KR200310855Y1 - Laver sterilizer - Google Patents

Abstract

The present invention is a laver support plate 11 is placed lamination (100), the vertical movement mechanism 12 for moving the laver support plate 11 up and down a predetermined distance, and on the laver support plate 11 Vacuum adsorption of the seaweed 100 is introduced into the seaweed sterilization unit 20, the vacuum suction plate 15 for dropping the seaweed 100 with the release of the vacuum and the vacuum adsorption plate 15 Steam supply unit 10 including a vacuum pump 18 to provide; Steam sterilization of the multi-stage conveyor 22 for transferring the steam 100 separated from the vacuum suction plate 15 to the lower step by step, and the sterilization device 27 installed between the belt 25 in the upper or each conveyor of each stage conveyor. Seaweed sterilization unit 20 included in the secondary casing 28; By discharging the seaweed sterilization unit casing 28 formed under the seaweed discharge port 31 and the seaweed sterilization unit 20, the seaweed sterilization unit 20, which has been sterilized, is discharged to the outside. Seaweed discharge portion 30 including the extension portion 32 of the lowest conveyor; And a control unit 40 for electronically controlling the entire operation of the seaweed supply unit 10, the seaweed sterilization unit 20, and the seaweed discharge unit 30.

Description

Seaweed sterilizer {LAVER STERILIZER}

The present invention relates to a seaweed sterilization device, and more particularly, to a seaweed sterilization device that allows the consumer to safely eat hygienically by completely sterilizing the processed seaweed itself to a predetermined size.

In general, processed laver is prepared by washing the seaweed in the collected seaweed state with water and drying it to a certain concentration on the feet. Such processed laver does not properly separate impurities in the washing process and adheres to dust or foreign matter in the drying step. There has been a problem that is not hygienically safe.

Many researches have been conducted to solve this problem, but the added washing process can only cause another problem that increases the manufacturing process and manufacturing cost. There was a limit.

Therefore, the present invention is based on the problem of providing a dedicated sterilization apparatus of seaweed itself, which allows the consumer to safely eat hygienically by completely sterilizing the processed seaweed itself to a predetermined size.

The problem is that the laver supporting plate on which laver is placed, the vertical movement mechanism for moving the laver support plate up and down by a predetermined distance, vacuum suction of one piece of laver on the laver support plate into the laver sterilization unit and with vacuum release A steam supply unit including a vacuum suction plate for dropping the steam of one sheet, and a vacuum pump for providing a vacuum to the vacuum suction plate, a multi-stage conveyor for transferring the steam separated from the vacuum suction plate to the lower stage, and an upper portion of each conveyor or A sterilization unit including a sterilization device installed between the belts in each conveyor in the steaming sterilization unit casing, the steaming outlet formed in the bottom of the steaming sterilization unit casing, and the sterilization in the steaming sterilization unit through the steaming outlet A laver discharge part including an extension of a lowermost conveyor for discharging laver of hawk to the outside; Supply, and steam sterilizing unit comprising a control unit for electronically controlling the overall operation steam discharge portion, is solved by a steam sterilization apparatus according to the present invention;

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of the steaming sterilization apparatus according to the present invention will be described in detail.

1 is a cross-sectional view of a preferred embodiment of the steam sterilization apparatus according to the present invention.

Figure 2 is a side view of a preferred embodiment of the steam sterilization apparatus according to the present invention.

Figure 3 is a cross-sectional view of another embodiment of the steam sterilization apparatus according to the present invention.

Explanation of symbols on the main parts of the drawings

1, 1 ': steaming sterilizer

10, 10 ': laver supply

11: gold support plate

11 ': Kim support

12: vertical movement mechanism

13: upper proximity switch

14: lower proximity switch

15, 15 ': vacuum suction plate

16: wheel drive motor

16 ': swing moving mechanism

17: wheel

17 ': Fixed point

18, 18 ': vacuum pump

19, 19 ': Kim supply casing

20, 20 ': seaweed sterilizer

21, 21 ': Kim supply port

22: multistage conveyor

22 ': conveyor

23, 23 ': conveyor driven motor

24, 24 ': conveyor driven roller

25, 25 ': belt

26: guide

26 ': one side extension of the conveyor

27, 27 ': sterilizer

28, 28 ': Kim sterilization casing

30, 30 ': seaweed discharge

31, 31 ': Seaweed outlet

32: extension of the lowest conveyor

32 ': Extension of other side of conveyor

40, 40 ': control part

100: Kim

1 shows a cross-sectional view of a preferred embodiment of a steaming sterilization apparatus 1 according to the present invention, and FIG. 2 shows a side view of a preferred embodiment of a steaming sterilization apparatus 1 according to the present invention.

