CN204473634U

CN204473634U - Deodorizing storage box

Info

Publication number: CN204473634U
Application number: CN201520118450.0U
Authority: CN
Inventors: 端山雅文; 西尾典昭
Original assignee: Sharp Corp
Current assignee: Sharp Corp
Priority date: 2014-02-28
Filing date: 2015-02-27
Publication date: 2015-07-15
Anticipated expiration: 2025-02-27
Also published as: KR20160037992A; JP6185406B2; WO2015129126A1; JP2015163543A; KR101806754B1

Abstract

The utility model provides a kind of deodorizing storage box that can improve convenience.Described deodorizing storage box comprises: main part (2), and upper surface offers peristome (3a) and is formed with the incorporating section (4) of storage content in inside; Cap (10), switch peristome (3a); Circulating line (20), there is the top (21) that is configured on cap (10) and be configured in the surrounding wall portion (22) arranged on wall be made up of a part of perisporium of incorporating section (4), and the sucking hole (21a) offered towards incorporating section (4) and blow-off outlet (22a); Supply ventilating fan (25), is configured in surrounding wall portion (22); And odor removal (26), be configured in surrounding wall portion (22).

Description

Deodorizing storage box

Technical field

The utility model relate to content carry out deodorizing and preserve deodorizing storage box.

Background technology

Until the recovery day that community and cleanup crew etc. come to reclaim, rubbish from cooking and sanitary garbage etc. are all stored in respective family.Therefore, particularly there will be rubbish summer etc. and produce stink, bring the problem of undesirable stink to indoor.

Patent documentation 1 discloses the deodorizing storage box possessing odor removal.In described deodorizing storage box, utilize cap switch to accommodate the upper surface of the container of rubbish from cooking the like waste, the lower surface central portion of cap is provided with the pipe section of bottom tube-like.The periphery of pipe section and lower surface offer sucking hole and blow-off outlet respectively, and inside is provided with deodorizer and the supply ventilating fan of photocatalyst type.

By driving supply ventilating fan, make the air comprising malodorous elements in container via sucking hole flow ipe portion, and by sending downwards from blow-off outlet after deodorizer.Thus, the stink of waste generation can be removed by deodorizer.

Patent documentation 1: No. 2004-203500, Japanese Laid-Open Patent Publication (3rd ~ 9 pages, Fig. 1)

, according to above-mentioned deodorizing storage box in the past, because the deodorizer such as photocatalyst type and blower setting are at cap, so the weight of cap becomes large, there is the problem of the convenience difference of deodorizing storage box.In addition, because deodorizer and supply ventilating fan are located on the cap as movable part, therefore there is the problem that the durability of deodorizer and supply ventilating fan is low.

Utility model content

The purpose of this utility model is to provide a kind of deodorizing storage box that can improve convenience and durability.

To achieve these goals, deodorizing storage box of the present utility model comprises: main part, offers peristome at upper surface, and is formed with the incorporating section of storage content in inside; Cap, peristome described in switch; Circulating line, has the top that is configured on described cap and is configured in the surrounding wall portion arranged on wall be made up of a part of perisporium of described incorporating section, and the sucking hole offered towards described incorporating section and blow-off outlet; Supply ventilating fan, is configured in described surrounding wall portion; And odor removal, be configured in described surrounding wall portion.

According to described structure, open cap and drop into content in incorporating section, and close cap.By driving supply ventilating fan, making the air comprising the malodorous elements of content in incorporating section flow into circulating line via sucking hole, and sending from blow-off outlet by after odor removal deodorizing.

In addition, the utility model is on the basis of the deodorizing storage box of said structure, be provided with afterburning portion, when closing described cap, described afterburning portion makes described cap engage with described main part, when removing the engaging of described cap with described main part, described afterburning portion applies application force to described cap towards opening direction.

