JP2011250783A - Books disinfection machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a books disinfection machine which can, of course not only easily set down books desired to be disinfected but also describe disinfection efficiency by maximization, while smoothly opening inner paper sheets.SOLUTION: The books disinfection machine includes: a door 11 which is opened and closed in order to pull out the books, on the top of a chamber 10 which is a space formed so that books can be disinfected; a disinfection part 20 formed in the center of floor of the chamber 10 for spraying the antibacteria, or disinfecting books with a sterilizing lamp; one or more setting down parts 30 formed in which inner paper sheets of books to be disinfected are set down on the floor outside of the chamber to be cut in twain towards the disinfection part 20; each ventilation opening 12 formed to be opened while making wind pass an upper part from a bottom face of the inner paper sheets of the books to be set down on the floor between the setting down part 30 and the disinfection part 20; and one or more inflow openings 14 formed, which include filters 14a on a side face of the chamber 10 to be connected with a discharge opening 15 connected to the external.

Description

  The present invention relates to a book disinfection machine. More specifically, the present invention can not only make it easy to place a book to be disinfected, but also maximize the disinfection efficiency while opening the inner paper smoothly. It relates to a book disinfection machine.

  In general, in a school library, a general library, a book rental store, a kindergarten, and a nursery school, various types and forms of books are polluted by the user's brim, food and drink, and dust, etc. through lending and browsing. As a result of the presence of various germs and molds, the users who come into contact with contaminated books have been caused by various germs and molds.

Recently, various forms of disinfecting machines for disinfecting contaminated books have been manufactured and used, and the disinfection solution is sprayed directly while opening the inner paper. It has problems of inefficiency and long time.
Various types of disinfecting machines are also used that employ a method of blowing or spraying or spraying disinfectant liquid while opening the inner paper. It did not open well, but rather caused a problem that disinfection could not be done correctly due to the phenomenon of sticking.

  In order to solve such problems, the contents disclosed in Patent Document 1 and the aroma incense that has been fixed and fumigated between the inner papers are caused to flow between the inner papers through the air jet. Of course, it was equipped with a static electricity generator to prevent the inner paper from sticking to each other, but this not only made the disinfection work quite complicated, but also the structure of the disinfection machine became quite complicated. invited.

  On the other hand, in order to solve the conventional problems as described above, the “Book Disinfection Machine” of Patent Document 1 previously registered by the present applicant was devised. High efficiency is achieved by spraying disinfectant together with air by means of a jetting part that is reciprocated along the rail from the top in a state of being deferred, and disinfecting a large amount of books while opening the inner paper. There is a history of providing a book disinfection machine.

  However, in most conventional book disinfectors that adopt the air blowing method and the book disinfectors registered by the present application, the air blowing method is performed in front of the inner paper. The inner paper did not open well due to the difference between air pressure and external air pressure, but rather some of the inner paper stuck to each other, which had the problem that smooth disinfection was not possible.

  Furthermore, the method of pulling out the book to be disinfected from the disinfector is the same as inserting the book to be disinfected through the door provided at the front of the case and placing it in the interior or taking out the disinfecting part by the normal sliding method and then placing the book in place. By using the method of putting in and disinfecting, the method of deferring books was so complicated and inconvenient.

Korean Registered Patent No. 10-88058 Korean Registered Patent No. 10-094664

  The present invention was devised to solve the conventional problems as described above, and its main purpose is not only to make it easy to place a book to be disinfected, but also to open the inner paper smoothly. It is to provide a book disinfection machine that maximizes the disinfection efficiency.

  Another object of the present invention is to facilitate maintenance and replacement of the sterilization unit. It is also intended to allow the inner paper of the book to be opened more smoothly even with a small blowing force, so that the overall size of the disinfecting machine can be minimized.

The present invention for solving the technical problems as described above comprises a door that is opened and closed to draw a book on the upper surface of a chamber that is a space formed so that the book can be disinfected.
A disinfection part for disinfecting books with a disinfectant lamp or spraying disinfectant in the center of the floor of the chamber is formed,
Forming one or more deferred portions on the outside of the floor of the chamber so that the inner paper of the book to be disinfected is divided into two toward the disinfectant portion,
Each air outlet is formed on the floor surface between the stationary part and the disinfecting part so as to open while allowing the air to pass above the bottom surface of the inner paper of the stationary book,
One or more inflow ports provided with a filter are formed on the side surface of the chamber so as to be connected to an exhaust port connected to the outside.