As shown in FIG. 1 and FIG. 2, the seaweed sterilization apparatus 1 according to the present invention is a seaweed support plate 11 on which a laver 100 is stacked and is installed on the bottom of the seaweed support plate 11. Up and down moving mechanism 12 for moving the upper and lower (11) by a predetermined distance, is installed on the upper side of the laver supporting plate 11, and a single laver (100) by vacuum adsorption on the laver sterilization unit casing (28) The vacuum suction plate 15 is introduced into the steam sterilization unit 20 through the steam supply port 21 formed therein, and the vacuum suction plate 15 and the vacuum suction plate 15 drop the vacuum 100 together with the vacuum release. A steam supply unit 10 including a vacuum pump 18 to be provided, and a conveyor drive motor 23, a conveyor drive roller 24, a belt 25, and a guide 26 are provided from the vacuum suction plate 15. Multi-stage conveyor 22 for conveying the falling steam 100 to the lower step by step, and upper or angular conveyor of each conveyor A seaweed sterilization unit 20 including a sterilization device 27 installed between the stand belts 25 in a seaweed sterilization unit casing 28 and a seaweed discharge port 31 formed under the seaweed sterilization unit casing 28. , And the laver discharge part 30 including an extension part 32 of the lowermost conveyor for discharging the laver 100 of the seaweed sterilized in the laver sterilization part 20 to the outside through the laver discharge port 31. And, it is installed on one side of the seam supply unit casing 19, and includes a control unit 40 for electronically controlling the entire operation of the seaweed supply unit 10, seaweed sterilization unit 20 and the seaweed discharge unit 30.

The laver supply unit 10 serves to supply the laver (100) into the laver sterilization unit (20), laver supporting plate (11) having a vertical movement means (12), laver on the laver support plate (11) The vacuum adsorption plate 15 introduced into the steam sterilization unit 20 by vacuum adsorption one by one, and a vacuum pump 18 for providing a vacuum.

The laver supporting plate 11 is a lamination board in which laver 100 is stacked, for example, about 100 sheets, which is a predetermined distance up and down between a lower vertical movement mechanism 12 and an upper vacuum suction plate 15. Can be moved.

Up and down movement mechanism 12 is installed in the lower portion of the laver support plate 11, which serves to move the laver support plate 11 up and down a predetermined distance, for example, a screw that causes the up and down movement It may be formed of a screw jack or a vertical pneumatic piston causing vertical movement. Here, the vertical movement mechanism 12 preferably includes an upper proximity switch 13 and a lower proximity switch 14 for determining the vertical movement range of the laver support plate 11.

A vacuum suction plate 15 is installed at an upper portion of the laver support plate 11, which is driven by a wheel drive motor 16 fixed to one side of the vacuum suction plate 15 at a lower portion thereof, and is capable of reciprocating along a guide. Several, preferably four wheels 17. The vacuum adsorption plate 15 is a steaming sterilization to be described later through the laver supply port 21 formed on the steam sterilization unit casing 28 by adsorbing the lamination 100 of the uppermost one of the lamination lamination by vacuum Along the guide extending into the part 20 is introduced into the seaweed sterilization unit 20 serves to drop the one piece of seaweed (100) with the vacuum release.

The lower portion of the vertical movement mechanism 12 is provided with a vacuum pump 18, which serves to provide a vacuum to the vacuum suction plate (15).

In the laver supply unit 10, the vacuum adsorption plate 15 should be introduced into the laver sterilization unit 20 through a laver supply port 21 formed on the laver sterilization unit casing 28, the laver support plate ( 11) and the vacuum suction plate 15 is preferably disposed on the steaming supply casing 19 having a predetermined height, and the vertical movement mechanism 12 and the vacuum pump 18 are disposed in the steaming supply casing 19. It is preferable to be.

