KR20210146600A - Non-powered book holder and disinfection device including the same - Google Patents

Abstract

The present invention provides an apparatus for disinfecting books. The apparatus for disinfecting books according to the present invention comprises: a circular body forming a circular shape; a central axis serving as a center of circular motion of the circular body; a plurality of coupling parts located at positions spaced apart from the central axis by a predetermined length in a radial direction and fixing a book spreader to the circular body; a plurality of book spreaders which spread out the booklet to be disinfected obliquely with respect to a bottom surface of the body, are coupled to the coupling part while forming a first angle (θ_1), are formed as many as the coupling parts installed, and are formed in a radial direction with respect to the circular body; and a ventilation passage forming a flow passage of the wind blown from the bottom while forming a part of the circular body. The present invention has advantages of rotating the book holder in a circular motion without using a separate rotation motor and efficiently sterilizing or disinfecting the booklets present in an inclinedly unfolded state on the book holder during the rotation.

Description

Non-powered book holder and disinfection device including the same

The present invention relates to a non-powered book holder and a disinfection device including the same, and more particularly, to the inside of a book to be disinfected, wind and disinfecting agent components can efficiently contact to improve disinfection efficiency, A book holder that allows the opened booklets to be disinfected during the disinfection process to be rotated and moved inside the disinfection device without using a separate motor, and non-motorized power to efficiently disinfect a plurality of books by mounting and using such a book holder It relates to a disinfection device capable of rotating operation.

In recent years, modern people are experiencing a corona crisis that they could not have imagined before, and they have come to pay a lot of attention to situations that they have passed through in their daily life.

Today, school libraries, general libraries, book rental shops, kindergartens, etc. have a large number of books, and these books are available for direct reading to a large number of students or the general public or are loaned for a certain period of time.

In this process, the stored booklets are not properly managed, so they are dusty and contaminated by bacteria. can be

In order to prevent the damage caused by the contamination of these booklets, many prior art techniques have emerged.

Looking at these prior arts, mainly a plurality of booklets are erected and erected inside a single book disinfection device, and a reinforcement mechanism is mounted on the wall at a right angle to supply wind from the floor or to spread a plurality of booklets downward. And it has a shape that supplies wind from the bottom.

However, in the case of such a conventional book disinfection device, there is a side that does not efficiently utilize the given disinfection space therein, and the direction of the wind supplied from the floor and the direction of the inlay of the open book are parallel to each other or at right angles to each other. is in the direction

For this reason, the conventional book disinfection apparatus has a disadvantage in that the efficiency of sterilizing by directly penetrating the wind blown from the floor and the disinfecting agent supplied by riding the wind is low.

In addition, since the conventional book disinfection apparatus cannot properly utilize the wind power generated by the wind blown from the floor, there is a disadvantage that a motor must be used to rotate the books to be disinfected in a certain direction.

The prior art that has appeared so far is as follows.

Korean Patent Registration No. 10-984021 (Registration Announcement Date: September 28, 2010); Korean Patent Registration No. 10-10509766 (Registration Announcement Date: August 26, 2011); Korean Patent Registration No. 10-1070401 (Registration Announcement Date: 2011. 11. 5.); Republic of Korea Patent Registration No. 10-1116342 (Registration Announcement Date: 2012. 3. 9.); Korean Patent Registration No. 10-1119077 (Registration Announcement Date: 2012. 3. 16.); Korean Patent Registration No. 10-1169937 (Registration Announcement Date: August 6, 2012); Korean Patent Registration No. 10-1184073 (Registration Announcement Date: 2012. 9. 18.); Korean Patent Registration No. 10-1211029 (Registration Announcement Date: 2012. 12. 11.); Korean Patent Registration No. 10-1235178 (Registration Announcement Date: 2013. 2. 20.); Korean Patent Registration No. 10-1275536 (Registration Announcement Date: 2013. 6. 20.); Korean Patent Registration No. 10-1322272 (Registration Announcement Date: 2013. 10. 28.); Korean Patent Application Laid-Open No. 10-2014-68628 (Application Publication Date: June 9, 2014); Korean Patent Laid-Open Patent No. 10-2013-95462 (Application Publication Date: August 28, 2013).

The present invention is to solve the problems of the prior art, it is possible to improve the disinfection efficiency by efficiently contacting the wind and the disinfecting agent component into the inside of the booklet to be disinfected, and also disinfection in the disinfection process An object of the present invention is to provide a book holder that allows the opened booklets to be rotated and moved inside the disinfection device without using a separate motor.

