CN205856888U9 - Steam and dry iron vaporization chamber impurity collection structure - Google Patents

Steam and dry iron vaporization chamber impurity collection structure Download PDF

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Publication number
CN205856888U9
CN205856888U9 CN201621132530.2U CN201621132530U CN205856888U9 CN 205856888 U9 CN205856888 U9 CN 205856888U9 CN 201621132530 U CN201621132530 U CN 201621132530U CN 205856888 U9 CN205856888 U9 CN 205856888U9
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China
Prior art keywords
steam
vaporization chamber
dead bolt
dry iron
latch
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CN201621132530.2U
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Chinese (zh)
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CN205856888U (en
Inventor
严杰波
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Ningbo Kaibo Group Co Ltd
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Ningbo Kaibo Group Co Ltd
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Priority to CN201621132530.2U priority Critical patent/CN205856888U9/en
Publication of CN205856888U publication Critical patent/CN205856888U/en
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Abstract

The utility model discloses a kind of steam and dry iron vaporization chamber impurity collection structure, belong to steam and dry iron, collection case assembly of the present utility model has two latch fittings, each latch fitting has a dead bolt, dead bolt on two latch fittings is dorsad arranged, the lockhole being provided with each dead bolt corresponding is covered after electric iron, two latch fittings are subject to contrary elastic force effect so that dead bolt is respectively protruding into corresponding lockhole and cover collecting after case assembly is locked at, and extrude two latch fittings in opposite directions and make latch fitting overcome elastic force to exit corresponding lockhole respectively.Its structure is simple, and assembling is reliable, convenient to operation, can reliably by disposable box component constraint in rigging position, it is to avoid unexpected deviate from and leak vapour.

