WO2020175964A1 - 의류 처리장치 - Google Patents

의류 처리장치 Download PDF

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Publication number
WO2020175964A1
WO2020175964A1 PCT/KR2020/002916 KR2020002916W WO2020175964A1 WO 2020175964 A1 WO2020175964 A1 WO 2020175964A1 KR 2020002916 W KR2020002916 W KR 2020002916W WO 2020175964 A1 WO2020175964 A1 WO 2020175964A1
Authority
WO
WIPO (PCT)
Prior art keywords
steam
steamer
clothing
separator
steam body
Prior art date
Application number
PCT/KR2020/002916
Other languages
English (en)
French (fr)
Inventor
노정준
윤지현
이아영
이태희
Original Assignee
엘지전자 주식회사
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 엘지전자 주식회사 filed Critical 엘지전자 주식회사
Priority to US17/310,873 priority Critical patent/US20220127778A1/en
Priority to EP20762856.1A priority patent/EP3933100B1/en
Publication of WO2020175964A1 publication Critical patent/WO2020175964A1/ko

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Classifications

    • 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
    • D06F73/00—Apparatus for smoothing or removing creases from garments or other textile articles by formers, cores, stretchers, or internal frames, with the application of heat or steam 
    • D06F73/02—Apparatus for smoothing or removing creases from garments or other textile articles by formers, cores, stretchers, or internal frames, with the application of heat or steam  having one or more treatment chambers
    • 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
    • D06F33/00—Control of operations performed in washing machines or washer-dryers 
    • 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
    • D06F35/00—Washing machines, apparatus, or methods not otherwise provided for
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06L—DRY-CLEANING, WASHING OR BLEACHING FIBRES, FILAMENTS, THREADS, YARNS, FABRICS, FEATHERS OR MADE-UP FIBROUS GOODS; BLEACHING LEATHER OR FURS
    • D06L1/00—Dry-cleaning or washing fibres, filaments, threads, yarns, fabrics, feathers or made-up fibrous goods
    • D06L1/12—Dry-cleaning or washing fibres, filaments, threads, yarns, fabrics, feathers or made-up fibrous goods using aqueous solvents

Definitions

  • the present invention relates to a clothing treatment device, and to a clothing treatment device that refreshes more detailed clothing.
  • a washing machine is widely used as a device for washing textile articles such as clothing or bedding, and the washing machine separates dehydration by washing the laundry through friction between the washing water contained in the water tank and the laundry. , Additional drying process was required.
  • Prior Literature 1 (X11 10-2011-0099914 Seoeun) adopted the method of proximate spraying of steam onto clothing, and attempted to minimize the loss of clothing through a ball member in case the clothing and the spraying device come into contact. However, There is a problem in that the clothes are not stretched out because mechanical force is not applied to the clothes.
  • Prior Document 2 (show 1 110-2018-0037459) adopted a method of spraying compressed air to unfold clothing.
  • additional parts such as a compressed air generating unit and a hose accordingly are required.
  • the size of the clothing treatment device is increased and the cost is increased.
  • Prior Document 3 (show X11 10-2015-0078400) describes the method of proximate injection of steam to clothes.
  • the task to be solved by the present invention is in the state of applying mechanical force to the clothing.
  • the garment processing apparatus is a simple
  • a clothing processing apparatus includes a cabinet in which an accommodation space for accommodating clothes is formed; a cradle on which a clothing support unit supporting the clothing is mounted and located in the accommodation space; the accommodation space A steamer positioned within and spraying steam toward the garment; a rotary motor that rotates the steamer so that the steamer contacts the garment; and an elevating motor for raising and lowering the steamer while the steamer is in contact with the garment.
  • the steamer may include a front steam body that is elongated left and right to contact the front side of the garment; and a rear steam body that is separated from the front steam body and is formed to be long left and right and in contact with the back of the garment.
  • the steamer may have a single closed curve shape.
  • a plurality of steam spraying portions may be formed in the front steam body and the rear steam body.
  • the elevating motor may lower the steamer while at least a portion of the front steam body and the rear steam body are vertically overlapped with each other.
  • the front steam body and the rear steam body may be rotatably fastened with a steam injection part into which steam is injected.
  • This steam injection part is located in the center of the front steam body and the rear steam body.
  • a stopper groove having a predetermined length in the circumferential direction may be formed in the front steam body and the rear steam body, and a stopper protrusion moving within the stopper groove may be formed in the steam injection part.
  • the steamer includes: A front connection part formed long in a forward inclined direction from an end of the front steam body; A rear connection part formed long in a direction parallel to the front connection part at an end of the rear steam body; The front connection part at the end of the front connection part.
  • a front auxiliary body that is elongated toward the side of the cabinet; a rear auxiliary body that is elongated toward the side of the cabinet from the end of the rear connection unit; and an outer connection unit connecting the ends of the front auxiliary body and the rear auxiliary body.
  • the rotary motor may be connected to the central part of the outer connection part. 2020/175964 1»(:1 ⁇ 1 ⁇ 2020/002916
  • the front and rear distance between the front auxiliary body and the rear auxiliary body is the upper front
  • a rotary motor bracket fastened to the guide block and mounted with the rotary motor May include more.
  • the rotation motor bracket may have a coupler passage hole through which a coupler connecting the rotation motor and the steamer passes.
  • the cabinet further includes a lead screw disposed vertically up and down and connected to the rotary motor, and a screw hole through which the lead screw passes may be formed in the rotary motor bracket.
  • a guide bar fixed up and down in the interior of the cabinet to guide the elevating of the steamer;
  • a guide block having a groove in which the guide bar is fitted;
  • a connector connected to the guide block and rotatably connected to the steamer You can include more.
  • [3 is mounted on the connector and further presses the limit switch by the steamer.
  • a controller for stopping the rotary motor may be further included.
  • a method of controlling a garment processing apparatus includes an ascending step in which a steamer including a front steam body and a rear steam body positioned opposite to each other with a garment between them rises to a predetermined height; the front side.
  • a rotating step in which the steamer rotates so that the steam body is in contact with the front surface of the garment and the rear steam body is in contact with the back of the garment; and the steamer descends while the front steam body and the rear steam body are in contact with the garment. It may include a descending step to inject.
  • the front steam body and the rear steam body are at least
  • Some of the virtual can be overlapped vertically.
  • the front steam body and the rear steam body are at least partially overlapped.
  • the steam injection part can be rotatably fastened to the front steam body and the rear steam body. Therefore, even if the steamer rotates within a certain range, the steam injection part can be directed downward by the load. Thereby, the steam injection part can be turned downward. The steam hose connected to it can be prevented from getting tangled or twisted.
  • the steam injection part is in the center of the front steam body and the rear steam body.
  • the body of the garment and the other arm separated by the separator can pass between the front auxiliary body and the rear auxiliary body of the steamer. Only one arm is ironed, and the torso and the other arm may not be ironed. This, of course, does not cause wrinkles in the part where one of the arms overlaps the torso, and the torso and the other arm may not be ironed. It has the advantage of not being ironed when it is crumpled.
  • the rotating motor can be connected to the central part of the outer connection part. Therefore, the steamer can rotate smoothly by the rotating power of the rotating motor.
  • front and rear distances of the front and rear auxiliary bodies may be farther than the front and rear distances of the front and rear steam bodies. This allows the body of the garment to be separated by a separator and the other arm from the front steam body. It can smoothly enter between the rear steam body and wrinkles can be minimized.
  • the steamer can also be guided by guide bars and guide blocks. This can improve the reliability of the operation of the garment processing device.
  • FIG. 6 is a steam injection unit fastened to the steamer according to an embodiment of the present invention.
  • FIG. 7 is an enlarged view of a rotating motor and its periphery according to an embodiment of the present invention.
  • FIG. 8 is an enlarged view of a connector and its periphery according to an embodiment of the present invention.
  • [58] is a view showing a limit switch according to an embodiment of the present invention.
  • FIG. 11 is an enlarged view of a lower part of a clothing treatment apparatus according to an embodiment of the present invention
  • Figure 12 is for explaining the tension portion of the spreader according to the embodiment of the present invention.
  • FIGS. 13 & 1 are diagrams illustrating an initial position of a separator according to an embodiment of the present invention.
  • FIG. 14 & 1 are views showing a state in which a separator according to an embodiment of the present invention is inserted between a body and an arm of a garment.
  • 15 & 1 are diagrams for explaining the action of the separator for refreshing any one arm of clothing.
  • FIGs. 16 & 1 are diagrams for explaining the action of the separator for refreshing the other arm of the clothing.
  • 1 and 1 are a separator for refreshing the body of clothing
  • FIG. 18 is a control block diagram of a clothing processing apparatus according to an embodiment of the present invention.
  • FIG. 19 is a diagram of a method for scanning clothing by a steamer according to an embodiment of the present invention.
  • FIG. 20 is a flow chart showing an example of a control method of a clothing processing apparatus according to an embodiment of the present invention.
  • a refresher is described, but the present invention is not limited thereto, and the idea of the present invention may be applied to other devices that can be equipped with a heat pump to be described later.
  • freshness means air, heated air, etc.
  • clothing mentioned in this specification includes clothes, apparel, etc. ), as well as objects that can be worn by humans such as shoes, socks, gloves, hats, scarves, etc., and objects used by humans such as dolls, towels, and blankets, and all objects that can be washed.
  • Fig. 1 is a front view of a clothing processing apparatus according to an embodiment of the present invention
  • Fig. 2 is a perspective view of a clothing processing apparatus according to an embodiment of the present invention.
  • the clothing processing apparatus may include a cabinet 10 in which an accommodation space S for accommodating clothing is formed.
  • the cabinet (10) can form the appearance of the garment processing unit.
  • the cabinet (10) may have an approximately square box shape, but is not limited thereto.
  • the clothing treatment device may further include a machine room (not shown).
  • the machine room (not shown).
  • the machine room may be located inside or outside the cabinet 10. When the machine room is located inside the cabinet 10, the machine room may be divided into a receiving space S. Inside the machine room, a steam generator (not shown) A plurality of devices can be deployed, including.
  • the steam generating device may include a predetermined housing for storing water or passing water, and a heater that heats water inside the housing. Therefore, the steam generating device heats water by the heater to be described later. Steamer (30) Roasting team can be supplied.
  • the clothing treatment apparatus includes the clothing support unit 20 mounted thereon.
  • the cradle (60) can be located in the receiving space (S).
  • the cradle (60) can be fastened to the top of the cabinet (10) or supported by hanging.
  • the cradle (60) can be formed long back and forth.
  • the cradle 60 may be in the shape of a round bar.
  • the clothing support unit 20 may be mounted on the cradle 60.
  • the clothing support unit 20 may be mounted on the cradle 60.
  • the clothing support unit 20 can be named as a hanger.
  • the clothing support unit (20) has a hanger (21) on which the clothing is worn,
  • It may include a hook (22) for hanging the hook (21) to the cradle (60).
  • the hook portion (21) can be arranged long left and right.
  • the upper end of the hook portion (21) can be formed to be inclined toward a lower height as it moves away from the hook (22). Clothing may be stuck in the area. 2020/175964 1»(:1/10 ⁇ 020/002916
  • the hook (22) can be fitted in the center of the top of the hook (21); the hook (22) can be hung on the cradle (60).
  • the mount 60 may be provided with a sensor (not shown) that determines whether the clothing support unit 20 is mounted.
  • a groove (not shown) into which the ring 22 is fitted may be formed in the cradle 60, and the sensor may include a light-emitting part located on one side of the groove and a light-receiving part located on the other side of the groove.
  • the sensor When the hook 22 of the clothing support unit 200 is inserted into the groove, the light emitted from the light emitting portion is covered by the hook 22 so that no light is incident on the light receiving unit.
  • the sensor is placed on the cradle 60. It can be detected that the clothing support unit 20 is mounted.
  • the clothes treatment device is a steamer 30 and a steamer 30 in which steam is sprayed up and down.
  • the garment processing device may include an elevating motor 40 for elevating and descending.
  • the garment processing device may further include a rotary motor 50 for rotating the steamer 30.
  • the steamer 30 may be formed to be approximately left and right elongated.
  • the steamer 30 may be located within the receiving space of the cabinet 10.
  • the steamer 30 is movable in the vertical direction, and is movable in the up-and-down direction, and can be moved forward and backward and in the left and right directions. Can be restrained.
  • the steamer (30) can have a single closed curve shape, and the clothing ((:) supported by the clothing support unit (20) can pass through the inside of the steamer (30).
  • the steamer (30) can refresh the clothing ((:) by spraying steam toward the clothing ((:) supported by the clothing support unit (20).
  • the steamer (30) moves up and down, and the clothing moves up and down. (You can scan 0, and at the same time as scanning, you can effectively spread the wrinkles of the garment ((:) by spraying steam on the garment ((:)).
  • the steamer 30 may be equipped with a steam injection unit (30 units).
  • a steam injection unit (30 units) can be connected to the steam generator (not shown) described above by a steam hose (not shown).
  • the steamer (30) can be lifted up and down by the lift motor (40).
  • the lifting motor 40 may be arranged on the left and right inner surfaces of the cabinet 10.
  • the lifting motor 40 may be connected to at least one of both ends of the lead screw 42.
  • the lifting motor 40 Can be connected to the bottom of the lead screw (42).
  • the elevating motor 40 can rotate the lead screws 42 arranged vertically, and a screw hole (in 5) in which the lead screw 42 is fastened in the rotary motor bracket 51 to be described later (see Fig. 7)
  • a female thread corresponding to the lead screw 42 can be formed in the inner circumference of the screw hole (51 3 ⁇ 4).
  • the elevating gear 40 can be elevated together with the steamer 30.
  • At least one of both sides of the steamer (30) may be connected to the rotary motor (50).
  • both sides of the steamer 30 may be connected to the rotary motor 50, respectively.
  • the rotary motor 50 is connected to one and the connector 53 is connected to the other.
  • the rotary motor 50 is connected to one of both sides of the steamer 30, and the steamer 30 Can be rotated, and the other one of both sides of the steamer 30 can be rotatably connected to the connector 53.
  • the rotary motor 50 and the connector 53 can be positioned in a straight line in the left and right directions. Therefore, the steamer 30 can rotate around a virtual rotation axis (not shown) formed long in the left and right directions.
  • the steamer 30 can be rotated by the rotating motor 50 to contact the clothing ((:), and in this state, it is possible to effectively unfold the wrinkles and wrinkles of the clothing (0 wrinkles or wrinkles) by elevating and spraying steam.
  • Various angle loss teams can be sprayed on clothing ((:).
  • the inside of the cabinet (10) is provided with a guide bar (41) that guides the steamer (30) up and down.
  • the guide bar 41 can be arranged vertically.
  • It may include a first guide bar (41 standing) located on one side (e.g., right) of the steamer 30, and a second guide bar (41 p) located on the other side (eg, left) of the steamer (30). .
  • the first guide bar (41 West and the second guide bar (inside 4)) may be provided on the left and right inner sides of the cabinet 10, respectively.
  • the first guide bar (41 can guide one side of the steamer 30 up and down,
  • the second guide bar 41 can guide the other side of the steamer 30 up and down.
  • the first guide bar 41 can guide the rotary motor bracket 51 with the rotary motor 50 up and down.
  • the second guide bar (41) can guide the connector (53) up and down.
  • the clothing processing apparatus has a separator 90 separating the body (0) and the arm (02) (03) of the clothing ((:), and the separator 90 is left and right. It may include a separator moving motor 100 to move to. 2020/175964 1»(:1 ⁇ 1 ⁇ 2020/002916
  • the separator (90) moves from side to side and enters between the body ((:1) and (02)(03) of the clothing ((:) and separates the body (teeth) and arms (02)(03).
  • a pair of separators 90 can be provided, that is, a pair of separators 90
  • It may include a first separator (90 and a second separator (90).
  • the first separator (the 90's and the second separator (90's can be moved left and right independently).
  • the separator 90 may include a moving bar 91 that is elongated vertically, and a separating portion 92 that is elongated forward and backward on an upper end of the moving bar 91.
  • the separator 90 may include a moving bar 91 The lower end of) may further include a moving body 93 that is connected and moved by the separator moving motor 100.
  • the moving bar 91 can be formed vertically.
  • the moving bar 91 can be formed by a combination of a straight portion and a curved portion.
  • the moving bar 91 can pass through the inside of the steamer 30 forming a single closed curve. Thereby, the separator 90 can move left and right without interfering with the steamer 30.
  • a separating portion 92 may be formed at the top of the moving bar 91.
  • the separating portion 92 is
  • the bar 91 may be formed long back and forth at the top.
  • the separating part 92 may include an extension part 92 formed at both ends.
  • the lower end of the moving bar 91 is connected to the moving body 93 and can move together with the moving body 93.
  • the moving body 93 is a separator guide rail 103 by a separator moving motor 100. You can move left and right by following.
  • the separator guide rail 103 may be provided on the inner bottom of the cabinet 10.
  • the separator guide rail 103 can be arranged long left and right.
  • the separator moving motor 100 may be provided on the inner bottom of the cabinet 10.
  • the separator moving motor 100 may be provided with a pair. One of the pair of separator moving motors 100 can move the first separator (90 units), and the other one can move the second separator (90 feet).
  • the clothing processing apparatus applies mechanical force to the clothing (0) (see FIG. 1).
  • the garment processing apparatus may include a spreader 110 to be applied, and a spreader moving motor 120 for moving the spreader 110 left and right.
  • the garment processing apparatus according to the present embodiment
  • Spreader (110) can move left and right and enter into the body (0) of the garment ((:) and apply mechanical force so that the body (0) is tensioned.
  • a pair of spreaders 110 may be provided, that is, a pair of spreaders 110
  • It may include a first spreader (110 and a second spreader 0).
  • [12 is the first spreader (110 is clothing (0) from the inside of one side of the body (0)
  • the second spreader (0) can be pressed from the inside of the other side of the second spreader (0) to the outside of the body (0), that is, the first spreader (110).
  • Second spreader (0) The pressure direction of the blood can be opposite to each other, so that the body (0) of the clothing (0) can be tensioned.
  • the first spreader (0 and the 2nd spreader (0) can be moved left and right independently.
  • the first spreader 110 and the second spreader 110 may be located on the opposite side of the blower 130 as a reference. That is, the first spreader 110 can move left and right from one side of the blower 130, The second spreader (0) can move left and right from the other side of the blower 130. This is because the range of movement of the spreader 110 does not need to be as large as the separator 90.
  • the garment processing device by the above configuration It can be compact.
  • the spreader 110 is formed vertically so that the tension part 111 and the tension part 111 that go into the body (0) of the clothing ((:) are connected, and the spreader moving motor 120 moves left and right. It may include a moving body (112).
  • the tension portion 111 can be formed to be elongated vertically.
  • the length of the tension portion 111 can be varied. More specifically, the tension portion 111 can have a multistage structure in which the length is variable. It may have a structure similar to a variable antenna.
  • the tension part 111 can have a certain elasticity with respect to the horizontal direction.
  • the tensioning part 111 is bent according to the inner shape of the clothing ('s body (0)) and can reliably stretch the body (0).
  • the tension part 111 can be kept to a minimum length in normal times. In this case, the tension part 111 can have a length that does not interfere with the rotating steamer 30.
  • the tension part 111 When mechanical force is applied to the clothing ((:), the tension part 111 may be extended upwardly as shown in Figs. 1 and 2. In this case, the tension part 111 is used as the garment (the body of 0). 0) It can be extended to the length that is inserted into it.
  • the extended tension part 111 can pass through the inside of the steamer 30 forming a single closed curve.
