KR100552623B1 - Portable Sterilization Device - Google Patents

Abstract

  The present invention relates to a portable sterilizer, the main characteristics of the present invention is mainly equipped with a sterilization means such as ultraviolet rays, ozone generators, portable and easy to carry, regardless of the place, such as personal hygiene and can be widely used for various purposes and uses, etc. As the sterilizer (in the present invention, means a sterilization in a broad sense including the concept of disinfection),

   Body part 1 and sterilization part 12 configured to be folded and unfolded as a hinge part 5 by a stand part 11 having a flat bottom surface and a sterilization part 12 where sterilization means 2 are installed. ) Is sterilized means (2) is linked to the scanning device unit 6 and configured to scan the slide reciprocating movement to enable the scanning (Scan) operation to electrically control the scanning device unit 6, sterilization means (2) Main control unit 3, the power supply device 4 for supplying power to the sterilization means (2),

The sterilization means (2) is provided with a separate sterilization unit (14) to one side of the sterilization unit (14) to form a storage chamber 15 to be fitted to detachable to combine.

  Sterilizer, Sterilizer, Portable Sterilizer, Portable Sterilizer, Sterilizer, Sterilizer

Description

  Portable Sterilization Device

  1, 1a is a cross-sectional view showing an embodiment of the present invention

Figure 2 is a cross-sectional view of the folded state of the present invention

3 and 3a is a main portion excerpt cross-sectional view and perspective view of the excerpt of the present invention

Figure 4 is a cross-sectional view showing some other embodiment of the present invention

5 is a cross-sectional view showing another embodiment of a part of the present invention;

6 is a cross-sectional view showing another embodiment of a part of the present invention;

7 and 7a is a cross-sectional view and a main part excerpt showing another embodiment of the present invention.

       ☞ Explanation of the major symbols used in the main part of the drawing ☜

1; body part

2; sterilization means

3; control unit

4; power supply

5; hinge part

6; scanning unit

7; cable

8; Desorption means

  The present invention relates to a portable sterilizer, the main characteristics of the present invention is mainly equipped with a sterilization means such as ultraviolet rays, ozone generators, portable and easy to carry, regardless of the place, such as personal hygiene and can be widely used for various purposes and uses, etc. A sterilizer (in the present invention means sterilization in a broad sense including disinfection concepts).

  Hyundai is exposed to various pollutants due to environmental pollution, which is getting worse day by day, and as external activities are gradually increasing, the prevention and measures for personal hygiene have not been properly performed. There is a high level of concern, and therefore, development of portable sterilizers (eg, sterilizers) has been required to further thorough personal and living hygiene from various contaminants.

  In accordance with this demand, various types of sterilizers have been developed.

  However, conventional sterilizers using sterilization means such as UV and ozone were fixedly installed in refrigerators, toothbrush storages, shoe storages, etc. for specific places or specific objects. This means sterilization and disinfection of specific items or tools. It was limited to doing.

  On the other hand, while eliminating the disadvantages of the above-described sterilizer has been developed a personal portable sterilizer to enable a more portable and portable hygiene.

 (Reference: Registered Utility Model Publication 20-238573, Donggong 20-0253606, Donggong 0254356, Donggong 0257478, Donggong 20-030351, etc.)

  Existing sterilizers with such mobility are portable and can be used to move them to promote cleaner hygiene and provide advantages such as relatively easy to use in corners of the room. It did not provide a portable structure that can be easily carried as a standard.

  In particular, since the sterilization range is limited to the standard of the sterilization means (ultraviolet lamp size), in order to apply a wide sterilization range, it is necessary to have a sterilization means having a relatively large standard, which is not suitable for portable use. It was unreasonable to make a product.

  Therefore, in the present invention, it is not only easy to carry as it is relatively small, but also easy to carry, and it is possible to apply a relatively wide sterilization range even with a small size. It is intended to provide a portable sterilizer that can be widely used for various purposes and purposes, such as being individually used by customers in businesses.