In addition, the utility model, on the basis of the deodorizing storage box of said structure, comprising: the first vent, is opened in be positioned at the described part arranged near wall in described surrounding wall portion or described top; And second vent, be opened in being positioned at and the described part arranged near the relative perisporium of wall in described top, a side in described sucking hole and described blow-off outlet is formed by the first vent, and the opposing party in described sucking hole and described blow-off outlet is formed by the second vent.

In addition, the utility model, on the basis of the deodorizing storage box of said structure, also comprises inner box, and described inner box passes in and out in described incorporating section via described peristome, and the first vent is opened in the part that inner box described in the ratio in described surrounding wall portion is close to top.

In addition, the utility model is on the basis of the deodorizing storage box of said structure, described cap is pivotally supported on the rear end of described main part, and described surrounding wall portion is arranged at the rear wall of described incorporating section, and the upper surface of described main part is formed as the dip plane that declines toward the front.

In addition, the utility model, on the basis of the deodorizing storage box of said structure, also comprises cooling vessel, and described cooling vessel is formed by refrigerant pipe, cool in described incorporating section, described refrigerant pipe is configured in the perisporium of the described incorporating section except described surrounding wall portion.

In addition, the utility model, on the basis of the deodorizing storage box of said structure, is cooled to refrigerant temperature by described cooling vessel by described incorporating section.

In addition, the utility model is on the basis of the deodorizing storage box of said structure, and described odor removal has the ion generating apparatus discharging ion and ozone in described circulating line.

According to the utility model, circulating line has the top being configured at cap and the surrounding wall portion be configured on the perisporium of the incorporating section in main part, and supply ventilating fan and odor removal are configured in surrounding wall portion.Thus, cap, by lightweight, can alleviate burden when user opens or closes cap.Therefore, the convenience of deodorizing storage box can be improved.In addition, because supply ventilating fan and odor removal are arranged on the main part as non-movable part, so to the impact of supply ventilating fan and odor removal when significantly can reduce lid switch.Therefore, the durability of deodorizing storage box can be improved.

Accompanying drawing explanation

Fig. 1 is the block diagram of the deodorizing storage box representing the utility model first embodiment.

Fig. 2 is the sectional side view of the deodorizing storage box representing the utility model first embodiment.

Fig. 3 is the block diagram of the cap of the deodorizing storage box representing the utility model first embodiment.

Fig. 4 is the block diagram of the main part of the deodorizing storage box representing the utility model first embodiment.

Fig. 5 is the block diagram of the circulating line of the deodorizing storage box representing the utility model first embodiment.

Fig. 6 is the block diagram of the rear wall parts of the circulating line of the deodorizing storage box representing the utility model first embodiment.

Fig. 7 is the deodorizing storage box of the utility model first embodiment carries out cutting sectional side view through the blow-off outlet on top.

Fig. 8 is the deodorizing storage box of the utility model first embodiment carries out cutting sectional side view through the connected entrance on top.

Fig. 9 is the block diagram of the circulating line of the deodorizing storage box representing the utility model second embodiment.

Figure 10 is the block diagram of the rear wall parts of the circulating line of the deodorizing storage box representing the utility model second embodiment.

Figure 11 is the deodorizing storage box of the utility model second embodiment carries out cutting sectional side view through the blow-off outlet on top.

Description of reference numerals

1 deodorizing storage box

2 main parts

3 outer case

4 incorporating sections

5 canyons

6 inner boxs

7 compressors

8 cooling vessels

9 partition walls

10 caps

11 open button

12 hinge parts

13 afterburning portions

14 retainers

15 display panels

16 handles

17,18 rollers

19 recesses

20 circulating lines

21 tops

21a sucking hole

21b, 22b connected entrance

21c first air intake passage

21d recess

22 rear wall parts (surrounding wall portion)

22a blow-off outlet

22c second air intake passage

22d exhaust passage

25 supply ventilating fans

26 ion generating apparatus

27 Deodorizing catalysts

34 spatial portions

36 temperature sensors

Detailed description of the invention

(the first embodiment)

Referring to accompanying drawing, embodiment of the present utility model is described.Fig. 1 illustrates the block diagram of the deodorizing storage box of the first embodiment.Deodorizing storage box 1 possesses the cap 10 of the upper surface being arranged on ground main part 2 and main body covered portion 2.Main part 2 has the outer case 3 forming external packing, and the bottom surface of outer case 3 is provided with roller 17,18 (with reference to Fig. 2).Be provided with handle 16 on the front surface top of outer case 3, hold handle 16 and deodorizing storage box 1 can be made to move on the ground.

