CN212935532U - Sterilizer with charging converter - Google Patents

Abstract

The utility model discloses a sterilizer with a charging converter, which comprises a sterilizer body and a converter body, wherein a circuit board, a sterilizing lamp electrically connected with the circuit board and a battery for supplying power to the sterilizing lamp are arranged in the sterilizer body, the converter body comprises a shell, the converter body comprises a first port and a second port which are arranged in a cavity structure, the first port and the second port are electrically connected, the sterilizer body is provided with a third port matched with the second port, the second port is inserted into the third port of the sterilizer body, a power output management module is conducted, and the first port is in a power output state; the external power line is inserted into the third port, the power input management module is conducted, and the battery module is in a charging state. The utility model discloses a sterilizer with charging converter has made things convenient for sterilizer and external power source or other electronic product line connection.

Description

Sterilizer with charging converter

Technical Field

The utility model relates to a sterilizer, concretely relates to sterilizer that conveniently charges.

Background

Because the non-woven fabric in the mask plays a key role in filtration, the non-woven fabric is based on static electricity and a fiber maze randomly generated in the non-woven fabric, the traditional high-temperature, water boiling, airing, alcohol spraying and other modes can change the internal structure of the mask to enable the mask to lose the capability of filtering viruses, although the productivity of the existing mask is greatly improved, the direct waste gas of the mask used outdoors can not fully utilize the mask, thereby causing huge waste of plastic raw materials, the effect of ultraviolet sterilization is more obvious at the moment, the filtering and adsorbing capability of the mask can be well protected, except for mask sterilization, the sterilization of tableware, keyboards and screens of computers and mobile phones can utilize ultraviolet light when people go out, therefore, a portable ultraviolet sterilizer is lacked in the market, and daily supplies can be sterilized at any time and any place, the ultraviolet sterilizer is additionally provided with a reverse charging function, so that the ultraviolet sterilizer can be used as a charger when not being charged, the practicability of the sterilizer is greatly improved, and in order to make the sterilizer as small and flat as possible, if a Type-C port, a micro-USB port or a Lightning port is used, the sterilizer needs to be connected with a product to be charged or a charging power supply by using a converter;

the existing data ports are commonly provided with Type-C ports, micro-USB ports, Lightning ports and USB ports, the data ports are widely applied to various electronic products, except for data transmission, the data ports can also be responsible for transmission of electric energy, but different ports can be used due to different positioning of various products, so that the problem that the data ports are inconsistent between the electronic products cannot be connected with the electronic products or cannot be connected with the electronic products for charging is solved, the existing converter is large in size, the design of exposed joints affects attractiveness, an insulating layer is easily formed on the surface of the electronic products after the electronic products are polluted by oil stains, and the experience effect in the using process is poor.

Disclosure of Invention

The purpose of the invention is as follows: the utility model aims to provide a sterilizer with a charging converter, which can emit ultraviolet rays to sterilize through a sterilizing lamp inside the sterilizer, a circuit board is provided with a power input management module and a power output management module, so that a battery built in a sterilizer body can be charged by itself and can be discharged outwards, when the battery is discharged outwards under the control of the power output management module, other electronic products can be charged, the sterilizer can serve as a charger, the practicability of the sterilizer is greatly improved, because the ports used by electronic products with different functions are not consistent, the sterilizer has good portability, a port with smaller volume is generally used, the sterilizer can be incompatible with the interfaces of other electronic products, and the converter body is provided with a first port and a second port, insert the third port of sterilizer with the second port of converter body, the first port of converter body alright in order to replace the third port, make things convenient for other electronic product to connect in the sterilizer.

The technical scheme is as follows: the utility model discloses a sterilizer with charging converter, including sterilizer body and converter body, be equipped with the circuit board in the sterilizer body, with the sterilamp that the circuit board electricity is connected and for the battery of sterilamp power supply, the circuit board includes power input management module and power output management module, the converter body includes the shell, the shell is inside to have the cavity structure, the converter body is including installing in first port and the second port in the cavity structure, the electricity is connected between first port, the second port, the sterilizer body is equipped with the third port with the adaptation of second port, the second port is pegged graft in the third port of sterilizer body, power output management module switches on, first port is in power output state; the external power line is inserted into the third port, the power input management module is conducted, and the battery module is in a charging state.