The stationary part is composed of a long support base that supports the outer surface of a book to be placed, and a short dividing base that is inserted between the inner papers of the book to separate the inner papers.
The disinfecting unit includes a spray member that sprays a disinfectant and a sterilization lamp that is provided at least one outside the spray member.

  The disinfecting part includes a frame part formed so that upper and lower plates can be attached to and detached from a large number of interval maintaining bases, and spraying disinfectant liquid in all directions through the spray member and the upper and lower plates in the center of the frame part. A spray nozzle is formed, and the sterilizing lamp is fixed between the upper and lower plates.

Each hook piece is formed on the floor of the chamber on both sides of the stationary part so that both covers of the book can be opened and fixed.
It has a door that can be opened and closed to pull out the book on the upper surface of the chamber, which is a space formed so that the book can be disinfected.
A disinfection part is formed in order to disinfect the book by spraying disinfectant on the center of the floor of the chamber or by a sterilization lamp,
At the top of the disinfection part on the floor surface of the chamber, one or more deferment parts are formed so that the inner paper of the book to be disinfected is bifurcated in the opposite direction of the disinfection part,
Respective air outlets are formed on the floor surface of the chamber on the outside of the stationary part so as to open while the wind passes from the bottom of the inner paper of the stationary book to the upper part,
One or more inflow ports provided with a filter are formed on the side surface of the chamber so as to be connected to an exhaust port connected to the outside.

  A second disinfecting part is formed on the upper side of the chamber, and a fixing piece is further formed on the floor of the chamber on both sides of the stationary part so that both covers of the book can be opened and fixed. To do.

  The present invention makes it easy to place a book to be sterilized, as well as maximizes the total poisoning efficiency while allowing the inner paper to open smoothly, so that it can be easily pulled out to the disinfection machine. Of course, disinfection is more efficient and the disinfection effect can be maximized.

  In addition, by having a kid to which the total poisoning part is attached and detached, the spraying member and the sterilizing lamp can be easily maintained and exchanged, so that the sterilization part can be quickly dealt with in an abnormal condition and can be continuously sterilized. Has the effect of

  In addition, the inner paper of the book can be divided into two parts, and the cover of both books can be opened and supported, so that the inner paper of the book can be opened more smoothly even with a small blowing force. It also has the effect of being maximized.

  In addition, by disposing the book to be disinfected close to the disinfection unit, the overall size of the disinfection device can be minimized, thereby minimizing the area occupied by the disinfection device and restricting the installation space. There is an effect that can be minimized.

It is a perspective view of the principal part showing the present invention roughly. FIG. 2 is a schematic cross-sectional view of a main part according to FIG. 1. It is a principal part figure of the state by which a book is deferred to the deferment part of this invention. It is a principal part figure showing the specification state of the present invention roughly. It is the principal part figure which represented schematically the example at the time of opening of the door comprised by this invention. It is the principal part figure which represented schematically the example at the time of opening of the door comprised by this invention. It is the principal part figure which represented schematically the other Example of this invention. It is a principal part figure showing roughly another example of the present invention. It is a principal part figure showing roughly another example of the present invention. It is a principal part figure showing roughly another example of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.
FIG. 1 is a perspective view of a main part schematically illustrating the present invention, FIG. 2 is a schematic cross-sectional view of the main part according to FIG. 1, and FIG. FIG. 4 is a main part diagram schematically showing the use state of the present invention.

As shown in the diagram, various types and forms of books are contaminated by user's collars, food and drinks, dust, etc. through lending and browsing, etc. at school libraries, general libraries, book rental stores, kindergartens and nursery schools, etc. As a result, various germs and molds inhabit the inner paper of the book, and in the book disinfection machine (1) to remove this,
In order to maximize the disinfection efficiency of the present invention, it is possible not only to easily place a book to be disinfected, but also to smoothly open the inner paper.
A door (11) that is opened and closed to draw out the book is provided on the upper surface of the chamber (10) that is a space formed so that the book can be sterilized, and the book inhabits the center of the floor of the chamber (10). As described later, a disinfection part (20) for spraying a disinfectant solution or disinfecting a book with a disinfection lamp or the like is formed so that germs and molds can be sterilized and odors can be removed. The chamber (10) One or more stationary parts (30) in which the inner paper of the book to be sterilized is divided into two parts toward the sterilizing part (20) and placed on the outside of the floor of the floor, between the stationary part and the sterilizing part Each of the floors is formed with respective air vents (12) that open while passing air above the bottom surface of the inner paper of the book placed so that the disinfection is smoothly performed by the disinfection unit, Chamber( On the side of 0), the filter (14a) can be replaced by a slide method, which is a publicly known pad-type method, such as an ordinary antibacterial dust collection filter or activated carbon filter so as to connect to the discharge port (15) connected to the outside. ) To form one or more inlets (14).