Cap 10 is pivotally supported on the rear end of outer case 3, for the peristome 3a (with reference to Fig. 2) of the upper surface of switch outer case 3.The upper surface front portion of cap 10 is provided with opens button 11 for what open cap 10.

Fig. 2 illustrates the sectional side view of deodorizing storage box 1.In addition, Fig. 3 illustrates the block diagram observing cap 10 from below, and Fig. 4 illustrates the block diagram from top view main part 2.The horizontal section of outer case 3 is substantially rectangular, and offers peristome 3a on an upper, and this upper surface is made up of the dip plane declined toward the front.Be provided with canyon 5 in the bottom of outer case 3, above canyon 5, partition wall 9 be provided with incorporating section 4.The wall comprising partition wall 9 of incorporating section 4 is formed by thermal insulation materials such as filled polyurethane foams.

Cap 10 utilizes hinge part 12 to be pivotally supported on the rear end of outer case 3.Hinge part 12 is provided with the afterburning portion 13 that torsion spring is formed, and the 13 pairs of caps 10 in described afterburning portion apply application force to opening direction.Engagement pawl 31 is outstanding in the lower surface front portion of cap 10, and the upper surface front portion of outer case 3 is provided with the hole portion 32 engaged with engagement pawl 31.Close cap 10 by making engagement pawl 31 engage with hole portion 32, and open button 11 and remove engagement pawl 31 by pressing and open cap 10 with the engaging in hole portion 32.Outer case 3 is provided with retainer 14, and when opening cap 10, retainer 14 is connected to cap 10 and limits slewing area.

In addition, around peristome 3a and in the part relative with the surrounding of peristome 3a of cap 10, the annular seal in the gap between blocking outer case 3 and cap 10 is provided with.Thus, can prevent malodorous elements from flowing out from the gap between outer case 3 and cap 10.

The roller 17,18 being configured in outer case 3 bottom surface is installed on the base plate 5c of canyon 5.One pair roller 17 in front has vertical rotating shaft and the rotating shaft of level, and is arranged on the attachment face 5a of base plate 5c.One pair roller 18 at rear has the rotating shaft of level, and is installed on the recess 5b being configured to be close to below than attachment face 5a.

The compressor 7 that refrigerating cycle is operated is arranged in recess 5b by back plate 7a.Thus, compressor 7 is configured in the below of the incorporating section 4 being provided with inner box 6 described later.Therefore, it is possible to reduce the installation space of deodorizing storage box 1, thus deodorizing storage box 1 is arranged on premises.

In addition, be close in the recess 5b of below configuration, so the height of canyon 5 can be reduced because compressor 7 is arranged on than the attachment face 5a of roller 17.Thus, the large incorporating section of internal capacity 4 can be formed, and the peristome 3a of outer case 3 is arranged on lower position.

The cooling vessel 8 that compressor 7 and refrigerant pipe are formed is connected.In the antetheca that cooling vessel 8 is configured in incorporating section 4 in the mode of serpentine bend and two side.When utilizing compressor 7 that refrigerating cycle is operated, cooling vessel 8 is utilized to be cooled in incorporating section 4 refrigerant temperature (0 DEG C ~ 10 DEG C) (in present embodiment, being 3 DEG C).By the refrigerant temperature that will be cooled in incorporating section 4 higher than freezing point, can prevent because of condensed water freeze cap 10 and inner box described later 6 are fixed.