The shell is provided with a first opening and a second opening, the first port is fixedly installed in the first opening, the second port stretches and slides in the second opening, a conversion device is arranged in the cavity structure, the second port is fixedly connected to the conversion device, the conversion device drives the second port to move in the cavity structure, and the second port stretches out of or retracts into the second opening.

Conversion equipment includes base and stopper, the base slidable locates in the cavity structure, the shell is located and is equipped with the bar spout between first opening, the second opening, stopper one end is connected in the base, and its other end has the operation portion that stretches out bar spout and edge bar spout reciprocating motion.

The stopper is L type folded plate, L type folded plate has short limit portion and long limit portion, the short limit portion of L type folded plate is connected in the base, the long limit portion of L type folded plate hangs and locates between base and the bar spout, the long limit portion of L type folded plate is equipped with spacing lug, the shell internal surface is located bar spout edge and is equipped with spacing recess, through pressing the operation portion so that the long limit portion of L type folded plate produces plastic deformation, long limit portion deformation in-process drives spacing lug embedding or breaks away from spacing recess.

The limiting groove comprises a first groove and a second groove which are arranged in pairs along the length direction of the strip-shaped sliding groove, the limiting lug is embedded into the first groove, the second port extends out of the second opening, and the second port retracts into the second opening when the limiting lug is embedded into the second groove.

The shell is equipped with the uplift portion that outwards heaves, the uplift portion is located to the bar spout, the uplift portion is located and is equipped with the locating pin between bar spout and the second opening, the long limit portion of L type folded plate extends there is the curb plate, the second port removes to stretching out under the second opening state, the locating pin supports and leans on in curb plate edge.

The shell is provided with a first opening and a second opening, the first port is fixedly arranged at the first opening, the second port is fixedly arranged at the second opening, and the second port extends out of the second opening.

The converter body articulates in the sterilizer body through soft rope, the shell includes lid and lower lid, go up the lid and be equipped with the buckle structure that the cooperation is connected with lid edge down, form the passageway that supplies soft rope installation between shell inner wall and the cavity structure outer wall, the shell is equipped with the through-hole that link up this passageway, soft rope passes through the through-hole and is during the passageway that C shape penetrated cavity structure both sides.

Two groups of wire passing plates which are correspondingly arranged are arranged on the inner surfaces of the upper cover body and the lower cover body at the positions of the channels, and the wire passing plates are provided with notches for soft ropes to pass through.

The first port is provided with a first circuit board, the second port is provided with a second circuit board, the first circuit board is connected with the second circuit board through a soft lead, and the second port moves along the cavity structure in the process that the soft lead is always arranged in the cavity structure in an arched bending manner.

Has the advantages that: the utility model discloses a sterilizer with charging converter, disinfect through the outside transmission ultraviolet ray of its inside sterilamp, the circuit board sets up power input management module and power output management module, make the battery of built-in sterilizer body except can insert the power and carry out self-charging, can also discharge outward and charge for other electronic product, when the battery discharges outward under the control of power output management module, the sterilizer is equivalent to the function of acting as the treasured that charges, the practicality of sterilizer promotes greatly, because the port that the electronic product of different functions used is inconsistent, and the sterilizer can have good portability, generally use the port that the volume is less, this just makes its interface with other electronic product probably incompatible, the converter body has first port and second port, insert the third port of sterilizer with the second port of converter body, the first port of the converter body can replace the third port, so that other electronic products can be conveniently connected to the sterilizer through the connecting wire;

the shell is internally provided with a first port connected with an external power supply or an electronic product to be charged and a second port connected with the sterilizer, the first port is fixedly arranged in the cavity structure and is close to the first opening, the second port is movably arranged in the cavity structure and is close to the second opening, the shell is internally provided with the cavity structure, the shell is formed by enclosing an upper cover body and a lower cover body, the second port can move in a certain range in the cavity structure, the conversion device can move relative to the shell in the shell, the conversion device is connected to the second port, the second port is driven to move when the conversion device is operated, the second port is always electrically connected with the first port in the moving process, when the second port of the conversion device is operated to extend out of the second opening, the second port can be inserted into the chargeable and dischargeable product, when the conversion device is operated to enable the second port to retract into the second opening, the second port can be protected from being polluted and damaged, meanwhile, the second port is accommodated in the shell, so that the integrity of the shell is better, and other articles are prevented from being scraped at the sharp position of the second port;