  In the above, the chamber (10) is formed in the upper part of the case (10a) of the normal form, and the lower part of the case is connected to a disinfecting liquid container and a sterilizing lamp, which will be described later, connected to the spray member of the disinfecting part. It is equipped with a normal blower (F) and a duct connected to each other, and at this time, there is only one blower connected to the blower port. In addition to being connected to the respective air outlets by ducts in the air blower, one air blower may be provided in the lower part of the wind direction so as to be concealed, and a discharge port connected to the inflow port is also formed on one surface of the case.

  Further, the side surface of the chamber is formed in a double structure, and is not only formed so that the inflow port is not exposed to the outside, but the inflow port and the discharge port may be connected through a normal connection pipe or the like.

  Thereby, the door (11) formed on the upper part of the chamber (10) is opened, the book to be sterilized is placed on the stationary part (30), the door is closed, and the sterilizing part (20) is operated simultaneously. By blowing air through the air outlet (12), the inner paper of the book opens smoothly by the air blown from the air outlet, and various molds, fungi, odors, etc. remaining between the inner paper and the inner paper Will be eradicated or eliminated by the disinfection department.

  At this time, the inner paper of the above books should be passed between the inner papers by the air vents provided on the floor surface, that is, by allowing the air to blow from the bottom surface of the inner paper to the upper side. Thus, the paper can be opened smoothly without sticking between the inner papers, thereby improving the disinfection efficiency of the disinfection part.

  And when the wind containing harmful components sterilized in the chamber is discharged through the inlet and outlet, it is discharged as clean air purified by the filter provided at the inlet. is there.

  Therefore, the present invention not only allows the book to be easily pulled out by the door provided on the upper surface of the chamber, but also allows the deferment to be convenient. After leaving in a state, the sterilization efficiency can be maximized by eliminating the phenomenon of overlapping between the inner sheets by the wind blown from the blower opening.

  One or both of the doors (11) are opened and closed, that is, the entire upper surface of the chamber (10) is opened by being fastened by a single plate with a hinge as shown in FIG. 5a. Alternatively, a method of sliding on a normal guide rail may be applied, and a door is opened and closed by splitting a single plate as shown in FIG. 5b and opening or sliding on both sides. To make it easy. At this time, when the door is opened or slidingly opened and closed, it is automatically opened and closed by a publicly-known method.

  In other words, it is desirable that the user can easily open and close the door by opening and closing or sliding by a power transmission system interlocked with an announced cylinder or motor.

  In addition, by making the door (11) made of transparent or translucent material such as normal glass or synthetic resin material, it is possible to directly confirm the situation in which the user or the operator is disinfected. By doing so, it becomes possible to further increase the reliability of disinfection.

  The stationary part (30) supports the outer surface of the book to be stationary, that is, is inserted between the long support base (32) supporting the back of the bookbinding position of the book and the inner paper of the book, and the inner paper is divided into two. By making it consist of a short dividing table (34) that allows the operator to insert the book between the support table and the dividing table, the book to be sterilized can be easily deferred. It is possible to maintain a smooth standing state.

  In addition, the support base and the split base may be adjusted in length according to the normal method according to the height of the book to be sterilized, that is, different in diameter as in the case of the publicly announced antenna. It is also possible to adjust the length by a method in which a plurality of layers are overlapped depending on the form or case that is pulled in or pulled out and fixed by unevenness.

  The disinfecting part (20) is connected to a disinfecting liquid container provided at the lower part of the chamber and sprayed to remove germs, molds, odors and the like by a medicine, and outside the spraying member (22). It is desirable to comprise one or more sterilizing lamps (28) having a high sterilizing power.

  The sterilizing lamp (28) may be a conventional ultraviolet lamp, but it is desirable to use an ozone-generating ultraviolet sterilizing lamp that emits ultraviolet rays, such as the publicly announced ozone, and has a high ozone deodorizing effect. Of course, by having a high sterilizing power on the non-irradiated surface where ultraviolet rays do not reach, it has a higher sterilizing power and deodorizing power and can maximize the disinfection efficiency.