The drain hose 33 for being communicated with incorporating section 4 and outer case 3 outside is provided with in partition wall 9.Utilize the cooling of incorporating section 4, the condensed water produced in incorporating section 4 is discharged via drain hose 33.In addition, be provided with the bearing container accepting condensed water in canyon 5, also can be communicated with incorporating section 4 and bearing container by drain hose 33.In addition, also drain hose 33 can not be set.

In incorporating section 4, be configured with the inner box 6 of upper surface open, described inner box 6 is for dropping into waste.The horizontal section of inner box 6 is substantially rectangular, and inner box 6 passes in and out via peristome 3a.Inner box 6 is provided with the handle (not shown) for holding when passing in and out.Be provided with the refuse bag for dropping into waste in inner box 6, refuse bag also can pass in and out via peristome 3a.

Incorporating section 4 and cap 10 are provided with the circulating line 20 of the wind circulation made in incorporating section 4.Circulating line 20 comprises: the top 21 being configured at cap 10; And be configured in the rear wall parts 22 (surrounding wall portion) arranged on wall 4a be made up of the rear wall of incorporating section 4.Rear wall parts 22 is provided with the temperature sensor 36 of the temperature detected in incorporating section 4.Compressor 7 is break-make according to the testing result of temperature sensor 36, thus maintains set point of temperature by incorporating section 4.

Fig. 5 illustrates the block diagram from top view circulating line 20, and Fig. 6 illustrates the block diagram observing rear wall parts 22 from rear.The sucking hole 21a formed by vent (the second vent) is opened in the front portion at the top 21 of circulating line 20.Connected entrance 21b is opened in the rear portion of circulating line 20.The first air intake passage 21c is formed between sucking hole 21a and connected entrance 21b.Connected entrance 21b is configured in and is partial to the position of right from during forward observation.The lower wall of the first air intake passage 21c is parallel to the upper surface of cap 10 and horizontal arrangement.

The blow-off outlet 22a formed by vent (the first vent) is opened on the position of the deflection left in rear wall parts 22 front surface.The connected entrance 22b relative with connected entrance 21b is opened in the upper surface of rear wall parts 22.Blow-off outlet 22a is configured in and is close on the position of top than the upper end of inner box 6 (with reference to Fig. 2).

The supply ventilating fan 25 be made up of centrifugal fan is configured in rear wall parts 22.The bottom of rear wall parts 22 is forwards given prominence to, the air suctiton inlet of the face forward of the supply ventilating fan 25 that led by air-flow.Between connected entrance 22b and the air suctiton inlet of supply ventilating fan 25, be formed with the second air intake passage 22c, between the exhausr port and blow-off outlet 22a of supply ventilating fan 25, be formed with exhaust passage 22d.

The ion generating apparatus 26 discharging ion in the 22d of exhaust passage is configured on the sidewall of exhaust passage 22d.Ion generating apparatus 26 has sparking electrode (not shown), produces ion and/or ozone by high potential sparking electrode being applied to AC wave shape or pulse pattern to carry out bunch discharge.The ion preferably produced by ion generating apparatus 26 has the effect of deodorizing, sterilization, such as, produce negative ion, negative ions equity.

Deodorizing catalyst 27 is configured between ion generating apparatus 26 and blow-off outlet 22a.Form Deodorizing catalyst 27 by being carried on cellular base material by the adsorbent such as manganese dioxide and zeolite, and by carrying out chemiadsorption and physical adsorption to malodorous elements, deodorizing is carried out to the air-flow in circulating line 20.Thus, can improve further the deodorizing effect in incorporating section 4.Therefore, ion generating apparatus 26 and Deodorizing catalyst 27 form the odor removal to deodorizing in incorporating section 4.

By at the upstream of Deodorizing catalyst 27 configuration ion generating apparatus 26, will the malodorous elements ion dissociation of Deodorizing catalyst 27 be adsorbed in, the performance of Deodorizing catalyst 27 can be kept for a long time.In addition, also Deodorizing catalyst 27 can be configured in the upstream of ion generating apparatus 26.Now, directly ion and ozone can be discharged from blow-off outlet 22a to incorporating section 4.

