CN109689964A - Device for clothing processing - Google Patents
Device for clothing processing Download PDFInfo
- Publication number
- CN109689964A CN109689964A CN201780055355.2A CN201780055355A CN109689964A CN 109689964 A CN109689964 A CN 109689964A CN 201780055355 A CN201780055355 A CN 201780055355A CN 109689964 A CN109689964 A CN 109689964A
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- China
- Prior art keywords
- clothing
- ozone
- bag body
- flow path
- supply means
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/10—Drying cabinets or drying chambers having heating or ventilating means
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F59/00—Supports adapted to retain the shape of particular articles being dried, e.g. incorporating heating means
- D06F59/02—Supports adapted to retain the shape of particular articles being dried, e.g. incorporating heating means for garments
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Accessory Of Washing/Drying Machine, Commercial Washing/Drying Machine, Other Washing/Drying Machine (AREA)
Abstract
The present invention provide it is a kind of can carry out deodorization and drying to clothing, so as to improve user convenience device for clothing processing.Clothing deodorization device has: bag body, accommodates clothing；And ozone supply means (20), including ozone generator (610) and blowing fan (700), the ozone that ozone generator (610) generate is loaded into the wind that blowing fan (700) generate and is fed through bag body.Ozone supply means (20) further include heater (620), and the wind that blowing fan (700) generate is heated by heater (620) and is fed through bag body.
Description
The present invention relates to the device for clothing processing that a kind of pair of clothing implements the processing such as deodorization.
In the past, it is known that a kind of clothing deodorization device has: bag body accommodates clothing；And ozone supply means, air containing ozone is supplied in bag body (referring to patent document 1).
Existing technical literature
Patent document
Patent document 1: Japanese Unexamined Patent Publication 2016-093368 bulletin
Summary of the invention
Problem to be solved by the invention
When the clothing drenched is housed in the drying function in bag body and being baked to clothing deodorization device as described above is additional, the convenience of user can be further improved, therefore most ideal.
Therefore, the object of the present invention is to provide it is a kind of can carry out deodorization and drying to clothing, the device for clothing processing of convenience so as to improve user.
The solution to the problem
The device for clothing processing of major programme of the invention has: receiving portion, accommodates clothing；And ozone supply portion, including ozone generator and blowing fan, the ozone that the ozone generator generates is loaded into the wind that the blowing fan generates and is fed through the receiving portion.Herein, the ozone supply portion further includes heater, and the wind that the blowing fan generates is heated by the heater and is fed through the receiving portion.
According to above-mentioned composition, deodorization can not only be carried out to clothing, moreover it is possible to dry to clothing, therefore, improve the convenience of user.
In the device for clothing processing of this programme, the ozone supply portion can also include generating for the blowing fan
The ventilation shaft that passes through of wind.In this case, the ventilation shaft includes: first flow path, is configured with the heater；And second flow path, collaborate from the upstream branch of the first flow path and in the downstream of the first flow path.
The warm wind of mild temperature can be generated by flowing through first flow path, heating the cold wind for mixing in the hot wind for becoming high temperature and collaborating from second flow path with heater according to above-mentioned composition.It can prevent from generating damage to clothing due to the clothing being oven-dried in receiving portion is exposed in the hot wind of high temperature as a result,.
Using composition as described above, the cowling panel of the flowing towards the wind of the first flow path further can be adjusted in ventilation shaft setting.
According to such composition, then therefore, many air can be heated as hot wind with heater in first flow path so that air is easy successfully to flow in first flow path using the flowing of cowling panel adjustment towards the air of first flow path.It can make the temperature by mixing the warm wind generated with cold wind will not be too low as a result,.
In the case where including the composition of the first flow path and the second flow path using the ventilation shaft, the ventilation shaft can further comprise bending section.In this case, in the peripheral side of the bending section, it is formed with the first flow path, in the inner circumferential side of the bending section, is formed with the second flow path.
According to such composition, then first flow path is formed by the peripheral side in bending section, air is easy to flow in first flow path, therefore, many air can be heated as hot wind with heater in first flow path.It can make the temperature by mixing the warm wind generated with cold wind will not be too low as a result,.
In the case where including the composition of the bending section using the ventilation shaft, the ozone generator further can be configured in the upstream of the bending section of the ventilation shaft.
According to such composition, then ozone and air can be mixed well in bending section, the ozone concentration in air can be made to homogenize.
In the device for clothing processing of this programme, it can be constituted using following: be also equipped with vapor generation part, make to be loaded into the steam generation in the wind from the ozone supply portion and being fed through in the receiving portion.
According to above-mentioned composition, deodorization can not only be carried out to clothing, moreover it is possible to wrinkle stretching be carried out to clothing and therefore improve the convenience of user.
Invention effect
According to the present invention, can provide a kind of can carry out deodorization and drying, to clothing so as to improving user's
The device for clothing processing of convenience.
In addition, by having the vapor generation part for generating the steam being fed through in receiving portion, wrinkle stretching can be carried out to clothing in addition to above-mentioned effect, further increase the convenience of user.
Effect and meaning of the invention is further clarified by being illustrated to embodiment as follows.But the illustration of the following embodiments and the accompanying drawings only in carrying out the present invention, the present invention is not by any restrictions of content documented in the following embodiments and the accompanying drawings.
Fig. 1 (a) is the perspective view of the clothing deodorization device of embodiment, and Fig. 1 (b) is the perspective view of the pedestal of the composition clothing deodorization device of embodiment, pillar and bag body maintaining part.
Fig. 2 (a) is the perspective view of the lower central portion of the bag body of embodiment, and Fig. 2 (b) is the bottom view of the import pipe of embodiment.
Fig. 3 (a) is that being equipped with for embodiment is vented and the rearview on the top of the bag body of clothes hanger holding unit, Fig. 3 (b) and be (c) that being equipped with for embodiment is vented and the main view on the top of the bag body of clothes hanger holding unit.
Fig. 4 is the exhaust for being installed on bag body and the perspective view of clothes hanger holding unit of embodiment.
Fig. 5 (a) is the perspective view without the ozone supply means being connected in the state of upper surface cover of embodiment.Fig. 5 (b) is the perspective view that the attaching of embodiment has the ozone supply means in the state of upper surface cover.