  1 is a cross-sectional view showing an embodiment of the present invention, Figure 2 is a folded state cross-sectional view of the present invention,

3 is an excerpt of the main portion of the present invention,

  The present invention provides a sterilizing means (2) having a body portion (1) consisting of a folding and folding type, a scanning device portion (6) to enable a scanning operation on one side of the body portion (1), and a sterilizing means ( 2) the control unit 3 for electrically controlling the power supply and the power supply device 4 for supplying power to the sterilization means 2, the bar of the present invention will be described in detail as follows. .

  Body portion (1) is composed of a stand (Stand) portion 11 and the sterilization portion 12, the stand portion 11 is a bottom portion is a rather wide plane to be able to stand on a flat place and the like.

  In addition, the upper end of the stand portion 11 has a structure that can be folded and unfolded in one direction as shown in the illustrated example by combining the sterilization portion 12 as the hinge portion 5 to the angular movement.

  The stand part 11 includes a control part 3 formed of a circuit board (PCB) 31 or the like therein, and a power supply device 4 is installed therein, and the control part 3 is a sterilization part 12. Power supply

A controller for controlling and the like is installed and connected to the display unit 32 for setting and selecting an operating time, scanning and stopping mode of the sterilizing means 2 and displaying a current state.

  In addition, one side of the stand portion 11 is provided with a scanning control switch 33 for controlling the scanning operation and speed of the sterilization means 2, and automatically supply and cut off power as the sterilization portion 12 is folded and deployed. The automatic power switch 34 is built in.

  The display unit 32 may be implemented by various means such as an LCD screen or a touch pad, and the scanning control switch 32 and the auto power switch 34 may also be variously implemented as push buttons or touch buttons. As such, the switching means or the display portion 32 of the present invention can be implemented without being limited or restricted to a specific switch or display means.

  The control unit 3 will have a built-in electronic ballast, such as when using an ultraviolet lamp, laser diode, ozone generator, etc. as sterilization means (2), Voice IC Chip (Voice IC Chip) for voice guidance ( 35 may be built in to guide the progress and completion of the sterilization process by voice, and the controller 3 is naturally provided with a power switch 36.

  On the other hand, the power supply device 4 is a battery 41 is built in to supply power to the control unit 3, etc., the battery 41 of the power supply device 4 is to be of course replaceable, charging It is desirable to have a built-in battery for repeated use.

  The battery 41 can be charged by using a charging jack (not shown) like other electric products or by automatically connecting with a charging terminal of a charger having an electric charging circuit to ensure portability. Of course it can be done,

  Naturally, the power supply device 4 may be provided with a separate AV adapter in the stand unit 11 in addition to the above-described DC power supply.

  The sterilization part 12 which is folded and extended as the hinge part 5 on the upper part of the stand part 11 is a scanning device part which consists of a linear reciprocating motion device 61 which converts the rotational motion of the motor 62 into a linear reciprocation motion inside. 6, the operation bar 21 of the sterilization means (2) interlocked with the linear reciprocating movement device 61 is slide-operated to one side cover (13).

  The sterilization means 2 installed on the cover 13 side of the operation bar 21 may be variously implemented as a laser diode, an ultraviolet lamp, an ozone generator, an anion generator, etc.

  On the sterilization unit 12, a sensing sense 37, which may be implemented by an optical sensor, is installed to detect an object approaching the sterilizing means 2 and automatically operate the sterilizing means 2.

  In addition, one side of the sterilization unit 12 is inserted and detached by inserting a separate sterilization storage unit 14 to form a storage chamber 15 in front of the sterilization unit 12 is installed, as shown in Figure 1a. It is configured to be able to sterilize by inserting a cutlery or the like as shown in the example shown in the storage chamber 15 formed by the sterilization storage unit 14, when the user needs various personal items that need to be sterilized while carrying It can be sterilized and used to provide more convenient usability for personal hygiene.

  In addition, the linear reciprocating motion device 61 for performing a scanning operation by linearly reciprocating the operation bar 33 may be variously implemented as shown in the examples, which will be described below.

  3 and 3A show an example using a cam mechanism 63 for mounting a groove cam and an eccentric cam 64 and 64a on the motor 62 and converting rotational motion into linear motion. In one embodiment, the end guide 22 of the operation bar 21 is guided and interlocked on the cams 64 and 64a.