  • the spreader 110 can move left and right without interfering with the steamer 30.
  • the tension part 111 is connected to the moving body 112 and can move together with the moving body 112.
  • the moving body 112 is driven by the spreader moving motor 120 along the spreader guide rail 123. You can move left or right.
  • This spreader guide rail 123 can be provided on the inner bottom of the cabinet 10.
  • the spreader guide rail 123 can be placed long left and right.
  • the spreader guide rail 123 may be spaced apart from the separator guide rail 103 in the forward and backward directions.
  • the spreader guide rail 123 may be separated from the separator guide rail 103 2020/175964 1»(:1 ⁇ 1 ⁇ 2020/002916
  • the spreader moving motor 120 may be provided on the inner bottom of the cabinet 10.
  • a pair of spreader moving motors 120 may be provided, one of the pair of spreader moving motors 120 may move the first spreader (zero), and the other one may move the second spreader.
  • blower 130 is placed inside the cabinet 10 and
  • the blower 130 can be provided on the inner bottom of the cabinet 10.
  • the blower 130 can generate an upward-facing airflow so that the body (0) of the clothing ((:)) is open.
  • the spreader 110 extends virtually and can easily fit into the body ((:1) of clothing ((:).
  • the blower 130 includes a blower fan 131, an air guide 132 for guiding the air blown by the blower fan 131, and a blower fan support part supporting the blower fan 131 ( 133).
  • the blower fan 131 can be arranged facing upwards and can blow air upwards.
  • the air guide 132 can be located on the upper side of the blowing fan 131.
  • the air guide 132 minimizes the spread of the air blown by the blowing fan 131, and the body ( 0) Air can be guided to enter.
  • the air guide 132 is coupled to the upper side of the blowing fan 131
  • a plate portion and a guide portion protruding upward from the plate portion and having a hollow cylindrical shape may be included.
  • the blowing fan support part 133 can support the blowing fan from the lower side.
  • the support portion 133 may have a box shape with both sides and bottom surfaces open.
  • the spreader guide rail may be disposed passing through the inside of the ventilation fan support portion 133.
  • the clothes handling apparatus can be compact.
  • Figure 3 is a perspective view of a steamer according to an embodiment of the present invention
  • Figure 4 is
  • the steamer (30) is the front steam body (31), the rear steam body (32),
  • It may include a front auxiliary body (33), a rear auxiliary body (34), a front connection part (35), a rear connection part (36), and an outer connection part (37).
  • the front steam body (31) and the rear steam body (32) can be in the shape of a bar that is elongated left and right.
  • the front steam body (31) and the rear steam body (32) can be placed side by side.
  • the rear steam body (32) may be spaced behind the front steam body (31).
  • the front steam body (31) faces the front of the garment ((:) caught in the garment support unit (20).
  • the front steam body (31) and rear steam body (32) have multiple steam injection sections (39).
  • the steam injection part 39 can be made of a hole or a nozzle.
  • a plurality of steam injection parts (39) formed in the front steam body (31) are
  • the steam body (31) may be spaced apart by a certain interval in the longitudinal direction of the steam body (31).
  • a plurality of steam injection parts (39) formed in the rear steam body (32) may be separated by a certain interval in the longitudinal direction of the rear steam body (32). Can be separated.
  • Steam injection part (30 is preferably fastened to the center of the front steam body (31) and rear steam body (32). Thereby, the steam injection part (30 west front steam body (31) and rear steam body ( Compared to the case of fastening in an eccentric position to one side of 32), each steam entry part (39) can be guided smoothly.
  • the inside of the front steam body (31) and the rear steam body (32) is formed with a steam injection section (30 inner steam flow paths that guide the injected steam to each steam spray section (39) (31 shows) (32 sections are formed) In this way, the steam can be sprayed toward the clothing ((:) in the steam spraying section (39).
  • the front auxiliary body (33) and the rear auxiliary body (34) may be in the shape of a bar that is elongated left and right.
  • the front auxiliary body (33) and the rear auxiliary body (34) can be arranged side by side.
  • the front auxiliary body (33) and the rear auxiliary body (34) can be separated.
  • the front auxiliary body (33) can be located further forward than the front steam body (31), and the rear auxiliary body (34) can be located further behind the rear steam body (32).
  • the outer end of the rear auxiliary body 34 may be positioned further outside the end of the rear steam body 32.
  • a pair of front auxiliary bodies (33) and rear auxiliary bodies (34) can be provided.
  • One front auxiliary body (33) can be connected to one end of the front steam body (31) by a front connection (35).
  • the other front auxiliary body (33) is a front steam body ( 31) can be connected to the other end.
  • the rear auxiliary body (34) can be connected to one end of the rear steam body (32) by means of a rear connection (36).
  • the rear auxiliary body (34) is connected to the rear by means of a rear connection (36).
  • One arm (03) can be positioned to pass between the one front auxiliary body (33) and the rear auxiliary body (34).
  • the front and rear distance (1) between the front auxiliary body (33) and the rear auxiliary body (34) may be farther than the front and rear distance of the front steam body (31) and the rear steam body (32) ⁇ 1).
  • the separator (90) allows one of the torso ((:1) and both arms (02) (03) of the clothing ((:) to enter smoothly between the front auxiliary body (33) and the rear auxiliary body (34). And clothing (0 wrinkles can be minimized.
  • the front connection part 35 can connect the front steam body 31 and the front auxiliary body 33.
  • the rear connection part 36 can connect the rear steam body 32 and the rear auxiliary body 34. .
  • the front connection part 35 may be formed long in the front inclined direction from the end of the front steam body 31.
  • the rear connection part 36 is formed long in the rear inclined direction from the end of the rear steam body 32.
  • the rear connection 36 may be parallel to the front connection 35.
  • the front connection part 35 is of the front steam body 31.
  • the rear connection part 36 may be formed to be inclined in a direction in which the height decreases from the end of the rear steam body 32 to the rear.
  • the front connection part 35 is formed to be inclined in a direction that decreases in height from the end of the front steam body 31 to the front
  • the rear connection part 36 is the rear steam body 32 It is also possible to be inclined in a direction in which the height increases from the end of) to the rear.
  • the outer connection part 37 can connect the front auxiliary body 33 and the rear auxiliary body 34.
  • the outer connection part 37 is the outer end of the front auxiliary body 33 and the rear auxiliary body ( 34) can be connected to the outer end.
  • the outer connecting portion 37 may be formed to be inclined with respect to the front and rear directions.
  • the connecting portion 37 may be formed to be elongated in a direction forming an acute angle with the front connecting portion 35 and the rear connecting portion 36.
  • the front connection (35) and rear connection (36) are steeper than the outer connection (37).
  • the angle made by the front connection part 35 and the rear connection part 36 with respect to the horizontal direction may be greater than the angle made by the outer connection part 37 with respect to the horizontal direction.
  • At least one of the pair of outer connections 37 may be connected to the rotary motor 50.
  • one of the pair of outer connection parts 37 may be connected to a rotary motor 50 (see Fig. 1) and a connector 53 may be connected to the other, that is, one of the both ends of the steamer 30.
  • a rotary motor 50 see Fig. 1
  • a connector 53 may be connected to the other, that is, one of the both ends of the steamer 30.
  • One is connected to the rotary motor 50, the other can be connected rotatably to the connector 53.
  • both ends of the steamer 30 are connected to the rotary motor 50, respectively. Of course it is possible.
  • a fastening part 37 may be formed in the outer connection part 37.
  • the fastening part (37 may include at least one fastening hole.
  • the fastening part (37) is preferably formed in the middle of the outer connecting part (37).
  • the first coupler 55 (see Fig. 7) can be fastened.
  • the first coupler 55 can connect the rotary motor 50 and the steamer 30.
  • a second coupler 56 (refer to FIG. 8) rotatably connected to the connector 53 can be fastened at the fastening part 37 of the other outer connector 37.
  • the second coupler 56 is
  • Connector (53) and steamer (30) can be connected.
  • the steamer 30 can iron clothing ((:) by applying a mechanical force to the clothing (mechanical force is applied to it at the same time).
  • a mechanical force to the clothing
  • the front steam body 31 and the rear steam body 32 The steam can be sprayed at the same time by applying a mechanical force to the garment.
  • the steamer (30) is the front steam body (31) and the rear
  • the steam body (32) can rotate until at least a portion of each overlaps up and down.
  • the steam injection section (39) of the front steam body (31) and the rear steam body (32) can spray various angles of loss into the clothing ((:).
  • the upper part of the garment (0) can be tightened by applying a mechanical force to the lower side by the steamer 30 while being supported by the clothing support unit 20. Clothing (0 wrinkles and wrinkles can be effectively removed.
  • FIG. 6 is a steam injection unit fastened to the steamer according to an embodiment of the present invention is shown.
  • the rear steam body 32 may include a steam injection part (a first rear steam body connected to one side of the 30 station), and a steam injection part (a second rear steam body connected to the other side of the 30 station).
  • a steam injection part a first rear steam body connected to one side of the 30 station
  • a steam injection part a second rear steam body connected to the other side of the 30 station.
  • connection part may include an injection part (300) connected to the outer circumference of 30 skins.
  • the first rear steam body may be connected to one side of the connection part 30, and the second rear steam body may be connected to the other side.
  • connection part (30 feet, the second rear steam body above) can form a long bar shape, that is, the connection part (30 feet can be formed long in the direction parallel to the rear steam body (32)).
  • the inside of the injection part (300 can be communicated with the connection part (30 blood inside).
  • the injection part (300 can be connected to the steam generator (not shown) by a steam hose (not shown). Therefore, the above steam generation)
  • the steam injected into the injection part (300) in the device can be divided into the first rear steam body and the second rear steam body through the connection part (30 p), and can be flowed, and can be sprayed from the steam injection part (39).
  • Injection section (300 can be connected to the outer circumference of the connection section (30. Injection section (300 is
  • the connecting part (30 can be formed protruding outward in the radius of blood.
  • the steam injection part (30 can be connected to the rear steam body (32) so as to be rotatable within a certain range.
  • the rear steam body (32) has a predetermined length in the circumferential direction.
  • a stopper groove (38) is formed, and a steam injection part (a stopper protrusion (301) moving in the stopper groove (38) in the 30) can be formed.
  • This stopper groove (38) is at least one of the first rear steam body and the second rear steam body (which can be formed at the west end of 30.
  • Stopper projection (301)) is the steam injection part (30 west). It can protrude toward the stopper groove (38) from the connection part of the (30).
  • FIG. 7 is an enlarged view of a rotating motor and its periphery according to an embodiment of the present invention.
  • the rotary motor (50) can be mounted on the rotary motor bracket (51), and the rotary motor
  • the first guide bar (a guide block (52) that guides the lifting according to the 41st order can be fastened to the bracket (51).
  • the rotary motor bracket (51) may include a plate (51 stand, motor clamping part (in 5)), and a block clamping part (510).
  • Plate (51 stand, motor clamping part) 5) and block joints (510 can be formed in one piece, but are not limited thereto.
  • the plate section (51 can be located on the upper or lower side of the rotary motor 50.
  • the plate section (51 can support the rotary motor 50) from the lower side.
  • the rotating motor bracket (51) has a screw hole (513 ⁇ 4) through which the lead screw (42) passes.
  • the lead screw 42 passing through the screw hole 513 ⁇ 4 can pass through the front or rear of the rotary motor 50.
  • the screw hole (513 ⁇ 4 can be formed by passing through the top and bottom of the plate part (51).
  • a female thread corresponding to the outer circumference of the lead screw 42 can be formed in the inner circumference of the screw hole (513 ⁇ 4).
  • Motor fastening part (51) can be fastened with a rotary motor 50.
  • a motor 50 for example, a motor
  • the fastening portion 51 may be vertically bent upward from the plate portion 51 to have a plate shape facing the steamer 30.
  • the rotary motor bracket (51) is connected to the rotary motor (50) and the steamer (30).
  • a coupler passage hole 511 through which the first coupler 55 passes may be formed.
  • the coupler passage hole 511 may be formed by passing left and right through the motor fastening portion 51.
  • the first coupler (55) is the outer connection of the steamer (30) (37), in more detail
  • the first coupler 55 and the steamer 30 can rotate together by the rotary motor 50.
  • a guide block 52 may be fastened to the block fastening part 510.
  • a block For example, a block
  • the fastening portion 510 may be vertically bent upward from the plate portion 51 to have a plate shape facing the guide block 52.
  • the block fastening portion 510 is a motor.
  • Fastening part (may be separated from 51 p.
  • the guide block 52 fastened to the block fastening part 51 may have a guide groove 52 formed vertically, and a first guide bar 41 may be fitted in the guide groove 52. Thereby, the guide block 52 may be fitted with a guide groove 52. The block 52 may be guided by the first guide bar 41.
  • the guide bar 41 may be equipped with at least one limiter (410) limiting the rising or falling range of the steamer (30).
  • FIG. 8 is a view showing an enlarged view of the connector and its periphery according to an embodiment of the present invention
  • FIG. 9 is a cross-sectional view for explaining the connection between the steamer and the connector according to the embodiment of the present invention
  • FIG. 10 is an embodiment of the present invention A limit switch according to is shown.
  • the steamer 30 may be rotatably connected to the connector 53 by a second coupler 56.
  • the second coupler 56 is an outer connection 37 of the steamer 30, more specifically 2020/175964 1»(:1 ⁇ 1 ⁇ 2020/002916
  • Fastening part (It may include a fastening plate (56) that is fastened to the 37 west, and a rotation shaft (56 p) that protrudes from the 56 of the fastening plate toward the connector (53).
  • Rotating shaft (56 may be a circular bar shape.
  • Connector 53 has a rotating shaft (56 p.
  • An insertion hole 531 to be inserted may be formed.
  • the connector 53 has a second guide bar (a guide that is guided up and down along 41 blood).
  • Block 54 can be fastened.
  • the connector 53 may include a coupler insertion part 53, a block fastening part 53, and a connection part 530.
  • Block fastening part (53 blood and connecting part (530 is formed in one piece, and coupler inserting part (53 can be fastened to the connection part (530), but is not limited to).
  • Coupler insert (53 can face the steamer 30. Coupler insert (53 can be
  • a coupler insertion part (in the side 53, an insertion hole 531 that is elongated in the left and right direction) may be formed.
  • the second coupler 56 In the insertion hole 531, the second coupler 56
  • the rotary shaft 56 can be inserted.
  • the steamer 30 can be rotatably connected to the connector 53.
  • the block fastening part 53 can be fastened to the guide block 54.
  • the block fastening part 53 can have a vertical plate shape facing the guide block 54.
  • the block fastening part 53 is a coupler inserting part ( 53 can be separated from the west.
  • the block fastening part 53 The guide block 54 which is fastened to the blood can be formed with a guide groove 54 formed vertically, and the second guide bar (41 blood can be fitted in the guide groove 54). , The guide block 54 can be guided by the second guide bar (41).
  • the connecting part (530 can connect the coupler insertion part (53) and the block fastening part (53).
  • connection part 530 may be formed by bending at least once.
  • the connection part 530 is a first plate fastened with a coupler insertion part 53, and a block fastening part 53 that is bent vertically from the first plate. It may contain a second edition connected with blood.
  • the garment processing apparatus may further include a limit switch 140 pressed by the steamer 30.
  • the ground protrusion (can be configured to press 140).
  • the limit switch 140 may be mounted on the connector 53. That is, the connector 53 may further include a switch mounting portion 57 on which the limit switch 140 is mounted.
  • the switch mounting part 57 may include a switch supporting part 57 supporting the limit switch 140 from the lower side, and a connecting part connecting the switch supporting part 57 with the coupler insertion part 53 .
  • the switch support part 57 may be formed horizontally, and the connection part 57 may be formed vertically.
  • the connection part 57 may be formed bent upward from the end of the switch support part 57.
  • FIG. 11 is an enlarged view of a lower part of a clothing treatment apparatus according to an embodiment of the present invention
  • the moving body 93 of the separator 90 is the main body 94 with the moving bar 91 fastened
  • It may comprise a guide block 95 running along the separator guide rail 103.
  • the main body 94 may be a tubular shape formed vertically.
  • the lower end of the moving bar 91 is
  • a plurality of ribs for reinforcing rigidity may be formed on the outer circumference of the body 94.
  • the plurality of ribs can be connected to the guide block 95.
  • the body (94) may be combined with the guide block (95).
  • the guide block (95) may be formed integrally with the body (94), but is not limited thereto.
  • a guide groove in which the separator guide rail 103 is inserted may be formed on the bottom of the guide block 95.
  • the guide block 95 can be guided left and right along the separator guide rail 103.
  • the moving body 93 of the separator 90 may be equipped with a belt holder 96 through which the power of the separator moving motor 100 is transmitted.
  • the belt holder 96 is rotated by the separator moving motor 100. You can hold the belt (102).
  • the belt holder 96 can be fastened to the guide block 95 from the front or the rear of the guide block 95.
  • the belt holder 96 is a belt holder (96) that is rotated by a separator moving motor (100). It can be moved by power. This allows the entire separator 90 to move smoothly from side to side.
  • This separator moving motor 100 can be equipped on the inner bottom of the cabinet 10. A pair of separator moving motors 100 can be provided, one of the pair of separator moving motors 100 can move the first separator (90 units), and the other can move the second separator (90 feet).
  • a pair of separator moving motors (100) connects the separator guide rail (103).
  • each separator As a reference, it can be located on the opposite side. This moves each separator
  • the belt 102 connected to the motor 100 can rotate smoothly without interference with each other.
  • the first separator (the separator moving motor 100 that moves 90 times)
  • a separator moving motor 100 which is located behind the separator guide rail 103 and moves the second separator 90, may be located in front of the separator guide rail 103.
  • the first separator (the belt holder 96 of the 90 is fastened from the rear of the first separator (the guide block 95 of the 90), and the belt holder 96 of the second separator (90) is the second separator. (Can be fastened from the front of the 90 guide block (95).
  • one side of the belt 102 forming a closed curve is in contact with the rotary pulley 101 connected to the separator moving motor 100, and the other side is the separator pulley.
  • the belt holder 96 of the separator 90 can be connected to the belt 102.
  • the separator 90 can move left and right.
  • a rotary gear is connected to the separator rotary motor 100, a chain is connected to the rotary gear, and a belt holder 96 of the separator 90 is connected to the chain.
  • a rotary gear is connected to the separator rotary motor 100, a chain is connected to the rotary gear, and a belt holder 96 of the separator 90 is connected to the chain.
  • a belt holder 96 of the separator 90 is connected to the chain.
  • the separator guide rail 103 may be provided on the inner bottom of the cabinet 10.
  • the separator guide rail 103 can be longly arranged left and right.
  • the separator guide rail 103 is fitted into a guide groove formed in the guide block 95 of the separator 90 to guide the movement of the separator 90 left and right.
  • the separator pulley bracket (104) can be provided on the inner bottom of the cabinet (10). As with the separator moving motor 100, a pair of separator pulley brackets 104 can be provided. A pair of separator pulley brackets 104 can be located on opposite sides with reference to the separator guide rail 103.
  • the separator pulley bracket 104 connected by one separator moving motor 100 and the belt 102 can see another separator moving motor 100 back and forth in the front and rear directions.
  • the moving body 112 of the spreader 110 includes the body 113 to which the tensioning part 111 is connected, and a guide block located under the body 94 and moving along the spreader guide rail 123 ( 114).
  • the main body 113 may be a tubular shape formed vertically.
  • the lower end of the tension part 111 may be inserted into and fitted into the main body 113.
  • a plurality of ribs for reinforcing rigidity are provided on the outer circumference of the main body 113.