Fig. 6 (a) to (c) is the left side view, rearview and bottom view of the ozone supply means of embodiment respectively, Fig. 6 (d) and be (e) sectional side view for indicating the major part for the ozone supply means being fixed in the state of pedestal of embodiment.
Fig. 7 (a) is the profilograph of the ozone supply means of the slave rear side observation of embodiment, and Fig. 7 (b) is the drawing in side sectional elevation of the major part of the ozone supply means from upside of embodiment.
Fig. 8 (a) is the top view of the major part of the ozone supply means of embodiment, and Fig. 8 (b) is the sectional view of the major part of the upper surface of the shell of ozone supply means from inside of embodiment.
Fig. 9 is the block diagram for indicating the ozone supply means of the composition of control unit of embodiment.
Figure 10 is the flow chart for indicating the operating control action of the control unit of embodiment.
Figure 11 is to indicate the control unit of embodiment to the flow chart of the control action of lighting device.
Figure 12 (a) is the perspective view of the clothing deodorization device of modification 1, and Figure 12 (b) is the left side view of the ozone supply means of modification 1.
Figure 13 is the orthogonal view of the steam generation facility of modification 1.
Figure 14 is the ozone supply means for the composition of control unit for indicating modification 1 and the block diagram of steam generation facility.
Figure 15 is to indicate the control unit of modification 1 to the flow chart of the control action of wrinkle stretch mode.
Hereinafter, being described with reference to the accompanying drawings about an embodiment of device for clothing processing of the invention, i.e. clothing deodorization device.
Fig. 1 is the figure for indicating the composition of clothing deodorization device 1.Fig. 1 (a) is the perspective view of clothing deodorization device 1, and Fig. 1 (b) is the perspective view of the pedestal 50 for constituting clothing deodorization device 1, pillar 60 and bag body maintaining part 70.In addition, Fig. 2 is the figure for indicating the composition of bag body 10 and import pipe 30.Fig. 2 (a) is the perspective view of the lower central portion of bag body 10, and Fig. 2 (b) is the bottom view of import pipe 30.Also, Fig. 3 is the figure for indicating to be vented the composition of simultaneous clothes hanger holding unit 40.Fig. 3 (a) is to be equipped with to be vented and the rearview on the top of the bag body 10 of clothes hanger holding unit 40, Fig. 3 (b) and be all (c) to be equipped with to be vented and the main view on the top of the bag body 10 of clothes hanger holding unit 40.Fig. 4 is mounted to the exhaust of bag body 10 and the perspective view of clothes hanger holding unit 40.It should be noted that the diagram of the front surface of bag body 10 is omitted, in Fig. 4, it is transparent that bag body 10, which is drawn, in Fig. 3 (b) and (c).
Referring to figs. 1 to Fig. 4, clothing deodorization device 1 includes: bag body 10, ozone supply means 20, import pipe 30, is vented simultaneous clothes hanger holding unit 40, pedestal 50, pillar 60, bag body maintaining part 70 and fragrance feed unit 80.
Bag body 10 accommodates the various clothings such as Western-style clothes, overcoat.Bag body 10 is formed in a manner of being overlapped multiple fabrics without gas permeability, so that it is rich in airtightness.Bag body 10 has that front and back is flat, approximately longitudinally longer rectangular shape, is dimensioned to accommodate the size of long shirt, the clothing that redingote equal length is grown up and down.In addition, the anteroposterior dimension of bag body 10 is set as that the size of a clothing can be accommodated.It should be noted that the size up and down of bag body 10 also can be set as to accommodate the size of the long clothing of length, anteroposterior dimension can also be set
It is set to the size that two or three or so clothing can be accommodated in tandem.It should be noted that bag body 10 is equivalent to receiving portion of the invention.
In the front surface of bag body 10, substantial middle in left and right directions is formed with the crack for constituting the input port 11 of clothing from top to bottom.Zipper 12 is installed in input port 11.Top portion 12a and terminal part 12b when zipper 12 is closed are located at the upper end and lower end of bag body 10.The pull head 12c of zipper 12 is moved between top portion 12a and terminal part 12b.When pull head 12c is pulled down from top portion 12a, zipper 12 is closed, so that input port 11 is closed；When pull head 12c is pulled up from terminal part 12b, zipper 12 is opened, so that input port 11 is opened.
In the front surface of bag body 10, generally rectangular window portion 13 is formed on the right side of top.Window portion 13 is closed with slide 14.User can observe the inside of bag body 10 by window portion 13.
Ozone supply means 20 carry out to clothing the deodorization operating of deodorization, add to clothing and fragrant add fragrant operating and operate the drying of clothes drying.For ozone supply means 20 when deodorization operates, the movement containing ozone in the air by make discharge supplies air containing ozone to bag body 10.In addition, ozone supply means 20, when adding fragrant operating, movement not ozoniferous in the air by make discharge supplies ozone-containing air to bag body 10.In turn, ozone supply means 20 generate warm wind and supply to bag body 10 when drying operating.It should be noted that ozone supply means 20 are equivalent to ozone supply portion of the invention.
Import pipe 30 and bag body 10, ozone supply means 20 link, and will be directed into bag body 10 from the air that ozone supply means 20 are discharged.Shown in such as Fig. 2 (a) and (b), the lower surface central portion of bag body 10 is provided with the blow-off outlet 15 of air, is fixed with the top end part of import pipe 30 in the cylindrical portion 16 to hang down from the blow-off outlet 15.Import pipe 30 includes: the relatively small columnar main part 31 of outer diameter and the relatively large columnar interconnecting piece 32 of outer diameter for being formed in the lower section of main part 31.In the lower end of interconnecting piece 32, in the state of being installed on bag body 10 towards the right of bag body 10 position and orientation left position, be respectively formed with right claw 33 and left claw portion 34.
It is vented the rear surface top that simultaneous clothes hanger holding unit 40 is set to bag body 10.As shown in Fig. 3 (a) to Fig. 4, it is vented and clothes hanger holding unit 40 includes exhaust portion 41, clothes hanger maintaining part 42 and attachment part 43.It is vented and clothes hanger holding unit 40 is made of the rear unit 100 and front unit 200 linked in a manner of the rear surface top for clamping bag body 10 from outside and inside.