  The inner working bar 21 of the sterilization unit 12 is elastically coupled to the spring 23 to facilitate the reciprocating motion of the operating bar 21, the spring 23 can be omitted.

  FIG. 4 shows a case where the linear reciprocating motion device 61 of the scanning device part 6 is implemented with the crank rod 65 in the present invention, which is also the end of the operating bar 21 of the motor 62. By connecting the drive shaft and the crank rod 65 so that the operating bar 21 is a straight reciprocating motion, as described above, the linear reciprocating motion device 61 for the operation of the operating bar 21 is limited to the above-described example. It can be implemented by various equivalent means.

  On the other hand, the cable 62 for connecting the motor 62 and the sterilizing means 2 for driving the linear reciprocating device 61 and the control unit 3 and the like of the stand portion 11 is a hinge portion as shown in the illustrated example. It can be carried out by connecting through the shaft hole 51 of (5) or using a separate contact cable.

  FIG. 5 shows an example in which the sterilization means 2 is completely exposed by omitting the cover 13 of the sterilization part 12.

  Sterilization is performed in the state where the sterilization means 2 is exposed in all directions by removing the cover 13 covering one side of the sterilization means 2, in which case the cover 13 is omitted, the sterilization range. In this case, one side of the sterilization unit 12 is opened in a state in which the sterilization unit 12 is folded into the stand unit 11, which may be used even in a small volume folded structure. .

  In addition, Figure 6 is provided with a desorption means (8) on one side of the operation bar 21 in the present invention to replace and use the sterilization means (2) by the user according to sterilization purposes or sterilization targets, etc. The laser diode, ultraviolet lamp, ozone generator, etc. can be used arbitrarily selected.

  That is, as shown in the example shown on the end of the operating bar 21 and the sterilization means (2) by having a detachable means (8) made of a screw tightening cap 81 and the like of the male and female so as to be mutually detachable coupling (sterilization means ( 2) can be exchanged for use.

  The desorption means 8 is also not limited to the illustrated example and may be variously implemented by various equivalent means.

  7 and 7a illustrate another embodiment of the present invention as an example, wherein the control unit 3 and the power supply device 4 are formed inside the stand unit 11a in the form of a handle that can be held by hand. The back portion is built, and one side of the stand portion 11a forms a sterilization portion 12a in a form in which the entire surface is expanded to form a body portion 1a of the sterilizer in a shape similar to a hair drier.

  When the sterilizer is configured in the shape of a hand dryer, it can be easily held by one hand because it is easy to grasp, and when it is configured to be folded as the hinge portion 5, it can be provided with ease of portability.

  The sterilization means 2 formed in the sterilization part 12a is different from the sterilization means 2 in the above-described example, so that the sterilization part 12a is scanned in the orthogonal direction with respect to the body. It consists of the same scanning apparatus 9.

  That is, the scanning device 9 couples one end of the rotary link 94 having the guide hole 95 to the drive shaft 93 of the motor 91 having the reducer 92, and the rotary link 94. The operating bar 98 coupled to the guide hole 95 of the sterilization means 2 is coupled to the flow state, the operation bar 98 is vertically guided to the linear motion guide hole 97 of the linear motion guide frame 96 By combining to guide in the vertical direction sterilization means (2) is to enable the scanning operation in the vertical direction.

As the rotary link 94 rotates in operation, the operation bar 98 coupled to the guide hole 95 of the rotary link 94 and the linear motion guide hole 97 of the linear motion guide frame 96 rotates. The vertical movement of the vertical movement by the linear motion guide hole 97 while being moved up and down in accordance with the guide hole (95) of the rotary link (94).

  Of course, the above-described scanning device 9 is also not limited to the illustrated example, and may be variously implemented with various linear reciprocating motion devices 62 and the like.

  The present invention constituted as described above has the advantage that it can be easily carried and used as a small volume, and in particular, the sterilizing means (2) of a small standard can be used as a scanning function to enable a wide range of sterilization operations. Again referring to the techniques and means that are as follows.

  The sterilization part 12 including the linear reciprocating motion device 61 made of a cam device 63 or the like is sterilized by a scanning operation by a sterilizing means 2 such as a laser diode, an ultraviolet lamp, an ozone generator, and the like. Since it can be used as a sterilization means (2) of a small standard can be used in a wide range of sterilization, it is possible to obtain economic benefits, such as a reduction in manufacturing costs.