  • the plurality of ribs may be connected to the guide block 114.
  • the body 113 may be coupled to the guide block 114.
  • the guide block 114 may be coupled to the guide block 114.
  • It may be formed integrally with the body 113, but is not limited thereto.
  • a guide groove in which the spreader guide rail 123 is fitted may be formed on the bottom of the guide block 114. Accordingly, the guide block 114 can be guided in a horizontal movement along the spreader guide rail 123.
  • the moving body 112 of the spreader 110 has the power of the spreader moving motor 120
  • Transmission belt holder 115 can be provided.
  • the belt holder 115 can hold the rotating belt 122 by the spreader moving motor 120.
  • the belt holder 115 may be fastened to the guide block 114 at the front or rear of the guide block 114.
  • the belt holder 115 is rotated by the spreader moving motor 120.
  • the spreader moving motor 120 may be provided on the inner bottom of the cabinet 10.
  • a pair of spreader moving motors 120 can be provided. One of the pair of spreader moving motors 120 can move the first spreader (zero), and the other can move the second spreader.
  • a pair of spreader moving motors 120 can be located on opposite sides of the blower 130 as a reference.
  • the power of the spreader moving motor 120 can be transmitted to the spreader 110 through the belt 122.
  • one side of the belt 122 forming a closed curve is a rotation connected to the spreader moving motor 120.
  • the other side is the spreader pulley
  • the support pulley 125 installed on the bracket 124 can be contacted.
  • the belt 122 can rotate by the friction force between the rotary pulley 121 and the belt 122.
  • the support pulley 125 can rotate.
  • the pulley 125 rotates by the friction force with the belt 122 and can support the belt 122.
  • the belt holder 115 of the spreader 110 can be connected to the belt 122.
  • the spreader 0 can move left and right.
  • the chain is connected to the rotation gear, and the configuration in which the belt holder 115 of the spreader 110 is connected to the chain is of course possible.
  • the spreader guide rail (123) can be provided on the inner bottom of the cabinet (10).
  • the spreader guide rail 123 can be longly arranged left and right.
  • the spreader guide rail 123 is fitted in the guide groove formed in the guide block 114 of the spreader 110 to guide the movement of the spreader 0.
  • the spreader guide rail 123 may be spaced apart from the separator guide rail 103 in the front and rear direction.
  • the spreader guide rail 123 may be arranged parallel to the separator guide rail 103.
  • the length of the spreader guide rail 123 may be shorter than the length of the separator guide rail 103.
  • the spreader guide rail 123 can pass through the inside of the ventilation fan support 133, and the separator guide rail ( 103) can pass the outside front or the outside rear of the ventilation fan support (133).
  • Spreader pulley bracket (124) can be provided on the inner bottom of the cabinet (10). Like the spreader moving motor 120, a pair of spreader pulley brackets 124 may be provided.
  • the left and right lengths of the belt 122 connecting the spreader moving motor 120 and the spreader pulley bracket 124 are the left and right of the belt 102 connecting the separator moving motor 0 and the separator pulley bracket 124 It may be shorter than the length.
  • the length of 21 may be less than half of the length of the belt 102 connecting the separator moving motor 00 and the separator pulley bracket 124.
  • the tension part 111 of the spreader 110 may have a multistage structure in which the length is changed.
  • the tension part 111 is at least some additional clothing (0 (see Fig. 17 & )) of the body ((:1), the insertion part (111) and the insertion part (111 standing and the moving body ( 112) may include at least one hollow portion (1116) (1110) connecting the first hollow portion (111) and the second hollow portion (1110) in the tensile portion 111.
  • the body (:1), the insertion part (111) and the insertion part (111 standing and the moving body ( 112) may include at least one hollow portion (1116) (1110) connecting the first hollow portion (111) and the second hollow portion (1110) in the tensile portion 111.
  • the insertion portion (111 shows), the first hollow portion (111 p and the second hollow portion 1110 may be formed to be long vertically.
  • This insertion part (111 can be accommodated inside the first hollow part (inside 11),
  • the first hollow part (111 p can be accommodated inside the second hollow part (1110,
  • the second hollow part 1110 may be accommodated in the body 113 of the moving body 112.
  • Insertion part (outer diameter in 111 is smaller than the inner diameter of the first hollow part (inner 11), and outer diameter of the first hollow part (inner 11) is smaller than the inner diameter of the second hollow part (111(:)) 2
  • the outer diameter of the Ministry of Heavy Industry (111(:) is
  • the first hollow part (1116), the second hollow part (1110 and the inside of the main body (113) can communicate with each other
  • a first catching part can be formed that is caught on the top of the first hollow part (inside 11).
  • a second engaging portion may be formed.
  • a third engaging portion may be formed that engages the upper end of the main body 113 of the moving body 112.
  • the vertical length of the tensioning part 111 can be easily changed.
  • the insertion part 111, the moving body 112 so that it is inserted into the body of the clothing (0 body) ) Can be extended upwards.
  • FIG. 13 & 1 are diagrams illustrating an initial position of a separator according to an embodiment of the present invention.
  • the separator (90) may be in contact with each of the separate parts (92). In this case, the separator (90) may be located in front of or behind the body (0) of the garment ( ( :).
  • a pair of separators (90) can be located between the front steam body (31) and the rear steam body (32) of the steamer (30).
  • FIG. 14 & 1 are diagrams illustrating a state in which the separator according to the embodiment of the present invention is inserted between the torso and arm of the garment.
  • FIG. 14 <RTI ID 0.0> It is a drawing for the following, and FIG. 1 is a drawing for explaining the positional relationship between the separator and the steamer.
  • the left-right distance ⁇ 2) between the separators 90 may be farther than the left-right distance (1g) between the pair of separators 90 in the initial position state. That is, the pair of separators 90 is the above initial position.
  • the first separator (90 is the clothing (0 body ((:1) and one arm 2)), and the second separator (90 skin clothing (the body (0) and the other You can get through the arm (03).
  • a pair of separators 90 can be configured to stop moving as soon as it enters between the body (0) and (02) (03) of the garment ((:). Or, a pair of separators 90)
  • FIG. 15 & 1 are diagrams for explaining the action of the separator for refreshing one arm of clothing.
  • Fig. 15<> It is a drawing
  • FIG. 13 ⁇ 4 is a drawing for explaining the positional relationship between the separator and the steamer.
  • Separator (90) moves in one direction and removes one arm (02) of the clothing ((:)
  • the first separator (90 and the second separator (90) can move a predetermined distance in each direction.
  • the first separator (90) can move a predetermined distance in each direction.
  • Second separator (It can move more than 90 feet. Therefore, in the state that the clothing ((:) is stretched to one arm (02) or less), the distance between the first separator (90 West and the second separator (906)) (13 ) May be closer than the body of clothing ((:) ((:1) and the first separator (the distance between the 90 and the second separator (left/right ⁇ 2 between 90 and 90) immediately after entering between (:1) and (02)(03)).
  • a pair of separators (90) may be positioned between the front auxiliary body (33) and the rear auxiliary body (34).
  • the clothing (one arm 2 of (:)) is the front steam body (31) and the rear
  • the body ((:1) and the other arm 3) can be located between the front auxiliary body (33) and the rear auxiliary body (34).
  • Figures 16 & 1 are diagrams for explaining the action of the separator for refreshing the other arm of the garment.
  • Figure 16&s up to explain the positional relationship between the separator and the clothing caught in the clothing support unit. It is a drawing for explaining the positional relationship between the separator and the steamer.
  • the first separator (90 and the second separator (90 p) can move a predetermined distance in each direction.
  • the second separator (90 p) can move a predetermined distance in each direction.
  • the first separator (it can move more than 90 standing. Therefore, in the state that the clothing is stretched to the lower side of the other arm of 0 (03),
  • the second separator (90 pieces left and right distance: 4) is the first separator (90 pieces and the second separator (between 90 pieces) immediately after entering between the body ((:1) and (02)(03) of clothing (:). It may be closer than the left and right distance ⁇ 2).
  • a pair of separators (90) may be positioned between the front auxiliary body (33) and the rear auxiliary body (34).
  • the clothing (the other arm 3 of (:)) is the front steam body (31) and the rear
  • 1 and 1 are a separator for refreshing the body of clothing
  • Figure 17 & is a diagram for explaining the positional relationship between the spreader and the separator and the clothing caught on the clothing support unit
  • Figure 17 is a diagram for explaining the positional relationship between the separator and the spreader and the steamer. This is a drawing for.
  • a pair of separators (90) can be moved in a direction away from each other to separate the clothing (both arms (02) (03) of 0) from the body (teeth).
  • the first separator (90 and the second separator (90) can be moved in a direction away from each other; the first separator (90) and the second separator (90 is on the virtual vertical surface passing through the holder (60)) It can move in the opposite direction by the same distance with respect to it. Therefore, the clothing support unit (20) and the clothing ( ( :) are not tilted, and the body (0) of the clothing ((:) can be stretched down.
  • the first separator (90 standing and the second separator (90 left and right distance between the skin) is the first separator (90 standing and the second separator) immediately after entering between the torso (0) and arms (02) (03) of the clothing ((:)
  • the second separator (90) may be located between the ta front auxiliary body (33) and the rear auxiliary body (34).
  • auxiliary body (33) It can be located between the auxiliary body (33) and the rear auxiliary body (34).
  • both arms (02) and (03) of the clothing ((:) are the front auxiliary body (33) and the rear auxiliary body. Since it is located between the bodies 34, it may not be refreshed in a wrinkled state, and it is possible to prevent the fear of severe wrinkles.
  • a pair of spreaders (110) can be inserted into the body (0) of the clothing (by extending the tension part (111) virtually, and moving in the direction away from each other to move the body (0) of the clothing ((:) ) Can be tensioned.
  • the first spreader (110) can press one side of the body ((:1) outward, and the second spreader (0) can press the other side of the body (0) outward.
  • the first separator (90 West and the second separator (It may be closer than the 90 left and right distance ()).
  • the steamer (30) can be lifted and lowered by the spreader while the body (0) of the clothing ((:) is stretched out, and can spray steam. Therefore, the wrinkles of the clothing (body (0)) can be removed more effectively. have.
  • FIG. 18 is a control block diagram of a clothing processing apparatus according to an embodiment of the present invention.
  • the controller 80 of the garment processing apparatus includes an elevating motor 40, rotating
  • controller 80 can control the motor 50, the separator moving motor 100, the spreader moving motor 120 and the blower 130. It is obvious that the configurations that the controller 80 can control can be added, removed, or changed.
  • the controller 80 can control the steam injection of the steamer 30.
  • the controller 80 controls the lift motor 40 to lift the steamer 30.
  • the controller 80 can rotate the steamer 30 by controlling the rotary motor 50.
  • the controller 80 controls the lifting motor 40 and the rotating motor 50 at the same time to combine the lifting and rotating motions of the steamer 30, thereby spraying the clothes (zero steam) in various ways.
  • the controller 80 controls the separator moving motor 100 to control the separator 90
  • the controller 80 can move the first separator (90 and the second separator 90 in a direction away from each other from the initial position, and the first separator (90) and the second separator (90 clothing (body It can enter between (i) and (02) (03).
  • controller 80 is the first separator (90 and the second separator (90 days).
  • controller 80 is the first separator (90 and the second separator (90)
  • the other arm (03) of the clothing (0) can be stretched downward by separating it from the torso (0).
  • controller 80 is the first separator (90 and the second separator (90)
  • the controller 80 can adjust the length of the spreader 110. More specifically, the controller 80 can extend or shorten the length of the tension portion 111 of the spreader 110.
  • the controller 80 extends the first separator (90 and the second separator (90)
  • the controller 80 may control the spreader moving motor 120 to move the spreader 110 left and right.
  • Controller 80 is the first spreader (110 and second spreader (110) 2020/175964 1»(:1 ⁇ 1 ⁇ 2020/002916
  • the first spreader (110 and the second spreader (110) When inserted into the body (0), the first spreader (110 and the second spreader (110) can be moved in a direction away from each other. This allows the body (0) of the clothing ((:) to be stretched tightly. .
  • the controller 80 can receive the load applied to the spreader moving motor 120.
  • the controller 80 can stop the movement of the spreader 110 when the load is greater than or equal to the set value. In this way, the appropriate travel distance of the spreader 0 can be adjusted according to the size of the clothing ((:).
  • the controller 80 can control the on/off of the blowing fan 131.
  • the controller 80 can control the rotational speed of the blowing fan 131.
  • the controller 80 turns on the blower 130, and the body (0) of the clothing ((:) is
  • controller 80 may receive the detection value of the limit switch 140.
  • the controller 80 can stop the rotary motor 50 when the limit switch 140 is turned on, and set this state to the initial angle of the steamer 30.
  • Figure 19 is a method of scanning clothing by a steamer according to an embodiment of the present invention.
  • a method for controlling a garment processing apparatus includes the steamer 30
  • the preparation step ( ⁇ ) to set the initial angle, and the steamer 30 may include the clothing (scan step 2 to scan 0) 3) 4).
  • the controller 80 controls the rotary motor 50 so that the steamer 30
  • the steamer 30 including the steam body 31 and the rear steam body 32 may include an ascending step in which the steamer 30 rises to a predetermined height.
  • the ascending step 2) The controller 80 controls the lifting motor 40
  • the steamer 30 can be raised to a height corresponding to the upper part of the garment (0).
  • the steam body 32 may include clothing (rotation step 3 in which the steamer 30 rotates so as to come into contact with the back of the ⁇ ).
  • Steamer (30) can be rotated by a predetermined angle. In this case, the front
  • the steam body (31) is in contact with the front of the clothing part, and the rear steam body (32) is in contact with the upper back of the clothing (0.
  • the front steam body (31) and the rear steam body (32) are at least part of the top and bottom. Can overlap.
  • the scanning step may include a descending step 4 in which the front steam body 31 and the rear steam body 32 are in contact with the clothing (the steamer 30 descends and sprays the steam in a contact with (:)).
  • the controller 80 controls the elevating motor 40 to control the steamer (with the front steam body 31 and the rear steam body 32) in contact with the upper part of the garment (0).
  • the steam can be sprayed from the steam spraying part 39 of the steamer 30.
  • the steam is sprayed from the steam body 31 and the rear steam body 32 so that ironing can be carried out, thereby effectively removing wrinkles and wrinkles in the clothing (zero).
  • FIG. 20 is a flowchart showing an example of a method of controlling a clothing processing apparatus according to an embodiment of the present invention.
  • the control method of the clothing processing apparatus includes the separation step (0) and the first arm
  • It may include a refresh step 20), a second arm refresh step 30), and a body refresh step 40).
  • the separation step (0), the first arm refresh step 20), the second arm refresh step 30), and the body refresh step 40) can be sequentially performed. This is the first arm refresh step 20) and the second arm refresh step 20). This is because wrinkles may occur on the body (teeth) of the flow ((:) in the par refresh step 30).
  • the controller 80 controls the separator moving motor 100
  • the first separator (90 standing and the second separator) in the initial position can be moved in opposite directions so that it enters between the torso (0) and the arms (02) (03) of the 90 blood garment.
  • the first separator ( In the 90s, the clothing ((:) can enter between the torso (i) and one arm (02), and the second separator (90 blood can enter between the body of clothing (0) and the other arm (03).
  • the first arm refresh step 20) may include a first arm alignment step 21) and a first arm scan step 22).
  • the controller 80 uses each separator moving motor 100
  • first separator (90 show) and the second separator (90 feet can be moved in one direction.
  • one arm (02) of the clothing ((:)) can be separated from the body (0) and stretched downward. have.
  • the first arm scan step 22) can be performed after the first arm alignment step 21).
  • the scan step 22) can correspond to the scan step 2) 3) 4) described in Fig. 19 earlier.
  • the first arm scan step 22) is a steamer containing a front steam body 31 and a rear steam body 32 positioned opposite each other with one arm of zero (02) in between. (30) The ascending step of rising to a predetermined height; and the front 2020/175964 1»(:1 ⁇ 1 ⁇ 2020/002916
  • the steam body 31 and the rear steam body 32 may include a descending step in which the steamer 30 descends and sprays the steam while in contact with one of the arms (02).
  • the steamer 30 can refresh by scanning any one of the arms (02) that is tapered downward.
  • the second par refresh step 30) may include a second arm alignment step 31) and a second arm scan step 32).
  • the first separator (90 shows) and the second separator (90 feet can be moved in different directions under control.
  • the other arm (03) of the clothing ( ( :)) is separated from the body (0) and stretched downward.
  • the second arm scan step 32) can be performed after the second arm alignment step 31).
  • the scan step 32) can correspond to the scan step 2) 3) 4) described in FIG. 19 previously.
  • the second arm scan step 32) includes a front steam body (31) and a rear steam body (32) positioned opposite each other with the clothing ((:) of the other arm 3) in between.
  • the steamer 30 can refresh while scanning the other arm (03), which is tapered downward.
  • Body refresh step 40 body alignment step 41
  • ventilation step 42 ventilation step 42
  • the controller 80 controls the separator moving motor 100 to move the first separator (90 standing and the second separator (90 blood) in a direction away from each other.
  • clothing ( ( ( ( ( ))) :)'S body ( ( ( :1) is separated from both arms (02) (03) and can be stretched downward.
  • the blowing step 42) can be performed after the body alignment step 41).
  • the controller 80 can turn on the blowing fan 131.
  • the wind generated from the blowing fan 131 can be performed.
  • Insertion step 43) is performed at the same time as the blowing step 42), or of the blowing step 42).
  • the controller 80 is operated with the blowing fan 131 ionized.
  • the spreader (0) can be extended and inserted into the body ((:1) of clothing ((:)). 2020/175964 1»(:1 ⁇ 1 ⁇ 2020/002916
  • the controller 80 may turn off the blowing fan 131.
  • the tensioning step 44) can be performed after the insertion step 43).
  • the controller 80 controls the spreader moving motor 120 to move the pair of spreaders 110 away from each other. It can be moved by a predetermined distance. As a result, the body (0) of the clothing ((:) can be tensioned.
  • controller 80 is the load applied to the spreader moving motor 120 is the set value
  • the movement of the spreader (0) can be stopped. This makes it possible to adjust the appropriate travel distance of the spreader 110 according to the size of the clothing ( ( :).
  • the trunk scan step 45) can be performed after the tensioning step 44).
  • the scanning step 45) can correspond to the scanning step 2) 3) 4) described in Fig. 19 above.
  • the body scan step 45) is a steamer (30) containing a front steam body (31) and a rear steam body (32) located opposite to each other with the body (teeth) of the garment ((:) in between.
  • An ascending step of ascending to a positive height a rotating step in which the steamer 30 rotates so that the front steam body 31 contacts the front surface of the body (0) and the rear steam body 32 contacts the rear surface of the body (0).
  • W The front steam body (31) and the rear steam body (32) may include a descending step in which the steamer 30 descends and sprays the steam while being in contact with the body ((:1).
  • the steamer 30 can refresh while scanning the lower body (0).

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Treatment Of Fiber Materials (AREA)
  • Accessory Of Washing/Drying Machine, Commercial Washing/Drying Machine, Other Washing/Drying Machine (AREA)

Abstract

본 발명의 실시예에 따른 의류 처리장치는, 의류가 수용되는 수용공간이 형성된 캐비닛; 의류를 지지하는 의류 지지유닛이 거치되며 수용공간에 위치하는 거치대; 수용공간 내에 위치하며 의류를 향해 스팀을 분사하는 스티머; 스티머가 의류에 접하도록 스티머를 회전 시키는 회전 모터; 및 스티머가 의류에 접한 상태에서 스티머를 승강시키는 승강 모터를 포함할 수 있다. 스티머는, 좌우로 길게 형성되어 의류의 전면에 접하는 프론트 스팀바디; 및 프론트 스팀바디와 이격되고 좌우로 길게 형성되며 의류의 배면에 접하는 리어 스팀바디를 포함할 수 있다.