Air in bag body 10 is expelled to outside by exhaust portion 41.There is ozone to remove filter 300 in 41 attaching of exhaust portion.It is attached in ozone removal filter 300, such as using active carbon and catalyst is shifted
To active carbon/catalyst filter on the substrate of aluminium etc..Ozone removes filter 300 and will be removed by ozone contained in the air of exhaust portion 41.As Fig. 3 (b), clothes hanger maintaining part 42 keeps the clothing clothes hanger H1 for being hung with clothing.In addition, clothes hanger maintaining part 42 keeps upper surface cover 440.Upper surface cover 440 is formed as the longer plate of transverse direction of slight curve archwise.It is strengthened by the upper surface cover 440 from inside the upper surface of bag body 10.Attachment part 43 is formed as the box-like in the four directions rearward stretched out, and surface is formed with attachment hole 43a behind.
It should be noted that as Fig. 3 (c), the washing clothes hanger H2 for having hung the washings of a small amount of such as 1kg or so is maintained in clothes hanger maintaining part 42 when carrying out drying operating.
As shown in figure 4, lighting case 44 is integrally formed with attachment part 43 in the front of attachment part 43.The lower surface of lighting case 44 is open, and attaching has lighting device 90 inside it.Lighting device 90 is for example including the LED module for being arranged in rectangular many LED.In the inside of bag body 10, lighting device 90 illuminates the lower section of clothes hanger maintaining part 42.Although it is not shown, the wiring still from lighting device 90 is along the back side and lower surface of bag body 10, and then the inside of ozone supply means 20 is directed into along import pipe 30.
Pedestal 50 is the plate with regulation shape, such as square shape.Ozone supply means 20 are placed on pedestal 50.The supporting part 51 for support column 60 is formed at the rear portion of pedestal 50.Also, it is formed with the first fixed part 52 and the second fixed part 53 for fixing ozone supply means 20 in pedestal 50, so that positive direction of the front surface of ozone supply means 20 towards pedestal 50.First fixed part 52 is made of multiple hook-shaped claw 52a.Second fixed part 53 includes: the elastic rod 53a for the L-shaped that one end is supported by pedestal 50, is formed in one end than elastic rod 53a slightly by the press section 53c of the protrusion 53b at rear and the other end for being formed in elastic rod 53a.When pressing press section 53c downwards, elastic rod 53a flexible deformation, protrusion 53b is retracted downwards.
Pillar 60 is made of two bars 61.The lower end of pillar 60 is installed on supporting part 51, upright relative to pedestal 50.Pillar 60 can not also be made of two bars 61, and be made of one or three or more bar.In addition it is also possible to telescoping mechanism be arranged in pillar 60, so that the height of pillar 60 can be adjusted.
Bag body maintaining part 70 is installed in the upper end of pillar 60.Bag body maintaining part 70 has maintaining part 71 outstanding forwards, by the way that the maintaining part 71 to be inserted into the attachment hole 43a of attachment part 43, bag body 10 is hung and keep, so that it is static upwards in either front and back, upper and lower and left and right.
The use when carrying out adding fragrant operating by ozone supply means 20 of fragrance feed unit 80.It is supplied in fragrance
To in unit 80, receiving leaching contains the aromatic body of liquid aromatic in case.Fragrance feed unit 80 is releasably secured to import pipe 30, makes to supply to the air of bag body 10 and contains fragrance ingredient.
Then, it is illustrated about the detailed composition of ozone supply means 20.
Fig. 5 to Fig. 7 is the figure for indicating the composition of ozone supply means 20.Fig. 5 (a) is the perspective view without the ozone supply means 20 being connected in the state of upper surface cover 440.Fig. 5 (b) is the perspective view for the ozone supply means 20 that attaching has in the state of upper surface cover 440.Fig. 6 (a) to (c) is the left side view, rearview and bottom view of ozone supply means 20 respectively, Fig. 6 (d) and be (e) sectional side view for indicating to be fixed on the major part of the ozone supply means 20 in the state of pedestal 50.Fig. 7 (a) is the sectional side elevation of the ozone supply means 20 from rear side, and Fig. 7 (b) is the drawing in side sectional elevation of the major part of ozone supply means 20 from upside.It should be noted that right insertion recess portion 415, left insertion recess portion 416 and the diagram in pipe detection portion 460 is omitted in Fig. 7 (a).
Ozone supply means 20 have shell 400.Shell 400 includes: box main body 410, front surface cover 420, air-suction cover 430, upper surface cover 440 and operation portion 450.As shown in Fig. 5 (a), box main body 410 has the longer rectangular shape of transverse direction of upper surface gently convex curvature.It is formed with front surface opening portion 411 in the front surface of box main body 410, which is detachably closed by front surface cover 420.
Recess is formed with into the concave part 412 of the shape same shape with upper surface cover 440 in the upper surface of box main body 410.Recess is provided with into circular insertion oral area 413 in the center of concave part 412.The outlet 414 of the rectification rib 414a with clathrate is formed in insertion oral area 413.Right insertion recess portion 415 and left insertion recess portion 416 with shape corresponding with the right claw 33 of import pipe 30 and left claw portion 34 are formed in the left and right sides of the insertion oral area 413 of concave part 412.
As shown in Fig. 5 (b), when not using clothing deodorization device 1, the upper surface cover 440 unloaded from bag body 10 can be secured to concave part 412.Thus, it is ensured that therefore the site of storage of the upper surface cover 440 unloaded from bag body 10 can prevent from losing upper surface cover 440 when not in use.In addition, can prevent dust etc. when not in use from invading the inside of shell 400 from outlet 414.
As shown in Fig. 6 (a), the left side of box main body 410 is provided with operation portion 450.Operation portion 450 includes: power knob 451, start button 452, deodorization button 453, adds fragrant button 454 and drying button 455.Power knob 451 is the button for the power supply of on and off clothing deodorization device 1.It opens
Beginning button 452 is the button for making operation start.Deodorization button 453 is the button for being set for the deodorization mode of deodorization operating.Adding fragrant button 454 is for being set for adding the button for adding fragrant mode of fragrant operating.Drying button 455 is the button for being set for the drying mode of drying operating.