In addition, another object of the present invention is to provide a disinfection apparatus capable of non-motorized rotational operation capable of efficiently disinfecting a plurality of books by mounting and using such a book holder.

The book holder according to the present invention,

A circular body made of a disk-shaped plate,

And a central axial rod coupled to the center (C) of the circular motion of the circular body;

A plurality of coupling parts that exist at positions spaced apart from the center (C) by a certain length in a radial direction and fix the book spreader to the circular body;

A booklet to be disinfected by being coupled to the coupling part at a first angle (θ ₁ ) is spread out obliquely with respect to the bottom surface of the body, is formed radially with respect to the circular body, and is formed at a second angle with components adjacent to each other It contains a number of book spreaders forming (θ _{2 ).}

The book holder configured in this way is formed in a part of the circular body or through a ventilation passage formed outside of the circular body, by a tornado coming up from the outside, the circular body is moved to the center of the circular body without power (C) ) as the axis of rotation, it is characterized in that it rotates while achieving a circular motion.

In addition, the present invention provides a sterilization apparatus including the book holder and capable of sterilizing booklets and the like while rotating the book holder without power.

Disinfection device by non-powered rotation according to the present invention,

A body having a front door installed and accommodating an object to be disinfected therein;

and the book holder mounted on the inside of the main body;

a blower unit located below the book holder and equipped with a plurality of blowers for generating wind;

A sterilizing device for spraying a sterilizing agent into the inside of the blower unit;

It is characterized in that it includes a control unit for controlling and adjusting the operating time and operating intensity of the plurality of blowers.

In addition, the present invention relates to a method of using a disinfection device,

A main body capable of accommodating an object to be disinfected therein, the book holder mounted inside the main body, and a blower unit located below the book holder and equipped with a plurality of blowers for generating wind; In the method of using the disinfection device comprising a control unit for adjusting and controlling the operation time and operation intensity of the plurality of blowers,

operating the plurality of blowers by the control unit,

The wind generated by the plurality of blowers and the disinfectant sprayed from the disinfection device are mixed, and the blower unit moves upward while generating a kind of tornado inside the blower unit, and the tornado is the book holder. You will be moved to the inside of the booklets spread out obliquely on the

The tornado moved to the inlay of the booklets performs a predetermined sterilization and disinfection action while touching the surface of the unfolded inlay of the booklets, and at the same time acts as a force to push the open booklets, thereby combining the booklets The book holder, which is causing it, is rotated in a circular motion.

Therefore, the present invention proposes a method of using a non-powered book disinfection apparatus, which was not expected at all in a conventional book disinfection apparatus, and it is possible to provide an efficient disinfection method by such a method.

In the present invention, since the disinfectant-containing booklets are spread out at a predetermined oblique angle with respect to the direction of travel of the disinfectant-containing wind, the wind containing the disinfectant rubs against the inlay surface of the booklets, and through this, the inside of the booklet It has the advantage of being able to disinfect more efficiently.

In addition, the present invention not only improves the disinfection effect of booklets, but also uses the power of a tornado formed in the disinfection process, so that the open booklets are rotated in a circular motion without using a separate rotation motor to achieve a uniform disinfection effect. There are also benefits that can be achieved.

1 is a cutaway view showing the main part of the book disinfection device of the present invention;
Figure 2 relates to a book holder of the present invention.
Figure 2a is a schematic perspective view of the circular body of the book holder;
Figure 2b is a perspective view of the coupling relationship between the circular body of the book holder and the central shaft;
Figure 2c is a perspective view showing the coupling relationship between the circular body of the book holder, the central shaft and the book spreader;
Figure 2d is a schematic diagram showing the coupling relationship of the first angle (θ _{1 ) of the book spreader,}
Figure 2e is a schematic diagram showing the coupling relationship of the second angle (θ _{2 ) of the book spreader,}
3 is a schematic view of a state in which the booklet is coupled to the book holder of the present invention;
4 is related to the coupling relationship of the blower of the present invention,
Figure 4a is a schematic diagram showing the coupling relationship of the third angle (θ _{3 ) of the blower,}
Figure 4b is a schematic diagram showing the mutual coupling relationship of the blower and the blower;
5 is a conceptual diagram of a coupling relationship between the bookholder and the blower of the present invention;
6 is a perspective view of a coupling relationship between the book holder and the blower of the present invention;
7 is a cutaway view showing the main part of the book disinfection device of the present invention,
Figure 8 shows the appearance of the book disinfection device as one of the embodiments of the present invention.