The seaweed sterilization unit 20 serves to sterilize the seaweed 100 supplied by the seaweed supply unit 10 at the same time, which is the seaweed supply port 21 is formed on the upper side and the seaweed outlet on the other side In the seaweed sterilization part casing 28 in which 31 is formed, a multi-stage conveyor 22 for moving the seaweed 100 supplied by the seaweed supply part 10 from the top end to the bottom end and sterilizing the seaweed 100 during the movement. Sterilizing apparatus 27 is included.

In the multi-stage conveyor 22, each stage conveyor is rotated by being caught by the conveyor drive roller 24 driven by the conveyor drive motor 23 and the two conveyor drive rollers 24 to actually rotate the steaming 100. A belt 25 for conveying and a semi-circular cross-sectional guide 26 for conveying from the upper conveyor to the lower conveyor adjacent thereto and overturning the seam surface are provided. The multi-stage conveyor 22 serves to transfer the laver 100 away from the vacuum suction plate 15 in a stepwise manner.

In the multi-stage conveyor 22, a sterilization device 27 is installed between the upper part of each conveyor except the top stage or the belt 25 of each conveyor, which is used to transfer the seaweed 100 transferred by the multi-stage conveyor 22. Sterilizes. The sterilization device 27 is preferably installed on top of each conveyor except the uppermost stage to sterilize the seaweed 100 directly on each conveyor. However, for the compact structure, the sterilization device 27 may be installed between the belts 25 at each end conveyor, in which case several belts 25 are spaced apart from each other on the two conveyor drive rollers 24. It is preferable to configure so that sterilization process may be performed through the space | interval by leaving and connecting.

The sterilizing device 27 is preferably formed of an ultraviolet sterilizing lamp, and in some embodiments, may be formed of an ultrasonic vibrator applying ultrasonic vibration on the belt 25 or an ozone generating device capable of ozone sterilization. have.

In the steam sterilization unit 20, the multi-stage conveyor 22 is operated only during the transfer from the upper conveyor to the lower conveyor adjacent thereto, it is configured not to operate during the predetermined sterilization time by the sterilization device (27) It is preferable to be. In addition, when the transfer from the upper conveyor to the lower conveyor adjacent thereto, the seam 100 is reversed front and rear, so that full sterilization is possible.

The seaweed discharge unit 30 serves to discharge a single seaweed 100 that has been sterilized in the seaweed sterilization unit 20 to the outside, and a seaweed discharge port formed under the seaweed sterilization unit casing 28 ( 31) and an extension part 32 of the lowermost conveyor for discharging the one piece of seaweed 100 that has been sterilized in the seaweed sterilization unit 20 to the outside through the seaweed discharge port 31.

In other words, rather than having a separate configuration, the laver discharge portion 30 to project the extension portion 32 of the lowermost conveyor through the laver discharge port 31 formed below the laver sterilization casing 28 It consists of a simple configuration. Therefore, the single seaweed 100 which is transferred to the lowermost conveyor of the multi-stage conveyor 22 and sterilized is automatically discharged through the extension 32 of the multi-stage conveyor 22.

One side of the seam supply unit casing 19 is provided with a control unit 40, which serves to electronically control the overall operation of the seaweed supply unit 10, seaweed sterilization unit 20 and the seaweed discharge unit 30. . Therefore, the operation of the vertical movement mechanism 12, the wheel drive motor 16, and the vacuum pump 18 of the steam supply unit 10, the multi-stage conveyor drive motor 24 and sterilization of the steam sterilization unit 20 The operation of the device 27 is controlled by the control unit 40.

The controller 40 preferably includes various switches such as a power switch, various indicator lamps for indicating whether to sterilize, and a timer for setting an operation time.

Referring to the overall operation of the steam sterilization apparatus 1 according to the present invention is as follows;

When the user places 100 sheets of laver 100 on the laver support plate 11, the laver support plate 11 is lifted by the vertical movement mechanism 12. As soon as the laver support plate 11 is raised to a predetermined height, the uppermost piece of laver 100 is adsorbed by the vacuum adsorption plate 15 and penetrates the laver supply port 21 along the guide to the laver sterilization unit 20. ) Is transferred into.