the base of the conversion device is a carrier for fixing the second port, the outline of the base is matched with the inner wall of the cavity structure, so that the base can stably slide in the cavity structure, the limiter of the conversion device is arranged on the base, the limiter and the base are both positioned in the shell, a strip-shaped sliding groove is formed in the shell on the sliding path of the base, the operation part of the conversion device penetrates through the strip-shaped sliding groove to be connected to the base, and the movement of the second port is realized by operating the operation part outside the shell;

the short side part of the L-shaped folded plate has the effect of plastic deformation, the long side part of the L-shaped folded plate has the effect of increasing the moment, the operation part is arranged at the far end of the long side part of the L-shaped folded plate, which is far away from the short side part, the moment is increased, the application force of the operation part is greatly reduced, the side edge of the strip-shaped chute, which is positioned outside, is provided with a limiting groove, the long side part of the L-shaped folded plate is provided with a limiting bump, and the limiting bump can be abutted against the edge of the strip-shaped chute to slide under the state that the long side part of the L;

the first groove and the second groove are arranged at the edges of the strip-shaped sliding groove in pairs, the two sides of the limiting lug of the L-shaped folded plate are stressed equally due to the design, the limiting effect on the conversion device is better, and when the limiting lug is embedded into the first groove or the second groove respectively, the L-shaped folded plate is limited at a preset position relative to the shell, so that the second port extends out of or retracts into the second opening;

in order to enable the shell to be flattened as much as possible, the size to be small and the internal space to be more compact, the shell is provided with a bulge part bulging outwards, the bulge part is used for accommodating an L-shaped folded plate protruding outwards, the strip-shaped sliding groove is arranged at the bulge part, a positioning pin is arranged between the strip-shaped sliding groove and the second opening of the bulge part, and the positioning pin can abut against a side plate at the long edge part of the L-shaped folded plate in the moving process of the stopper so as to limit the moving range of the conversion device;

the second port can also be designed to fixedly extend out of the second opening, so that the structure is simple, the cost is low and the performance is stable;

the contact part of the notch and the soft rope has friction force, so that the converter body is prevented from randomly moving on the soft rope, the through hole is convenient to assemble or insert when the soft rope is replaced at the later stage due to the design of the through hole, the soft rope is reduced in scraping with the inner wall of the shell in the channel, and the surface of the soft rope is prevented from fluffing;

the soft wire is too long and is easy to wind and too short and is easy to break, the second port drives the second circuit board to move, the soft wire in the cavity structure is always in bow-shaped bending, the end part of the soft wire is attached and welded in parallel relative to the circuit board, the contact area of the soft wire and the circuit board is large, and the soft wire is not easy to fall off from the circuit board in the stretching stress process of the soft wire.

Drawings

FIG. 1 is a schematic view of the overall structure of the sterilizer of the present invention;

FIG. 2 is an exploded view of the overall structure of the sterilizer of the present invention;

FIG. 3 is an exploded view of the switching device of the sterilizer of the present invention;

FIG. 4 is a schematic view of the second port of the switching device of the sterilizer being contracted;

FIG. 5 is a schematic view of the second port of the switching device of the sterilizer being extended;

FIG. 6 is a schematic view of the lower cover of the housing of the switching device of the sterilizer of the present invention;

FIG. 7 is a schematic view of the upper cover of the housing of the switching device of the sterilizer of the present invention;

FIG. 8 is a front view of the switching device of the sterilizer of the present invention;

FIG. 9 is a top view of the switching device of the sterilizer of the present invention;

fig. 10 is a perspective view of the switching device of the sterilizer of the present invention.

Detailed Description

The technical solution of the present invention is explained in detail below, but the scope of protection of the present invention is not limited to the embodiments.

