle are required. Shall be unrestricted
A container with an automatic sterility function. In the container having the automatic sterility function according to claim 1 or 2 .
A vertical annular surface is provided around the second lid portion, and one or more of the first UV light sources irradiating toward the peripheral surface of the mouthpiece are fitted in the vertical annular surface.
A container with an automatic sterility function. In the container having the automatic sterility function according to claim 1 or 2 .
A straw is provided at the mouthpiece.
A container with an automatic sterility function. In the container having the automatic sterility function according to claim 1 or 2 .
The container is provided in one of various sizes of bottles, cans, cups and tubs.
A container with an automatic sterility function .

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