Hereinafter, the present invention will be described more specifically and in detail. Specific numerical values or specific examples provided in the present invention are preferred embodiments of the present invention, and are only for explaining the technical idea of the present invention in more detail, and it is clear that the present invention is not limited thereto. In addition, in the specification of the present invention, detailed description of parts that are known in the art and can be easily created by those of ordinary skill in the art will be omitted. In addition, in the present invention, the upper or lower portion means a portion located in the upper or lower direction with respect to the reference surface or the bottom surface, and the radial means a portion serving as a central axis at the center of the reference. It means a shape or such a state extending in the circumferential direction.

The present invention is to mount the booklet to be disinfected inside the disinfection device, to allow the mounted booklet(s) to be unfolded obliquely while forming a predetermined angle, and to rotate without using a separate rotary motor. It provides a book holder 100 that can be.

The book holder 100 according to the present invention includes a circular body 110 having a circular shape as a whole.

The circular body 110 may be formed by processing a plate material, or may be formed using a molding machine. The plate material is preferably a metallic material. The circular body 110 is necessary in order to mount or combine as many book spreaders as possible most efficiently in a given internal space.

It is preferable that the circular body 110 includes micropores (not shown) through which a tornado blows from the bottom thereof passes. In the accompanying Figures 2a to 2c, the micropores are not shown and a metal plate is used as it is, but this is only one of the embodiments, and more preferably, it is good to form micropores. This is because the tornado contains a sterilizing agent, so that the tornado that has passed through the micropores directly touches the booklets 10 to be sterilized and disinfected.

The book holder 100 includes a central shaft rod 120 coupled to the center (C) of the circular motion of the circular body 110 .

The center (C) of the circular body 110 is a shape protruding upward convexly in the accompanying Figures 2a to 2c, but it may be configured to be flat, or may be manufactured in a shape that is dug down in the downward direction.

The central shaft rod 120 is preferably composed of the lower end of the simple fixing portion 122, while the upper end is composed of the idling fixing portion (124). The simple fixing part 122 allows the central shaft rod 120 to be coupled to the circular body 110, so that when the central shaft rod 120 rotates, the circular body 110 also rotates at the same time. . On the other hand, while the idling fixing part 124 fixes the central shaft rod 120 to the upper wall surface existing thereon, even when the circular body 110 and the central shaft rod 120 rotate. , allowing it to remain fixed to the upper wall. The idling fixing part 124 is preferably provided with a bearing therein in order to ensure a smoother and more efficient rotational movement.

The book holder 100 includes a plurality of coupling portions 130 located at positions spaced apart from the central axis 120 by a predetermined length in a radial direction. The coupling part 130 performs a function of fixing the book spreader 140 to the circular body 110 . When fixing the book spreader 140, it is important to fix the coupling part 130 at an angle by forming the book spreader 140 at a certain angle rather than standing upright with respect to the ground. An angle between the coupling part 130 and the bottom surface of the circular body 110 may be referred to _{as a first angle θ 1 .} The coupling part 130 may be directly fixed to the body 110 or a separate coupling member may be used to fix the book spreader 140 in an inclined manner by forming a predetermined angle with respect to the ground.

The book holder 100 includes a book spreader 140 that spreads the booklet 10 to be disinfected at an angle with respect to the bottom surface of the circular body 110 .

The book spreader 140 has a body part 142 that opens the inner sheet of the booklet 10 in both directions, and a lower end 144 that couples the book spreader 140 with the coupling part 130 or a separate coupling member. ) is included. The body portion 142 may have a circular or rectangular cross-section, and the upper end thereof may be finished in a straight line, but the stopper 146 is bent in the opposite direction in which the booklet 10 is formed. It is good to be able to hold it well in the unfolded state. It is preferable that the book spreader 140 forms a stopper 146 supporting the booklet 10 so as not to slide down to the bottom of the body 142 in the unfolded state. The stopper 146 prevents the booklet 10 from sliding downward along the body portion 142 in an inclined state.