Description

2020/175964 1»（：1/10公020/002916 명세서
발명의 명칭:의류처리장치
기술분야
[1] 본발명은의류처리장치에관한것으로,좀더상세히는의류를리프레쉬하는 의류처리장치에관한것이다.
배경기술
[2] 일반적으로,의류또는침구류와같은직물로이루어진물품을세척하기위한 장치로서세탁기가널리사용되고있으며,세탁기는수조에수용된세탁수와 세탁물과의마찰을통해세탁물을세척함에따라별도의탈수,건조과정등이 추가로필요하였다.
[3] 최근에는,종래의세탁기보다의류를간편하게처리또는관리하는장치로서 , 세탁수를통한별도의세탁과정없이의류의주름을제거하거나,의류의먼지 또는냄새를제거하는등의기능을가진의류처리장치들이사용되고있다.
[4] 선행문헌 1（X11 10-2011-0099914서은의류에스팀을근접분사하는방식을 채택하였으며의류와분사장치가접촉할경우를대비하여볼부재를통해 의류의손실을최소화하고자하였다.그러나,의류에기계력이인가되지않아 옷이팽팽하게펴지지않는문제점이 있다.
[5] 선행문헌 2（1 110-2018-0037459쇼）는의류의주름을펴기위해압축공기를 분사하는방식을채택하였다.그러나,이를위해서는압축공기생성부및그에 따른호스등의추가부품이필요하여의류처리장치의크기가커지고비용이 증가하는문제점이있다.
[6] 선행문헌 3（X11 10-2015-0078400쇼）은옷에스팀을근접분사하는방식을
채용하였다.그러나,상기선행문헌 1과마찬가지로옷에기계력이인가되지 않아옷이팽팽하게펴지지않는다.또한,의류를바닥프레임에올려두어야 하므로의류에주름이발생한채로다림질이될우려가있다.
[7] [선행기술문헌]
[8] [특허문헌]
[9] 1 1 10-2011-0099914쇼（의류처리장치및그제어방법, 2011.09.09공개）
[1이 1幻110-2018-0037459쇼（의류처리장치및그제어방법, 2018.04.12공개）
[11] 1 1 10-2015-0078400쇼（스캔형자동스팀다리미, 2015.07.08공개）
발명의상세한설명
기술적과제
[12] 본발명이해결하고자하는일과제는,의류에기계력을인가한상태에서
리프레쉬를수행하여의류의구김및주름을최소화하는의류처리장치를 제공하는것이다.
[13] 본발명이해결하고자하는다른과제는구성이간단하고크기가컴팩트한 2020/175964 1»（：1^1{2020/002916
2 의류처리장치를제공하는것이다.
과제해결수단
[14] 본발명의실시예에따른의류처리장치는,스티머가회전하는간단한
방식으로의류에기계력을인가할수있고,이상태에서하강하며의류에스팀을 분사할수있다.이로써 의류처리장치가컴팩트해지면서도의류의구김이나 주름이 효과적으로제거될수있다.
[15] 좀더상세히，본발명의실시예에따른의류처리장치는,의류가수용되는 수용공간이 형성된캐비닛;상기의류를지지하는의류지지유닛이거치되며 상기수용공간에위치하는거치대;상기수용공간내에 위치하며상기 의류를 향해스팀을분사하는스티머 ;상기스티머가상기 의류에접하도록상기 스티머를회전시키는회전모터;및상기스티머가상기 의류에접한상태에서 상기스티머를승강시키는승강모터를포함할수있다.상기스티머는,좌우로 길게 형성되어상기 의류의 전면에 접하는프론트스팀바디;및상기프론트 스팀바디와이격되고좌우로길게형성되며상기의류의 배면에접하는리어 스팀바디를포함할수있다.
[16] 상기스티머는단일폐곡선형상을가질수있다.
[17] 상기프론트스팀바디 및리어스팀바디에는복수개의스팀분사부가형성될 수있다.
[18] 상기승강모터는,상기프론트스팀바디 및리어스팀바디의 적어도일부가 서로상하오버랩된상태에서상기스티머를하강시킬수있다.
[19] 상기프론트스팀바디 및리어스팀바디에는,스팀이주입되는스팀주입부가 회전가능하게체결될수있다.
[2이 상기스팀주입부는상기프론트스팀바디 및리어스팀바디의중앙부에
체결될수있다.
[21] 상기프론트스팀바디 및리어스팀바디에는둘레방향으로소정의길이를 갖는스토퍼홈이 형성되고,상기스팀주입부에는상기스토퍼홈내에서 이동하는스토퍼돌기가형성될수있다.
[22] 상기스티머는,상기프론트스팀바디의 단부에서 전방경사진방향으로길게 형성된프론트연결부;상기 리어스팀바디의단부에서상기프론트연결부와 나란한방향으로길게 형성된리어 연결부;상기프론트연결부의 단부에서상기 캐비닛의측면을향해길게형성된프론트보조바디;상기 리어 연결부의 단부에서상기 캐비닛의측면을향해길게형성된리어보조바디;및상기 프론트보조바디와리어보조바디의단부를연결하는아우터 연결부를더 포함할수있다.
[23] 상기프론트연결부및리어 연결부는상기아우터 연결부보다가파르게
형성될수있다.
[24] 상기회전모터는상기 아우터 연결부의중앙부에 연결될수있다. 2020/175964 1»（：1^1{2020/002916
3
[25] 상기프론트보조바디와상기 리어보조바디의 전후거리는,상기프론트
스팀바디와상기 리어스팀바디의 전후거리보다멀수있다.
[26] 상기 캐비닛의 내부에상하로길게고정되어상기스티머의승강을가이드하는 가이드바;상기 가이드바가끼워지는홈이 형성된가이드블록;및상기가이드 블록과체결되고상기 회전모터가장착되는회전모터브라켓을더포함할수 있다.
[27] 상기회전모터브라켓에는,상기회전모터와상기스티머를연결하는커플러가 통과하는커플러통과공이 형성될수있다.
[28] 상기 캐비닛의 내부에상하로길게배치되고상기회전모터에 연결된리드 스크류를더포함하고,상기 회전모터브라켓에는상기 리드스크류가통과하는 스크류홀이 형성될수있다.
[29] 상기 캐비닛의 내부에상하로길게고정되어상기스티머의승강을가이드하는 가이드바;상기 가이드바가끼워지는홈이 형성된가이드블록;및상기가이드 블록과체결되고상기스티머가회전가능하게 연결된커넥터를더포함할수 있다.
[3이 상기커넥터에장착되고상기스티머에의해눌리는리미트스위치를더
포함할수있다.
[31] 상기스티머가상기 리미트스위치를누르면상기회전모터를정지시키는 컨트롤러를더포함할수있다.
[32] 본발명의실시예에따른의류처리장치의 제어방법은,의류를사이에두고 서로반대편에위치한프론트스팀바디와리어스팀바디를포함하는스티머가 소정의높이로상승하는상승단계;상기프론트스팀바디는의류의 전면에 접하고상기 리어스팀바디는상기 의류의 배면에 접하도록상기스티머가 회전하는회전단계 ;및상기프론트스팀바디 및리어스팀바디가상기 의류에 접한상태에서상기스티머가하강하며스팀을분사하는하강단계를포함할수 있다.
[33] 상기상승단계 이전에실시되고,상기스티머가리미트스위치를누를때까지 회전시키는준비단계를더포함할수있다.
[34] 상기하강단계시 ,상기프론트스팀바디와상기 리어스팀바디는적어도
일부가상하로오버랩될수있다.
발명의효과
[35] 본발명의 바람직한실시예에 따르면,스티머가회전하는간단한방식으로 의류에 기계력을인가할수있고,상기 기계력에의해의류가팽팽하게유지된 상태에서스티머가하강하며스팀을분사할수있다.이로써,의류의구김 및 주름이 최소화될수있다.
[36] 또한,프론트스팀바디와리어스팀바디가상하로적어도일부오버랩된
상태에서스티머의하강이 이뤄지므로,스티머는의류에 기계력을신뢰성있게 2020/175964 1»（：1^1{2020/002916
4 인가할수있다.
[37] 또한,스티머가의류의인장및스팀분사를모두수행하므로,의류처리장치의 구성이간단해지고의류처리장치가컴팩트해질수있다.
[38] 또한,스티머가의류에접한상태에서스팀이분사되므로,의류리프레쉬
성능이극대화될수있다.
[39] 또한,의류의몸통과팔의정렬,기계력인가및스팀분사가자동으로
이뤄지므로,사용자의편의성이증대되는이점이있다.
[4이 또한,스티머가단일폐곡선형상을가지므로,의류가스티머의내부에서
이탈되지않을수있다.
[41] 또한,프론트스팀바디및리어스팀바디에는스팀주입부가회전가능하게 체결될수있다.따라서,스티머가일정범위내에서회전하더라도스팀주입부는 하중에의해하측을향할수있다.이로써,스팀주입부에연결된스팀호스가 엉키거나꼬이는것을방지할수있다.
[42] 또한,스팀주입부는상기프론트스팀바디및리어스팀바디의중앙부에
체결될수있다.이로써,스팀주입부로주입된스팀이각스팀분사부까지 이동하는데요구되는스팀압력이줄어들수있다.
[43] 또한,스티머가일정범위이상회전하면스팀주입부의스토퍼돌기가
스티머의스토퍼홈단부에걸릴수있고,스팀주입부는스티머와함께회전할 수있다.이로써,스팀주입부（30서또는그와연결된스팀호스가의류（0와 간섭하는것을방지할수있다.
[44] 또한,의류의어느하나의팔이하측으로늘어져프론트스팀바디와리어
스팀바디사이를통과하는경우에 ,세퍼레이터에의해분리된의류의몸통및 다른하나의팔은스티머의프론트보조바디와리어보조바디사이를통과할수 있다.이러한상태에서스티머가스캔을실시하면,상기어느하나의팔만 다림질되고,상기몸통과다른하나의팔은다림질되지않을수있다.이로써, 상기어느하나의팔부분이상기몸통과겹쳐지는부분에주름이발생하지 않음은물론이고,상기몸통및다른하나의팔이구겨진상태에서다림질되지 않는이점이있다.
[45] 또한,회전모터는상기아우터연결부의중앙부에연결될수있다.이로써, 회전모터의회전력에의해스티머가원활하게회전할수있다.
[46] 또한,프론트보조바디와리어보조바디의전후거리는,프론트스팀바디와 리어스팀바디의전후거리보다멀수있다.이로써,세퍼레이터에의해분리된 의류의몸통및다른하나의팔이프론트스팀바디와리어스팀바디의사이로 원활하게들어갈수있고,주름발생이최소화될수있다.
[47] 또한,가이드바및가이드블록에의해스티머의승강이안내될수있다. 이로써의류처리장치의동작신뢰성이향상될수있다.
[48] 또한,스티머가리미트스위치를누르면스티머의회전이정지될수있다. 이로써스티머의초기각도를용이하게설정할수있다. 2020/175964 1»（：1^1{2020/002916
5 도면의간단한설명
Figure imgf000007_0001
명하기위한
도면이다.
[54] 도 6은본발명의실시예에따른스티머에 체결된스팀주입부가도시된
도면이다.
[55] 도 7은본발명의실시예에따른회전모터 및그주변을확대도시한도면이다.
[56] 도 8은본발명의실시예에따른커넥터 및그주변을확대도시한도면이다.
[57] 도 9는본발명의실시예에따른스티머와커넥터의 연결을설명하기 위한
단면도이다.
[58] 도 은본발명의실시예에따른리미트스위치가도시된도면이다.
[59] 도 11는본발명의실시예에따른의류처리장치의하부를확대도시한
도면이다.
[6이 도 12는본발명의실시예에따른스프레더의 인장부를설명하기위한
도면이다.
[61] 도 13&및도 1 는본발명의실시예에따른세퍼레이터의초기 위치가도시된 도면이다.
[62] 도 14&및도 1 는본발명의실시예에따른세퍼레이터가의류의몸통과팔 사이로들어간상태가도시된도면이다.
[63] 도 15&및도 1 는의류의 어느하나의팔을리프레쉬하기위한세퍼레이터의 작용을설명하기위한도면이다.
[64] 도 16&및도 1해는의류의다른하나의팔을리프레쉬하기위한세퍼레이터의 작용을설명하기위한도면이다.
[65] 도 1 및도 1개는의류의몸통을리프레쉬하기위한세퍼레이터 및
스프레더의 작용을설명하기 위한도면이다.
[66] 도 18은본발명의실시예에따른의류처리장치의 제어블록도이다.
[67] 도 19는본발명의실시예에따른스티머가의류를스캔하는방법의
순서도이다.
[68] 도 20은본발명의실시예에따른의류처리장치의 제어방법의 일예가도시된 순서도이다.
발명의실시를위한형태
[69] 이하에서는본발명의구체적인실시 예를도면과함께상세히설명하도록
한다.
이 본명세서에서는의류처리장치로써의류를리프레쉬如 此）하는 2020/175964 1»（：1^1{2020/002916
6 리프레셔 (refresher)에대해서설명하지만,이에한정되지는않으며후술하는 히트펌프를구비할수있는기타장치에도본발명의사상이적용될수있다.
[71] 여기서 ,리프레쉬라함은의류를향해공기 (air),열풍 (heated air)등을
공급하거나,또는수분 (water),미스트 (mist),스팀 (steam) (이하편의상종칭하여 ’스팀'이라함)등을제공하여의류의구김제거 (removing wrinkles),
냄새제거 (deodorizing),살균 (sanitizing),정전기제거 (preventing static electricity) 또는가열 (warming)등을수행하는과정을의미할수있다.또한,본명세서에서 언급하는의류에는옷 (clothes),의복 (apparel)뿐만아니라,신발,양말,장갑,모자, 목도리등과같이사람이착용할수있는대상과함께인형,수건,이불과같이 사람이사용을하는대상을포함하며,세탁을수행할수있는모든대상물을 포함한다.
2] 도 1은본발명의실시예에따른의류처리장치의정면도이고,도 2는본발명의 실시예에따른의류처리장치의사시도이다.
3] 본실시예에따른의류처리장치는의류가수용되는수용공간 (S)이형성된 캐비닛 (10)을포함할수있다.
4] 캐비닛 (10)은의류처리장치의외관을형성할수있다.캐비닛 (10)은대략사각 박스형상을가질수있으나이에한정되는것은아니다.
5] 의류처리장치는기계실 (미도시 )을더포함할수있다.상기기계실은
캐비닛 (10)의내부또는외부에위치할수있다.기계실이캐비닛 (10)의내부에 위치한경우,상기기계실은수용공간 (S)과구획될수있다.상기기계실의 내부에는스팀발생장치 (미도시)를포함하는복수개의장치가배치될수있다.
R6] 상기스팀발생장치는물을저장하거나물이지나가는소정의하우징과,상기 하우징내부의물을가열하는히터를포함할수있다.따라서,상기스팀 발생장치는상기히터에의해물을가열하여후술할스티머 (30)로스팀을공급할 수있게된다.
7] 본실시예에따른의류처리장치는의류지지유닛 (20)이거치되는
거치대 (60)를포함할수있다.
8] 거치대 (60)는수용공간 (S)에위치할수있다.거치대 (60)는캐비닛 (10)의상부에 체결되거나매달려지지될수있다.거치대 (60)는전후로길게형성될수있다. 거치대 (60)는원형바형상일수있다.
9] 거치대 (60)에는의류지지유닛 (20)이거치될수있다.의류지지유닛 (20)은
의류 (C) (도 13a참조)를지지할수있다.의류지지유닛 (20)은옷걸이로명명될수 있다.
[8이 좀더상세히,의류지지유닛 (20)은의류가걸쳐지는걸이부 (21)와,
걸이부 (21)를거치대 (60)에매다는고리 (22)를포함할수있다.
[81] 걸이부 (21)는좌우로길게배치될수있다.걸이부 (21)의상단은고리 (22)에서 멀어질수록높이가낮아지는방향으로경사지게형성될수있다.걸이부 (21)의 상단에는의류가걸려지지될수있다. 2020/175964 1»（：1/10公020/002916
7 고리 (22)는걸이부 (21)의상단중앙에구비될수있다.고리 (22)는거치대 (60)에 걸릴수있다.
거치대 (60)에는의류지지유닛 (20)의 거치 여부를판단하는센서 (미도시)가 구비될수있다.
예를들어 ,거치대 (60)에는고리 (22)가끼워지는홈 (미도시 )이 형성될수있고, 상기 센서는상기홈의 일측에 위치한발광부와상기홈의 타측에위치한 수광부를포함할수있다.상기홈에 의류지지유닛 (200의고리 (22)가끼워지면, 발광부에서출사된광은고리 (22)에 의해가려지므로수광부에광이 입사되지 않는다.이로써,상기 센서는거치대 (60)에의류지지유닛 (20)이거치되었음을 감지할수있다.
85] 의류처리장치는스팀이분사되는스티머 (30)와,스티머 (30)를상하로
승강시키는승강모터 (40)를포함할수있다.의류처리장치는스티머 (30)를 회전시키는회전모터 (50)를더포함할수있다.
스티머 (30)는대략좌우로길게형성될수있다.스티머 (30)는캐비닛 (10)의 수용공간 )내에위치할수있다.스티머 (30)는상하방향에 대해서는이동 가능하고,전후및좌우방향이동에 대해서는구속될수있다.
87] 스티머 (30)는단일폐곡선형상을가질수있고,의류지지유닛 (20)에지지된 의류 ((：)는스티머 (30)의내부를통과할수있다.
88] 스티머 (30)는의류지지유닛 (20)에지지된의류 ((：)를향해스팀을분사하여 의류 ((：)를리프레쉬시킬수있다.좀더상세히,스티머 (30)는상하로승강하며 의류 (0를스캔할수있고,스캔과동시에의류 ((：)에스팀을분사하여의류 ((：)의 주름을효과적으로펼수있다.
스티머 (30)에는스팀주입부 (30서가구비될수있다.스팀주입부 (30서는스팀 호스 (미도시)에의해 앞서설명한스팀발생장치 (미도시)와연결될수있다.
24 931
9888 8 82611 이로써,상기스팀발생장치에서 생성된스팀이스팀주입부 (30서를통해
스티머 (30)내로유입될수있다.
[90] 스티머 (30)는승강모터 (40)에 의해상하로승강할수있다.
[91] 승강모터 (40)는캐비닛 (10)의좌우내면에 배치될수있다.승강모터 (40)는 리드스크류 (42)의 양단중적어도하나에 연결될수있다.일례로,승강 모터 (40)는리드스크류 (42)의하단에 연결될수있다.
승강모터 (40)는상하로길게배치된리드스크류 (42)를회전시킬수있고, 후술할회전모터브라켓 (51)에는상기 리드스크류 (42)가체결되는스크류 홀 (5내)(도 7참조)이 형성될수있다.스크류홀 (51¾의 내둘레에는리드 스크류 (42)와대응되는암나사산이 형성될수있다.이로써,승강모터 (40)가 상기 리드스크류 (42)를회전시키면스티머 (30)및회전모터 (50)는함께승강할 수있다.