As shown in Fig. 6 (b), it is formed with air entry 418 in the rear surface of box main body 410, which is detachably closed by air-suction cover 430.Suction hole 431 there are many being formed in air-suction cover 430.
As shown in Fig. 6 (c), in the bottom surface of box main body 410, it is formed with the first mounting hole 419a in position corresponding with each claw 52a of the first fixed part 52 of pedestal 50, is formed with the second mounting hole 419b in position corresponding with the protrusion 53b of the second fixed part 53.After the press section 53c that user presses downwards the second fixed part 53 retracts protrusion 53b, claw 52a is set to pass through the first mounting hole 419a, ozone supply means 20 are placed in pedestal 50, in turn, when make ozone supply means 20 when sliding laterally, as shown in Fig. 6 (d), so that the bottom surface of claw 52a and box main body 410 engages.Then, when user stops pressing press section 53c, as shown in Fig. 6 (e), protrusion 53b is embedded in the second mounting hole 419b.Ozone supply means 20 are fixed on pedestal 50 as a result, so that it is static in upper and lower, front and back and left and right directions.Therefore, it can prevent ozone supply means 20 from overturning because causing bag body 10 to be applied to the power of ozone supply means 20 when expanding from the air of ozone supply means 20 by supply.
It is configured in the inside of shell 400: being built-in with ventilation shaft 500, blowing fan 700, suction unit 800 and the control unit 900 of ozone generator 610 and heater 620.
Shown in such as Fig. 7 (a) and (b), ventilation shaft 500 includes pipe main body 510 and duct cap 520.The introducing port 511 of pipe main body 510 is connect with the discharge opening 720 of blowing fan 700, and export mouth 512 is connect with outlet 414.Ozone generator 610 is configured near the introducing port 511 in pipe main body 510.Pipe main body 510 has following shape: after being bent in a manner of extending to the left from introducing port 511, turn back to the right from the part for the allocation position for having crossed ozone generator 610, extending to export mouth 512 upwards.That is, pipe main body 510 has bending section 510a.
Ozone generator 610 is discharge type ozone generator, and the electric discharge such as corona discharge, voltolising is generated between a pair of electrodes, by generating ozone by the air between a pair of electrodes.In the front surface of pipe main body 510, opening portion 513 is formed in position corresponding with ozone generator 610.It is closed by duct cap 520 opening portion 513.User can be by unloading front surface cover 420 and duct cap 520, and opening 513 clean etc. to electrode, be safeguarded to ozone generator 610.
In the bending section 510a of pipe main body 510, the separation rib 514 extended in above-below direction is formed in a manner of the inner wall of the front and back of crossing pipeline main body 510.Primary flow path 515 and bypass flow path 516 are formed in the 510a of bending section by the separation rib 514.Primary flow path 515 is equivalent to first flow path of the invention, and bypass flow path 516 is equivalent to second flow path of the invention.
Primary flow path 515 is formed in the peripheral side of bending section 510a, and bypass flow path 516 is formed in the inner circumferential side of bending section 510a.Flow path 516 is bypassed from the upstream branch of primary flow path 515 and is collaborated in the downstream of primary flow path 515.In addition, being formed with three cowling panels 517 for adjusting the flowing towards the air of primary flow path 515 in a manner of the inner wall of the front and back of crossing pipeline main body 510 in pipe main body 510.
Having heaters 620 is configured in primary flow path 515.As heater 620, such as ptc heater can be used.Heater 620 heats the air flowed in primary flow path 515.
Blowing fan 700 is centrifugal fan, and side is provided with suction inlet 710, and circumferential surface is provided with discharge opening 720.Suction inlet 710 is opposed with the air entry 418 of 400 rear surface of shell.Blowing fan 700 introduces air from suction inlet 710, and the air of introducing is sent to the ozone generator 610 in ventilation shaft 500.As blowing fan 700, the fan except centrifugal fan, such as tube-axial fan can also be used.
As shown in Fig. 7 (b), suction unit 800 is provided between the air entry 418 of shell 400 and the suction inlet 710 of blowing fan 700.Suction unit 800 includes: suction pipe 810, dust filter 820 and ozone removal filter 830.
Demarcation plate 811 in suction pipe 810 by clathrate is divided into the second filter receiving portion 813 of 700 side of first filter receiving portion 812 and blowing fan of 418 side of air entry.Dust filter 820 is contained in first filter receiving portion 812, contains ozone removal filter 830 in the second filter receiving portion 813.Dust filter 820 removes dust contained in the air introduced from air entry 418 etc..Ozone removes ozone contained in the air that the removal of filter 830 passes through dust filter 820.For removing filter 830 similarly, for ozone with the ozone removal filter 300 for being vented simultaneous clothes hanger holding unit 40, active carbon/catalyst filter can be used.
The interconnecting piece 814 connecting with the suction inlet 710 of blowing fan 700 is provided in suction pipe 810, interconnecting piece 814 is connect with the second filter receiving portion 813 by intercommunicating pore 815.
Fig. 8 (a) is the top view of the major part of ozone supply means 20, and Fig. 8 (b) is the sectional view of the major part of the upper surface of the shell 400 of the ozone supply means 20 from inside.Referring to Fig. 8 (a) with
And (b), illustrate for import pipe 30 to be connected to ozone supply means 20 and be detected by the connection of 460 pairs of pipe detection portion.
When import pipe 30 is connect with ozone supply means 20, as shown in Fig. 8 (a), the interconnecting piece 32 of import pipe 30 is inserted into insertion oral area 413, so that right claw 33 and left claw portion 34 are inserted into right insertion recess portion 415 and left insertion recess portion 416 respectively.
It is formed with right opening portion 415a in the front side of right insertion recess portion 415, so that the right claw 33 for being inserted into right insertion recess portion 415 moves the distance of substantially one right claw 33 in the clockwise direction.Similarly, it is formed with left opening portion 416a in the rear side of left insertion recess portion 416, so that the left claw portion 34 for being inserted into left insertion recess portion 416 moves the distance in substantially one left claw portion 34 in the clockwise direction.When import pipe 30 is viewed from above to be rotated clockwise, the medial movement of right claw 33 and left claw portion 34 upper surface by right opening portion 415a and left opening portion 416a to box main body 410 respectively engages with the upper surface of box main body 410.Import pipe 30 will not deviate upwards as a result,.