As shown in fig. 1 to 10, the utility model discloses a sterilizer with charging converter, including sterilizer body 100 and converter body 200, be equipped with circuit board 300 in the sterilizer body 100, sterilamp 400 that is connected with circuit board 300 electricity, and battery 500 for sterilamp 400 power supply, circuit board 300 includes power input management module and power output management module, converter body 200 includes shell 600, shell 600 has cavity structure 610 inside, converter body 200 includes first port 700 and second port 800 installed in cavity structure 610, the electricity is connected between first port 700, second port 800, sterilizer body 100 is equipped with third port 900 with second port 800 adaptation, when second port 800 is pegged graft in third port 900 of sterilizer body 100, power output management module switches on, first port 700 is in the power output state; the external power line is plugged into the third port 900, the power input management module is turned on, and the battery 500 module is in a charging state. The sterilizing lamp 400 in the sterilizer body 100 emits ultraviolet rays outwards for sterilization, the circuit board 300 is provided with a power input management module and a power output management module, so that the battery 500 built in the sterilizer body 100 can be connected with an external power supply for self-charging and can also be discharged outwards for charging other electronic products, when the battery 500 is discharged outwards under the control of the power output management module, the sterilizer has the function of serving as a charger, the practicability of the sterilizer is greatly improved, because the ports used by electronic products with different functions are not consistent, and the sterilizer has good portability, a port with a smaller volume is generally used, so that the sterilizer body is possibly incompatible with interfaces of other electronic products, the converter body 200 is provided with the first port 700 and the second port 800, and the second port 800 of the converter body 200 is inserted into the third port 900 of the sterilizer, the first port 700 of the converter body 200 can replace the third port 900, so that other electronic products can be conveniently connected to the sterilizer through a connecting wire;

the shell 600 is provided with a first opening 611 and a second opening 612, the first port 700 is fixedly installed in the first opening 611, the second port 800 slides in the second opening 612 in a telescopic manner, a conversion device 620 is arranged in the cavity structure 610, the second port 800 is fixedly connected to the conversion device 620, and the conversion device 620 drives the second port 800 to extend out of or retract into the second opening 612 during the movement of the second port 800 in the cavity structure 610. The first port 700 connected to an external power source or an electronic product to be charged and the second port 800 connected to the sterilizer are disposed in the housing 600, the first port 700 is fixedly mounted in the cavity structure 610 near the first opening 611, the second port 800 is movably mounted in the cavity structure 610 near the second opening 612, the cavity structure 610 is disposed in the housing 600, the housing 600 is enclosed by the upper cover 6001 and the lower cover 6002, the strip-shaped chute 650 is disposed on the upper cover 6001, the second port 800 is movable within a certain range in the cavity structure 610, the converting device 620 is movable relative to the housing 600 within the housing, the converting device 620 is connected to the second port 800, the converting device 620 is operated to drive the second port 800 to move, the second port 800 is always electrically connected to the first port 700 during moving, when the converting device 800 is operated to extend out of the second opening 612, the second port 800 can be inserted into a rechargeable product, when the switching device 620 is operated to retract the second port 800 into the second opening 612, the second port 800 can be protected from being polluted and damaged, meanwhile, the second port 800 is accommodated in the shell 600, so that the integrity of the shell 600 is better, and the sharp part of the second port 800 is prevented from scraping other articles;

the switching device 620 includes a base 630 and a stopper 640, the base 630 is slidably disposed in the cavity structure 610, a strip-shaped sliding groove 650 is disposed between the first opening 611 and the second opening 612 of the housing 600, one end of the stopper 640 is connected to the base 630, and the other end of the stopper 640 has an operating portion 660 extending out of the strip-shaped sliding groove 650 and reciprocating along the strip-shaped sliding groove 650. The base 630 of the conversion device 620 is a carrier for fixing the second port 800, the outline of the base 630 is matched with the inner wall of the cavity structure 610, so that the base 630 can stably slide in the cavity structure 610, the stopper 640 of the conversion device 620 is arranged on the base 630, both the stopper 640 and the base 630 are positioned in the shell 600, the shell 600 is provided with a strip-shaped sliding groove 650 on the sliding path of the base 630, the operating part 660 of the conversion device 620 passes through the strip-shaped sliding groove 650 to be connected to the base 630, and the movement of the second port 800 is realized by operating the operating part 660 outside the shell 600;