Description

Steam and dry iron vaporization chamber impurity collection structure
Technical field
This utility model belongs to steam and dry iron, specifically a kind of steam and dry iron vaporization chamber impurity collection structure.
Background technology
In order to remove calcium carbonate debris or scale particles from vaporization chamber, the patent documentation of Publication No. CN1084593A opens a scale removal hole leading to flatiron rear portion in vaporization chamber and this hole is stoppered with disconnectable sealer.By contrast, stopper disclosed in the patent documentation of Publication No. CN103061098A has more preferably operability, such stopper is equally described in the patent documentation of Publication No. CN103061097A, this stopper is by rotation tongue piece, stopper to be locked on shell or unlock so that this plug structure is complex from shell.
Simultaneously as the steam producing in using can scald user it is therefore necessary to guarantee stopper reliable assembling.
Utility model content
The purpose of this utility model is to provide a kind of steam and dry iron vaporization chamber impurity collection structure being different from prior art, and guarantees that its assembling is reliable.
For reaching above-mentioned purpose, steam and dry iron vaporization chamber impurity collection structure of the present utility model, including bonnet, the connection conduit extending rearwardly and upwardly of vaporization chamber and be assemblied in described after cover collection case assembly with the cooperation of described rear end of conduit, cover for managing the described recess collecting case assembly after described, described case assembly of collecting has a dirty gathering box stretching in described conduit, it is characterized in that:Described collection case assembly has two latch fittings, each described latch fitting has a dead bolt, dead bolt on described two latch fittings is dorsad arranged, the lockhole being provided with each described dead bolt corresponding is covered after described, two described latch fittings are subject to contrary elastic force effect to make described dead bolt be respectively protruding into corresponding lockhole, extrude described two latch fittings in opposite directions and make described latch fitting overcome described elastic force to exit corresponding lockhole respectively.
As optimization technique means:Described dead bolt has towards the inclined-plane inside described bonnet.
As optimization technique means:It is supported by, between two described latch fittings, the spring producing described elastic force.
As optimization technique means:On dead bolt described in one, there is axle portion, another described dead bolt is provided with sleeve pipe, described axle portion is inserted in described sleeve pipe, described spring be enclosed within described axle portion, on sleeve pipe and two ends are respectively supported at the helical compression spring on described two dead bolts.
As optimization technique means:Described collection case assembly has a pedestal, and two described latch fittings, dirty gathering box are assemblied on described pedestal.
As optimization technique means:Described pedestal has a receiving portion, and two described latch fittings are located in described receiving portion.
As optimization technique means:Each described latch fitting has a manipulation portion, and the manipulation portion on described two latch fittings is dorsad arranged.
As optimization technique means:Described pedestal is provided with the cover plate covering described accommodating chamber, and described cover plate is provided with two breach dorsad, in breach described at for the manipulation portion guiding cooperation on each described latch fitting.
As optimization technique means:It is provided with the bushing for supporting described dirty gathering box, a screw passes through described bushing, dirty gathering box, pedestal to be connected to and on described cover plate, described cover plate, pedestal, dirty gathering box, bushing is assembled together in described dirty gathering box.
As optimization technique means:Two pilot holes are had on described pedestal, the dead bolt on described two latch fittings stretches to the both sides of described pedestal respectively through the pilot hole described in.
As optimization technique means:The outer wall of described dirty gathering box is provided with the sealing ring contacting in described pipe inner wall.
This utility model sets two latch fittings on collecting case assembly, each latch fitting sets a dead bolt, dead bolt on two latch fittings is dorsad arranged, cover the lockhole setting each dead bolt corresponding afterwards, two latch fittings are subject to contrary elastic force effect to make dead bolt be respectively protruding into corresponding lockhole and avoid gas leakage by collecting case assembly locking, and opposite two latch fittings of extruding make latch fitting overcome elastic force to exit corresponding lockhole respectively and unlock to take out to collecting case assembly.Its structure is simple, and assembling is reliable, convenient to operation, can reliably by disposable box component constraint in rigging position, it is to avoid unexpected deviate from and leak vapour.
By structure of the present utility model, impurity is outwelled in can be simple and convenient take out collecting case assembly from steam and dry iron, can very easily load collecting case assembly in steam and dry iron again.Its distinctive assembling structure is fixed on steam and dry iron effectively and safely it can be ensured that collecting case assembly, and prevents steam from leaking.
Brief description
Fig. 1 is one of this utility model steam and dry iron vaporization chamber impurity collection structure and disassembles schematic diagram;