As shown in Fig. 8 (b), pipe detection portion 460 is configured in the inside of the upper surface of box main body 410.Pipe detection portion 460 includes pipe detection switch 461 and relaying bar 462.Pipe detection switch 461 has the switch portion 461a and bar portion 461b for press switching part 461a.Relaying bar 462 is rotatably freely installed on the rotary shaft 463 for being formed in the inside of upper surface of box main body 410, and one end is located near right insertion recess portion 415, and the other end is contacted with pipe detection switch 461.
Import pipe 30 is connect with ozone supply means 20, and as shown in Fig. 8 (b), when the medial movement of upper surface of the right claw 33 to box main body 410, the one end of relaying bar 462 is pressed by right claw 33.Relaying bar 462 is rotated, and bar portion 461b is pressed by the another side of relaying bar 462, and switch portion 461a is pressed by the bar portion 461b being pressed.Pipe detection switch 461 detects that import pipe 30 has been secured to insertion oral area 413 as a result,.
It should be noted that bar portion 461b makes to relay the rotation of bar 462 by the elastic force of itself on one side when unloading import pipe 30 from insertion oral area 413, it is back to initial position on one side.Pipe detection switch 461 detects that import pipe 30 is unloaded from insertion oral area 413 as a result,.
Then, the composition of control unit 900 is illustrated.
Fig. 9 is the block diagram of the ozone supply means 20 for the composition for indicating control unit 900.Control unit 900 has: control unit 910, storage unit 920, operation inputting part 930, generator driving portion 940, heater
Driving portion 950, fan driving section 960 and illumination driving portion 970.
Storage unit 920 is including EEPROM, RAM etc..The program for executing deodorization operating, adding fragrant operating and drying operating is stored in storage unit 920.In addition, being stored with the various parameters for executing these programs, various controls mark (control flag) in storage unit 920.
Operation inputting part 930 by power knob 451, start button 452, deodorization button 453, add fragrant button 454 and drying button 455 in, input signal corresponding with button operated by user is exported to control unit 910.When pipe detection switch 461 detects that import pipe 30 is secured to ozone supply means 20, detection signal correspondingly is exported to control unit 910.
Generator driving portion 940 drives ozone generator 610 according to the control signal from control unit 910.Heater-driven portion 950 drives heater 620 according to the control signal from control unit 910.Fan driving section 960 drives blowing fan 700 according to the control signal from control unit 910.Driving portion 970 is illuminated according to the control signal from control unit 910, drives lighting device 90.
Control unit 910 controls generator driving portion 940, heater-driven portion 950, fan driving section 960, illumination driving portion 970 etc. according to the program for being stored in storage unit 920 based on each signal from operation inputting part 930, pipe detection switch 461 etc..
In the clothing deodorization device 1 of present embodiment, it can be carried out deodorization mode, add fragrant mode and the operating of drying mode.In turn, in clothing deodorization device 1, it can be carried out drying/deodorization mode operating that deodorization operating is carried out after drying operating.
Figure 10 is the flow chart for indicating the operating control action of control unit 910.
By pressing power knob 451 by user, when clothing deodorization device 1 powers on, start the operating control action of control unit 910.
In the case where carrying out the operating of deodorization mode, user will hang over clothing and is housed in the bag body 10 for hanging on bag body maintaining part 70 with the clothing of clothes hanger H1.At this point, in bag body 10, clothing is hung over clothes hanger maintaining part 42 with clothes hanger H1 by user as shown in Fig. 3 (b).
User presses start button 452 after the deodorization button 453 of pressing ozone supply means 20 is set as deodorization mode.
When operating when completing to be controlled by start button 452 (S101: yes), the judgement of control unit 910 is set
It is set to which kind of operation mode (S102).In the case where being set as deodorization mode (S102: deodorization), control unit 910 makes blowing fan 700 and ozone generator 610 start (S103).
External air is introduced to suction pipe 810 from air entry 418, passes through dust and ozone contained in the dust filter 820 and the ozone removal removal air of filter 830 in suction pipe 810.The air for eliminating dust and ozone is fed through in ventilation shaft 500 (referring to the arrow of Fig. 7 (b)), air can be mixed into the ozone generated in ozone generator 610 when passing through ozone generator 610 in air.In this way, air containing ozone by reaching outlet 414 in ventilation shaft 500, is discharged from outlet 414.
The air containing ozone being discharged from ozone supply means 20 is directed into bag body 10 by import pipe 30.As shown in the arrow of Fig. 1 (a), the air containing ozone being directed into bag body 10 flows while with contact with clothing from bottom to top in bag body 10.The deodorization of contained ozone carries out deodorization to clothing through the air.
As shown in the dotted arrow of Fig. 1 (a), it is expelled to outside bag body 10 by the air that the deodorization of clothing reduces ozone concentration by the exhaust portion 41 on the top of bag body 10.Air after deodorization removes filter 300 by ozone and removes ozone when passing through exhaust portion 41.
When have passed through the defined deodorization duration of runs (for example, 8 hours) (S104: yes), control unit 910 makes blowing fan 700 and ozone generator 610 stop (S105).In this way, the operating of deodorization mode terminates.
Then, in the case where carrying out adding the operating of fragrant mode, clothing is housed in the bag body 10 for hanging on bag body maintaining part 70 by user, and in bag body 10, installs fragrance feed unit 80 in the top end part of import pipe 30.User presses start button 452 after pressing adds fragrant button 454 and is set as adding fragrant mode.
When determining (S102: to add perfume (or spice)) when being set as adding fragrant mode in S102, control unit 910 makes blowing fan 700 start (S106).Ozone-containing air is not discharged by reaching import pipe 30 in ventilation shaft 500 from import pipe 30.The air being discharged from import pipe 30 is by fragrance feed unit 80, and at this moment, the volatilization of fragrance ingredient contained in aromatic body is mixed into air.In this way, the air containing fragrance ingredient is expelled in bag body 10.Air containing fragrance ingredient flows from bottom to top in bag body 10, is expelled to outside bag body 10 from exhaust portion 41.Fragrance ingredient is adsorbed on the clothing for being contained in bag body 10.