  In addition, since it can be carried in a small standard that can be folded and unfolded, it is extremely easy to use according to portability and mobility.

   In addition, the present invention is provided with a detachable means (8) as shown in Figure 6 by providing a selection function that the user can arbitrarily select and use the sterilization means (2) without depending on the specific sterilization means (2) By using the sterilization means (2) optimally according to the object, etc., it provides excellent sterilization efficiency and the like with its usability.

  Although the present invention has been described above by way of exemplary embodiments, the present invention is not limited to the elements and the like disclosed in each component, but any number of technologies, materials, designs, shapes, and mechanisms that are known or existing, It may be implemented using equipment, structures, techniques, and should not be construed as limited to the drawings and techniques disclosed above.

  As described above, the present invention is not used in a specific place but can be used regardless of a place because of its portability, which can provide greater benefits to personal hygiene, and is easily accessible due to its mobility. It also provides the advantage of being easy to use even in the dark places of indoor spaces,

  In addition, it is possible to use a wide range of sterilization range in a relatively small standard, so that the power consumption is low, not only the portability is extremely excellent, but also provides an economic benefit that greatly reduces the production cost.

Claims (12)

   In constructing a portable sterilizer,   A sterilizing part 12 and a stand part 11 provided with sterilizing means 2 and a body part 1 configured to fold and unfold as a hinge part 5;   A sterilizing unit 12 in which a sterilizing means 2 is interlocked with the scanning device unit 6 and scans while the slide is reciprocated;   Display unit 32 for setting and selecting the operating time, scanning and stop mode of the sterilization means 2 and displaying the current state, and scanning control switch 33 for controlling the scanning operation and speed of the sterilization means 2, sterilization Automatic power supply switch 34, the audio chip 35, the power switch 36, the control unit 3 and the line connected to them, and charging battery to automatically supply and cut off power as the unit 12 is folded and deployed. Portable sterilizer, characterized in that consisting of a stand portion (11) comprising a power supply (4) having an 41 and an AV adapter.   The method of claim 1,  Sterilizing means (2) is a portable sterilizer, characterized in that consisting of a laser diode.   The method of claim 1,   Sterilizing means (2) is a portable sterilizer, characterized in that made of an ultraviolet lamp.   The method of claim 1,   Sterilization means (2) is a portable sterilizer, characterized in that consisting of an ozone generator.   The method of claim 1,   The sterilizer 12 is a portable sterilizer, characterized in that it has a sense sense (37) for operating the sterilization means (2) by detecting a near object.    The method of claim 1,    The scanning device unit 6 is characterized in that the cam device 63 is interlocked with the motor 62 is composed of a linear reciprocating movement device 61 is connected to the operation bar 21 of the sterilization means (2). Portable sterilizer.   According to claim 6, wherein the linear reciprocating movement device 61 of the scanning device (6) is connected to the crank rod (65) interlocked with the motor (2) in conjunction with the operation bar 21 of the sterilization means (2) Portable sterilizer, characterized in that configured by.  The portable sterilizer according to claim 1, wherein the sterilizing means (2) is provided with a detachable means (2) which can be detachably coupled from the operation bar (2).   The method of claim 1, wherein the sterilization means (2) is a portable sterilizer, characterized in that the sterilization unit (12) provided with one side of the sterilization unit (14) forming the storage chamber 15 is fitted to be detachable and combined. .   The method of claim 1, wherein the stand portion (11a) is formed in the form of a handle that can be held by hand, and the sterilization portion (12a) is formed on one side of the front is expanded to form a sterilizer in the shape of a hair dryer (Hair Drier) , The sterilization means (2) is formed in the sterilization part (12a) and the guide hole 95 and the linear motion guide frame 96 of the rotary link 94, one end of which is coupled to the drive shaft 93 of the motor 91 Portable sterilizer, characterized in that configured to be coupled to the operation bar (98) to be guided to move in the vertical direction of the linear motion guide hole (97) to operate scanning in the vertical direction. delete delete

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