Fig. 2 is the schematic diagram that Standard shown in Fig. 1 becomes product;
Fig. 3 is the schematic diagram collecting case assembly of the present utility model;
Fig. 4 is the lateral partial structurtes sectional view with the plane of symmetry of this utility model electric iron as section;
Fig. 5 is to cover to load onto the schematic diagram collecting case assembly after of the present utility model;
Fig. 6 is for A-A in Fig. 5 to cross section structure diagram;
Fig. 7 is the schematic diagram of B-B direction sectional structure rotation 180 in Fig. 6;
Fig. 8 is the schematic diagram that in structure shown in Fig. 6, two latch fittings are in another kind of state;
Fig. 9 is the schematic diagram that in Fig. 8, C-C rotates 180 to sectional structure;
In figure label declaration:
01- bonnet:11- recess, 12- lockhole;
02- vaporization chamber;
03- conduit;
04- collects case assembly;
41- dirty gathering box:411- sealing ring;
42- latch fitting:421- dead bolt, 422- inclined-plane, 423- axle portion, 424- sleeve pipe, 425- manipulation portion;
43- spring;
44- pedestal:441- receiving portion, 442- pilot hole;
45- cover plate:451- breach;
46- bushing;
47- screw;
100- electric iron.
Specific embodiment
Below in conjunction with Figure of description, this utility model is described further.
As shown in figs 1-9, steam and dry iron vaporization chamber impurity collection structure of the present utility model, it is located at the rear portion of steam and dry iron 100, including bonnet 01, connection vaporization chamber 02(Referring to Fig. 4)The conduit 03 extending rearwardly and upwardly and cover the collection case assembly 04 with rear end of conduit cooperation after being assemblied in(Referring to Fig. 3), bonnet 01 has for managing the recess 11 collecting case assembly(Referring to Fig. 1)Collect case assembly 04 and there is a dirty gathering box stretching in conduit 41, collect case assembly 04 and there are two latch fittings 42, each latch fitting 42 has a dead bolt 421, dead bolt on two latch fittings is dorsad arranged, bonnet 01 is provided with the lockhole 12 of each dead bolt corresponding, two latch fittings are subject to contrary elastic force effect so that dead bolt is respectively protruding into corresponding lockhole and cover collecting after case assembly is locked at, and opposite two latch fittings of extruding make latch fitting overcome described elastic force to exit corresponding lockhole respectively and can cover unblock from afterwards by collecting case assembly.
Collect case assembly for the ease of loading, dead bolt 421 has towards the inclined-plane 422 inside bonnet, when loading collection case assembly into bonnet, if meeting with obstruction, relying on described inclined-plane and dead bolt can be made to do retract action, thus being smoothly assembled in place collecting case assembly.
It is supported by the spring 43 producing elastic force between two latch fittings 42(Referring to Fig. 1, Fig. 6-9).
For the Spring balanced keeping two dead bolts to be subject to, referring to Fig. 1, Fig. 6-9, on one dead bolt, there is axle portion 423, another dead bolt is provided with sleeve pipe 424, axle portion is inserted in sleeve pipe and makes two latch fittings can coaxially stretch, spring 43 be enclosed within axle portion, on sleeve pipe and two ends are respectively supported at the helical compression spring on two dead bolts.Thus two dead bolts can be made synchronously to exit corresponding lockhole when extruding two latch fittings.
Collect case assembly 04 and there is a pedestal 44, two latch fittings, dirty gathering box are assemblied on pedestal.Especially, pedestal has a receiving portion 441, and two latch fittings are located in receiving portion, are not disturbed by external structure.
Referring to Fig. 6, Fig. 8, each latch fitting 42 has a manipulation portion 425, and the manipulation portion on two latch fittings is dorsad arranged.Pedestal is provided with the cover plate 45 covering accommodating chamber, and cover plate is provided with two breach 451 dorsad, and the manipulation portion 425 guiding cooperation on each latch fitting is in a breach 451.Two pilot holes 442 are had on pedestal 44, the dead bolt on two latch fittings stretches to the both sides of pedestal respectively through a pilot hole.
Thus, when extruding two latch fittings 42, two latch fittings being capable of synchronization, smoothly action.
It is provided with the bushing 46 for supporting dirty gathering box, a screw 47 passes through bushing 46, dirty gathering box 41, pedestal 44 to be connected to and on cover plate 45 is assembled together to constitute and collects case assembly cover plate, pedestal, dirty gathering box, bushing in dirty gathering box.
The outer wall of dirty gathering box 41 is provided with the sealing ring 411 contacting in pipe inner wall(Referring to Fig. 4), play sealing function, it is to avoid steam leaks.
According to this utility model, collect case assembly and be generally assembled into an entirety as shown in Figure 3.
When being intended to for collection case assembly 04 to load electric iron, available finger, from pinching two manipulation portions 425, whole case assembly 04 of collecting is pushed home into from the recess 11 of bonnet 01, until two dead bolts 421 insert corresponding lockhole 12 respectively(Referring to Fig. 2, Fig. 5-7).
It is intended to collect case assembly when electric iron takes out, available finger pinches two manipulation portions 425 from the recess 11 of bonnet and does extruding action, makes two dead bolts 421 deviate from from corresponding lockhole 12 respectively(Referring to Fig. 8-9), now take advantage of a situation and whole case assembly of collecting taken out from electric iron.