Because circulating line 20 has top 21 and rear wall parts 22, and supply ventilating fan 25, ion generating apparatus 26 and Deodorizing catalyst 27 are configured at rear wall parts 22, so cap 10 lightweight can be made.Thus, even if the application force in afterburning portion 13 is more weak also can open cap 10, and burden when user overcomes afterburning portion 13 and closes cap 10 can be alleviated.

In addition, supply ventilating fan 25, ion generating apparatus 26 and Deodorizing catalyst 27 are not be arranged at the cap 10 as movable part, but are arranged at main part 2.Therefore, the impact to supply ventilating fan 25, ion generating apparatus 26 and Deodorizing catalyst 27 significantly can be reduced when switch cap 10.Therefore, supply ventilating fan 25, ion generating apparatus 26 and Deodorizing catalyst 27 et out of order and breakage can be prevented.

Fig. 7 blow-off outlet 22a illustrated through the top of deodorizing storage box 1 carries out the sectional side view of cutting, and Fig. 8 connected entrance 21b, 22b illustrated through the top of deodorizing storage box 1 carries out the sectional side view of cutting.In incorporating section 4, air-flow (arrow B 2) is sent from the blow-off outlet 22a at rear by driving supply ventilating fan 25 (with reference to Fig. 6).The air-flow sent in incorporating section 4 makes ion spread in incorporating section 4, and is flowed in circulating line 20 (arrow A 1) from the sucking hole 21a in front by the spatial portion 34 between cap 10 and inner box 6.

Thus, in the spatial portion 34 above inner box 6, be formed with air curtain, can prevent malodorous elements from flowing out from the gap between outer case 3 and cap 10 more reliably.In addition, the malodorous elements produced in incorporating section 4 is drawn by the air-flow of described air curtain, in incorporating section 4, be directed to sucking hole 21a.Thus, malodorous elements can be prevented to be accumulated in incorporating section 4.Now, the upper surface due to the outer case 3 of main part 2 is formed as the dip plane declined toward the front, so can ensure the forming region of air curtain and reduce the height of the front end of peristome 3a.

Width × the depth of above-mentioned deodorizing storage box 1 × be highly such as 330mm × 440mm × 680mm.The width of deodorizing storage box 1 is preferably below 350mm.Such as the length of care bed is about 2000mm ~ 2200mm usually, and the length of the wall of house is about 2550mm (1.5 tatamis).Therefore, when care bed is set along this wall, deodorizing storage box 1 can be set in the wasted space of the sole side of care bed or occipital.

In addition, the width × depth × be highly about 220mm × about 280mm × about 340mm of inner box 6.Thus, the inner capacities of inner box 6 is about 20L.Use and specify the community of refuse bag to increase, most community specifies the refuse bag of 20L size and 30L size.By the inner capacities of the inner box 6 of setup cost embodiment, the refuse bag original state of 20L size can be arranged in inner box 6 and without using lavishly.In addition, when being arranged in inner box 6 by the refuse bag of 30L size, there is at the peristome of the upper surface of inner box 6 folding part of refuse bag bending, the waste received in refuse bag can not be touched and easily take out refuse bag from inner box 6.

In addition, when the inner capacities of inner box 6 is set to about 20L, the adult that uses by care-giver can to accommodate the amount (weight is about 8kg) of 4 days according to 1 people every day 4 pieces with paper diaper.Therefore, the recovery day supposing combustiblerefuse weekly twice, then paper diaper can be taken care of in inner box 6 to recovery day.

The width of inner box 6 is subject to the restriction of the width of outer case 3 and all wall thickness of outer case 3.When depth due to inner box 6 is excessive relative to width, inner box 6 is difficult to carrying, so the depth of preferred inner box 6 is at less than 1.5 times of width.Thus, to ensure, premised on the inner capacities (for 20L in present embodiment) of wishing, to determine the height of inner box 6.