[93] 다만,이에 한정되는것은아니며 캐비닛 (10)의 내면에상하로길게형성된 랙기어가구비되고승강모터 (40)에상기 랙기어와치합된피니언기어가연결된 2020/175964 1»（：1^1{2020/002916
8 구성도가능함은물론이다.이경우,승강기어 (40)는스티머 (30)와함께승강될 수있다.
[94] 스티머 (30)의양측부중적어도하나는회전모터 (50)에연결될수있다. 일례로,스티머 (30)의양측부는각각회전모터 (50)에연결될수있다.
[95] 다만,이하에서는도 1에도시된바와같이스티머 (30)의양측부중어느
하나에는회전모터 (50)가연결되고다른하나에는커넥터 (53)가연결된경우를 예로들어설명한다.좀더상세히,회전모터 (50)는스티머 (30)의양측부중어느 하나에연결되어스티머 (30)를회전시킬수있고,스티머 (30)의양측부중다른 하나는커넥터 (53)에회전가능하게연결될수있다.
[96] 회전모터 (50)와커넥터 (53)는좌우방향으로일직선상에위치할수있다. 따라서 ,스티머 (30)는좌우방향으로길게형성된가상회전축 (미도시 )을 중심으로회전할수있다.
[97] 이로써,스티머 (30)는회전모터 (50)에의해회전하여의류 ((：)에접할수있고, 이상태에서승강하며스팀을분사하여의류 (0의주름이나구김을효과적으로 펼수있다.또한,의류 ((:)에다양한각도로스팀을분사할수있다.
[98] 캐비닛 (10)의내부에는스티머 (30)의승강을가이드하는가이드바 (41)가
구비될수있다.가이드바 (41)는상하로길게배치될수있다.
[99] 가이드바 (41)는한쌍이구비됨이바람직하다.한쌍의가이드바 (41)는
스티머 (30)의일측 (예를들어,우측)에위치한제 1가이드바 (41서와,스티머 (30)의 타측 (예를들어,좌측)에위치한제 2가이드바 (41피를포함할수있다.
[10이 제 1가이드바 (41서및제 2가이드바 (4내)는각각캐비닛 (10)의좌우내측면에 구비될수있다.
[101] 제 1가이드바 (41서는스티머 (30)의일측부를상하로가이드할수있고,
제 2가이드바 (41피는스티머 (30)의타측부를상하로가이드할수있다.좀더 상세히 ,제 1가이드바 (41서는회전모터 (50)가장착된회전모터브라켓 (51)을 상하로가이드할수있고제 2가이드바 (41피는커넥터 (53)를상하로가이드할수 있다.
[102] 이로써,스티머 (30)와,회전모터 (50)와,회전모터브라켓 (51)과,커넥터 (53)는 가이드바 (41)에의해승강이가이드될수있다.이에대해서는이후자세히 설명한다.
[103] 한편,거치대 (60)에거치된의류지지유닛 (20)에의류 (0)(도 14&참조)가걸린 경우,의류 ( 의팔 (02)(03)은아래로늘어지기때문에필연적으로몸통 (0)과  (02)(03)사이에겹치는부분이생기고주름이발생한다.이상태에서 스티머 (30)가승강및스팀분사하여의류 (0를리프레쉬시킬경우,상기주름을 제거할수없을뿐아니라오히려주름이심해질우려가있다.
[104] 이러한우려를해소하기위해 ,본실시예에따른의류처리장치는의류 ((：)의 몸통 (0)과팔 (02)(03)을분리시키는세퍼레이터 (90)와,세퍼레이터 (90)를 좌우로이동시키는세퍼레이터이동모터 (100)를포함할수있다. 2020/175964 1»（：1^1{2020/002916
[105] 세퍼레이터 (90)는좌우로이동하며 의류 ((：)의몸통 ((：1)과  (02)(03)사이로 들어가몸통 (이)과팔 (02)(03)을분리시킬수있다.
[106] 세퍼레이터 (90)는한쌍이구비될수있다.즉,한쌍의 세퍼레이터 (90)는
제 1세퍼레이터 (90서및제 2세퍼레이터 (90 를포함할수있다.
[107] 제 1세퍼레이터 (90서는의류 (0의몸통 ((：1)과어느하나의팔片2)을분리하고, 제 2세퍼레이터 (90피는의류 ( 의몸통 (0)과다른하나의팔 (03)을분리할수 잇다.
[108] 제 1세퍼레이터 (90서및제 2세퍼레이터 (90피는각각독립적으로좌우이동할 수있다.
[109] 세퍼레이터 (90)는상하로길게 형성된무빙 바 (91)와,무빙바 (91)의상단에 전후로길게형성된분리부 (92)를포함할수있다.세퍼레이터 (90)는,무빙 바 (91)의하단이 연결되고세퍼레이터 이동모터 (100)에 의해 이동하는무빙 바디 (93)를더포함할수있다.
[110] 무빙바 (91)는상하로길게형성될수있다.무빙 바 (91)는직선부및곡선부의 조합으로형성될수있다.이로써,캐비닛 (10)의 내부공간에 배치된다른 부품들-예를들어,송풍기 (130) -과간섭을회피하면서좌우로이동할수있다.
[111] 무빙바 (91)는단일폐곡선을형성하는스티머 (30)의내부를통과할수있다. 이로써 ,세퍼레이터 (90)는스티머 (30)와간섭되지 않고좌우로이동할수있다.
[112] 무빙바 (91)의상단에는분리부 (92)가형성될수있다.분리부 (92)는무빙
바 (91)의상단에서 전후로길게 형성될수있다.분리부 (92)는양단에 형성된 확장부 (92서를포함할수있다.
[113] 무빙바 (91)의하단은무빙바디 (93)에 연결되어무빙 바디 (93)와함께 이동할 수있다.무빙바디 (93)는세퍼레이터 이동모터 (100)에 의해세퍼레이터 가이드 레일 (103)을따라좌우로이동할수있다.
[114] 세퍼레이터가이드레일 (103)은캐비닛 (10)의내측저면에구비될수있다. 세퍼레이터 가이드레일 (103)은좌우로길게배치될수있다.
[115] 세퍼레이터 이동모터 (100)는캐비닛 (10)의내측저면에구비될수있다.
세퍼레이터 이동모터 (100)는한쌍이구비될수있다.한쌍의세퍼레이터 이동 모터 (100)중어느하나는제 1세퍼레이터 (90서를이동시킬수있고,다른하나는 제 2세퍼레이터 (90피를이동시킬수있다.
[116] 세퍼레이터 이동모터 (100)가세퍼레이터 (90)를이동시키는구성에 대해서는 이후자세히설명한다.
[117] 한편,본실시예에 따른의류처리장치는의류 (0)(도 1 참조)에 기계력을
인가하는스프레더 (110)와,스프레더 (110)를좌우로이동시키는스프레더 이동모터 (120)를포함할수있다.본실시예에따른의류처리장치는
스프레더 ( 0)의작용을보조하는송풍기 (130)를더포함할수있다.
[118] 스프레더 (110)는좌우로이동하며 의류 ((：)의몸통 (0)내로들어가몸통 (0)이 팽팽하게 인장되도록기계력을인가할수있다. 2020/175964 1»（：1^1{2020/002916
10
[119] 스프레더 (110)는한쌍이구비될수있다.즉,한쌍의스프레더 (110)는
제 1스프레더 (110서및제 2스프레더아0 를포함할수있다.
[12이 제 1스프레더 (110서는의류 (0의몸통 (0)의일측내부에서몸통 (0)을
외측으로가압하고,제 2스프레더 ( 0피는의류 (0의몸통 (0)의타측내부에서 몸통 (0)을외측으로가압할수있다.즉,제 1스프레더 (110서와
제 2스프레더 ( 0피의가압방향은서로반대일수있고,이로써의류 (0의 몸통 (0)이팽팽하게인장될수있다.
[121] 제 1스프레더 ( 0서및제 2스프레더 ( 0피는각각독립적으로좌우이동할수 있다.
[122] 제 1스프레더 (110서와제 2스프레더 (110 는송풍기 (130)를기준으로서로 반대편에위치할수있다.즉,제 1스프레더 (110서는송풍기 (130)의일측에서 좌우로이동할수있고,제 2스프레더 ( 0피는송풍기 (130)의타측에서좌우로 이동할수있다.이는,스프레더 (110)의좌우이동범위가세퍼레이터 (90)만큼클 필요가없기때문이다.상기구성에의해의류처리장치가컴팩트해질수있다.
[123] 스프레더 (110)는상하로길게형성되어의류 ((：)의몸통 (0)내로들어가는 인장부 (111)와,인장부 (111)가연결되고스프레더이동모터 (120)에의해좌우 이동하는무빙바디 (112)를포함할수있다.
[124] 인장부 (111)는상하로길게형성될수있다.인장부 (111)의길이는가변될수 있다.좀더상세히,인장부 (111)는길이가변되는다단구조를가질수있다.이는 종래에길이가가변되는안테나와유사한구조일수있다.
[125] 인장부 (111)는수평방향에대해소정의탄성을가질수있다.이로써,
인장부 (111)는의류 ( 의몸통 (0)내측형상에맞추어휘어지며몸통 (0)을 신뢰성있게인장시킬수있다.
[126] 인장부 (111)는평상시에는최소길이로유지될수있다.이경우인장부 (111)는 회전하는스티머 (30)와간섭되지않는길이를가질수있다.
[127] 의류 ((：)에기계력인가시,인장부 (111)는도 1및도 2에도시된바와같이 상측으로길게연장될수있다.이경우,인장부 (111)는의류 (0의몸통 (0)내로 삽입되는길이로연장될수있다.
[128] 연장된인장부 (111)는단일폐곡선을이루는스티머 (30)의내부를통과할수 있다.이로써,스프레더 (110)는스티머 (30)와간섭되지않고좌우로이동할수 있다.
[129] 인장부 (111)는무빙바디 (112)에연결되어무빙바디 (112)와함께이동할수 있다.무빙바디 (112)는스프레더이동모터 (120)에의해스프레더가이드 레일 (123)을따라좌우로이동할수있다.
[13이 스프레더가이드레일 (123)은캐비닛 (10)의내측저면에구비될수있다. 스프레더가이드레일 (123)은좌우로길게배치될수있다.
[131] 스프레더가이드레일 (123)은세퍼레이터가이드레일 (103)과전후방향으로 이격될수있다.스프레더가이드레일 (123)은세퍼레이터가이드레일 (103)과 2020/175964 1»（：1^1{2020/002916
11 나란하게배치될수있다.
[132] 스프레더이동모터 (120)는캐비닛 (10)의내측저면에구비될수있다.
스프레더이동모터 (120)는한쌍이구비될수있다.한쌍의스프레더이동 모터 (120)중어느하나는제 1스프레더 ( 0서를이동시킬수있고,다른하나는 제 2스프레더아0피를이동시킬수있다.
[133] 스프레더이동모터 (120)가스프레더 (110)를이동시키는구성에대해서는이후 자세히설명한다.
[134] 한편,송풍기 (130)는캐비닛 (10)의내부에배치되고의류 ((：)의하측에서
의류 ((：)의몸통 (0)내로공기를송풍시킬수있다.
[135] 송풍기 (130)는캐비닛 (10)의내측저면에구비될수있다.송풍기 (130)는상측을 향하는에어플로우를발생시켜의류 ((：)의몸통 (0)이벌어지도록할수있다. 이로써,스프레더 (110)가상측으로연장되며용이하게의류 ((：)의몸통 ((：1)내로 들어갈수있다.
[136] 좀더상세히,송풍기 (130)는송풍팬 (131)과,송풍팬 (131)에의해송풍된공기를 가이드하는에어가이드 (132)와,송풍팬 (131)을지지하는송풍팬지지부 (133)를 포함할수있다.
[137] 송풍팬 (131)은상측을향해배치될수있고,상측으로공기를송풍시킬수잇다.
[138] 에어가이드 (132)는송풍팬 (131)의상측에위치할수있다.에어가이드 (132)는 송풍팬 (131)에의해송풍된공기가퍼지는것을최소화하며의류 ((：)의몸통 (0) 내로들어가도록공기를안내할수있다.
[139] 좀더상세히,에어가이드 (132)는송풍팬 (131)의상측에결합되는
플레이트부와,상기플레이트부에서상측으로돌출되며중공통형상을갖는 가이드부를포함할수있다.
[140] 송풍팬지지부 (133)는송풍팬을하측에서지지할수있다.송풍팬
지지부 (133)는양측면및저면이개방된박스형상을가질수있다.스프레더 가이드레일은송풍팬지지부 (133)의내부를통과하여배치될수있다.이로써 의류처리장치가컴팩트해질수있다.
[141] 도 3은본발명의실시예에따른스티머의사시도이고,도 4는본발명의
실시예에따른스티머의측면도이고,도 및도 는본발명의실시예에따른 스티머의작용을설명하기위한도면이다.
[142] 스티머 (30)는단일폐곡선을이룰수있다.
[143] 좀더상세히,스티머 (30)는프론트스팀바디 (31)와,리어스팀바디 (32)와,
프론트보조바디 (33)와,리어보조바디 (34)와,프론트연결부 (35)와,리어 연결부 (36)와,아우터연결부 (37)를포함할수있다.
[144] 프론트스팀바디 (31)및리어스팀바디 (32)는좌우로길게형성된바형상일수 있다.프론트스팀바디 (31)및리어스팀바디 (32)는나란하게배치될수있다.
[145] 리어스팀바디 (32)는프론트스팀바디 (31)의후방으로이격될수있다.
[146] 의류지지유닛 (20)에걸린의류 (0는프론트스팀바디 (31)및리어 2020/175964 1»（：1^1{2020/002916
12 스팀바디 (32)의사이로들어올수있다.
[147] 프론트스팀바디 (31)는의류지지유닛 (20)에걸린의류 ((：)의전면을향해
스팀을분사할수있고,리어스팀바디 (32)는의류지지유닛 (20)에걸린 의류 (0의배면을향해스팀을분사할수있다.
[148] 프론트스팀바디 (31)및리어스팀바디 (32)에는복수의스팀분사부 (39)가
형성될수있다.스팀분사부 (39)는홀또는노즐로구성될수있다.
[149] 프론트스팀바디 (31)에형성된복수의스팀분사부 (39)는프론트
스팀바디 (31)의길이방향에대해서로일정간격만큼이격될수있다.리어 스팀바디 (32)에형성된복수의스팀분사부 (39)는리어스팀바디 (32)의길이 방향에대해서로일정간격만큼이격될수있다.
[15이 또한,프론트스팀바디 (31)및리어스팀바디 (32)에는앞서설명한스팀
주입부 (30서가구비될수있다.
[151] 스팀주입부 (30서는프론트스팀바디 (31)및리어스팀바디 (32)의중앙부에 체결됨이바람직하다.이로써,스팀주입부 (30서가프론트스팀바디 (31)및리어 스팀바디 (32)의일측으로편심된위치에체결된경우와비교하여각스팀 부입부 (39)로스팀이원활하게안내될수있다.
[152] 프론트스팀바디 (31)및리어스팀바디 (32)의내부에는스팀주입부 (30서로 주입된스팀을각스팀분사부 (39)로안내하는이너스팀유로 (31쇼)(32서가 형성될수있다.이로써,스팀분사부 (39)에서스팀이의류 ((：)를향해분사될수 있다.
[153] 프론트보조바디 (33)및리어보조바디 (34)는좌우로길게형성된바형상일수 있다.프론트보조바디 (33)및리어보조바디 (34)는나란하게배치될수있다.
[154] 프론트보조바디 (33)및리어보조바디 (34)는이격될수있다.
[155] 프론트보조바디 (33)는프론트스팀바디 (31)보다더전방에위치할수있고, 리어보조바디 (34)는리어스팀바디 (32)보다더후방에위치할수있다.
[156] 프론트보조바디 (33)의외측단부는프론트스팀바디 (31)의단부보다더
외측에위치할수있다.리어보조바디 (34)의외측단부는리어스팀바디 (32)의 단부보다더외측에위치할수있다.
[157] 프론트보조바디 (33)및리어보조바디 (34)는각각한쌍이구비될수있다.
[158] 일프론트보조바디 (33)는프론트연결부 (35)에의해프론트스팀바디 (31)의일 단부에연결될수있다.타프론트보조바디 (33)는프론트연결부 (35)에의해 프론트스팀바디 (31)의타단부에연결될수있다.
[159] 일리어보조바디 (34)는리어연결부 (36)에의해리어스팀바디 (32)의일단부에 연결될수있다.타리어보조바디 (34)는리어연결부 (36)에의해리어
스팀바디 (32)의타단부에연결될수있다.
[160] 세퍼레이터 (90)에의해의류 (0)(도 15&및도 1¾참조)의어느하나의팔 (02)이 몸통 (0)과분리되어하측으로늘어진경우,상기어느하나의팔 (02)은프론트 스팀바디 (31)및리어스팀바디 (32)의사이를통과할수있고,몸통 (0)과다른 2020/175964 1»（：1^1{2020/002916
13 하나의팔 (03)은일프론트보조바디 (33)와일리어보조바디 (34)의사이를 통과할위치할수있다.
[161] 세퍼레이터 (90)에 의해의류 (0)(도 16&및도 1해참조)의다른하나의팔 (03)이 몸통 (0)과분리되어하측으로늘어진경우,상기다른하나의팔 (03)은프론트 스팀바디 (31)및리어스팀바디 (32)의사이를통과할수있고,몸통 (0)과어느 하나의팔 (02)은타프론트보조바디 (33)와타리어보조바디 (34)의사이를 통과할수있다.
[162] 프론트보조바디 (33)와리어보조바디 (34)사이의 전후방향거리 (1그)는,프론트 스팀바디 (31)와리어스팀바디 (32)의 전후방향거리山1)보다멀수있다.이로써, 세퍼레이터 (90)에의해의류 ((：)의몸통 ((：1)및양팔 (02)(03)중어느하나가 프론트보조바디 (33)와리어보조바디 (34)사이로원활하게들어갈수있고, 의류 (0의주름이 최소화될수있는이점이 있다.
[163] 프론트연결부 (35)는프론트스팀바디 (31)와프론트보조바디 (33)를연결할수 있다.리어 연결부 (36)는리어스팀바디 (32)와리어보조바디 (34)를연결할수 있다.
[164] 프론트연결부 (35)는프론트스팀바디 (31)의단부에서 전방경사진방향으로 길게 형성될수있다.리어 연결부 (36)는리어스팀바디 (32)의단부에서후방 경사진방향으로길게 형성될수있다.
[165] 리어 연결부 (36)는프론트연결부 (35)와나란할수있다.
[166] 도 4에도시된바와같이,프론트연결부 (35)는프론트스팀바디 (31)의
단부에서 전방으로갈수록높이가높아지는방향으로경사지게 형성되고,리어 연결부 (36)는리어스팀바디 (32)의단부에서후방으로갈수록높이가낮아지는 방향으로경사지게형성될수있다.
[167] 다만이에 한정되는것은아니며,프론트연결부 (35)는프론트스팀바디 (31)의 단부에서 전방으로갈수록높이가낮아지는방향으로경사지게 형성되고,리어 연결부 (36)는리어스팀바디 (32)의단부에서후방으로갈수록높이가높아지는 방향으로경사지게형성되는것도가능하다.
[168] 아우터 연결부 (37)는프론트보조바디 (33)와리어보조바디 (34)를연결할수 있다.좀더상세히,아우터 연결부 (37)는프론트보조바디 (33)의 외측단부와 리어보조바디 (34)의 외측단부를연결할수있다.
[169] 아우터 연결부 (37)는전후방향에 대해경사지게형성될수있다.아우터
연결부 (37)는프론트연결부 (35)및리어 연결부 (36)와예각을이루는방향으로 길게 형성될수있다.