The book spreader 140 is coupled while forming a _{predetermined first angle θ 1} with respect to the bottom surface of the body 110 . The first angle θ ₁ is preferably in the range of 30 degrees to 80 degrees. When the first angle (θ ₁ ) is an angle smaller than 30 degrees, the booklet 10 is spread too low with respect to the ground, and the length of the body portion 142 of the book spreader must be lengthened, For this reason, since the internal space of the book disinfection device must be formed large, it is not preferable in terms of space utilization. On the other hand, when the first angle (θ ₁ ) is greater than 80 degrees, the booklet 10 is almost upright with respect to the ground, and this results in the wind and the disinfectant by blowing the efficiency of contacting the inside of the booklet is lowered, which is undesirable. The first angle θ ₁ may vary depending on a booklet or object to be disinfected.

The first angles θ ₁ formed by the book spreader 140 may all be uniformly formed, or may be formed at different angles with respect to each book spreader. To this end, the first angle θ ₁ may be formed by selecting an appropriate angle depending on the object to be spread and sterilized therein. For example, the first book spreader forms a first angle of 70 degrees, while the second book spreader forms 60 degrees and the third book spreader forms 45 degrees.

The book spreader 140 is coupled to the circular body 110 , and the coupled number is the same as the installed number of the coupling unit 130 . This means that the book spreader 140 is coupled to the coupling unit 130 in a direct manner or in an indirect manner.

The book spreader 140 is radially formed with respect to the circular body 110 , and forms a second angle θ _{2 with} other book spreaders 140 adjacent to each other. It said second angle (θ ₂₎ means the angle coupling North spreader 140 are mutually radially between adjacent components to each other are formed in a plurality. Accordingly, it is obvious that the book spreader 140 cannot be formed in a single number, but is necessarily formed in two or more.

In the present invention, _{the first reason for forming the second angle θ 2} is to efficiently arrange the largest number of book spreaders 140 in the same space. This means that the book holder 100 according to the present invention is closely related to the radial arrangement of the book spreader 140 .

The second reason for forming the predetermined angle θ ₂ is to radially arrange the book spreader 140 and use a tornado from the plurality of blowers 222 by the arrangement structure to separate rotation. This is to enable the book holder 100 to be rotated without power without using a motor.

The second angle θ ₂ is 30 degrees to 180 degrees, more preferably 60 degrees to 120 degrees. The second angle θ ₂ means an angle formed between the book spreader 140 and another book spreader 140 disposed next to it. can also be formed. According to how the second angle θ ₂ is to be formed, the number of installations of the coupling part 130 and the book spreader 140 is determined.

The second angle θ ₂ may be formed evenly and uniformly. For example, when the angle is 120 degrees, three book spreaders 140 are formed, when the angle is 90 degrees, four book spreaders 140 are formed, and when the angle is 60 degrees, the book spreader 140 is formed 6 will be formed.

However, the second angle θ ₂ is not necessarily limited to being evenly and uniformly formed, and may be formed at different angles, respectively. For example, it may vary depending on the object to be disinfected. When four book spreaders 140 are formed, 90 degrees - 105 degrees - 80 degrees - 85 degrees can be formed, and the book spreader 140 is an odd number. In the case of forming five, it can be formed at 70 degrees - 75 degrees - 65 degrees - 70 degrees - 80 degrees.

The book holder 100 configured in this way forms a part of the circular body 110 or through the ventilation passage 150 formed on the outside of the circular body 110, by a tornado coming up from the outside, the circular shape It is characterized in that the body 110 is rotated while making a circular motion using the center (C) of the circular body as a rotation axis without power.

In addition, the present invention provides a sterilization apparatus 200 that includes the book holder 100 and can sterilize booklets and the like while rotating the book holder 100 in a circular motion without power.

1 and 8 show a disinfection apparatus 200 according to the present invention.

The disinfection apparatus 200 by non-motorized rotation according to the present invention includes a main body 210 having a front door 11 installed therein and accommodating an object to be disinfected therein. The main body 210 may insert or take out an object to be disinfected therein through the front door 11 . The object to be disinfected is that the most common article is a book, and in addition to that, it may include children's toys, small items, or small products to be sterilized or disinfected among general household items.