Simultaneously with the release of the vacuum of the vacuum adsorption plate 15, the laver 100 falls on the uppermost conveyor of the multistage conveyor 22, which is the interaction of the multistage conveyor 22 and the guide 26. Are transported to adjacent lower conveyors. When the sterilization is completed for a predetermined time set in the timer, it is again transferred to the adjacent lower conveyor by the interaction of the multi-stage conveyor 22 and the guide 26, by the repetition of the operation, the laver 100 is the lowest Sterilization is completed on the conveyor, the sterilized seaweed 100 is automatically discharged to the extension 32 of the lowermost conveyor through the seam discharge port 31.

Each time it is transferred from the upper conveyor to the lower conveyor adjacent thereto, the vacuum suction plate 15 transfers one piece of laver 100 into the steam sterilization unit 20 to be transferred from the upper conveyor to the lower conveyor adjacent thereto. Whenever sterilized seaweed 100 is continuously discharged.

The seaweed sterilization apparatus 1 according to the present invention is to push the seaweed 100 into the seaweed supply port 21 manually without the structure of the seaweed supply part 10 according to the embodiment on the seaweed supply port 21. The multi-stage conveyor 22 and the sterilization device 27 can be formed by the sensor installed. In this case, the controller 40 is preferably installed on the steam sterilization casing 28.

3 shows a cross-sectional view of another embodiment of a steaming sterilization apparatus 1 'according to the present invention.

As shown in FIG. 3, the seaweed sterilization apparatus 1 ′ according to the present invention is installed on the laver support 11 ′ on which the laver 100 is stacked and placed on top of the laver support 11 ′. Vacuum suction plate 15 'and fixed point 17 to vacuum-suck the laver 100 to drop the laver 100 together with the release of vacuum onto one side extension 26' of the conveyor 22 '. A pivoting mechanism (16 ') for reciprocating the vacuum suction plate (15') while pivoting at a predetermined angle with respect to '), and positioned in the laver support (11') to provide a vacuum to the vacuum suction plate (15). A steam supply unit 10 'including a vacuum pump 18', a conveyor drive motor 23 ', a conveyor drive roller 24', and a belt 25 'are provided, and both ends of the steam sterilizer casing ( Conveyor 2 which projects out of the laver supply port 21 'and the laver discharge port 31' formed on the 28 'and transports the laver 100 away from the vacuum suction plate 15'. 2 '), a steam sterilizing unit including a sterilizing device 27' installed between the upper portion of the conveyor 22 'and the belt 25' of the conveyor 22 in the steam sterilizing unit casing 28 '. 20 '), and a sheet of sterilization completed in the seaweed sterilization unit 20' through the seaweed discharge port 31 'formed on the other side of the seaweed sterilization unit casing 28', and the seaweed discharge port 31 '. The seam discharge part 30 'including the other side extension part 32' of the conveyor for discharging the seaweed 100 to the outside, and is installed on one side of the seam support 11 'and the seaweed supply part 10' And a controller 40 'for electronically controlling the entire operation of the seaweed sterilizer 20' and the seaweed discharger 30 '.

The laver supply part 10 'serves to supply the laver 100 into the laver sterilization part 20', and laver on the laver support 11 'and laver on the laver support 11'. A vacuum suction plate 15 'for vacuum suctioning the sheets 100 one by one into the steam sterilization unit 20', and a swing moving mechanism 16 'for reciprocating the vacuum suction plate 15' in a predetermined arc path; And a vacuum pump 18 'for providing a vacuum to the vacuum suction plate 15'.

The laver support 11 'is a place where laver 100 is stacked, for example, about 100 sheets, and the vacuum pump 18' is installed therein.

A vacuum suction plate 15 'is installed at the upper portion of the laver support 11', which is one of the laminations of the lamination lamination 100 of the uppermost lamination laminations by vacuum to extend one side of the conveyor 22 '( 26 ') serves to drop the laver 100 of the sheet together with the vacuum release. On the laver support 11 ', a proximity switch (not shown) may be installed and stopped at a predetermined interval on the laver support 11' and one side extension 26 'of the conveyor 22'.

Swivel movement mechanism 16 'is connected to both sides of the vacuum suction plate 15', and the pivot movement mechanism 16 'is rotated at a predetermined angle with respect to the fixed point 17' while being vacuum suction plate 15 '. ) To reciprocate. It is preferable that a drive motor is installed on the fixed point 17 'to repeat the forward / reverse rotation at a predetermined angle. Here, the swing movement mechanism 16 'must be kept horizontal so that the vacuum suction plate 15' is always horizontal during the swing movement of the vacuum suction plate 15 ', so that the vacuum suction plate 15' and the swing movement mechanism 16 'are rotated. It is preferable that a motor is installed at the connecting portion of the vacuum suction plate 15 'during the pivoting movement.