[170] 프론트연결부 (35)및리어 연결부 (36)는아우터 연결부 (37)보다가파르게
형성될수있다.즉,프론트연결부 (35)및리어 연결부 (36)가수평 방향에 대해 이루는각도는,아우터 연결부 (37)가수평 방향에 대해 이루는각도보다클수 있다.
[171] 한쌍의 아우터 연결부 (37)중적어도하나는회전모터 (50)에 연결될수있다. 2020/175964 1»（：1^1{2020/002916
14 일례로,한쌍의아우터연결부 (37)중어느하나에는회전모터 (50)(도 1참조)가 연결되고다른하나에는커넥터 (53)이연결될수있다.즉,스티머 (30)의양단부 중어느하나는회전모터 (50)에연결되고,다른하나는커넥터 (53)에회전 가능하게연결될수있다.다만,이에한정되는것은아니며스티머 (30)의양 단부가각각회전모터 (50)에연결되는구성도가능함은물론이다.
[172] 좀더상세히 ,아우터연결부 (37)에는체결부 (37서가형성될수있다.
체결부 (37서는적어도하나의체결공을포함할수있다.상기체결부 (37서는 아우터연결부 (37)의중간부분에형성됨이바람직하다.
[173] 일아우터연결부 (37)의체결부 (37서에는회전모터 (50)와연결된
제 1커플러 (55)(도 7참조)가체결될수있다.이로써제 1커플러 (55)는회전 모터 (50)와스티머 (30)를연결시킬수있다.
[174] 타아우터연결부 (37)의체결부 (37서에는커넥터 (53)와회전가능하게연결된 제 2커플러 (56)(도 8참조)가체결될수있다.이로써,제 2커플러 (56)는
커넥터 (53)와스티머 (30)를연결시킬수있다.
[175] 한편,스티머 (30)는의류 ( 에기계력을인가하는동시에스팀을분사하여, 의류 ((：)를다림질할수있다.좀더상세히,프론트스팀바디 (31)및리어 스팀바디 (32)는의류 (幻에기계력을인가하는동시에스팀을분사할수있다.
[176] 도 에도시된바와같이,의류 ( 는프론트스팀바디 (31)와리어
스팀바디 (32)의사이를통과하여하측으로늘어질수있다.이상태에서,프론트 스팀바디 (31)는의류 (0의전면에접하고리어스팀바디 (32)는의류 (0의배면에 접하도록스티머 (30)가회전할수있다.
[177] 도 에도시된바와같이,스티머 (30)는프론트스팀바디 (31)와리어
스팀바디 (32)각각의적어도일부가상하로오버랩될때까지회전할수있다.
[178] 스티머 (30)의회전정도에따라,프론트스팀바디 (31)및리어스팀바디 (32)의 스팀분사부 (39)는의류 ((：)에다양한각도로스팀을분사할수있다.
[179] 스티머 (30)는프론트스팀바디 (31)및리어스팀바디 (32)가상하오버랩된
상태에서하강하며스팀분사부 (39)에서스팀을분사할수있다.따라서, 의류 (0의상부는의류지지유닛 (20)에의해지지된상태에서스티머 (30)에의해 하측으로기계력이가해져팽팽해질수있고의류 (0의주름이나구김이 효과적으로제거될수있다.
[18이 도 6은본발명의실시예에따른스티머에체결된스팀주입부가도시된
도면이다.
[181] 앞서설명한바와같이,스팀주입부 (30서는프론트스팀바디 (31)및리어
스팀바디 (32)에연결될수있다.이하에서는리어스팀바디 (32)에연결된스팀 주입부 (39)를예로들어설명하며,이로써당업자는프론트스팀바디 (31)에 체결된스팀주입부 (30서에대해서도용이하게이해할수있을것이다.
[182] 리어스팀바디 (32)는스팀주입부 (30서의일측에연결된제 1리어스팀바디와, 스팀주입부 (30서의타측에연결된제 2리어스팀바디를포함할수있다. 2020/175964 1»（：1^1{2020/002916
15
[183] 스팀주입부（30서는리어스팀바디（32）에 연결된연결부（30 와,상기
연결부（30피의외둘레에 연결된주입부（300를포함할수있다.
[184] 연결부（30 의 일측에는상기 제 1리어스팀바디가연결될수있고,타측에는 상기 제 2리어스팀바디가연결될수있다.상기제 1리어스팀바디와,
연결부（30피와,상기제 2리어스팀바디는좌우로길게형성된바형상을이룰수 있다.즉,연결부（30피는리어스팀바디（32）와나란한방향으로길게형성될수 있다.
[185] 연결부（30 의 내부는
Figure imgf000017_0001
¾참조）와연통될수있다.
[186] 주입부（300의 내부는연결부（30피의내부와연통될수있다.주입부（300는 스팀호스（미도시）에 의해스팀 발생장치（미도시）와연결될수있다.따라서, 상기스팀발생장치에서주입부（300로주입된스팀은연결부（30피를통과하여 상기 제 1리어스팀바디와상기제 2리어스팀바디로나뉘어유동될수있고, 스팀분사부（39）에서분사될수있다.
[187] 주입부（300는연결부（30 의 외둘레에 연결될수있다.주입부（300는
연결부（30피의반경 외측방향으로돌출형성될수있다.
[188] 한편,스팀주입부（30서는리어스팀바디（32）에 대해 일정범위내에서 회전 가능하게 연결될수있다.
[189] 좀더상세히,리어스팀바디（32）에는둘레방향으로소정의 길이를갖는
스토퍼홈（38）이 형성되고,스팀주입부（30서에는상기스토퍼홈（38）내에서 이동하는스토퍼돌기（301））가형성될수있다.
[19이 스토퍼홈（38）은상기 제 1리어스팀바디 및상기 제 2리어스팀바디중적어도 하나의스팀주입부（30서측단부에 형성될수있다.스토퍼돌기（301））는스팀 주입부（30서의 연결부（30피의단부에서스토퍼홈（38）을향해돌출될수있다.
[191] 스티머（30）가일정범위 내에서회전하는경우,스팀주입부（30서는자체하중 및스팀주입부（30서에 연결된스팀호스의하중에의해하측을향할수있다. 반면,스티머（30）가상기 일정범위를넘어회전하면스토퍼돌기（301））가스토퍼 홈（38）의 양단부중어느하나에 걸릴수있고,스팀주입부（30서는스티머（30）와 함께회전할수있다.
[192] 이로써,스팀주입부（30서또는그와연결된스팀호스가의류（（：）와간섭하는 것을방지할수있다.
[193] 도 7은본발명의실시예에따른회전모터 및그주변을확대도시한도면이다.
[194] 회전모터（50）는회전모터브라켓（51）에장착될수있고,회전모터
브라켓（51）에는제 1가이드바（41서를따라승강가이드되는가이드블록（52）이 체결될수있다.
[195] 좀더상세히,회전모터브라켓（51）은플레이트부（51서와,모터 체결부（5내）와, 블록체결부（510를포함할수있다.플레이트부（51서와,모터 체결부（5내）와, 블록체결부（510는일체로형성될수있으나이에 한정되는것은아니다. 2020/175964 1»（：1^1{2020/002916
16
[196] 플레이트부 (51서는수평하게배치될수있다.
[197] 플레이트부 (51서는회전모터 (50)의상측또는하측에위치할수있다.일례로, 플레이트부 (51서는회전모터 (50)를하측에서지지할수있다.
[198] 회전모터브라켓 (51)에는리드스크류 (42)가통과하는스크류홀 (51¾이
형성될수있다.스크류홀 (51¾을통과하는리드스크류 (42)는회전모터 (50)의 전방또는후방을지날수있다.
[199] 좀더상세히 ,스크류홀 (51¾은플레이트부 (51서에상하관통되어 형성될수 있다.스크류홀 (51¾의내둘레에는리드스크류 (42)의 외둘레와대응되는 암나사산이 형성될수있다.이로써,리드스크류 (42)의회전에 따라회전모터 브라켓 (52)이승강할수있다.
[200] 모터 체결부 (51피에는회전모터 (50)가체결될수있다.일례로,모터
체결부 (51피는플레이트부 (51서에서상측으로수직하게절곡되어스티머 (30)를 향하는판형상을가질수있다.
[201] 회전모터브라켓 (51)에는회전모터 (50)와스티머 (30)를연결하는
제 1커플러 (55)가통과하는커플러통과공 (511))이 형성될수있다.좀더상세히, 커플러통과공 (511))은모터 체결부 (51피에좌우관통되어 형성될수있다.
[202] 제 1커플러 (55)는스티머 (30)의아우터 연결부 (37),좀더상세히는
체결부 (37서에 체결될수있다.제 1커플러 (55)및스티머 (30)는회전모터 (50)에 의해함께회전할수있다.
[203] 블록체결부 (510에는가이드블록 (52)이 체결될수있다.일례로,블록
체결부 (510는플레이트부 (51서에서상측으로수직하게절곡되어 가이드 블록 (52)를향하는판형상을가질수있다.블록체결부 (510는모터
체결부 (51피와이격될수있다.
[204] 블록체결부 (51 에 체결된가이드블록 (52)에는상하로길게형성된가이드 홈 (52서이 형성될수있고,가이드홈 (52서에는제 1가이드바 (41서가끼워질수 있다.이로써,가이드블록 (52)은제 1가이드바 (41서에 의해승강이 가이드될수 있다.
[205] 한편,가이드바 (41)에는스티머 (30)의상승또는하강범위을제한하는적어도 하나의 리미터 (410가구비될수있다.
[206] 좀더상세히,스티머 (30)의승강이기설정 범위를벗어나면가이드블록 (52)은 리미터 (410에걸려 더 이상승강할수없다.이로써,스티머 (30)의승강범위가 용이하게제한될수있다.
[207] 도 8은본발명의실시예에따른커넥터 및그주변을확대도시한도면이고,도 9는본발명의실시예에따른스티머와커넥터의 연결을설명하기 위한 단면도이고,도 10은본발명의실시예에 따른리미트스위치가도시된 도면이다.
[208] 스티머 (30)는제 2커플러 (56)에의해커넥터 (53)에회전가능하게 연결될수 있다.제 2커플러 (56)는스티머 (30)의 아우터 연결부 (37),좀더상세히는 2020/175964 1»（：1^1{2020/002916
17 체결부 (37서에체결되는체결판 (56서과,상기체결판 (56서에서커넥터 (53)를 향해돌출된회전축 (56피을포함할수있다.
[209] 회전축 (56 은원형바형상일수있다.커넥터 (53)에는회전축 (56피이
삽입되는삽입공 (531))이형성될수있다.
[210] 또한,커넥터 (53)에는제 2가이드바 (41피를따라승강가이드되는가이드
블록 (54)이체결될수있다.
[211] 좀더상세히,커넥터 (53)는커플러삽입부 (53서와,블록체결부 (53 와, 연결부 (530를포함할수있다.
[212] 블록체결부 (53피와연결부 (530는일체로형성되고,커플러삽입부 (53서는 연결부 (530에체결될수있다.다만이에한정되는것은아니다.
[213] 커플러삽입부 (53서는스티머 (30)를향할수잇다.커플러삽입부 (53서는
수직하게형성될수있다.커플러삽입부 (53서에는좌우방향으로길게형성된 삽입공 (531))이형성될수있다.삽입공 (531))에는제 2커플러 (56)의
회전축 (56피이삽입될수있다.이로써,스티머 (30)는커넥터 (53)에회전 가능하게연결될수있다.
[214] 블록체결부 (53피에는가이드블록 (54)이체결될수있다.블록체결부 (53피는 가이드블록 (54)를향하는수직판형상을가질수있다.블록체결부 (53 는 커플러삽입부 (53서와이격될수있다.
[215] 블록체결부 (53피에체결된가이드블록 (54)에는상하로길게형성된가이드 홈 (54서이형성될수있고,가이드홈 (54서에는제 2가이드바 (41피가끼워질수 있다.이로써,가이드블록 (54)은제 2가이드바 (41피에의해승강이가이드될수 있다.
[216] 연결부 (530는커플러삽입부 (53서와블록체결부 (53피를연결할수있다.
[217] 연결부 (530는적어도 1회절곡되어형성될수있다.일례로,연결부 (530는 커플러삽입부 (53서와체결되는제 1판과,상기제 1판에서수직하게절곡되어 블록체결부 (53피와연결된제 2판을포함할수있다.
[218] 한편,본발명의실시예에따른의류처리장치는스티머 (30)에의해눌리는 리미트스위치 (140)를더포함할수있다.
[219] 스티머 (30)는회전하여아우터연결부 (37)가리미트스위치 (140)의
접지돌기 (140서를누르도록구성될수있다.
[22이 리미트스위치 (140)는커넥터 (53)에장착될수있다.즉,커넥터 (53)에는리미트 스위치 (140)가장착되는스위치장착부 (57)가더포함될수있다.
[221] 좀더상세히 ,스위치장착부 (57)는리미트스위치 (140)를하측에서지지하는 스위치지지부 (57서와,스위치지지부 (57서를커플러삽입부 (53서와연결하는 연결부 (57피를포함할수있다.
[222] 스위치지지부 (57서는수평하게형성될수있고,연결부 (57 는수직하게 형성될수있다.연결부 (57피는스위치지지부 (57서의단부에서상측으로절곡 형성될수있다. 2020/175964 1»（：1^1{2020/002916
18
[223] 도 11는본발명의실시예에따른의류처리장치의하부를확대도시한
도면이다.
[224] 세퍼레이터 (90)의무빙바디 (93)는무빙바 (91)가체결된본체 (94)와,
세퍼레이터가이드레일 (103)을따라이동하는가이드블록 (95)을포함할수 있다.
[225] 본체 (94)는상하로길게형성된관형상일수있다.무빙바 (91)의하단은
본체 (94)에삽입되어끼워질수있다.본체 (94)의외둘레에는강성보강을위한 다수개의리브가형성될수있다.상기다수개의리브는가이드블록 (95)에 연결될수있다.
[226] 가이드블록 (95)에는본체 (94)가결합될수있다.가이드블록 (95)는본체 (94)와 일체로형성될수있으나이에한정되는것은아니다.
[227] 가이드블록 (95)의저면에는세퍼레이터가이드레일 (103)이끼워지는가이드 홈이형성될수있다.이로써,가이드블록 (95)은세퍼레이터가이드레일 (103)을 따라좌우이동이가이드될수있다.
[228] 세퍼레이터 (90)의무빙바디 (93)에는세퍼레이터이동모터 (100)의동력이 전달되는벨트홀더 (96)가구비될수있다.벨트홀더 (96)는세퍼레이터 이동모터 (100)에의해회전하는벨트 (102)를잡을수있다.
[229] 벨트홀더 (96)는가이드블록 (95)의전방또는후방에서가이드블록 (95)에 체결될수있다.벨트홀더 (96)는세퍼레이터이동모터 (100)에의해회전하는 벨트 (102)의동력에의해이동할수있다.이로써 ,세퍼레이터 (90)전체가좌우로 원활하게이동할수있다.
[23이 세퍼레이터이동모터 (100)는캐비닛 (10)의내측저면에구비될수있다. 세퍼레이터이동모터 (100)는한쌍이구비될수있다.한쌍의세퍼레이터이동 모터 (100)중어느하나는제 1세퍼레이터 (90서를이동시킬수있고,다른하나는 제 2세퍼레이터 (90피를이동시킬수있다.
[231] 한쌍의세퍼레이터이동모터 (100)는세퍼레이터가이드레일 (103)을
기준으로서로반대편에위치할수있다.이로써 ,각세퍼레이터이동
모터 (100)에연결된벨트 (102)가서로간섭없이원활하게회전할수있다.
[232] 일례로,제 1세퍼레이터 (90서를이동시키는세퍼레이터이동모터 ( 100)는
세퍼레이터가이드레일 (103)의후방에위치하고,제 2세퍼레이터 (90 를 이동시키는세퍼레이터이동모터 (100)는세퍼레이터가이드레일 (103)의 전방에위치할수있다.
[233] 이경우,제 1세퍼레이터 (90서의벨트홀더 (96)는제 1세퍼레이터 (90서의가이드 블록 (95)의후방에서체결되고,제 2세퍼레이터 (90 의벨트홀더 (96)는 제 2세퍼레이터 (90피의가이드블록 (95)의전방에서체결될수있다.
[234] 세퍼레이터이동모터 (100)의동력은벨트 (102)를통해세퍼레이터 (90)로
전달될수있다.좀더상세히,폐곡선을이루는벨트 (102)의일측은세퍼레이터 이동모터 (100)에연결된회전풀리 (101)에접하고,타측은세퍼레이터풀리 2020/175964 1»（：1^1{2020/002916
19 브라켓 (104)에설치된지지풀리 (105)에 접할수있다.회전풀리 (101)가 회전하면회전풀리 (101)와벨트 (102)간마찰력에 의해벨트 (102)는회전할수 있다.이 경우,지지풀리 (105)는벨트 (102)와의마찰력에의해회전하며 벨트 (102)를지지할수있다.
[235] 세퍼레이터 (90)의 벨트홀더 (96)는벨트 (102)에 연결될수있다.이로써 ,
벨트 (102)의회전에 따라세퍼레이터 (90)가좌우로이동할수있다.
[236] 다만,이에 한정되는것은아니며 세퍼레이터회전모터 (100)에 회전기어가 연결되고,상기 회전기어에 체인이 연결되고,상기 체인에세퍼레이터 (90)의 벨트홀더 (96)가연결되는구성도가능함은물론이다.
[237] 세퍼레이터가이드레일 (103)은캐비닛 (10)의내측저면에구비될수있다. 세퍼레이터 가이드레일 (103)은좌우로길게배치될수있다.세퍼레이터 가이드 레일 (103)은세퍼레이터 (90)의 가이드블록 (95)에 형성된가이드홈에끼워져 세퍼레이터 (90)의좌우이동을가이드할수있다.
[238] 세퍼레이터풀리브라켓 (104)은캐비닛 (10)의내측저면에구비될수있다. 세퍼레이터 이동모터 (100)와마찬가지로세퍼레이터풀리브라켓 (104)도한 쌍이구비될수있다.한쌍의 세퍼레이터풀리브라켓 (104)는세퍼레이터가이드 레일 (103)을기준으로서로반대편에 위치할수있다.
[239] 어느하나의 세퍼레이터 이동모터 (100)와벨트 (102)로연결된세퍼레이터 풀리브라켓 (104)은,전후방향으로다른하나의세퍼레이터 이동모터 (100)를 전후로마주볼수있다.이로써 ,한정된벨트 (102)길이에 대해세퍼레이터 (90)의 좌우이동범위가최대로확보될수있다.
[24이 한편,스프레더 (110)의무빙바디 (112)는인장부 (111)가연결된본체 (113)와, 본체 (94)의하측에 위치하고스프레더 가이드레일 (123)을따라이동하는가이드 블록 (114)을포함할수있다.
[241] 본체 (113)는상하로길게 형성된관형상일수있다.인장부 (111)의하단은 본체 (113)에삽입되어 끼워질수있다.본체 (113)의외둘레에는강성보강을위한 다수개의 리브가형성될수있다.상기다수개의 리브는가이드블록 (114)에 연결될수있다.
[242] 가이드블록 (114)에는본체 (113)가결합될수있다.가이드블록 (114)는
본체 (113)와일체로형성될수있으나이에 한정되는것은아니다.
[243] 가이드블록 (114)의 저면에는스프레더가이드레일 (123)이끼워지는가이드 홈이 형성될수있다.이로써,가이드블록 (114)은스프레더 가이드레일 (123)을 따라좌우이동이 가이드될수있다.
