CN2223995Y

CN2223995Y - Multi-purpose sterilizing cabinet

Info

Publication number: CN2223995Y
Application number: CN 95211136
Authority: CN
Inventors: 郑英焕
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-04-22
Filing date: 1995-04-22
Publication date: 1996-04-10
Anticipated expiration: 2005-04-22

Abstract

The utility model provides a multi-purpose sterilizing cabinet, which comprises a cabinet body, an ultraviolet pipe or an ozonizer, four infrared pipes arranged in the cabinet body; a row of control switches, a heat insulation plate, a change-over switch and a circuit control system, wherein, the ultraviolet pipe or the ozonizer is arranged on the top in the cabinet; the heat insulation plate is arranged between the ultraviolet pipe or the ozonizer and the infrared pipe or the heat insulation plate is vertically arranged on the rear part of the cabinet body; besides, the heat insulation plate can block the heat radiation openings on the upper part of the cabinet rear part; the change-over switch is arranged on the inner wall of one side of the cabinet body; the rocker of the change-over switch is driven to swing by the fixed pin of the heat insulation plate; the circuit control system can realize each function. The sterilizing cabinet integrates the functions of normal temperature, high temperature and electric baking. The utility model has the advantages of simple structure and convenient operation.

Description

The multipurpose disinfection cabinet

This utility model relates to a kind of disinfection cabinet, relates in particular to a kind of multipurpose disinfection cabinet that can carry out disinfection under room temperature, high temperature and can make electric baker.

" illness finds its way in by the mouth " as everyone knows, promptly numerous disease often because of food, tableware or other sterilisation of objects sternly do not cause pollute and cross infection due to, these pathogenic bacterias are seriously threatening people's health.Along with the raising of social civilization and material life, people more and more pay attention to the health sterilization problem of food, tableware, and decontaminating apparatus begins to come into the market.

In daily life, the food, the tableware that have need high-temperature sterilization, and food that has such as fruit, cool Lay can only be sterilized by room temperature, and the decontaminating apparatus of selling on the market all can carry out the sterilization of high temperature and room temperature now.Ozonization or disinfection by ultraviolet light are adopted in the room temperature sterilization in common decontaminating apparatus, promptly settle an ozonator or ultraviolet tube that the food that can not carry out high-temperature sterilization is carried out the room temperature sterilization in decontaminating apparatus.In order to protect ozonator and ultraviolet radiation pipe not to be subjected to the influence of the heat that the infrared radiation pipe produced, this decontaminating apparatus generally to divide under the Over-The-Counter two layers in cabinet, have or even three layers, volume is bigger, uses also inconvenience.

The purpose of this utility model is to provide a kind of and integrates that room temperature sterilization, high-temperature sterilization and electricity are baked and can protect ultraviolet radiation pipe or ozonator not to be subjected to the multipurpose disinfection cabinet of temperatures involved.

The purpose of this utility model is achieved in that a kind of multipurpose disinfection cabinet, comprising: there is the cabinet of a thermovent upper back; At least one ultraviolet radiation pipe or ozonator that is fixedly installed in the cabinet; Many are arranged on its base in the cabinet and are fixed on far-infrared radiant tube on the cabinet inwall; One row is arranged on the gauge tap on the cabinet front panel; Described disinfection cabinet also comprises: both sides are provided with the thermal insulation board of steady pin, this thermal insulation board is by being fixed on last bottom guide and the stopper slot on the cabinet two side faces inwall, is horizontally set between described ultraviolet radiation pipe or ozonator and the far-infrared radiation pipe movably or is arranged on outside the cabinet back with standing vertically and blocks the thermovent on top, cabinet back; The permutator that one steady pin with rocking bar and this rocking bar and described thermal insulation board meshes movably; One in order to realize that disinfection cabinet makes the roasting and time control of room temperature sterilization and high-temperature sterilization and electricity, temperature controlled circuit control system.

Multipurpose disinfection cabinet of the present utility model is because high-temperature sterilization or electricity when roasting, between ultraviolet radiation pipe or ozonator and far-infrared radiation pipe, be provided with the pair of lamina thermal insulation board, not only make ultraviolet radiation pipe or ozonator not be subjected to the influence of the light and heat amount that the far-infrared radiation pipe sends and improve its life-span greatly, and also therefore can be with room temperature sterilization and high-temperature sterilization and electric roasting being arranged in the cabinet, make it simple in structure, easy to use and cheap, very practical.

Hereinafter with reference to description of drawings preferred embodiment of the present utility model, therefrom also can find out other purpose and advantage of this utility model.

Fig. 1 is the electrical schematic diagram of multipurpose disinfection cabinet of the present utility model.

Fig. 2 is the structural representation of the double layer insulating board of multipurpose disinfection cabinet of the present utility model.

Fig. 3 is the schematic perspective view of multipurpose disinfection cabinet of the present utility model.

Fig. 4 is multipurpose disinfection cabinet of the present utility model partial schematic diagram when high-temperature sterilization or electric baking.