the stopper 640 is an L-shaped flap, the L-shaped flap has a short edge portion 641 and a long edge portion 642, the short edge portion 641 of the L-shaped flap is connected to the base 630, the long edge portion 642 of the L-shaped flap is suspended between the base 630 and the strip-shaped sliding groove 650, the long edge portion 642 of the L-shaped flap is provided with a stopper protrusion 643, the inner surface of the housing 600 at the edge of the strip-shaped sliding groove 650 is provided with a stopper groove 651, the long edge portion 642 of the L-shaped flap is plastically deformed by pressing the operating portion 660, and the stopper protrusion 643 is driven to be embedded into or separated from the stopper groove 654 during the deformation. The short side part 641 of the L-shaped folded plate has the effect of plastic deformation, the long side part 642 of the L-shaped folded plate has the effect of increasing the moment, the operating part 660 is arranged at the far end of the long side part 642 of the L-shaped folded plate far away from the short side part 641, the moment is increased, the application force of the operating part is greatly reduced, a limit groove 651 is arranged at the side edge of the strip-shaped sliding groove 650 along the length direction, a limit bump 643 is arranged at the long side part 642 of the L-shaped folded plate, and the limit bump 643 can abut against the edge of the strip-shaped sliding groove 650 to slide under the deformation state of the long side part 642 of the L-shaped folded plate until the;

the limit groove 651 comprises a first groove 6511 and a second groove 6512 which are arranged in pairs along the length direction of the strip-shaped sliding groove 650, when the limit projection 643 is embedded in the first groove 6511, the second port 800 extends out of the second opening 612, and when the limit projection 643 is embedded in the second groove 6512, the second port 800 retracts into the second opening 6121. The first groove 6511 and the second groove 6512 are arranged in pairs at the edges of the strip-shaped sliding groove 650, so that the two sides of the limiting projection 643 of the L-shaped folded plate are stressed equally, the limiting effect on the switching device 600 is better, when the limiting projection 643 is respectively embedded into the first groove 6511 or the second groove 6512, the L-shaped folded plate is limited at two preset positions relative to the housing 600, and the second port 800 extends out of or retracts into the second opening 612;

the housing 600 is provided with a bulge 670 bulging outwards, the strip-shaped sliding groove 650 is arranged on the bulge 670, a positioning pin 671 is arranged between the strip-shaped sliding groove 650 and the second opening 612 of the bulge 670, the long edge part 642 of the L-shaped flap extends to form a side plate 644, and the positioning pin 671 abuts against the edge of the side plate 644 when the second port 800 is moved to extend out of the second opening 612. In order to make the housing 600 as flat as possible, small in size and more compact in internal space, an outwardly bulging bulge 670 is provided on the housing 600, the bulge 670 is used for accommodating an outwardly protruding L-shaped flap, a strip-shaped sliding groove 650 is provided at the bulge 670, a positioning pin 671 is provided between the strip-shaped sliding groove 650 and the second opening 612 on the bulge 670, and the positioning pin 671 can abut against the side plate 644 of the long side part 642 of the L-shaped flap during the movement of the stopper 640, so as to limit the movement range of the switching device 640;

the housing 600 is provided with a first opening 611 and a second opening 612, the first port 700 is fixedly installed in the first opening 611, the second port 800 is fixedly installed in the second opening 612, and the second port 800 extends out of the second opening 612. The second port 800 is designed to fixedly extend out of the second opening 612, which is simple in structure, low in cost, and stable in performance, but the integrity of the housing 600 is low;

the converter body 200 is hung on the sterilizer body 100 through a soft rope 101, the housing 600 includes an upper cover body 6001 and a lower cover body 6002, the edges of the upper cover body 6001 and the lower cover body 6002 are provided with a fastening structure in a matching connection, a channel 6100 for installing the soft rope 101 is formed between the inner wall of the housing 600 and the outer wall of the cavity structure 610, the housing 600 is provided with a through hole penetrating through the channel 6100, the soft rope 101 penetrates into the channel 6100 at two sides of the cavity structure 610 through the through hole in a C shape, two sets of line-passing plates 6101 are correspondingly arranged at the channel 6100 on the inner surfaces of the upper cover body 6001 and the lower cover body 6002, the line-passing plates 6101 are provided with notches for the soft rope 101 to pass through, the contact positions of the notches and the soft rope have friction force to prevent the converter body 200 from randomly moving on the soft rope 101, the through holes and the channels 6100 are designed to facilitate the insertion during assembly or later stage of replacing the soft rope, preventing the surface of the soft rope 101 from raising.

The first port 700 and the second port 800 are connected by a flexible conductive wire 102, and when the second port 800 moves along the cavity structure 610, the flexible conductive wire 102 is always arranged in the cavity structure 610 in an arcuate bending manner, the first port 700 has a first circuit board, and the second port 800 has a second circuit board. The soft lead 102 is too long and is easy to be wound, and too short and is easy to be torn off, when the second port 800 drives the second circuit board to move, the soft lead 102 in the cavity structure 610 is always in bow-shaped bending, the end part of the soft lead 102 is attached and welded in parallel relative to the circuit board, the contact area between the soft lead 102 and the circuit board is large, and the soft lead 102 is not easy to fall off from the circuit board in the stretching stress process of the soft lead 102.