[244] 스프레더 (110)의무빙바디 (112)에는스프레더 이동모터 (120)의동력이
전달되는벨트홀더 (115)가구비될수있다.벨트홀더 (115)는스프레더 이동모터 (120)에의해회전하는벨트 (122)를잡을수있다.
[245] 벨트홀더 (115)는가이드블록 (114)의 전방또는후방에서 가이드블록 (114)에 체결될수있다.벨트홀더 (115)는스프레더 이동모터 (120)에의해회전하는 2020/175964 1»（：1^1{2020/002916
20 벨트 (122)의동력에 의해 이동할수있다.이로써,스프레더 (110)전체가좌우로 원활하게 이동할수있다.
[246] 스프레더 이동모터 (120)는캐비닛 (10)의내측저면에구비될수있다.
스프레더 이동모터 (120)는한쌍이구비될수있다.한쌍의스프레더 이동 모터 (120)중어느하나는제 1스프레더 ( 0서를이동시킬수있고,다른하나는 제 2스프레더아0피를이동시킬수있다.
[247] 한쌍의스프레더 이동모터 (120)는송풍기 (130)를기준으로서로반대편에 위치할수있다.
[248] 스프레더 이동모터 (120)의동력은벨트 (122)를통해스프레더 (110)로전달될 수있다.좀더상세히,폐곡선을이루는벨트 (122)의 일측은스프레더 이동 모터 (120)에 연결된회전풀리 (121)에 접하고,타측은스프레더풀리
브라켓 (124)에설치된지지풀리 (125)에 접할수있다.회전풀리 (121)가 회전하면회전풀리 (121)와벨트 (122)간마찰력에 의해벨트 (122)는회전할수 있다.이 경우,지지풀리 (125)는벨트 (122)와의마찰력에의해회전하며 벨트 (122)를지지할수있다.
[249] 스프레더 (110)의 벨트홀더 (115)는벨트 (122)에 연결될수있다.이로써,
벨트 (122)의회전에 따라스프레더 ( 0)가좌우로이동할수있다.
[25이 다만,이에 한정되는것은아니며스프레더회전모터 (120)에 회전기어가
연결되고,상기 회전기어에 체인이 연결되고,상기 체인에스프레더 (110)의 벨트 홀더 (115)가연결되는구성도가능함은물론이다.
[251] 스프레더가이드레일 (123)은캐비닛 (10)의내측저면에구비될수있다. 스프레더 가이드레일 (123)은좌우로길게배치될수있다.스프레더 가이드 레일 (123)은스프레더 (110)의 가이드블록 (114)에 형성된가이드홈에끼워져 스프레더 ( 0)의좌우이동을가이드할수있다.
[252] 스프레더가이드레일 (123)은세퍼레이터가이드레일 (103)과전후방향으로 이격될수있다.스프레더 가이드레일 (123)은세퍼레이터 가이드레일 (103)과 나란하게 배치될수있다.
[253] 스프레더가이드레일 (123)의 길이는세퍼레이터 가이드레일 (103)의 길이보다 짧을수잇다.스프레더 가이드레일 (123)은송풍팬지지부 (133)의내부를통과할 수있고,세퍼레이터가이드레일 (103)은송풍팬지지부 (133)의 외측전방또는 외측후방을지날수있다.
[254] 스프레더풀리브라켓 (124)은캐비닛 (10)의내측저면에구비될수있다. 스프레더 이동모터 (120)와마찬가지로스프레더풀리브라켓 (124)도한쌍이 구비될수있다.
[255] 스프레더 이동모터 (120)와스프레더풀리브라켓 (124)을연결하는벨트 (122)의 좌우길이는,세퍼레이터 이동모터 ( 0)와세퍼레이터풀리브라켓 (124)을 연결하는벨트 (102)의좌우길이보다짧을수있다.좀더상세히,스프레더 이동모터 (120)와스프레더풀리브라켓 (124)을연결하는벨트 (122)의좌우 2020/175964 1»（：1^1{2020/002916
21 길이는,세퍼레이터 이동모터 00)와세퍼레이터풀리브라켓 (124)을연결하는 벨트 (102)의좌우길이의절반미만일수있다.
[256] 도 12는본발명의실시예에따른스프레더의 인장부를설명하기위한
도면이다.
[257] 앞서설명한바와같이,스프레더 (110)의 인장부 (111)는길이가변되는다단 구조를가질수있다.
[258] 좀더상세히,인장부 (111)는적어도일부가의류 (0(도 17&참조)의몸통 ((：1) 내로삽입되는삽입부 (111서와,상기삽입부 (111서와무빙바디 (112)를연결하는 적어도하나의중공부 (1116)(1110를포함할수있다.이하에서는인장부 (111)에 제 1중공부 (111피및제 2중공부 (1110가포함된경우를예로들어 설명한다.
[259] 삽입부 (111쇼),제 1중공부 (111피및제 2중공부 (1110는상하로길게 형성될수 있다.
[26이 삽입부 (111서는제 1중공부 (11내)의 내부에수용될수있고,
제 1중공부 (111피는제 2중공부 (1110의내부에수용될수있고,
제 2중공부 (1110는무빙 바디 (112)의본체 (113)의내부에수용될수있다.
[261] 삽입부 (111서의 외경은제 1중공부 (11내)의내경보다작고,제 1중공부 (11내)의 외경은제 2중공부 (111(：)의 내경보다작고,제 2중공부 (111(：)의외경은
무빙바디 (112)의본체 (113)의 내경보다작을수있다.
[262] 제 1중공부 (1116),제 2중공부 (1110및본체 (113)의 내부는서로연통될수
있다.
[263] 삽입부 (111서의하단에는제 1중공부 (11내)의상단에 걸리는제 1걸림부가 형성될수있다.제 1중공부 (111피의하단에는제 2중공부 (1110의상단에걸리는 제 2걸림부가형성될수있다.제 2중공부 (1110의하단에는무빙바디 (112)의 본체 (113)의상단에 걸리는제 3걸림부가형성될수있다.
[264] 인장부 (111)의상기구성에 의해,인장부 (111)의상하길이는용이하게가변될 수있다.이로써,삽입부 (111서가의류(0의몸통 (이)내로삽입되도록무빙 바디 (112)에서상측으로연장될수있다.
[265] 도 13&및도 1 는본발명의실시예에따른세퍼레이터의초기 위치가도시된 도면이다.좀더상세히 ,도 13&는의류지지유닛에 걸린의류와세퍼레이터간의 위치 관계를설명하기 위한도면이고,
Figure imgf000023_0001
관계를설명하기위한도면이다.
[266] 초기위치상태인한쌍의세퍼레이터 (90)간좌우거리山1)는의류 ( 의
몸통 (0)의좌우폭보다짧을수있다.따라서,의류지지유닛 (20)이 거치대 (60)에 거치되면의류지지유닛 (20)에 걸린의류 ((：)의몸통 (0)은한쌍의
세퍼레이터 (90)각각의분리부 (92)에의해접촉한상태일수있다.이 경우, 세퍼레이터 (90)는의류 ((：)의몸통 (0)전방또는후방에 위치할수있다.
[267] 이경우,한쌍의세퍼레이터 (90)는스티머 (30)의프론트스팀바디 (31)와리어 스팀바디 (32)의사이에 위치할수있다. 2020/175964 1»（：1^1{2020/002916
22
[268] 도 14&및도 1 는본발명의실시예에따른세퍼레이터가의류의몸통과팔 사이로들어간상태가도시된도면이다.좀더상세히 ,도 14&는의류지지유닛에 걸린의류와세퍼레이터간의위치관계를설명하기위한도면이고,도 1此는 세퍼레이터와스티머간의위치관계를설명하기위한도면이다.
[269] 세퍼레이터 (90)의의류의몸통과팔사이로들어간상태에서 ,한쌍의
세퍼레이터 (90)간좌우거리山2)는,초기위치상태인한쌍의세퍼레이터 (90)간 좌우거리 (1그)보다멀수있다.즉,한쌍의세퍼레이터 (90)는상기초기
위치에서부터서로멀어지는방향으로이동하여의류 ((：)의몸통 (0)과
팔 (02)(03)사이로들어갈수있다.
[27이 좀더상세히 ,초기위치에 있던한쌍의세퍼레이터 (90)는의류 ((：)의
몸통 (0)에접촉한상태에서서로멀어지는방향으로이동할수있고, 세퍼레이터 (90)의분리부 (92)가몸통 ((：1)과팔 (02)(03)사이에도달하면 의류 (0의쳐짐에의해자연스럽게분리부 (92)가몸통 (이)과팔 (02)(03)사이로 들어갈수있다.
[271] 좀더상세히 ,제 1세퍼레이터 (90서는의류 (0의몸통 ((：1)과어느하나의팔片2) 사이로들어갈수있고,제 2세퍼레이터 (90피는의류 ( 의몸통 (0)과다른 하나의팔 (03)사이로들어갈수있다.
[272] 세퍼레이터 (90)의분리부 (92)는전후로길게형성되므로,분리부 (92)는
의류 ((：)의몸통 (0)과팔 (02)(03)을신뢰성있게분리할수있다.
[273] 한쌍의세퍼레이터 (90)는의류 ((：)의몸통 (0)과  (02)(03)사이로들어가는 즉시이동이멈추도록구성될수있다.또는,한쌍의세퍼레이터 (90)는
의류 ((：)의몸통 (이)과팔 (02)(03)사이로들어간이후에도소정의거리만큼더 멀어지도록이동하는것도가능하다.
[274] 도 15&및도 1 는의류의어느하나의팔을리프레쉬하기위한세퍼레이터의 작용을설명하기위한도면이다.좀더상세히 ,도 15&는의류지지유닛에걸린 의류와세퍼레이터간의위치관계를설명하기위한도면이고,도 1¾는 세퍼레이터와스티머간의위치관계를설명하기위한도면이다.
[275] 세퍼레이터 (90)는일방향으로이동하여의류 ((：)의어느하나의팔 (02)을
몸통 (0)과분리하여하측으로늘어뜨릴수있다.
[276] 좀더상세히 ,제 1세퍼레이터 (90서및제 2세퍼레이터 (90피는각각일방향으로 소정의거리만큼이동할수있다.이경우,제 1세퍼레이터 (90서는
제 2세퍼레이터 (90피보다더많이이동할수있다.따라서 ,의류 ((：)의어느하나의 팔 (02)이하측으로늘어진상태에서제 1세퍼레이터 (90서와제 2세퍼레이터 (906) 간좌우거리 (13)는,의류 ((：)의몸통 ((：1)과  (02)(03)사이로들어간직후의 제 1세퍼레이터 (90서및제 2세퍼레이터 (90 사이의좌우거리山2)보다가까울 수있다.
[277] 세퍼레이터 (90)에의해의류 (0에인가된기계력에의해의류지지유닛 (20)의 고리 (22)가거치대 (60)에대해미끄러지며의류지지유닛 (20)및의류 ((：)가 2020/175964 1»（：1^1{2020/002916
23 틸팅될수있다.이로써,의류 ((：)의어느하나의팔 (02)이몸통 (0)과분리되어 하측으로늘어질수있다.
[278] 이경우,한쌍의세퍼레이터 (90)는프론트보조바디 (33)와리어보조바디 (34)의 사이에위치할수있다.
[279] 이로써,의류 ((：)의어느하나의팔片2)은프론트스팀바디 (31)및리어
스팀바디 (32)의사이에위치할수있고,몸통 ((：1)과다른하나의팔 3)은프론트 보조바디 (33)와리어보조바디 (34)의사이에위치할수있다.
[28이 따라서 ,이상태에서스티머 (30)가승강하면상기어느하나의팔片2)은프론트 스팀바디 (31)및리어스팀바디 (32)에서분사되는스팀에의해주름없이 효과적으로리프레쉬될수있다.또한,몸통 (0)과다른하나의팔 (03)은프론트 보조바디 (33)와리어보조바디 (34)의사이에위치하므로주름진상태에서 리프레쉬되지않을수있고,주름이심해질우려를방지할수있다.
[281] 도 16&및도 1해는의류의다른하나의팔을리프레쉬하기위한세퍼레이터의 작용을설명하기위한도면이다.좀더상세히 ,도 16&는의류지지유닛에걸린 의류와세퍼레이터간의위치관계를설명하기위한도면이고,도 1해는 세퍼레이터와스티머간의위치관계를설명하기위한도면이다.
[282] 세퍼레이터 (90)는타방향으로이동하여의류 ((：)의다른하나의팔 (03)을
몸통 (0)과분리하여하측으로늘어뜨릴수있다.
[283] 좀더상세히 ,제 1세퍼레이터 (90서및제 2세퍼레이터 (90피는각각타방향으로 소정의거리만큼이동할수있다.이경우,제 2세퍼레이터 (90피는
제 1세퍼레이터 (90서보다더많이이동할수있다.따라서 ,의류 (0의다른 하나의팔 (03)이하측으로늘어진상태에서제 1세퍼레이터 (90서와
제 2세퍼레이터 (90피간좌우거리山4)는,의류 ((：)의몸통 ((：1)과  (02)(03) 사이로들어간직후의제 1세퍼레이터 (90서및제 2세퍼레이터 (90피사이의좌우 거리山2)보다가까울수있다.
[284] 세퍼레이터 (90)에의해의류 (0에인가된기계력에의해의류지지유닛 (20)의 고리 (22)가거치대 (60)에대해미끄러지며의류지지유닛 (20)및의류 ((：)가 틸팅될수있다.이로써,의류 ((：)의다른하나의팔 (03)이몸통 (0)과분리되어 하측으로늘어질수있다.
[285] 이경우,한쌍의세퍼레이터 (90)는프론트보조바디 (33)와리어보조바디 (34)의 사이에위치할수있다.
[286] 이로써,의류 ((：)의다른하나의팔片3)은프론트스팀바디 (31)및리어
스팀바디 (32)의사이에위치할수있고,몸통 ((：1)과어느하나의팔 2)은프론트 보조바디 (33)와리어보조바디 (34)의사이에위치할수있다.
[287] 따라서 ,이상태에서스티머 (30)가승강하면상기다른하나의팔片3)은프론트 스팀바디 (31)및리어스팀바디 (32)에서분사되는스팀에의해주름없이 효과적으로리프레쉬될수있다.또한,몸통 (0)과다른하나의팔 (02)은프론트 보조바디 (33)와리어보조바디 (34)의사이에위치하므로주름진상태에서 2020/175964 1»（：1^1{2020/002916
24 리프레쉬되지 않을수있고,주름이심해질우려를방지할수있다.
[288] 도 1 및도 1개는의류의몸통을리프레쉬하기위한세퍼레이터 및
스프레더의 작용을설명하기 위한도면이다.좀더상세히 ,도 17&는의류 지지유닛에 걸린의류와스프레더와세퍼레이터 간의위치 관계를설명하기 위한도면이고,도 는세퍼레이터와스프레더와스티머간의 위치관계를 설명하기 위한도면이다.
[289] 한쌍의 세퍼레이터 (90)는서로멀어지는방향으로각각이동하여의류 (0의 양 팔 (02)(03)을몸통 (이)으로부터분리시킬수있다.
[29이 좀더상세히 ,제 1세퍼레이터 (90서및제 2세퍼레이터 (90피는서로멀어지는 방향으로이동할수있다.제 1세퍼레이터 (90쇼)및제 2세퍼레이터 (90피는 거치대 (60)를통과하는가상수직면에 대해서로동일한거리만큼반대방향으로 이동할수있다.따라서,의류지지유닛 (20)및의류 ((：)는틸팅되지 않고, 의류 ((：)의몸통 (0)이아래로늘어질수있다.
[291] 따라서,의류 ((그)의 양팔 (02)(03)이몸통 ((：1)과분리된상태에서
제 1세퍼레이터 (90서와제 2세퍼레이터 (90피간좌우거리 ( )는,의류 ((：)의 몸통 (0)과팔 (02)(03)사이로들어간직후의제 1세퍼레이터 (90서및
제 2세퍼레이터 (90피사이의좌우거리山2)보다멀수있다.
[292] 이경우,제 1세퍼레이터 (90서는일프론트보조바디 (33)및일리어
보조바디 (34)의사이에 위치할수있고,제 2세퍼레이터 (90 는타프론트 보조바디 (33)및타리어보조바디 (34)의사이에 위치할수있다.
[293] 이로써,의류 ((：)의몸통 ((：1)은프론트스팀바디 (31)및리어스팀바디 (32)의 사이에 위치할수있고,양팔 (02)(03)은서로반대편에 위치한프론트
보조바디 (33)와리어보조바디 (34)의사이에 위치할수있다.
[294] 따라서 ,이상태에서스티머 (30)가승강하면의류 ((：)의몸통 (0)은프론트
스팀바디 (31)및리어스팀바디 (32)에서분사되는스팀에 의해주름없이 효과적으로리프레쉬될수있다.또한,의류 ((：)의 양팔 (02)(03)은프론트 보조바디 (33)와리어보조바디 (34)의사이에 위치하므로주름진상태에서 리프레쉬되지 않을수있고,주름이심해질우려를방지할수있다.
[295] 한편,한쌍의스프레더 (110)는인장부 (111)가상측으로연장되어의류 ( 의 몸통 (0)내부로삽입될수있고,서로멀어지는방향으로각각이동하여 의류 ((：)의몸통 (0)을팽팽하게 인장시킬수있다.
[296] 좀더상세히 ,제 1스프레더 (110서는몸통 ((：1)의 일측을외측으로가압할수 있고,제 2스프레더 ( 0피는몸통 (0)의타측을외측으로가압할수있다.
[297] 이경우,제 1스프레더아0서와제 2스프레더 ( 0피간좌우거리 (1石)는,
제 1세퍼레이터 (90서와제 2세퍼레이터 (90피간좌우거리 ( )보다가까울수 있다.
[298] 의류 ((：)의몸통 (이)이프론트스팀바디 (31)및리어스팀바디 (32)의사이에 위치하므로,제 1스프레더 ( 0서및제 2스프레더 ( 0 도프론트스팀바디 (31) 2020/175964 1»（：1^1{2020/002916
25 및리어스팀바디 (32)의사이에위치할수있다.
[299] 스티머 (30)는스프레더에의해의류 ((：)의몸통 (0)이팽팽하게펴진상태에서 승강하며스팀을분사할수있다.따라서의류 (0의몸통 (0)주름이더욱 효과적으로제거될수있다.
[300] 도 18은본발명의실시예에따른의류처리장치의제어블록도이다.
[301] 본실시예에따른의류처리장치의컨트롤러 (80)는승강모터 (40),회전
모터 (50),세퍼레이터이동모터 (100),스프레더이동모터 (120)및송풍기 (130)를 제어할수있다.컨트롤러 (80)가제어가능한구성은추가되거나,제거되거나, 변경될수있음은자명하다.
[302] 컨트롤러 (80)는스티머 (30)의스팀분사를조절할수있다.
[303] 컨트롤러 (80)는승강모터 (40)를제어하여스티머 (30)를승강시킬수있다. 또한,컨트롤러 (80)는회전모터 (50)를제어하여스티머 (30)를회전시킬수있다. 컨트롤러 (80)는승강모터 (40)와회전모터 (50)를동시에제어하여스티머 (30)의 승강및회전동작을조합하여다양한방식으로의류 (0에스팀을분사할수 있다.
[304] 컨트롤러 (80)는세퍼레이터이동모터 (100)를제어하여세퍼레이터 (90)를
좌우로이동시킬수있다.