A vacuum pump 18 'is installed inside the ladle support 11', which serves to provide a vacuum to the vacuum suction plate 15 '.

The seaweed sterilization unit 20 'serves to sterilize the seaweed 100' supplied by the seaweed supply unit 10 'at the same time, which is a seaweed supply port 21' formed on one side and the other side. In the seaweed sterilization part casing 28 'where the seaweed discharge port 31' is formed, a conveyor 22 'for transferring the seaweed 100 supplied by the seaweed supply part 10, and the seaweed 100 during the transfer. And a sterilizing device 27 'for sterilizing.

The conveyor 22 'is driven by a conveyor driving motor 23' and rotated by the conveyor driving roller 24 'and the two conveyor driving rollers 24' to actually feed the steam 100. A belt 25 '.

A sterilization device 27 'is installed between the upper portion of the conveyor 22' and the belt 25 'of the conveyor, which sterilizes the laver 100 carried by the conveyor 22. Accordingly, the upper surface of the laver 100 is sterilized by a sterilization device 27 'installed on the upper portion of the conveyor 22', and the lower surface of the laver 100 is between the belts 25 'of the conveyor. Sterilization is performed by the sterilization apparatus 27 'installed. In this case, it is preferable that sterilization treatment of the lower surface of the laver 100 is performed through the gap by connecting several belts 25 at intervals to each other to the two conveyor driving rollers 24.

Preferably, the sterilization device 27 'is formed of an ultraviolet sterilization lamp, and according to an embodiment, it is formed of an ultrasonic vibrator that applies ultrasonic vibration on the belt 25', or an ozone generator that enables ozone sterilization. May be

The seaweed discharge unit 30 'serves to discharge the seaweed 100, which has been sterilized in the seaweed sterilization unit 20', to the outside, and is formed on the other side of the seaweed sterilization unit casing 28. The other side extension portion 32 'of the conveyor 22' for discharging the seaweed discharge port 31 and one seaweed 100 which has been sterilized in the seaweed sterilization part 20 to the outside through the seaweed discharge port 31. ).

In other words, rather than having a separate configuration, the seaweed discharge portion 30, the other side extending portion 32 'of the conveyor 22' seaweed discharge port 31 formed on the other side of the seaweed sterilization casing 28 ' It consists of a simple configuration that protrudes through the outside. Therefore, the seaweed 100, which has been sterilized and transferred to the conveyor 22 ', is automatically discharged through the other extension 32' of the conveyor 22 '.

A control unit 40 'is installed at one side of the laver support 11', which electronically controls the entire operation of the laver supply unit 10 ', the laver sterilization unit 20' and the laver discharge unit 30 '. It plays a role. Thus, the operation of the swing movement mechanism 16 'and the vacuum pump 18' of the steaming feed section 10 ', the conveyor drive motor 24' and the sterilizing apparatus 27 'of the steaming sterilizing section 20'. ) Is controlled by the controller 40 '.

The controller 40 ′ preferably includes various switches such as a power switch, various indicator lamps for indicating whether to sterilize operation, a timer for setting an operation time, and the like.

Referring to the overall operation of the seaweed sterilization device (1 ') according to the present invention;

When the user places 100 sheets of laver 100 on the laver support 11 ', the uppermost single laver 100 is adsorbed by the vacuum adsorption plate 15' and adsorbs one laver 100. One vacuum suction plate 15 'is transferred onto the one-side extension 26' of the conveyor 22 by the swing moving mechanism 16 '.

At the same time the vacuum of the vacuum suction plate 15 'is released, the steam 100 falls onto one side extension 26' of the conveyor 22 ', and the steam 100 is conveyed on the conveyor 22'. And is transferred into the steam sterilization casing 28 'through the steam inlet 21'.

Sterilization is completed for a predetermined time set in the timer in the steaming sterilization unit casing 28 ', the steaming sterilized 100 is automatically extended to the other side of the conveyor 22' through the steaming outlet 31 '. 32 ').