In addition, is 500mm ~ 600mm in outer case 3 by the height of the front end of the peristome 3a that the upper surface that dip plane is formed is offered.Be formed as more than 500mm by the height of the front end by peristome 3a, user can not take out the refuse bag in inner box 6 or inner box 6 with bending over.In addition, be set to below 600mm by the height of the front end by peristome 3a, can easily inner box 6 larger for the weight because of collecting waste and refuse bag be mentioned above peristome 3a.Thus, the women that wrist power is little and the user at advanced age also easily can take out inner box 6 and refuse bag to abandon this waste.

In the deodorizing storage box 1 of said structure, open button 11 by pressing and open cap 10, after dropping into waste in the refuse bag arranged in inner box 6 or in inner box 6, close cap 10.By driving compressor 7 to make refrigerating cycle operate, be cooled to refrigerant temperature by incorporating section 4.Thus, the moisture comprised from the malodorous elements of waste is inhibit to evaporate.

In addition, by driving supply ventilating fan 25 and ion generating apparatus 26, the air in incorporating section 4 flows into the top 21 of circulating line 20 as shown in arrow A 1 (with reference to Fig. 8) via sucking hole 21a.The air flowing into top 21 circulates in the first air intake passage 21c, as shown in arrow A 2 (with reference to Fig. 8), flow into rear wall parts 22 via connected entrance 21b, 22b.The air flowing into rear wall parts 22 as arrow A 3, A4, A5 (with reference to Fig. 6) be shown in the second air intake passage 22c and circulate, and be imported into supply ventilating fan 25.

The air of discharging from supply ventilating fan 25 as arrow B 1 (with reference to Fig. 6) be shown in the 22d of exhaust passage and circulate, the ion utilizing ion generating apparatus 26 to produce carries out sterilization and deodorizing.In addition, the air of exhaust passage 22d is flowed through by Deodorizing catalyst 27, further deodorizing.In addition, the malodorous elements being adsorbed in Deodorizing catalyst 27 decomposes by the ion produced by ion generating apparatus 26.

Sent in incorporating section 4 from blow-off outlet 22a as shown in arrow B 2 (with reference to Fig. 7) by the air of Deodorizing catalyst 27.Spread in incorporating section 4 from the ion contained by the air that blow-off outlet 22a sends, carry out sterilization and deodorizing in incorporating section 4.

According to present embodiment, circulating line 20 has the top 21 being configured at cap 10 and the rear wall parts 22 (surrounding wall portion) be configured on the rear wall of the incorporating section 4 in outer case 3, and supply ventilating fan 25, ion generating apparatus 26 and Deodorizing catalyst 27 are configured in rear wall parts 22.Thus, cap 10, by lightweight, can alleviate burden when user opens or closes cap.Therefore, the convenience of deodorizing storage box 1 can be improved.

In addition, by supply ventilating fan 25, ion generating apparatus 26 and Deodorizing catalyst 27 (odor removal) is configured at main part 2, the impact of the Switch Controller supply ventilating fan 25 of cap 10, ion generating apparatus 26 and Deodorizing catalyst 27 can significantly be reduced.Therefore, prevent the fault produced because of the vibration of supply ventilating fan 25, ion generating apparatus 26 and Deodorizing catalyst 27, the durability of deodorizing storage box 1 can be improved.

In addition, utilize engagement pawl 31 and hole portion 32 that cap 10 is engaged with outer case 3 when closing cap 10, and by utilizing 13 pairs, afterburning portion cap 10 to apply application force towards opening direction when opening button 11 engagement release.Therefore, utilize the lightweight of cap 10 can weaken the application force in afterburning portion 13, and burden when user overcomes afterburning portion 13 and closes cap 10 can be alleviated.Therefore, the convenience of deodorizing storage box 1 can be improved further.