When adding the fragrant duration of runs (for example, 10 minutes) as defined in the process (S107: yes), control unit 910 makes blowing fan 700 stop (S108).In this way, adding the operating of fragrant mode terminates.
Then, in the case where carrying out drying mode or the operating of drying/deodorization mode, user will hang on and wash
Wash the washings of clothes hanger H2, i.e. moist clothing is housed in the bag body 10 for hanging on bag body maintaining part 70.At this moment, as shown in Fig. 3 (c), in bag body 10, user hangs over clothes hanger maintaining part 42 for clothes hanger H2 is washed.
In the case where carrying out the operating of drying mode, user presses start button 452 in pressing drying button 455 and after being set as drying mode；Dry/operating of deodorization mode in the case where, after being set as drying/deodorization mode by the followed by pressing deodorization button 453 of pressing drying button 455, press start button 452.
When determining to be set as drying mode in S102 (S102: drying), control unit 910 makes blowing fan 700 and heater 620 start (S109).The air of ventilation shaft 500 is introduced to by being in after the ozone generator 610 of halted state, its major part passes through primary flow path 515 and is heated by heater 620, hot wind as high temperature (for example, 100 DEG C or so) (referring to the solid arrow of Fig. 7 (a)).On the other hand, collaborated after portion of air is by bypass flow path 516 (referring to the dotted arrow of Fig. 7 (a)) with the state of cold wind and the hot wind from primary flow path 515.Hot wind is mixed with cold wind as a result, becomes the warm wind of the temperature (for example, 60 DEG C or so) when importing in bag body 10 to dry clothing with appropriateness (referring to the hollow arrow of Fig. 7 (a)).It should be noted that primary flow path 515 is formed in the peripheral side that air holds runny bending section 510a.In addition, the air towards primary flow path 515 adjusts its flowing by three cowling panels 517.It is made up of these, most air successfully flows to primary flow path 515, therefore many air can be become hot wind in primary flow path 515, will not be too low by the temperature for the warm wind being blended to produce with cold wind.
Hereafter, Wen Fengcong outlet 414 is discharged, and is directed into bag body 10 by import pipe 30.Warm wind flows from bottom to top in bag body 10, is expelled to outside bag body 10 from exhaust portion 41.The washings for being contained in bag body 10 is oven-dried by warm wind.Herein, as shown in Fig. 1 (a), the blow-off outlet 15 of bag body 10 is located at the center of the left and right directions of bag body 10, and exhaust portion 41 is located at the position of the center side to the left of the left and right directions of bag body 10.Warm wind efficient circulation in bag body 10 as a result, is easy drying washings.
When by the defined drying duration of runs (for example, 150 minutes) (S110: yes), control unit 910 makes blowing fan 700 and heater 620 stop (S111).In this way, the operating of drying mode terminates.
When determining to be set as drying/deodorization mode in S102 (S102: drying/deodorization), control unit 910 makes blowing fan 700 and heater 620 start (S112), carries out similarly drying operating with drying mode.When by drying the duration of runs (S113: yes), control unit 910 makes heater 620 stop (S114).Hereafter, control unit 910 makes ozone generator 610 start (S115), carries out deodorization operating same as deodorization mode.When by the deodorization duration of runs (S116: yes), blowing fan 700 and ozone occur for control unit 910
Device 610 stops (S117).In this way, the operating of drying/deodorization mode terminates.
Figure 11 is to indicate control unit 910 to the flow chart of the control action of lighting device 90.
When clothing deodorization device 1 powers on, start control unit 910 to the control action of lighting device 90.Control unit 910 makes lighting device 90 light (S201).The inside of bag body 10 is illuminated by lighting device 90.User is easy the operation accommodate clothing into bag body 10 as a result,.Especially since being provided with window portion 13 in bag body 10, therefore, user can pass through in the bag body 10 that 13 observation lighting device 90 of window portion illuminates on one side, carry out the housing operational of clothing on one side.
Control unit 910 operates determining whether to have carried out to be controlled by start button 452 and determines to have lighted whether lighting device 90 have passed through stipulated time (for example, 10 minutes) (S202, S203) later.Then, when start to operate (S202: yes) or pass through the stipulated time before carrying out starting operation (S202: no → S203: yes), control unit 910 makes lighting device 90 extinguish (S204).
When starting the operating of any one operation mode, then, before (for example, before 30 minutes) stipulated time that control unit 910 determines whether operating end (S205).When then, before the stipulated time terminated for operating (S205: yes), control unit 910 makes lighting device 90 light (S206).User can confirm that illuminated device 90 illuminates to grasp close to operating and terminate in bag body 10 by window portion 13.Hereafter, at the end of operating (S207: yes), control unit 910 makes lighting device 90 extinguish (S208).It should be noted that lighting device 90 can be both continuously lit during terminating before the stipulated time to operating, can also be lit to interval (being closed for example, opening for 5 minutes -5 minutes).
<effect of present embodiment>
More than, according to the present embodiment, realize function and effect below.
(1) in clothing deodorization device 1, deodorization can not only be carried out to clothing, moreover it is possible to dry to clothing, therefore, improve the convenience of user.
(2) ventilation shaft 500 is constituted using following, comprising: primary flow path 515 configures having heaters 620；And bypass flow path 516, collaborated from the upstream branch of primary flow path 515 and in the downstream of primary flow path 515, therefore, the cold wind that mixing is collaborated from bypass flow path 516 in flowing through the hot wind that primary flow path 515 becomes high temperature with the heating of heater 620, thus, it is possible to generate the warm wind of mild temperature.It can prevent from generating damage to clothing due to the clothing being oven-dried in bag body 10 is exposed in the hot wind of high temperature as a result,.
(3) ventilation shaft 500 is using the composition with bending section 510a, the peripheral side of 510a in bending section
It is formed with primary flow path 515, therefore, air is easy to flow in primary flow path 515, many air heaters 620 can be heated as hot wind in primary flow path 515.It can make the temperature by mixing the warm wind generated with cold wind will not be too low as a result,.