While the steaming 100 is sterilized, the vacuum suction plate 15 'supplies another sheet of steaming 100 onto one side extension 26' of the conveyor 22 '.

The seaweed sterilization apparatus 1 'according to the present invention is a seaweed supply port 21 when the seaweed sterilization device 1' is manually pushed into the seaweed supply port 21 'without the composition of the seaweed supply part 10' according to the embodiment. The conveyor 22 'and the sterilization device 27' are operated by a sensor installed on the '), and in this case, the controller 40' is installed on the steam sterilizer casing 28 '. It is preferable to be.

Therefore, the seaweed sterilization apparatus according to the present invention as described above has an excellent effect of allowing the consumer to eat hygienically and safely by completely sterilizing the processed seaweed itself to a predetermined size.

Claims (8)

The laver support plate 11 in which laver 100 is laminated | stacked, the up-and-down movement mechanism 12 which is installed in the lower part of the said laver support plate 11, and moves the laver support plate 11 up and down by a predetermined distance, and the said It is installed on the upper side of the laver support plate 11 and vacuum-adsorbs one piece of laver 100 into the laver sterilization part 20 through the laver supply port 21 formed on the laver sterilization part casing 28. A laver supply unit 10 including a vacuum suction plate 15 for dropping the laver 100 with release and a vacuum pump 18 for providing a vacuum to the vacuum suction plate 15; Multi-stage conveyor (22) having a conveyor driving motor (23), a conveyor driving roller (24), a belt (25), and a guide (26) and transferring the steam (100) away from the vacuum suction plate (15) in a stepwise manner. And steam sterilization unit 20 including a sterilization device 27 is installed between the belt 25 in the upper end or each stage conveyor in the steam sterilizer casing 28; The seaweed sterilization unit casing 28 to discharge the seaweed discharge port 31 formed in the lower portion, and the seaweed sterilization unit 20 in the seaweed sterilization unit 20 through the seaweed discharge port 31 to discharge to the outside. Seaweed discharge portion 30 including the extension portion 32 of the lowest conveyor; And Seaweed sterilization device installed on one side of the seam supply unit casing 19, including a control unit 40 for electronically controlling the overall operation of the seaweed supply unit 10, seaweed sterilization unit 20 and the seaweed discharge unit 30 . The method of claim 1, The sterilization apparatus 27, characterized in that the ultraviolet sterilization lamp. The method of claim 1, The sterilization apparatus 27, characterized in that the ultrasonic oscillator. The method of claim 1, The sterilization apparatus 27, characterized in that the ozone generator. The laver support 11 'on which the laver 100 is stacked and installed on the lamination support 11', and the one side extension of the conveyor 22 'by vacuum adsorption of the laver 100 26 ') vacuum suction plate 15' dropping the steaming piece 100 together with the vacuum release, and turning the vacuum suction plate 15 'with a predetermined angle about the fixed point 17'. A laver feed mechanism (10 ') including a swivel moving mechanism (16') for reciprocating and a vacuum pump (18 ') positioned in the ladle support (11') to provide a vacuum to the vacuum suction plate (15); A laver feed port 21 'and a laver discharge port provided with a conveyor drive motor 23', a conveyor drive roller 24 ', and a belt 25', each end of which is formed on a steam sterilization casing 28 '. A conveyor 22 'which projects out of the 31' and transports the laver 100 away from the vacuum suction plate 15 ', the upper part of the conveyor 22' and the belt 25 'of the conveyor 22. Steam sterilization unit 20 'including a sterilization unit 27' installed between the steam sterilization unit casing 28 '; The seaweed sterilization unit casing 28 'is formed on the other side of the seam discharge port 31', and the seaweed sterilization unit 20 'through the seam sterilization unit 20' through the seaweed discharge port 31 ' Seam discharge portion 30 'including the other side extension portion 32' of the conveyor for discharging the outside; And It is installed on one side of the laver support 11 'and includes a control unit 40' for electronically controlling the entire operation of the laver supply part 10 ', the laver sterilization part 20' and the laver discharge part 30 '. Kim sterilization device. The method of claim 5, The sterilization apparatus 27, characterized in that the ultraviolet sterilization lamp. The method of claim 5, The sterilization apparatus 27, characterized in that the ultrasonic oscillator. The method of claim 5, The sterilization device 27, characterized in that the ozone generator.