As mentioned above, although the present invention has been shown and described with reference to certain preferred embodiments, it should not be construed as limiting the invention itself. Various changes in form and detail may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

Claims (10)

1. A sterilizer with a charge converter, characterized by: the sterilizer comprises a sterilizer body and a converter body, wherein a circuit board, a sterilizing lamp electrically connected with the circuit board and a battery for supplying power to the sterilizing lamp are arranged in the sterilizer body, the circuit board comprises a power input management module and a power output management module, the converter body comprises a shell, a cavity structure is arranged in the shell, the converter body comprises a first port and a second port which are arranged in the cavity structure, the first port and the second port are electrically connected, the sterilizer body is provided with a third port matched with the second port, the second port is inserted into the third port of the sterilizer body, the power output management module is conducted, and the first port is in a power output state; and an external power line is inserted into the third port, the power input management module is conducted, and the battery module is in a charging state.

2. The sterilizer with charge converter of claim 1, wherein: the shell is provided with a first opening and a second opening, the first port is fixedly installed in the first opening, the second port stretches and slides in the second opening, a conversion device is arranged in the cavity structure, the second port is fixedly connected to the conversion device, the conversion device drives the second port to move in the cavity structure, and the second port stretches out of or retracts into the second opening.

3. The sterilizer with charge converter of claim 2, wherein: conversion equipment includes base and stopper, the base slidable locates in the cavity structure, the shell is located and is equipped with the bar spout between first opening, the second opening, stopper one end is connected in the base, and its other end has the operation portion that stretches out bar spout and edge bar spout reciprocating motion.

4. The sterilizer with charge converter of claim 3, wherein: the stopper is L type folded plate, L type folded plate has short limit portion and long limit portion, the short limit portion of L type folded plate is connected in the base, the long limit portion of L type folded plate hangs and locates between base and the bar spout, the long limit portion of L type folded plate is equipped with spacing lug, the shell internal surface is located bar spout edge and is equipped with spacing recess, through pressing the operation portion so that the long limit portion of L type folded plate produces plastic deformation, long limit portion deformation in-process drives spacing lug embedding or breaks away from spacing recess.

5. The sterilizer with charge converter of claim 4, wherein: the limiting groove comprises a first groove and a second groove which are arranged in pairs along the length direction of the strip-shaped sliding groove, the limiting lug is embedded into the first groove, the second port extends out of the second opening, and the second port retracts into the second opening when the limiting lug is embedded into the second groove.

6. The sterilizer with charge converter of claim 4, wherein: the shell is equipped with the uplift portion that outwards heaves, the uplift portion is located to the bar spout, the uplift portion is located and is equipped with the locating pin between bar spout and the second opening, the long limit portion of L type folded plate extends there is the curb plate, the second port removes to stretching out under the second opening state, the locating pin supports and leans on in curb plate edge.

7. The sterilizer with charge converter of claim 1, wherein: the shell is provided with a first opening and a second opening, the first port is fixedly arranged at the first opening, the second port is fixedly arranged at the second opening, and the second port extends out of the second opening.

8. The sterilizer with charging converter according to any of claims 1 to 7, wherein: the converter body articulates in the sterilizer body through soft rope, the shell includes lid and lower lid, go up the lid and be equipped with the buckle structure that the cooperation is connected with lid edge down, form the passageway that supplies soft rope installation between shell inner wall and the cavity structure outer wall, the shell is equipped with the through-hole that link up this passageway, soft rope passes through the through-hole and is during the passageway that C shape penetrated cavity structure both sides.

9. The sterilizer with charge converter of claim 8, wherein: two groups of wire passing plates which are correspondingly arranged are arranged on the inner surfaces of the upper cover body and the lower cover body at the positions of the channels, and the wire passing plates are provided with notches for soft ropes to pass through.

10. The sterilizer with charge converter of claim 1, wherein: the first port is provided with a first circuit board, the second port is provided with a second circuit board, the first circuit board is connected with the second circuit board through a soft lead, and the second port moves along the cavity structure in the process that the soft lead is always arranged in the cavity structure in an arched bending manner.

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