WO2011072579A1 - 一种两用组合熨斗 - Google Patents

一种两用组合熨斗 Download PDF

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Publication number
WO2011072579A1
WO2011072579A1 PCT/CN2010/079457 CN2010079457W WO2011072579A1 WO 2011072579 A1 WO2011072579 A1 WO 2011072579A1 CN 2010079457 W CN2010079457 W CN 2010079457W WO 2011072579 A1 WO2011072579 A1 WO 2011072579A1
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WO
WIPO (PCT)
Prior art keywords
knob
dual
steam brush
brush set
outer knob
Prior art date
Application number
PCT/CN2010/079457
Other languages
English (en)
French (fr)
Inventor
潘建志
Original Assignee
漳州灿坤实业有限公司
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 漳州灿坤实业有限公司 filed Critical 漳州灿坤实业有限公司
Priority to US13/516,649 priority Critical patent/US9540761B2/en
Priority to EP10837016.4A priority patent/EP2514866A4/en
Priority to JP2012600052U priority patent/JP3181485U/ja
Publication of WO2011072579A1 publication Critical patent/WO2011072579A1/zh

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    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F75/00—Hand irons
    • D06F75/08—Hand irons internally heated by electricity
    • D06F75/26—Temperature control or indicating arrangements
    • D06F75/265—Temperature indicating arrangements; Control knobs
    • 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
    • D06F75/00—Hand irons
    • D06F75/08—Hand irons internally heated by electricity
    • D06F75/10—Hand irons internally heated by electricity with means for supplying steam to the article being ironed
    • 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
    • D06F87/00—Apparatus for moistening or otherwise conditioning the article to be ironed or pressed
    • 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
    • D06F75/00—Hand irons
    • D06F75/32—Attachments for converting hand irons to steam irons