Claims (11)

1. steam and dry iron vaporization chamber impurity collection structure, including bonnet(01), connection vaporization chamber(02)The conduit extending rearwardly and upwardly(03)And be assemblied in described after cover with described rear end of conduit cooperation collection case assembly(04), described bonnet(01)On have for manage described collect case assembly recess(11), described collection case assembly(04)There is a dirty gathering box stretching in described conduit(41), it is characterized in that:Described collection case assembly(04)There are two latch fittings(42), each described latch fitting(42)There is a dead bolt(421), the dead bolt on described two latch fittings dorsad arranges, described bonnet(01)It is provided with the lockhole of each described dead bolt corresponding(12), described two latch fittings(42)Made described dead bolt be respectively protruding into corresponding lockhole by contrary elastic force effect, extrude described two latch fittings in opposite directions and make described latch fitting overcome elastic force to exit corresponding lockhole respectively.
2. steam and dry iron vaporization chamber impurity collection structure according to claim 1, is characterized in that:Described dead bolt(421)Have towards the inclined-plane inside described bonnet(422).
3. steam and dry iron vaporization chamber impurity collection structure according to claim 1, is characterized in that:Two described latch fittings(42)Between be supported by the spring producing described elastic force(43).
4. steam and dry iron vaporization chamber impurity collection structure according to claim 3, is characterized in that:On dead bolt described in one, there is axle portion(423), another described dead bolt is provided with sleeve pipe(424), described axle portion is inserted in described sleeve pipe, described spring(43)For be enclosed within described axle portion, on sleeve pipe and two ends are respectively supported at the helical compression spring on described two dead bolts.
5. steam and dry iron vaporization chamber impurity collection structure according to claim 1, is characterized in that:Described collection case assembly(04)There is a pedestal(44), described two latch fittings(42), dirty gathering box(41)It is assemblied in described pedestal(44)On.
6. steam and dry iron vaporization chamber impurity collection structure according to claim 5, is characterized in that:Described pedestal(44)There is a receiving portion(441), two described latch fittings are in described receiving portion.
7. steam and dry iron vaporization chamber impurity collection structure according to claim 6, is characterized in that:Each described latch fitting(42)There is a manipulation portion(425), the manipulation portion on described two latch fittings is dorsad arranged.
8. steam and dry iron vaporization chamber impurity collection structure according to claim 7, is characterized in that:Described pedestal(44)It is provided with the cover plate covering described accommodating chamber(45), described cover plate is provided with two breach dorsad(451), manipulation portion on each described latch fitting(425)Breach described at one for the guiding cooperation(451)Interior.
9. steam and dry iron vaporization chamber impurity collection structure according to claim 8, is characterized in that:Described dirty gathering box(41)Inside it is provided with the bushing for supporting described dirty gathering box(46), a screw(47)Through described bushing(46), dirty gathering box(41), pedestal(44)It is connected to described cover plate(45)On described cover plate, pedestal, dirty gathering box, bushing are assembled together.
10. the steam and dry iron vaporization chamber impurity collection structure according to claim 5 or 6, is characterized in that:Described pedestal(44)On there are two pilot holes(442), dead bolt on described two latch fittings(421)Stretch to the both sides of described pedestal respectively through the pilot hole described in.
11. steam and dry iron vaporization chamber impurity collection structures according to claim 1, is characterized in that:Described dirty gathering box(41)Outer wall be provided with contact described pipe inner wall sealing ring(411).
CN201621132530.2U 2016-10-18 2016-10-18 Steam and dry iron vaporization chamber impurity collection structure Active CN205856888U9 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621132530.2U CN205856888U9 (en) 2016-10-18 2016-10-18 Steam and dry iron vaporization chamber impurity collection structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621132530.2U CN205856888U9 (en) 2016-10-18 2016-10-18 Steam and dry iron vaporization chamber impurity collection structure

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CN205856888U CN205856888U (en) 2017-01-04
CN205856888U9 true CN205856888U9 (en) 2017-03-08

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106521910B (en) * 2016-10-18 2018-09-18 宁波凯波集团有限公司 Steam and dry iron vaporization chamber impurity collection structure

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