[305] 좀더상세히 ,컨트롤러 (80)는제 1세퍼레이터 (90서및제 2세퍼레이터 (90 를 초기위치에서서로멀어지는방향으로이동시킬수있고,제 1세퍼레이터 (90서 및제 2세퍼레이터 (90피는의류 ( 의몸통 (이)과팔 (02)(03)사이로들어갈수 있다.
[306] 이후,컨트롤러 (80)는제 1세퍼레이터 (90서및제 2세퍼레이터 (90 를일
방향으로이동시킴으로써의류 (0의어느하나의팔 (02)을몸통 (0)과분리시켜 하측으로늘어뜨릴수있다.
[307] 또는,컨트롤러 (80)는제 1세퍼레이터 (90서및제 2세퍼레이터 (90 를타
방향으로이동시킴으로써의류 (0의다른하나의팔 (03)을몸통 (0)과분리시켜 하측으로늘어뜨릴수있다.
[308] 또는,컨트롤러 (80)는제 1세퍼레이터 (90서및제 2세퍼레이터 (90 를서로
멀어지는방향으로이동하여의류 ((：)의양팔 (02)(03)을몸통 (이)에서분리시킬 수있다.
[309] 한편,컨트롤러 (80)는스프레더 (110)의길이를조절할수있다.좀더상세히, 컨트롤러 (80)는스프레더 (110)의인장부 (111)의상하길이를연장시키거나줄일 수있다.
[310] 컨트롤러 (80)는제 1세퍼레이터 (90서및제 2세퍼레이터 (90 를연장시켜
의류 ((：)의몸통 (0)내로삽입시킬수있다.
[311] 컨트롤러 (80)는스프레더이동모터 (120)를제어하여스프레더 (110)를좌우로 이동시킬수있다.
[312] 컨트롤러 (80)는제 1스프레더 (110서및제 2스프레더 (110 가의류 (0의 2020/175964 1»（：1^1{2020/002916
26 몸통 (0)내에삽입된상태에서제 1스프레더 (110서및제 2스프레더 (110피를 서로멀어지는방향으로이동시킬수있다.이로써,의류 ((：)의몸통 (0)이 팽팽하게인장될수있다.
[313] 컨트롤러 (80)는스프레더이동모터 (120)에가해지는부하를전달받을수있다. 컨트롤러 (80)는상기부하가설정값이상이면스프레더 (110)의이동을중지시킬 수잇다.이로써,의류 ((：)의사이즈에따른스프레더 ( 0)의적절한이동거리를 조절할수있다.
[314] 컨트롤러 (80)는송풍팬 (131)의온오프를제어할수있다.송풍팬 (131)이인버터 송풍팬인경우,컨트롤러 (80)가송풍팬 (131)의회전속도를제어할수있다.
[315] 컨트롤러 (80)는송풍기 (130)를온시켜의류 ((：)의몸통 (0)이바람에의해
벌어지도록할수있다.
[316] 한편,컨트롤러 (80)는리미트스위치 (140)의감지값을전달받을수있다.
컨트롤러 (80)는리미트스위치 (140)가온되면회전모터 (50)를정지시킬수있고 이상태를스티머 (30)의초기각도로설정할수있다.
[317] 도 19는본발명의실시예에따른스티머가의류를스캔하는방법의
순서도이다.
[318] 본발명의실시예에따른의류처리장치의제어방법은,스티머 (30)의
초기각도를설정하는준비단계 (別)와,스티머 (30)가의류 (0를스캔하는스캔 단계 2) 3) 4)를포함할수있다.
[319] 준비단계 (別)시,컨트롤러 (80)는회전모터 (50)를제어하여스티머 (30)가
리미트스위치 (140)를누를때까지회전시킬수있다.스티머 (30)가리미트 스위치 (140)를누르면컨트롤러 (80)는회전모터 (50)를정지시키고,현상태를 스티머 (30)의초기각도로설정할수있다.
[32이 상기스캔단계는,의류 ((：)를사이에두고서로반대편에위치한프론트
스팀바디 (31)와리어스팀바디 (32)를포함하는스티머 (30)가소정의높이로 상승하는상승단계 (別)를포함할수있다.
[321] 좀더상세히,상승단계 2)시컨트롤러 (80)는승강모터 (40)를제어하여
스티머 (30)를의류 (0의상부에대응되는높이까지상승시킬수있다.
[322] 상기스캔단계는,프론트스팀바디 (31)는의류 ((：)의전면에접하고리어
스팀바디 (32)는의류 (幻의배면에접하도록스티머 (30)가회전하는회전 단계 3)를포함할수있다.
[323] 좀더상세히,회전단계 3)시컨트롤러 (80)는회전모터 (50)를제어하여
스티머 (30)를소정의각도만큼회전시킬수있다.이경우,프론트
스팀바디 (31)는의류 ( 의상부전면에접하고리어스팀바디 (32)는의류 (0의 상부배면에접할수있다.또한,프론트스팀바디 (31)와리어스팀바디 (32)는 상하로적어도일부가오버랩될수있다.
[324] 상기스캔단계는,프론트스팀바디 (31)및리어스팀바디 (32)가의류 ((：)에접한 상태에서스티머 (30)가하강하며스팀을분사하는하강단계 4)를포함할수 2020/175964 1»（：1^1{2020/002916
27 있다.
[325] 좀더상세히,하강단계 4)시컨트롤러 (80)는프론트스팀바디 (31)및리어 스팀바디 (32)가의류 (0의상부에접한상태에서，승강모터 (40)를제어하여 스티머 (30)를하강시키는동시에스티머 (30)의스팀분사부 (39)에서스팀을 분사시킬수있다.
[326] 즉,의류 ((：)의상부는의류지지유닛 (20)에의해지지된상태에서스티머 (30)에 의해하측으로기계력이가해져팽팽해질수있고,이상태에서프론트
스팀바디 (31)및리어스팀바디 (32)에서스팀이분사되어다림질이수행될수 있다.이로써의류 (0의주름이나구김이효과적으로제거될수있다.
[327] 도 20은본발명의실시예에따른의류처리장치의제어방법의일예가도시된 순서도이다.
[328] 이하,본실시예에따른의류처리장치의제어방법에대해설명한다.하기의 제어방법은의류 ((：)가걸린의류지지유닛 (20)이거치대 (60)에거치된상태에서 실시될수있다.
[329] 본실시예에따른의류처리장치의제어방법은분리단계 ( 0)와,제 1팔
리프레쉬단계 20)와,제 2팔리프레쉬단계 30)와,몸통리프레쉬단계 40)를 포함할수있다.
[33이 분리단계 ( 0)와,제 1팔리프레쉬단계 20)와,제 2팔리프레쉬단계 30)와, 몸통리프레쉬단계 40)는순차적으로시행될수있다.이는제 1팔리프레쉬 단계 20)및제 2팔리프레쉬단계 30)에서의류 ((：)의몸통 (이)에주름이 발생할수있기때문이다.
[331] 분리단계 ( 0)시,컨트롤러 (80)는세퍼레이터이동모터 (100)를제어하여
초기위치에있던제 1세퍼레이터 (90서및제 2세퍼레이터 (90피가의류 (幻의 몸통 (0)과팔 (02)(03)사이로들어가도록서로반대방향으로이동시킬수 있다.이경우,제 1세퍼레이터 (90서는의류 ((：)의몸통 (이)과어느하나의팔 (02) 사이로들어갈수있고,제 2세퍼레이터 (90피는의류 ( 의몸통 (0)과다른 하나의팔 (03)사이로들어갈수있다.
[332] 제 1팔리프레쉬단계 20)는제 1팔정렬단계 21)및제 1팔스캔단계 22)를 포함할수있다.
[333] 제 1팔정렬단계 21)시,컨트롤러 (80)는각세퍼레이터이동모터 (100)를
제어하여제 1세퍼레이터 (90쇼)및제 2세퍼레이터 (90피를일방향으로이동시킬 수있다.이경우,의류 ((：)의어느하나의팔 (02)은몸통 (0)과분리되어 하측으로늘어질수있다.
[334] 제 1팔스캔단계 22)는제 1팔정렬단계 21)이후에수행될수있다.제 1팔
스캔단계 22)는앞서도 19에서설명한스캔단계 2) 3) 4)와대응될수있다.
[335] 좀더상세히 ,제 1팔스캔단계 22)는의류 (0의어느하나의팔 (02)을사이에 두고서로반대편에위치한프론트스팀바디 (31)와리어스팀바디 (32)를 포함하는스티머 (30)가소정의높이로상승하는상승단계와;프론트 2020/175964 1»（：1^1{2020/002916
28 스팀바디 (31)는상기어느하나의팔片2)의전면에접하고리어스팀바디 (32)는 상기어느하나의팔 (02)의배면에접하도록스티머 (30)가회전하는회전 단계와;프론트스팀바디 (31)및리어스팀바디 (32)가상기어느하나의팔 (02)에 접한상태에서스티머 (30)가하강하며스팀을분사하는하강단계를포함할수 있다.
[336] 따라서,스티머 (30)는하측으로늘어진상기어느하나의팔 (02)을스캔하며 리프레쉬할수있다.
[337] 제 2팔리프레쉬단계 30)는제 2팔정렬단계 31)및제 2팔스캔단계 32)를 포함할수있다.
[338] 제 2팔정렬단계 31)시,컨트롤러 (80)는각세퍼레이터이동모터 (100)를
제어하여제 1세퍼레이터 (90쇼)및제 2세퍼레이터 (90피를타방향으로이동시킬 수있다.이경우,의류 ((：)의다른하나의팔 (03)은몸통 (0)과분리되어 하측으로늘어질수있다.
[339] 제 2팔스캔단계 32)는제 2팔정렬단계 31)이후에수행될수있다.제 2팔
스캔단계 32)는앞서도 19에서설명한스캔단계 2) 3) 4)와대응될수있다.
[34이 좀더상세히 ,제 2팔스캔단계 32)는의류 ((：)의다른하나의팔片3)을사이에 두고서로반대편에위치한프론트스팀바디 (31)와리어스팀바디 (32)를 포함하는스티머 (30)가소정의높이로상승하는상승단계와;프론트
스팀바디 (31)는상기다른하나의팔片3)의전면에접하고리어스팀바디 (32)는 상기다른하나의팔 (03)의배면에접하도록스티머 (30)가회전하는회전 단계와;프론트스팀바디 (31)및리어스팀바디 (32)가상기다른하나의팔 (03)에 접한상태에서스티머 (30)가하강하며스팀을분사하는하강단계를포함할수 있다.
[341] 따라서,스티머 (30)는하측으로늘어진상기다른하나의팔 (03)을스캔하며 리프레쉬할수있다.
[342] 몸통리프레쉬단계 40)는몸통정렬단계 41),송풍단계 42),삽입
단계 43),인장단계 44)및몸통스캔단계 45)를포함할수있다.
[343] 몸통정렬단계 41)시,컨트롤러 (80)는세퍼레이터이동모터 (100)를제어하여 제 1세퍼레이터 (90서와제 2세퍼레이터 (90피를서로멀어지는방향으로 이동시킬수있다.이경우,의류 ((：)의몸통 ((：1)은양팔 (02)(03)과분리되어 하측으로늘어질수있다.
[344] 송풍단계 42)는몸통정렬단계 41)이후에수행될수있다.송풍단계 42) 시,컨트롤러 (80)는송풍팬 (131)을온시킬수있다.이경우,송풍팬 (131)에서 발생된바람은상측으로향하고의류 ((：)의몸통 (0)은상기바람에의해벌어질 수있다.
[345] 삽입단계 43)는송풍단계 42)와동시에수행되거나,송풍단계 42)의
이후에수행될수있다.컨트롤러 (80)는송풍팬 (131)이온된상태에서
스프레더 ( 0)를연장시켜의류 ((：)의몸통 ((：1)내로삽입시킬수있다. 2020/175964 1»（：1^1{2020/002916
29 스프레더 (110)의연장이완료되면컨트롤러 (80)는송풍팬 (131)을오프시킬수 있다.
[346] 인장단계 44)는삽입단계 43)의이후에수행될수있다.인장단계 44)시, 컨트롤러 (80)는스프레더이동모터 (120)를제어하여한쌍의스프레더 (110)를 서로멀어지는방향으로소정의거리만큼이동시킬수있다.이로써 ,의류 ((：)의 몸통 (0)이팽팽하게인장될수있다.
[347] 또한,컨트롤러 (80)는스프레더이동모터 (120)에가해지는부하가설정값
이상이면스프레더 ( 0)의이동을중지시킬수잇다.이로써 ,의류 ((：)의 사이즈에따른스프레더 (110)의적절한이동거리를조절할수있다.
[348] 몸통스캔단계 45)는인장단계 44)이후에수행될수있다.몸통
스캔단계 45)는앞서도 19에서설명한스캔단계 2) 3) 4)와대응될수있다.
[349] 좀더상세히 ,몸통스캔단계 45)는의류 ((：)의몸통 (이)을사이에두고서로 반대편에위치한프론트스팀바디 (31)와리어스팀바디 (32)를포함하는 스티머 (30)가소정의높이로상승하는상승단계와;프론트스팀바디 (31)는상기 몸통 (0)의전면에접하고리어스팀바디 (32)는상기몸통 (0)의배면에 접하도록스티머 (30)가회전하는회전단계와;프론트스팀바디 (31)및리어 스팀바디 (32)가상기몸통 ((：1)에접한상태에서스티머 (30)가하강하며스팀을 분사하는하강단계를포함할수있다.
[35이 따라서,스티머 (30)는하측으로늘어진상기몸통 (0)을스캔하며리프레쉬할 수있다.
[351] 이상의설명은본발명의기술사상을예시적으로설명한것에불과한
것으로서,본발명이속하는기술분야에서통상의지식을가진자라면본 발명의본질적인특성에서벗어나지않는범위에서다양한수정및변형이 가능할것이다.
[352] 따라서 ,본발명에개시된실시 예들은본발명의기술사상을한정하기위한 것이아니라설명하기위한것이고,이러한실시예에의하여본발명의기술 사상의범위가한정되는것은아니다.
[353] 본발명의보호범위는아래의청구범위에의하여해석되어야하며,그와
동등한범위내에 있는모든기술사상은본발명의권리범위에포함되는것으로 해석되어야할것이다.

Claims

2020/175964 1»（：1/10公020/002916 30 청구범위
[청구항 1] 의류가수용되는수용공간이형성된캐비닛;
상기의류를지지하는의류지지유닛이거치되며상기수용공간에 위치하는거치대;
상기수용공간내에위치하며상기의류를향해스팀을분사하는스티머 ; 상기스티머가상기의류에접하도록상기스티머를회전시키는회전 모터;및
상기스티머가상기의류에접한상태에서상기스티머를승강시키는 승강모터를포함하고,
상기스티머는,
좌우로길게형성되어상기의류의전면에접하는프론트스팀바디;및 상기프론트스팀바디와이격되고좌우로길게형성되며상기의류의 배면에접하는리어스팀바디를포함하는의류처리장치 .
[청구항 2] 제 1항에 있어서,
상기스티머는단일폐곡선형상을갖는의류처리장치 .
[청구항 3] 제 1항에 있어서,
상기프론트스팀바디및리어스팀바디에는복수개의스팀분사부가 형성된의류처리장치 .
[청구항 4] 제 1항에 있어서,
상기승강모터는,상기프론트스팀바디및리어스팀바디의적어도 일부가서로상하오버랩된상태에서상기스티머를하강시키는의류 처리장치 .
[청구항 5] 제 1항에 있어서,
상기프론트스팀바디및리어스팀바디에는,스팀이주입되는스팀 주입부가회전가능하게체결된의류처리장치 .
[청구항 6] 제 1항에 있어서,
상기스팀주입부는상기프론트스팀바디및리어스팀바디의중앙부에 체결된의류처리장치.
[청구항 7] 제 5항에 있어서,
상기프론트스팀바디및리어스팀바디에는둘레방향으로소정의 길이를갖는스토퍼홈이형성되고,
상기스팀주입부에는상기스토퍼홈내에서이동하는스토퍼돌기가 형성된의류처리장치 .
[청구항 8] 제 1항에 있어서,
상기스티머는,
상기프론트스팀바디의단부에서전방경사진방향으로길게형성된 프론트연결부; 2020/175964 1»（：1^1{2020/002916
31
상기리어스팀바디의단부에서상기프론트연결부와나란한방향으로 길게형성된리어연결부;
상기프론트연결부의단부에서상기캐비닛의측면을향해길게형성된 프론트보조바디 ;
상기리어연결부의단부에서상기캐비닛의측면을향해길게형성된 리어보조바디 ;및
상기프론트보조바디와리어보조바디의단부를연결하는아우터 연결부를더포함하는의류처리장치 .
[청구항 9] 제 8항에있어서,
상기프론트연결부및리어연결부는상기아우터연결부보다가파르게 형성된의류처리장치 .
[청구항 10] 제 8항에있어서 ,
상기회전모터는상기아우터연결부의중앙부에연결된의류처리장치.
[청구항 11] 제 8항에있어서,
상기프론트보조바디와상기리어보조바디의전후거리는,상기프론트 스팀바디와상기리어스팀바디의전후거리보다먼의류처리장치.
[청구항 12] 제 1항에있어서,
상기캐비닛의내부에상하로길게고정되어상기스티머의승강을 가이드하는가이드바;
상기가이드바가끼워지는홈이형성된가이드블록;및
상기가이드블록과체결되고상기회전모터가장착되는회전모터 브라켓을더포함하는의류처리장치 .
[청구항 13] 제 12항에있어서 ,
상기회전모터브라켓에는,상기회전모터와상기스티머를연결하는 커플러가통과하는커플러통과공이형성된의류처리장치 .
[청구항 14] 제 12항에있어서 ,
상기캐비닛의내부에상하로길게배치되고상기회전모터에연결된 리드스크류를더포함하고,
상기회전모터브라켓에는상기리드스크류가통과하는스크류홀이 형성된의류처리장치 .
[청구항 15] 제 1항에있어서,
상기캐비닛의내부에상하로길게고정되어상기스티머의승강을 가이드하는가이드바;
상기가이드바가끼워지는홈이형성된가이드블록;및
상기가이드블록과체결되고상기스티머가회전가능하게연결된 커넥터를더포함하는의류처리장치 .
[청구항 16] 제 15항에있어서 ,
상기커넥터에장착되고상기스티머에의해눌리는리미트스위치를더 2020/175964 1»（：1^1{2020/002916
32 포함하는의류처리장치 .
[청구항 17] 제 16항에있어서 ,
상기스티머가상기리미트스위치를누르면상기회전모터를
정지시키는컨트롤러를더포함하는의류처리장치 .
[청구항 18] 의류를사이에두고서로반대편에위치한프론트스팀바디와리어
스팀바디를포함하는스티머가소정의높이로상승하는상승단계 ;
상기프론트스팀바디는의류의전면에접하고상기리어스팀바디는 상기의류의배면에접하도록상기스티머가회전하는회전단계 ;및 상기프론트스팀바디및리어스팀바디가상기의류에접한상태에서 상기스티머가하강하며스팀을분사하는하강단계를포함하는의류 처리장치의제어방법.
[청구항 19] 제 18항에있어서 ,
상기상승단계이전에실시되고,상기스티머가리미트스위치를누를 때까지회전시키는준비단계를더포함하는의류처리장치의제어방법 . [청구항 20] 제 18항에있어서 ,
상기하강단계시 ,상기프론트스팀바디와상기리어스팀바디는적어도 일부가상하로오버랩되는의류처리장치의제어방법 .
PCT/KR2020/002916 2019-02-28 2020-02-28 의류 처리장치 WO2020175964A1 (ko)

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