The disinfection apparatus 200 by non-motorized rotation according to the present invention includes the book holder 100 mounted inside the main body 210 . The book holder 100 is created to simultaneously disinfect or sterilize a plurality of books to be sterilized, and as described in detail above, the circular body 110 and the circular body 110 coupled to the center C It includes a central axial rod 120 , a coupling part 130 located at a position radially spaced apart from the center C, and a plurality of book spreaders 140 coupled to the coupling part 130 .

The disinfection apparatus 200 by non-motorized rotation according to the present invention includes a part of the circular body 110 or a ventilation passage 150 existing outside. The ventilation passage 150 is a space through which air or a tornado moves, and functions as a passage through which air or a tornado formed in the blower unit 220 passes.

Although the accompanying drawings illustrate that the air passage 150 is formed on the outside of the circular body 110 , it is natural that fine pores can be formed directly in the circular body 110 .

The disinfection apparatus 200 by non-motorized rotation according to the present invention includes a blower unit 220 located below the book holder 100 .

The blower unit 220 is equipped with a plurality of blowers 222 that generate wind by electric energy supplied from the outside. It is preferable that a plurality of blowers 222 are installed inside the blower unit 220 . Each blower 222 is not coupled in an upright state with respect to the bottom surface therein, but is preferably coupled while forming a _{predetermined third inclination angle (θ 3 ).}

The disinfection apparatus 200 by non-motorized rotation according to the present invention includes a disinfection apparatus 224 that sprays a disinfectant to the inside of the blower unit 220 . It is preferable that the disinfection device 224 has a disinfectant or sterilizing agent embedded therein, and has a function of spraying the disinfecting agent or sterilizing agent for disinfection operation. The disinfection device 224 may be installed inside the blower unit 220 , or installed outside the blower unit 220 , and may be configured to send a disinfectant to the inside of the blower unit 220 . In the accompanying drawings, it is exemplarily shown that the disinfection device 224 is installed inside the blower unit 220 .

The blower unit 220 is configured such that the wind generated by the blower 222 and the disinfectant or disinfectant sprayed from the disinfection device 224 are mixed with each other to form mixed air having sterilization or disinfection performance. does it The disinfection device 224 may be operated by itself, such as an air freshener sprayer, or may be controlled by the controller 250 . It is natural that natural fragrance harmless to the human body can be used for the sterilizing agent.

The third inclination angle (θ ₃ ) of the blower 222 is preferably 30 to 80 degrees with respect to the bottom surface. When the third inclination angle θ ₃ is 30 degrees or less, the direction of the wind traveling by the blower 222 is too low, which is not preferable. On the other hand, when the third inclination angle (θ ₃ ) is 80 degrees or more, the direction of the wind traveling by the blower 222 is almost upright, so when the booklet 10 is reached, the booklet 10 ) is undesirable because the force pushing them in one direction is too small.

_{The reason for forming the third inclination angle θ 3} with respect to the floor surface of the blower 222 is to generate a whirlwind that is directed upward from the inside of the blower unit 220 .

The process of forming the tornado will be described as follows. First, the wind generated from the blower 222 proceeds in an inclined upward direction. In addition, the wind also proceeds in the same inclined upward direction in the other blower 222 adjacent thereto, and also in another blower 222 adjacent thereto, the wind also proceeds in the same inclined upward direction. In this way, since the winds generated by the blowers 222 adjacent to each other continuously proceed in an inclined upward direction at a constant distance from each other, this mechanical arrangement structure and the hydrodynamic structure generated in the continuous flow process of the fluid Accordingly, a series of tornadoes that move upward in the internal space of the blower unit 220 as a whole are formed. The prior art so far did not show a state in which a plurality of blowers 222 are installed to be inclined at a third angle as in the present invention, nor did they show a state in which they combine to generate a tornado.

The whirlwind formed in this way passes through the ventilation passage 150 and reaches the book spreader 140 while pushing it in an inclined direction with respect to the booklets 10 spread downward. The wind reaching the booklet 10 pushes the booklet 10 in an inclined direction, and by the pushing force, the booklet 10 moves slowly while receiving a force in one direction.

As a result, the force of the tornado blowing from the plurality of blowers 222 leads to the open book 10 of the book holder 100 coupled to the circular body 110, and on the one hand, the booklet ( 10) while sterilizing and sterilizing, on the other hand, by pushing the booklets 10 in one direction, the book holder 100 is moved to the center of the central shaft rod 120 of the body without using a separate motor. This makes it possible to perform a rotational circular motion.