Fig. 5 is multipurpose disinfection cabinet of the present utility model partial schematic diagram when disinfection by ultraviolet light.

Referring to Fig. 1, wherein CW is the room temperature sterilize control system, and GW is the roasting control system of high-temperature sterilization and electricity.In CW room temperature sterilize control system, the 1st, ultraviolet radiation pipe or ozonator, if do room temperature when sterilization with the ultraviolet radiation pipe, that in parallel with ultraviolet radiation pipe 1 is starter S, ballast B one end is connected with ultraviolet radiation pipe 1, and the other end is connected with room temperature gauge tap 8.In GW high-temperature sterilization and the roasting control system of electricity, 3-1 to 3-4 is four far-infrared radiant tubes, they can be metal tubes, also can be glass tubing or earthenware, be serially connected in row's high-temperature sterilization control unit with last row's high-temperature control switch 6 after last row far-infrared radiant tube 3-1 and the 3-2 parallel connection, be serially connected in down row's high-temperature sterilization control unit with following row's high-temperature control switch 7 after following row far-infrared radiant tube 3-3 and the 3-4 parallel connection; Be serially connected in high-temperature sterilization or the roasting control system GW of electricity with the temperature switch 9 that constitutes by bimetal leaf after the parallel connection of upper and lower row's high-temperature sterilization control unit.Room temperature sterilize control system CW is in parallel with high-temperature sterilization or the roasting control system GW of electricity, and this parallel circuit is controlled by permutator 10, and connects with time control switch 4, electric fuse T and on and off switch 5.When c was connected with b in the permutator 10, ballast B exported a rated value and makes 1 work of ultraviolet radiation pipe, and disinfection cabinet is done the room temperature sterilization; When c was connected with a in the permutator 10, far-infrared radiant tube 3-1 to 3-4 worked, and disinfection cabinet is done high-temperature sterilization or make electricity roasting.The in-cabinet temperature of temp control switch 9 when regulating that the distance between the bimetal leaf is controlled high-temperature sterilization in the temperature controller that is made of bimetal leaf, when temperature controller is experienced temperature above predetermined value, be the contact of break-off signal gauge tap 9 contacts, cut off current supply circuit.Thermal Cutoffs T cuts off the electricity supply, in case the danger of the excessive temperature that takes place under the malfunctioning situation of temperature controller that is connected with temp control switch 9 when temperature surpasses the ultimate value of predetermined value.

Referring to Fig. 2, the 2nd, thermal insulation board, this thermal insulation board 2 is double-layer hollow structures, at the front part sides of the thermal insulation board 2 alignment pin 2-1 that respectively has been spirally connected, a handle 2-2 is arranged at the rear portion of thermal insulation board 2 so that the propelling of thermal insulation board 2 with pull out.

Referring to Fig. 3; the 11st, cabinet; it uses heat-stable rustless steel; plastic-blasting steel plate or pressing metal plates become two side faces; one end face; one back; two bottom surfaces are formed; one orthogonal thermovent 16 is arranged on the top of cabinet 11 back; the 12nd, support; in order to support the end face of cabinet 11; on cabinet 11 inner top surfaces, fixedly installed a ultraviolet radiation pipe 1; four far-infrared radiant tube 3-1～3-4 are set in cabinet 11; the base of far-infrared radiant tube 3-1～3-4 is fixed on the interior two side inwalls of cabinet; far-infrared radiant tube can be a metal tube; also can be glass tubing or earthenware; if when adopting glass tubing or earthenware; add a protective cover at shell; the 2nd, thermal insulation board; this thermal insulation board 2 inserts from top, cabinet 11 back cubold thermovent 16; by being fixed on the upper guide plate 17 on the cabinet two side inwalls; bottom guide 18 (see figure 4)s and stopper slot 19 (see figure 5)s are arranged between ultraviolet radiation pipe 1 and the far-infrared radiation pipe 3-1～3-4; alignment pin on the thermal insulation board inserts in the stopper slot with fixing thermal insulation board; when far-infrared radiant tube 3-1～3-4 work; double-deck thermal insulation board 2 has blocked ultraviolet radiation pipe 1 and has avoided the radiation that far infrared is penetrated pipe 3-1～3-4 light and heats that send; the 13rd, the cabinet inner bottom surface; below cabinet inner bottom surface 13, also has a cabinet floor (not shown); in the middle of above-mentioned two-layer bottom surface, be provided with Circuits System; vertically disposed with the cabinet inner bottom surface is control panel 14; switch in the circuit control system is arranged on the panel 14; upper end at panel 14 connects a cabinet door 15 that can rotate up and down; if when doing the room temperature sterilization with ozonator; a transparent and resistant to elevated temperatures glass plate is arranged in the centre of cabinet door 15, can spy on working condition in the disinfection cabinet from this glass plate.

Referring to Fig. 4, thermal insulation board 2 is horizontally set on upper guide plate 17 and the centre of leading 18 down, permutator 10 is positioned at the below of bottom guide 18 and is arranged on the side inwall of cabinet 11, when thermal insulation board 2 inserts propelling, the rocking bar that alignment pin 2-1 on the thermal insulation board 2 promotes on the permutator 10 is swung forward, make permutator 10 be in c-a connection status, promptly the high-temperature control system can work.