(4) flowing towards the air of primary flow path 515 is adjusted by cowling panel 517, therefore, air is easy the smooth flow in primary flow path 515, many air heaters 620 can be heated as hot wind in primary flow path 515.It can make the temperature by mixing the warm wind generated with cold wind will not be too low as a result,.
(5) therefore ozone and air can be mixed well in bending section 510a in the upstream of the bending section 510a of ventilation shaft 500 configured with ozone generator 610, the ozone concentration in air can be made to homogenize.
More than, embodiments of the present invention are illustrated, but the present invention is by any restrictions of above embodiment, in addition, also various changes other than the above can be carried out to embodiments of the present invention.
<modification 1>
Figure 12 (a) is the perspective view of the clothing deodorization device 1 of modification 1, and Figure 12 (b) is the left side view of the ozone supply means 20 of modification 1.Figure 13 is the orthogonal view of the steam generation facility 1000 of modification 1.
As shown in Figure 12 (a), the clothing deodorization device 1 of this modification has the steam generation facility 1000 for generating steam.Steam generation facility 1000 is set on pedestal 50 in a manner of with the adjoining of ozone supply means 20.Import pipe 30 is provided with the introducing port 30a of steam, introducing port 30a is connect with the steam suppling tube road 1500 of steam generation facility 1000.Steam generation facility 1000 is equivalent to vapor generation part of the invention.
As shown in Figure 12 (b), in order to used steam generation facility 1000 wrinkle stretch mode operating, steam button 456 is set in the operation portion 450 of ozone supply means 20 and warm wind sets button 457.Steam button 456 is the button for setting wrinkle stretch mode, and in wrinkle stretch mode, warm wind setting button 457 is the button for carrying out warm wind setting.When completing warm wind setting, the heating of heater 620 is fed through from ozone supply means 20 and the warm wind that generates.
As shown in figure 13, steam generation facility 1000 has: shell 1100, steam chest 1200, steam heater 1300, water supply device 1400 and steam suppling tube road 1500.
Shell 1100 has approximately cuboid shape.Steam chest 1200 is formed by metal material, is provided with the outlet 1210 of steam at an upper portion thereof.Outlet 1210 protrudes upwards from the upper surface of shell 1100.Steam chest 1200 is supported by the support foot 1220 for being set to the quadrangle of its bottom, so that at the bottom with shell 1100
There is defined gap between face.
Steam heater 1300 is installed on the outer bottom of steam chest 1200, and the water being accumulated in steam chest 1200 is heated.
Water supply device 1400 has the water feeding tank 1410 of storage water.It is provided with supply mouth 1411 in water feeding tank 1410, for the make-up water into the case；And supply mouth 1412, it is connect with steam chest 1200.Mouth 1411 is fed to close by the cap 1420 of disassembly ease.Supply mouth 1412 is provided with water supply pump 1430.By the movement of water supply pump 1430, the water in water feeding tank 1410 is sent by supply mouth 1412 to steam chest 1200.
Steam suppling tube road 1500 is by the flexible duct of the formation such as rubber material, and one end is connect with from the outlet 1210 of the steam chest 1200 outstanding of shell 1100, and the other end is connect with the introducing port 30a of import pipe 30.
When steam heater 1300 works, the water being accumulated in steam chest 1200 is heated and evaporates, and generates steam in steam chest 1200.Generated steam is discharged from outlet 1210, by the supply to import pipe 30 of steam suppling tube road 1500.
Figure 14 is the ozone supply means 20 for the composition of control unit 900 for indicating modification 1 and the block diagram of steam generation facility 1000.
Steam button 456 and warm wind setting button 457 are connect with operation inputting part 930.Operation inputting part 930 receives the operation of steam button 456 and warm wind setting button 457, and input signal corresponding with these buttons is exported to control unit 910.In addition, control unit 900 has steam drive portion 980 and pump driving portion 990 to act the steam heater 1300 of steam generation facility 1000 and water supply pump 1430.Steam drive portion 980 drives steam heater 1300 according to the control signal from control unit 910.Driving portion 990 is pumped according to the control signal from control unit 910, drives water supply pump 1430.
Figure 15 is to indicate the control unit 910 of modification 1 to the flow chart of the control action of wrinkle stretch mode.
In the case where carrying out the operating of wrinkle stretch mode, the clothings such as the Western-style clothes of the object stretched as wrinkle are housed in the bag body 10 for hanging on bag body maintaining part 70 by user, and start button 452 is pressed after the steam button 456 of pressing ozone supply means 20.In the case where generating warm wind from ozone supply means 20, user carries out warm wind setting before pressing start button 452, by pressing warm wind setting button 457.
When starting the operating of wrinkle stretch mode, control unit 910 makes blowing fan 700 start (S301) first.Then, control unit 910 determines whether warm wind setting (S302).
In the case where the setting of no temperature wind (S302: no), after control unit 910 starts blowing fan 700, steam heater 1300 is made to start (S303) immediately.Steam is supplied from steam generation facility 1000 to import pipe 30, the steam supplied is loaded into the wind not being heated from ozone supply means 20 and is directed into bag body 10 (referring to Fig.1 2 (a)).Contact with clothing in the steam of importing and bag body 10, the wrinkle on clothing are stretched by heat possessed by steam with moisture.
High temperature, the effect for stretching wrinkles of laundry improve with the steam of contact with clothing.Thus, for example carrying out warm wind setting by user in the case where the ambient temperature of bag body 10 is low or under the wrinkle serious situation of clothing.It should be noted that without the setting of warm wind, since heater 620 is inactive, the power consumption of the clothing deodorization device 1 in wrinkle stretch mode can be inhibited.
In the case where determining to have warm wind setting in S302 (S302: yes), control unit 910 starts heater 620 (S304) immediately after starting blowing fan 700.Wen Fengcong ozone supply means 20 are supplied to bag body 10 as a result, the inside of bag body 10, clothing are warmed by warm wind.In addition, the moisture is removed there are in the case where moisture in clothing.When becoming the state moderately warmed by defined stand-by time (for example, 5 minutes~10 minutes or so) (S305: yes), the inside of bag body 10 and clothing, control unit 910 makes steam heater 1300 start (S303).