In addition, blow-off outlet 22a is opened in rear wall parts 22, sucking hole 21a be opened in top 21 front portion and near the antetheca relative with rear wall (arranging wall 4a) being configured in incorporating section 4.Thus, pipe section that is such compared to prior art, that arrange at the central portion of cap is offered the situation of sucking hole and blow-off outlet, can by sucking hole 21a and blow-off outlet 22a separate configuration.Therefore, the air comprising malodorous elements of the broad range in incorporating section 4 flows into circulating line 20 and is deodorant, and can improve the deodorizing effect of deodorizing storage box 1.

In addition, the ratio inner box 6 that blow-off outlet 22a is opened in rear wall parts 21 is close on the position of top, and sucking hole 21a is opened in the front portion at top 21.Thus, utilize and form air curtain above inner box 6, can prevent malodorous elements from flowing out from the gap between outer case 3 and cap 10.

In addition, by the rear end of cap 10 pivotal support in the outer case 3 of main part 2, rear wall parts 22 is arranged at the rear wall of incorporating section 4, and the upper surface of outer case 3 is formed as the dip plane that declines toward the front.Thus, above inner box 6, ensure that the forming region of air curtain, and the height of the front end of peristome 3a can be reduced.Therefore, inner box 6 can easily be taken out from peristome 3a.

In addition, cooling vessel 8 is formed by the refrigerant pipe be configured in the perisporium (antetheca, sidewall) except rear wall parts 22 of incorporating section 4.Thus, by arranging with the content accepting regions of the configuration inner box 6 in incorporating section 4 cooling vessel 8 be made up of refrigerant pipe adjacently, accepting regions can be cooled efficiently.

In addition, due to the refrigerant temperature utilizing cooling vessel 8 to be cooled in incorporating section 4 higher than freezing point, so can prevent from causing cap 10 and inner box 6 to be fixed because condensed water freezes.

In addition, owing to utilizing the ion generating apparatus 26 discharging ion and ozone in circulating line 20 to form odor removal, so the sterilization can easily carried out in incorporating section 4 and deodorizing.

(the second embodiment)

Then, Fig. 9, Figure 10 illustrate the block diagram of the circulating line 20 of the deodorizing storage box 1 of the second embodiment and the block diagram of rear wall parts 22.For convenience of explanation, identical Reference numeral has been marked for the part same with the first embodiment shown in aforesaid Fig. 1 ~ Fig. 8.Compared to the first embodiment, the configuration of the blow-off outlet 22a in present embodiment is different.Other parts are identical with the first embodiment.

Connected entrance 22b be opened in rear wall parts 22 upper surface from during forward observation be partial to right position, blow-off outlet 22a be opened in deflection left position on.Recess 21d recessed upward and blow-off outlet 22a is relatively arranged on the lower surface at top 21.

Figure 11 blow-off outlet 22a illustrated through the top of deodorizing storage box 1 carries out the sectional side view of cutting.The air sent upward from blow-off outlet 22a by driving supply ventilating fan 25 is as shown in arrow B 3, and the inside face along recess 21d reverses downwards.Then, the part comprising the air of ion is fed into the inside of inner box 6, and flows into top 21 from the sucking hole 21a in front.Thus, in the spatial portion 34 above inner box 6, form air curtain, and the inside of ion pair inner box 6 can be utilized to carry out sterilization and deodorizing.Therefore, the effect same with the first embodiment can be obtained.

(the 3rd embodiment)

The following describes the 3rd embodiment.Form in the same manner as the first embodiment shown in present embodiment with aforesaid Fig. 1 ~ Fig. 8, and be provided with the cooling vessel 8 of fin-and-tube type in the rear wall parts 22 of circulating line 20.Other parts are identical with the first embodiment.

If drive supply ventilating fan 25, then with cooling vessel 8 interchange of heat in rear wall parts 22 after cold air send in incorporating section 4.Thereby, it is possible in cooling incorporating section 4, the effect same with the first embodiment can be obtained.The deodorizing storage box 1 of the second embodiment also can arrange the cooling vessel 8 same with present embodiment.In addition, in circulating line 20 and in the perisporium of incorporating section 4, cooling vessel 8 can also be set both sides.