Referring to Fig. 5, the 19th, stopper slot, stopper slot 19 length restriction outside the moving of alignment pin 2-1, insert stopper slot by the alignment pin on it, make thermal insulation board 2 after thermovent 16 moves a certain distance, stand vertically outside cabinet 11 back and block thermovent 16 above cabinet 11 back, along with thermal insulation board 2 moving to thermovent 16, the pressure that makes the rocking bar of permutator 10 break away from the alignment pin 2-1 of thermal insulation board 2 gradually, return to original state, this moment, permutator 10 was in c-b connection status, and promptly the room temperature control system can be worked.

If (see figure 4) when carrying out high-temperature sterilization or electric baking, thermal insulation board 2 pushed ahead along upper guide plate 17 and bottom guide 18 and locating slot 19 be horizontally set between ultraviolet radiation pipe 1 and the far-infrared radiation pipe 3, thermal insulation board 2 is pushed ahead in the process, alignment pin 2-1 on the thermal insulation board 2 promotes the rocking bar of permutator 10 and swings forward, make permutator 10 be c-a (see figure 1) connection status, the roasting system of high-temperature sterilization and electricity is in running order after the energized, and time switch 4 and temperature detect switch (TDS) 9 are controlled the working time and the temperature regime of this system respectively.

If (see figure 5) when carrying out the room temperature sterilization, the handle 2-2 that is holding thermal insulation board 2 from thermovent 16 (see figure 3)s pulls out along upper guide plate 17 and bottom guide 18 and locating slot 19 thermal insulation board 2 to thermovent 16, because the length restriction of the stopper slot 19 on the cabinet 11 2 side inwalls, the alignment pin 2-1 of thermal insulation board 2 move to locating slot 19 near not moving to thermovent 16 again behind the end of thermovent 16, being in circular alignment pins 19 in the locating slot 19 this moment, to make thermal insulation board 2 can only be that the axle center is stirred downwards with alignment pin 2-1 in the locating slot 19, stand vertically and rely on outside the back of cabinet 11, block the thermovent 16 on top, back, thermal insulation board 2 is in thermovent 16 moving process, the rocking bar of permutator 10 breaks away from the pressure of the alignment pin 2-1 on the thermal insulation board 2 gradually, and return to original state, make permutator 10 be c-b (see figure 1) connection status, the room temperature decontamination system is in running order after the energized, the working time of time switch 4 these systems of control.

Also be provided with the shelf (not shown) of putting article in the cabinet 11, this shelf can arbitrarily insert according to the shelf groove (not shown) on cabinet 11 inwalls or take out, to regulate the distance between shelf.

Preferred embodiment of the present utility model more than has been described, those of ordinary skill in the art is after having understood this utility model, can make variations and modifications to this, and unlikely disengaging scope of the present utility model.

Claims

1. multipurpose disinfection cabinet comprises:

There is the cabinet of a thermovent one upper back;

At least one ultraviolet radiation pipe or ozonator that is fixedly installed in the cabinet;

Many be arranged in the cabinet, its base is fixed on the far-infrared radiation pipe on the cabinet inwall;

One row is arranged on the gauge tap on the cabinet front panel;

It is characterized in that described disinfection cabinet also comprises:

One both sides are provided with the thermal insulation board of steady pin, this thermal insulation board is by being fixed on the stopper slot on the cabinet two side faces inwall, is horizontally set between described ultraviolet radiation pipe and the far-infrared radiant tube movably or is arranged on outside the cabinet back with standing vertically and blocks the thermovent on top, cabinet back;

The steady pin that one permutator, this permutator have rocking bar and this rocking bar and described thermal insulation board meshes movably;

One circuit control system is made room temperature sterilization and high-temperature sterilization and electricity roasting and time and temperature controlling in order to realize disinfection cabinet.

2. disinfection cabinet as claimed in claim 1 is characterized in that described thermal insulation board is a double-layer hollow structure, is provided with a handle in the back of thermal insulation board.

3. disinfection cabinet as claimed in claim 1 is characterized in that, described ultraviolet radiation pipe or ozonator are fixedly installed on the cabinet inner top.

4. disinfection cabinet as claimed in claim 1 is characterized in that, a temperature controller that is made of bimetal leaf is arranged in the described circuit control system.

5. disinfection cabinet as claimed in claim 1 is characterized in that, described its base of far-infrared radiation pipe is fixedly installed on the cabinet two side inwalls.

6. disinfection cabinet as claimed in claim 1 is characterized in that, described cabinet is formed by rustless steel, plastic-blasting steel plate or other pressing metal plates.

7. disinfection cabinet as claimed in claim 1 is characterized in that, described far-infrared radiation pipe can be that metal tube also can be glass tubing or earthenware.

8. disinfection cabinet as claimed in claim 1 is characterized in that, has fixedly installed two guide plates in the upper and lower of described stopper slot.