Steam from the supply of steam generation facility 1000 to import pipe 30 is loaded into the warm wind from ozone supply means 20 and is directed into bag body 10.The inside of bag body 10, clothing are warmed, and furthermore steam is mixed into Wen Fengzhong, and therefore, the temperature of steam is difficult to decrease, with can keeping high temperature and contact with clothing.It is easy to stretch the wrinkle of clothing as a result,.
When by the defined steam duration of runs (for example, 10 minutes) (S306: yes), control unit 910 makes blowing fan 700 and steam heater 1300 stop (S307).In addition, control unit 910 stops heater 620 also in the case where heater 620 works.In this way, the operating of wrinkle stretch mode terminates.
It should be noted that in the clothing deodorization device 1 of this modification, can also then wrinkle stretch mode operating, carry out the deodorization operating that deodorization is carried out to clothing.In this case, after pressing steam button 456 and deodorization button 453, start button 452 is pressed.Control unit 910 in the S307 of Figure 15 stops only steam heater 1300, then, carries out the control action of S115 shown in Fig. 10 to S117.That is, control unit 910 starts ozone generator 610, deodorization operating same as deodorization mode is carried out, when by the deodorization duration of runs, stops blowing fan 700 and ozone generator 610.
According to this modification, in clothing deodorization device 1, deodorization can not only be carried out to clothing, moreover it is possible to wrinkle stretching be carried out to clothing and therefore improve the convenience of user.
<other modifications>
In the above-described embodiment, clothing is contained in bag body 10.But the receiving portion for accommodating clothing is not limited to bag body 10, is also possible to for example be formed as the receiving library of box-like by resin, metal.In addition, receiving portion can be using the collecting storage facility for also accommodating ozone supply means 20.In this case, the top of import pipe 30, i.e. blow-off outlet direction are suspended on the clothing in collecting storage facility, the air containing ozone blown out upwards from import pipe 30, Wen Fengyu contact with clothing.In addition, the air in collecting storage facility is fed to ozone supply means 20.
In addition, steam generation facility 1000 is set to outside ozone supply means 20 in above-mentioned modification 1.But steam generation facility 1000 can also be embedded in the inside of ozone supply means 20.
In addition, can suitably be made various changes to embodiments of the present invention in the range of the technical idea shown in claims.
Description of symbols:
10: bag body (receiving portion)；
11: input port；
20: ozone supply means (ozone supply portion)；
500: ventilation shaft；
510a: bending section；
515: primary flow path (first flow path)；
516: bypass flow path (second flow path)；
517: cowling panel；
610: ozone generator；
620: heater；
700: blowing fan；
1000: steam generation facility (vapor generation part).
Claims (6)
- A kind of device for clothing processing, which is characterized in that have:Receiving portion accommodates clothing；AndThe ozone that the ozone generator generates is loaded into the wind that the blowing fan generates and is fed through the receiving portion by ozone supply portion, including ozone generator and blowing fan,The ozone supply portion further includes heater, and the wind that the blowing fan generates is heated by the heater and is fed through the receiving portion.
- Device for clothing processing according to claim 1, which is characterized in thatThe ozone supply portion further includes the ventilation shaft passed through for the wind that the blowing fan generates,The ventilation shaft includes: first flow path, is configured with the heater；And second flow path, collaborate from the upstream branch of the first flow path and in the downstream of the first flow path.
- Device for clothing processing according to claim 2, which is characterized in thatThe cowling panel for adjusting the flowing towards the wind of the first flow path is provided in the ventilation shaft.
- Device for clothing processing according to claim 2 or 3, which is characterized in thatThe ventilation shaft includes bending section,In the peripheral side of the bending section, it is formed with the first flow path, in the inner circumferential side of the bending section, is formed with the second flow path.
- Device for clothing processing according to claim 4, which is characterized in thatThe ozone generator is configured in the upstream of the bending section of the ventilation shaft.
- Device for clothing processing according to any one of claim 1 to 5, which is characterized in thatIt is also equipped with vapor generation part, makes to be loaded into the steam generation in the wind from the ozone supply portion and being fed through in the receiving portion.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016-194924 | 2016-09-30 | ||
| JP2016194924A JP2018057413A (en) | 2016-09-30 | 2016-09-30 | Clothes treatment device |
| PCT/CN2017/103302 WO2018059366A1 (en) | 2016-09-30 | 2017-09-26 | Clothing treating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109689964A true CN109689964A (en) | 2019-04-26 |
Family
ID=61763735
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201780055355.2A Pending CN109689964A (en) | 2016-09-30 | 2017-09-26 | Device for clothing processing |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP2018057413A (en) |
| CN (1) | CN109689964A (en) |
| WO (1) | WO2018059366A1 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021129717A1 (en) * | 2019-12-26 | 2021-07-01 | 青岛海尔洗衣机有限公司 | Clothing treating apparatus |
| CN113272490A (en) * | 2018-12-26 | 2021-08-17 | 青岛海尔洗衣机有限公司 | Clothes treating device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20210156862A (en) | 2019-05-17 | 2021-12-27 | 드레스프레쉬, 인코포레이티드 | Ion Oxidation Refreshing System and Method |
| JP7388843B2 (en) * | 2019-07-31 | 2023-11-29 | シャープ株式会社 | Garment processing equipment and control method |
| JP7493424B2 (en) | 2020-10-07 | 2024-05-31 | シャープ株式会社 | Clothes treatment device and control method |
| KR20230105512A (en) * | 2022-01-04 | 2023-07-11 | 엘지전자 주식회사 | Apparatus for hanging clothes |
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Also Published As
| Publication number | Publication date |
|---|---|
| WO2018059366A1 (en) | 2018-04-05 |
| JP2018057413A (en) | 2018-04-12 |
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Effective date of registration: 20200511 Address after: No. 558, Jiaozhouwan West Road, Huangdao District, Qingdao, Shandong Province Applicant after: QINGDAO JIAONAN HAIER WASHING MACHINE Co.,Ltd. Applicant after: HAIER ASIA Co.,Ltd. Address before: 266101 Haier Road, Qingdao hi tech Zone, Qingdao, Shandong Province, No. 1 Applicant before: QINGDAO HAIER WASHING MACHINE Co.,Ltd. Applicant before: HAIER ASIA Co.,Ltd. |
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Application publication date: 20190426 |