Therefore, the invention according to this patent application can rotate the book holder 100 mounted with a plurality of booklets 10 in an unfolded state without power without using a rotating motor inside the disinfection device. It can be seen that there will be

The disinfection apparatus 200 by non-motorized rotation according to the present invention includes a control unit 250 for adjusting and controlling the operation time and operation intensity of the plurality of blowers 222 . The control method by the controller 250 may be performed in a conventional manner.

In addition, the control unit 250 may control the spraying amount and spraying time of the disinfectant or disinfectant that is commonly used according to programmed conditions. This can also control commonly used ultraviolet sterilizing lamps or negative ion generators.

In addition, the control unit 250 may include an input unit for the user to input operating conditions necessary for disinfection of the booklet, and a display unit for externally showing information that is operated using a disinfectant or the like according to the input information. Since such an input unit and a display unit may be implemented in a conventional manner, a detailed description thereof will be omitted.

The disinfection apparatus 200 by non-motorized rotation according to the present invention may be implemented based on the book holder 100 when the object to be disinfected is a booklet 10 centered on documents, but in addition to the booklet, children are mainly It is possible to sterilize toys, etc. in use, and to sterilize learning tools used in elementary school, kindergarten, or at home. For example, if you want to disinfect or sterilize children's items such as automobiles, airplanes, or dolls, rather than spreading them out like a booklet, you can operate the book spreader 140 without coupling it. .

In addition, the disinfection apparatus 200 by non-motorized rotation according to the present invention may further include a storage unit 230 for storing the object to be disinfected under the blower unit 220 . The storage unit 230 may store items before disinfection, but may also be used as a place to temporarily store items that have been disinfected if necessary. The storage unit 230 may be manufactured and utilized in a cartridge type or a drawer type.

In addition, the disinfection apparatus 200 by non-motorized rotation according to the present invention may additionally install an ultraviolet sterilization lamp and an anion generator. The ultraviolet sterilizing lamp and the negative ion generator may be controlled by the controller 250 . Since these items are generally used, a detailed description thereof will be omitted.

In addition, the present invention relates to a method of using the disinfection device (200).

As described above in detail above, the disinfection apparatus 200 according to the present invention includes a main body 210 that can accommodate an object to be disinfected therein, and the book holder 100 mounted inside the main body 210 . ), a blower unit 220 located below the book holder 100 and equipped with a plurality of blowers 222 for generating wind, and an operating time and operating strength of the plurality of blowers 222, etc. It includes a control unit 250 to adjust and control.

The user spreads an object to be sterilized on the book holder 100 inside the main body 210 , and inputs necessary information into the control unit 250 . The user operates the plurality of blowers 222 through the control unit 250 .

Each of the plurality of blowers 222 generates a wind, and the wind proceeds upward while having a slightly inclined direction in one direction. It will form a shape that creates a whirlwind. At this time, it is natural that the tornado contains the disinfectant or disinfectant provided by the disinfection device.

The tornado generated by the plurality of blowers 222 passes through the blower passage 150 and moves to the booklets 10 inclined on the book holder 100 . Some of these tornadoes also push the cover of the booklet 10 , but the other part moves to the inside of the booklet 10 .

At this time, while a portion of the tornado reached the booklets 10 pushes the outer cover of the booklet in one direction, the tornado moved to the inner part of the booklet is, While performing a predetermined sterilization action while touching the surface, it also acts as a force pushing the booklets 10 in one direction.

As a result, the whirlwind reaching the booklet 10 acts as a force pushing both the booklet 10 in one direction on the outer cover and the inner paper, so that the booklet 10 is pushed in one direction. and, thereby, the book holder 100 coupling the booklets 10 is rotated in a circular motion.

Therefore, it is said that the present invention is to realize a method of using a non-powered book disinfection apparatus, which was not expected at all in the conventional book disinfection apparatus.

In the above, the non-motorized rotating book holder according to the present invention, the disinfection apparatus including the same, and the method for using the same have been specifically presented. It should not be construed as being limited to being applied only to one item.

In addition, it will be clear that any person skilled in the art may make various modifications and imitations according to the description of the present invention, but this is also not outside the scope of the present invention.