(the 4th embodiment)

Then the 4th embodiment is described.The deodorizing storage box 1 of present embodiment eliminates the afterburning portion 13 (with reference to Fig. 3) of the first embodiment, becomes user and grips the structure that cap 10 opens.Other parts are identical with the first embodiment.

According to described structure, by supply ventilating fan 25 and odor removal (ion generating apparatus 26, Deodorizing catalyst 27) being arranged at the rear wall parts 22 of circulating line 20, making cap 10 lightweight, can easily lift cap 10.Therefore, alleviate burden when user opens cap 10, the convenience of deodorizing storage box 1 can be improved.In addition, the afterburning portion 13 of the deodorizing storage box 1 of second, third embodiment can also be omitted.

In the first ~ four embodiment, the wall 4a that arranges of the rear wall parts 22 (surrounding wall portion) of circulating line 20 is formed by the rear wall of a part of perisporium as incorporating section 4, but also can be formed by other perisporiums of incorporating section 4 and arrange wall 4a.

In addition, although blow-off outlet 22a is opened in rear wall parts 22, also can be opened in the part near the rear wall (rear wall parts 22 wall 4a is set) being positioned at incorporating section 4 in top 21.In addition, sucking hole 21a can also be formed by the vent (the first vent) in the part near the rear wall being positioned at incorporating section 4 be arranged in rear wall parts 22 or top 21, and form blow-off outlet 22a by the vent (the second vent) near the antetheca relative with rear wall being positioned at incorporating section 4 be arranged in top 21.

In addition, although receive rubbish from cooking and sanitary garbage in incorporating section 4, the contents such as the article can preserved for a long time by cooling and sterilization can also be received.

In addition, the technical characteristic recorded in each embodiment of the utility model can mutually combine and form new technical scheme.

Industrial applicibility

The utility model can be applied to the deodorizing storage box that collecting produces the content of stink.As an example, can be applied to use paper diaper by care-giver the house of living and facility room in the deodorizing storage box that arranges.

Claims

1. a deodorizing storage box, is characterized in that comprising:

Main part, offers peristome at upper surface, and is formed with the incorporating section of storage content in inside;

Cap, peristome described in switch;

Circulating line, has the top that is configured on described cap and is configured in the surrounding wall portion arranged on wall be made up of a part of perisporium of described incorporating section, and the sucking hole offered towards described incorporating section and blow-off outlet;

Supply ventilating fan, is configured in described surrounding wall portion; And

Odor removal, is configured in described surrounding wall portion.

2. deodorizing storage box according to claim 1, it is characterized in that, be provided with afterburning portion, when closing described cap, described afterburning portion makes described cap engage with described main part, when removing the engaging of described cap with described main part, described afterburning portion applies application force to described cap towards opening direction.

3. deodorizing storage box according to claim 1 and 2, is characterized in that comprising:

First vent, is opened in and is positioned at the described part arranged near wall in described surrounding wall portion or described top; And

Second vent, is opened in being positioned at and the described part arranged near the relative perisporium of wall in described top,

A side in described sucking hole and described blow-off outlet is formed by the first vent, and the opposing party in described sucking hole and described blow-off outlet is formed by the second vent.

4. deodorizing storage box according to claim 3, is characterized in that,

Also comprise inner box, described inner box passes in and out in described incorporating section via described peristome,

First vent is opened in the part that inner box described in the ratio in described surrounding wall portion is close to top.

5. according to the deodorizing storage box in claim 1,2,4 described in any one, it is characterized in that, also comprise cooling vessel, described cooling vessel is formed by refrigerant pipe, cool in described incorporating section, described refrigerant pipe is configured in the perisporium of the described incorporating section except described surrounding wall portion.

6. deodorizing storage box according to claim 3, it is characterized in that, also comprise cooling vessel, described cooling vessel is formed by refrigerant pipe, cool in described incorporating section, described refrigerant pipe is configured in the perisporium of the described incorporating section except described surrounding wall portion.