  The disinfecting part (20) is a frame part (25) formed so that the upper and lower plates (24, 24a) are inserted and removed by a normal insertion or pinching method with a plurality of interval maintaining stands (23). And the spray member (22) passes through the upper and lower plates (24, 24a) in the center of the frame portion (25), and a normal spray nozzle (22a) for spraying the disinfectant solution in all directions is formed on the upper stage. Is connected to a disinfectant container provided in the lower case of the chamber, and the sterilizing lamp (28) is preferably fixed between the upper and lower plates (24, 24a).

  As a result, the disinfection solution is sprayed in all directions by the spray nozzle of the spray member at the center of the frame part to sterilize germs and molds, as well as having high sterilization and deodorizing power due to ultraviolet rays and ozone emitted from the sterilization lamp. It is.

The reason why the frame portion is formed to be detachable is to facilitate maintenance and replacement when the spray nozzle provided in the sterilization lamp or spray member is abnormal.
FIG. 6 is a main part diagram schematically showing another embodiment of the present invention.

  As shown in the figure, in the above configuration, the discharge lamp is used to prevent the smell of raw odor, which is a characteristic of ozone, from being released to the outside by using the sterilizing lamp with which ozone is released together. (15): Normal heat generation that generates heat at a room temperature of about 40 ° C., which is a temperature that can remove ozone odor, by generating heat such as a normal electric heater or a planar heating element for removing ozone odor This means that a heating member (15a) as a means is further provided.

  As a result, after the deodorization of the disinfection action in the chamber, the ozone contained in the air discharged to the outside through the inlet and outlet is also removed by the heat generated by the heating member to remove the odors peculiar to ozone. Only purified air can be discharged to the outside.

FIG. 7 is a main part diagram schematically showing another embodiment of the present invention.
As shown in the figure, with the above configuration, in order to allow the stationary part to place the book more effectively than the stationary part and to maximize the disinfection efficiency,
Each hook piece (35) is formed on the floor surface of the chamber (10) on both sides of the stationary part (30) so that both covers of the book can be opened and fixed.

  In other words, it is desirable not only to be able to form the above-mentioned hook piece integrally on the floor surface of the chamber, but also to form a groove on the floor surface of the chamber and form a protrusion on the bottom surface of the hook piece so that it can be attached and detached. .

  As a result, the book is placed so that the inner paper of the book is divided into two parts by the support part of the stationary part and the dividing base at the same time, and at the same time, both the cover pages of the book are hooked on the above hook pieces and supported, Not only can the inner paper between the split pin and the cover be opened more smoothly by blowing air from the blower opening, but also more effectively open the book if the cover of the book you want to disinfect is made of a thick material. It will also have the conditions to be able to.

FIG. 8 is a main part diagram schematically showing another embodiment of the present invention.
As shown in the figure, with the above configuration, not only can a plurality of books be sterilized in the chamber, but if the user wants to disinfect a small amount of books, that is, about two books, the entire inside of the chamber is used. In order to make it possible to use only a part of the chamber (10), a partition plate (16) is formed around the disinfection part (20) in the chamber (10), and the first chamber (10A) and the second chamber (10B) are formed. ). At this time, the partition plate may be formed as a single plate, or may be formed in any form in which the chamber is divided around the disinfecting portion by two divided on both sides.

  Thus, if necessary, do not use the entire interior of the chamber to disinfect, but place the books you want to disinfect using either the first chamber or the second chamber you require as described above. In addition, the convenience of being selectively used by the operator is also provided by performing the sterilization through the sterilization process.

  Furthermore, not only the first and second chambers can be used individually, but in some cases, the first and second chambers may be used at the same time. When it is necessary to separate the objects, the first and second chambers may be used at the same time and then sterilized after being separately placed in the first and second chambers.

FIG. 9 is a schematic view showing the principal part of another embodiment of the present invention.
As shown in the figure, with the above configuration, the stationary part is provided on the outer surface of the floor of the chamber, and the method of disinfecting while opening toward the disinfecting part has been described as an example. To open the book to be disinfected in the opposite direction of the disinfecting part, the same name and the same reference numeral have the same technical structure as described above, but the book to be disinfected In order to change the position of the chamber (10), a disinfection part (20) for disinfecting books is formed at the center of the floor surface of the chamber (10), and is disposed above the disinfection part (20) of the floor surface of the chamber (10). Has one or more stationary parts (30) in which the inner paper of a book to be sterilized is divided and placed in the opposite direction of the sterilizing part (20). At this time, the disinfecting part may include all the spraying members and the sterilizing lamp of the disinfecting part, or may form only the spraying member.

  As a result, the book to be disinfected is not deferred to open to the disinfection side, but rather to be opened to the opposite side of the disinfection unit, so that the overall area of the chamber can be reduced. is there.