100: book holder, 110: circular body,
120: central shaft rod, 122: simple fixed part,
124: idling fixing part, 130: coupling part,
140: book spreader, 142: body part,
144: lower part, 146: stopper,
150: ventilation passage
200: disinfection device, 210: main body,
220: blower unit, 222: blower,
230: storage unit, 250: control unit,
θ ₁ : first angle, θ ₂ : second angle,
θ ₃ : third angle

Claims (9)

a circular body made of a disk-shaped plate;
a central axial rod coupled to the center (C) of the circular motion of the circular body;
a plurality of coupling portions positioned radially apart from the center (C) by a predetermined length and fixing the book spreader to the circular body;
A booklet to be disinfected by being coupled to the coupling part at a first angle (θ ₁ ) is spread out obliquely with respect to the bottom surface of the circular body, is formed radially with respect to the circular body, and is formed in a second direction with the adjacent components A plurality of book spreaders forming an angle (θ _{2 );} contains,
The circular body rotates in a circle using the center (C) of the circular body as a rotation axis by a whirlwind coming up from the outside through a ventilation passage formed in a part of the circular body or formed outside the circular body A book holder, characterized in that it rotates while achieving motion.
The method of claim 1,
Wherein the lower end of the central shaft bar is composed of a simple fixing part, the book holder, characterized in that the upper end is formed as an idle fixing part.
The method of claim 1,
The first angle (θ ₁ ) is an angle formed between the bottom surface of the circular body and the book spreader, characterized in that it is in the range of 30 degrees to 80 degrees, book holder.
The method of claim 1,
The second angle (θ ₂ ) is an angle formed between the book spreader and another book spreader adjacent thereto, and is characterized in that it is in the range of 30 degrees to 180 degrees.
The method of claim 1,
The tornado is
A plurality of blowers 222 installed inside the blower unit 220 are generated by forming _{a third angle θ 3 with the bottom surface,}
The third angle (θ ₃ ) Book holder, characterized in that forming 30 to 80 degrees with respect to the bottom surface.
A body having a front door installed and accommodating an object to be disinfected therein;
a book holder mounted on the inside of the main body;
a blower unit located below the book holder and equipped with a plurality of blowers for generating wind;
and a control unit for adjusting and controlling the operation time and operation intensity of the plurality of blowers,
At this time, the book holder
a circular body made of a disk-shaped plate; a central axial rod coupled to the center (C) of the circular motion of the circular body; a plurality of fixing parts located at positions spaced apart from the center by a predetermined length in a radial direction from the center (C) and fixing the book spreader to the circular body; The booklet to be disinfected by being coupled to the fixing part at a first angle (θ ₁ ) is spread out obliquely with respect to the bottom surface of the circular body, is formed radially with respect to the circular body, and is formed in a second direction with the adjacent components A plurality of book spreaders forming an angle (θ _{2 );} contains; Forming a part of the circular body or through a ventilation passage formed on the outside of the circular body, the circular body rotates in a circular motion using the center (C) of the circular body as a rotation axis by a whirlwind coming up from the outside. to be rotated while forming; second
Characterized, book sterilizer.
7. The method of claim 6,
The blower unit is equipped with a plurality of blowers,
The blower is not coupled in an upright state with respect to the inner bottom surface, but is coupled while forming _{a third inclination angle (θ 3 ),}
The third inclination angle (θ ₃ ) is a book disinfection device, characterized in that it forms 30 to 80 degrees with respect to the floor surface.
7. The method of claim 6,
The blower unit combines a plurality of blowers at a third inclination angle (θ ₃ ), changes the force of the wind generated thereby to a tornado, and leads the tornado to the booklets through the ventilation passage, so that the booklet A device for disinfecting books, characterized in that the books are pushed in one direction and thereby the book holder is rotated in a non-motorized circle without using a separate motor.
A main body capable of accommodating a disinfectant object therein, the book holder mounted inside the main body, and a blower unit located below the book holder and equipped with a plurality of blowers for generating wind; In the method of using a disinfection device comprising a control unit for adjusting and controlling the operating time and operating intensity of a plurality of blowers,
operating the plurality of blowers by the control unit,
As the wind generated by the plurality of blowers is changed into a tornado, it moves to the booklets in a state of being inclined in the book holder,
The whirlwind moved to the booklets moves the booklets in one direction while moving to the outer cover of the booklets and the unfolded inlay therein,
As the booklets are pushed in one direction, the book holder is pushed in one direction, resulting in a circular motion about its central axis,
A method of rotating the book holder in a circular motion without power, characterized in that the book holder is rotated in a circular motion.

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