  In other words, the overall position of the chamber can be improved by positioning the stationary part closer to the centrally located disinfecting part than when the stationary part is formed outside the centrally located disinfecting part. The area can be reduced.

  Furthermore, the disinfection method of the disinfection part is completely independent of disinfection even if the direction in which the book to be placed is opened in the direction opposite to the disinfection part is sprayed with disinfection liquid and sterilized by the sterilization lamp. is there.

  The second disinfection part (20a) such as the sterilization lamp as described above is provided on the upper side of the chamber (10) due to the characteristics of the direction in which the book is placed, that is, in a relation of opening in the direction opposite to the disinfection part. It is desirable to have a higher sterilizing and deodorizing effect by forming the slag.

  In addition, each fixing piece (38) is further formed on the floor of the chamber (10) on both sides of the stationary part (30) so that both covers of the book can be opened and fixed, The book to be sterilized can be opened together with the stationary part more smoothly by the fixed piece, so that the sterilization efficiency by the sterilization action can be maximized in the sterilization part.

1: book disinfector 10: chamber 10a: case 10A: first chamber 10B: second chamber 11: door 12: air blowing port 14: inflow port 14a: filter 15: discharge port 15a: heating member 16: partition plate 20: Disinfection unit 20a: second disinfection unit 22: spray member 22a: spray nozzle 24: upper plate 23: interval maintaining table 24a: lower plate 25: frame unit 30: stationary unit 32: support table 34: division table 35: hook piece 38: Fixed piece F: Blower

Claims (7)

A door (11) that is opened and closed to pull out the book on the upper surface of the chamber (10), which is a space formed so that the book can be sterilized;
A disinfection part (20) for spraying a disinfectant solution on the center of the floor of the chamber (10) or disinfecting a book with a sterilization lamp is formed,
Forming one or more stationary parts (30) on the outside of the floor of the chamber so that the inner paper of the book to be sterilized is divided toward the sterilizing part (20),
On the floor between the stationary part (30) and the disinfecting part (20), there are formed respective air outlets (12) that are opened while passing air from the bottom to the upper part of the inner paper of the books to be stationary. ,
One or more inflow ports (14) having a filter (14a) are formed on the side surface of the chamber (10) so as to be connected to a discharge port (15) connected to the outside.   2. The book disinfection machine according to claim 1, wherein the stationary part (30) is inserted between the long support base (32) for supporting the external surface of the stationary book and the inner paper of the book to separate the inner paper. A book disinfection machine characterized by comprising a short dividing table (34).   The book disinfection machine according to claim 1, wherein the disinfection unit (20) includes a spray member (22) for spraying a disinfectant and a sterilization lamp (28) provided at least one outside the spray member (22). A book disinfector characterized by comprising   4. The book disinfection machine according to claim 3, wherein the disinfection part (20) has a frame part (25) formed so that the upper and lower plates (24, 24a) can be attached to and detached from a plurality of interval maintaining stands (23). And a spray nozzle (22a) for spraying a disinfectant solution in four directions on the upper stage through which the spray member (22) passes through the upper and lower plates in the center of the frame part (25), and the sterilization lamp (28) A book disinfection machine that is fixed between upper and lower plates (24, 24a).   3. The book disinfection machine according to claim 2, wherein each hook piece (35) is formed on the floor surface of both chambers of the stationary part (30) so that both covers of the book can be opened and fixed. A book disinfection machine. A door (11) that is opened and closed to pull out the book on the upper surface of the chamber (10) that is a space formed so that the book can be fixed;
A disinfection part (20) for spraying a disinfectant solution on the center of the floor of the chamber (10) or disinfecting a book with a sterilization lamp is formed,
The upper part of the sterilization part (20) on the floor of the chamber (10) is provided with one or more stationary parts (30) where the inner paper of the book to be sterilized is placed so as to be divided into the opposite side of the sterilization part. Forming,
Respective air outlets (12) are formed on the floor of the external chamber of the stationary part (30) so that the air is opened while passing through the bottom of the inner paper of the stationary book,
One or more inflow ports (14) having a filter (14a) are formed on the side surface of the chamber (10) so as to be connected to a discharge port (15) connected to the outside.   The book disinfection machine according to claim 6, wherein a second disinfection part (20a) is formed at an upper part of the side surface of the chamber (10), and both of the books are placed on the floor surface of both chambers of the stationary part (30). The book disinfection machine, wherein each fixing piece (38) is further formed so that the cover is opened and fixed.