Definitions

  • the present invention relates to an electric iron, and more particularly to an electric iron in which a steam brush set is separable from a base of a metal base plate.
  • the existing electric iron is installed with a metal bottom plate having a heating plate at the bottom of the casing; a thermostat is arranged in the casing to control the electric energy supplied to the electric heating plate, thereby changing the heat generation condition of the metal bottom plate; and the temperature adjustment knob is arranged on the casing The temperature adjustment knob is directly connected with the gear position adjustment lever of the thermostat to adjust the gear position of the thermostat output power.
  • a steam brush set is combined with a base set to form a dual-purpose combination iron.
  • An electric heated steam boiler is arranged in the casing of the steam brush set, and the steam outlet pipe of the steam boiler communicates with the outside from the bottom surface of the casing; the power line is introduced into the casing from the rear portion, and is connected with the switch for controlling the steam boiler. connection.
  • the switch When the switch is turned on, the external power source supplies power to the steam boiler, and the water in the steam boiler becomes steam, which is ejected from the bottom surface of the casing.
  • the steam brush set has a grip on the housing, so the steam brush set can be used alone for hanging.
  • a heating plate is arranged at the bottom of the housing of the base group, and a thermostat is arranged in the housing to control the electric energy supplied to the electric heating plate, thereby changing the heating condition of the electric heating plate.
  • a thermostat is arranged in the housing to control the electric energy supplied to the electric heating plate, thereby changing the heating condition of the electric heating plate.
  • the invention aims to provide a dual-purpose combination iron, which can ensure that the steam brush set is connected to the base group, and the temperature adjustment knob and the gear position adjustment lever of the thermostat realize the synchronously rotating opposite connection.
  • the dual-purpose combination iron, the temperature adjustment knob can be randomly connected with the gear position adjustment lever of the thermostat, and the gear position indication portion matched with the temperature adjustment device can correctly reflect the gear position of the thermostat.
  • the technical solution of the present invention is: a dual-purpose combination iron comprising a steam brush set, a base set and a temperature adjustment knob, the temperature adjustment knob being rotatably arranged by an outer knob rotatably disposed on the steam brush set housing Forming an inner knob on the base set housing, the inner knob being coupled to a gear position adjustment lever of the thermostat on the housing of the base set; the outer knob and the inner knob are passed through a regular polygon or The cylindrical face of the positive multi-angle star is mated with the phase.
  • the regular polygon or the regular polygonal cylinder engaged between the outer knob and the inner knob is a slightly inwardly contracting tapered surface
  • the outer knob and the inner knob are The free end of the rod that is inserted between them is provided with a corresponding regular polygon or a regular polygonal star-shaped conical frustum.
  • the outer knob is easy to be inserted into the inner knob, and the automatic guide can be achieved by the free end or the inwardly contracting frustum of the rod inserted between the outer knob and the inner knob during the insertion process. Positive effect.
  • At least two slots are provided at the free end of the tube that is inserted between the outer knob and the inner knob.
  • the free ends of the inserted tubular members will be slightly extended by the rod, and the elastic restoring force of the free end of the inserted tube can automatically assist the guiding.
  • the regular polygonal cylinder engaged between the outer knob and the inner knob has at least eight side planes, or the positive polygonal star cylinder engaged between the outer knob and the inner knob has at least Nine corners. In this way, it is easy to automatically guide the outer knob and the inner knob during the insertion process.
  • the outer knob is rotatably disposed on the steam brush set housing: the upper portion of the outer knob is a disc, and the lower surface of the lower surface of the disc extends downwardly at least three circumferentially uniform a distributed claw, the chuck of each claw is turned outward; the upper disc of the outer knob is located above a circular tubular mounting portion of the steam brush set housing, and the claw extends into the tube hole in the mounting portion The chuck of the claw is caught on the inner flange of the top of the mounting portion.
  • the uniform distribution of the jaw structure along the circumference ensures that the outer knob can be rotated and the outer knob can be easily installed.
  • the inner knob is rotatably disposed on the base set housing: the middle portion of the inner knob is a circular tubular body, and the lower surface of the body extends downwardly at least three along the circumference Evenly distributed claws, the chucks of the respective claws are turned outward; the body of the inner knob is located above a circular tubular boss on the upper surface of the base group housing, and the claws extend into the tube holes in the boss The chuck of the claw is caught on the inner flange of the top of the boss.
  • the uniform distribution of the jaw structure along the circumference ensures that the inner knob can be rotated and the inner knob can be easily installed.
  • the outer knob is made of a transparent material, and the outer surface of the casing of the steam brush set is provided at a position of the outer knob to set a gear scale of the thermostat, the inner
  • the upper end surface of the insertion portion of the knob is provided with a flag indicating the position of the rotation angle of the gear position adjustment lever of the thermostat.
  • the outer knob can clearly see the mark of the upper end surface of the inner knob insertion portion, and the flag indicates the corresponding position of the rotation position angle of the gear position adjustment lever of the thermostat and the gear scale of the thermostat on the outer surface of the casing of the steam brush set. Relationship, the current gear position of the thermostat.
  • the dual-purpose combination iron of the present invention comprises a detachable plug-in temperature adjustment knob by an outer knob rotatably disposed on the steam brush set housing and an inner knob rotatably disposed on the base group housing;
  • the inner knob is connected with the gear adjustment lever of the thermostat on the housing of the base group to realize the adjustment of the thermostat; between the outer knob and the inner knob, a cylindrical matching interphase insertion with a regular polygon or a positive polygonal star is adopted.
  • the connection ensures that the steam brush set card is connected to the base group, and the temperature adjustment knob and the gear position adjustment lever of the thermostat realize the synchronously rotating opposite connection; the object of the invention is achieved.
  • the invention of the dual-purpose combination iron of the invention can be finally realized, and the use mode of the electric iron is expanded, which brings the benefit of the dual use of the consumer.
  • FIG. 1 is a schematic exploded view showing the first embodiment of the dual-purpose combination iron of the present invention.
  • FIG. 2 is a schematic exploded view showing the temperature adjustment knob of the embodiment of FIG. 1.
  • FIG. 2 is a schematic exploded view showing the temperature adjustment knob of the embodiment of FIG. 1.
  • FIG. 3 is a partial cross-sectional structural view showing the outer knob of the embodiment of FIG. 1 assembled to a steam brush set.
  • FIG. 4 is a top plan view showing the inner knob of the embodiment of FIG. 1.
  • Figure 5 is a side elevational view showing the inner knob of the embodiment of Figure 1.
  • Figure 6 is a side elevational view showing the inner knob of the embodiment of Figure 1 assembled to the base set.
  • Figure 7 is a top plan view showing the assembly of the inner knob of the embodiment of Figure 1 onto the base set.
  • Figure 8 is a cross-sectional structural view of the B-B direction of Figure 7.
  • Figure 9 is a schematic view showing the structure of the embodiment of Figure 1 after assembly.
  • FIG. 10 is a cross-sectional structural view of the temperature adjustment knob portion of the embodiment of FIG. 1.
  • FIG. 10 is a cross-sectional structural view of the temperature adjustment knob portion of the embodiment of FIG. 1.
  • Figure 11 is a schematic exploded view showing the second embodiment of the dual-purpose combination iron of the present invention.
  • FIG. 12 is a schematic exploded view showing the temperature adjustment knob of the embodiment of FIG. 11.
  • FIG. 12 is a schematic exploded view showing the temperature adjustment knob of the embodiment of FIG. 11.
  • Figure 13 is a side elevational view showing the outer knob of the embodiment of Figure 11;
  • Figure 14 is a bottom plan view showing the inner knob of the embodiment of Figure 11;
  • Figure 15 is a top plan view showing the inner knob of the embodiment of Figure 11;
  • Figure 16 is a side elevational view showing the inner knob of the embodiment of Figure 11;
  • Figure 17 is a cross-sectional structural view showing the portion of the temperature adjustment knob after the assembly of Figure 11 is assembled.
  • the dual purpose combination iron has a separate steam brush set 30 and a separate base set 40.
  • the housing 31 of the steam brush set 30 is provided with a grip 32 so that the steam brush set 30 can be used alone for hanging.
  • the housing 31 of the steam brush set 30 is provided with an electrically heated steam boiler, and the steam outlet of the steam boiler communicates with the outside from the bottom portion of the casing 31.
  • the power cord is introduced into the housing 31 from the rear and is connected to a switch that controls the steam boiler. When the switch is turned on, the external power source supplies power to the steam boiler, and the water in the steam boiler becomes steam, which is ejected outward from the steam outlet portion 33 on the bottom surface of the casing 31.
  • a circular tubular mounting portion 34 is provided below the grip 32 for mounting the outer knob 10.
  • a front end of the casing 31 of the steam brush set 30 extends downwardly from a card insertion head 36.
  • a card insertion head 37 extends downward from each of the two sides of the casing 31 of the steam brush set 30.
  • a latching slot is formed in the rear of the housing 31 of the steam brush set 30 for receiving the flip chuck 491 on the base set 40.
  • An electric socket is provided at the rear of the lower surface of the casing 31 of the steam brush set 30 for powering the base unit 40.
  • the housing 41 of the base set 40 has no grip thereon, but the housing 41 of the base set 40 is provided with a recessed receiving space 48 for receiving and engaging the steam.
  • the lower portion of the brush set 30 The lower portion of the brush set 30.
  • An upwardly extending circular tubular boss 42 is provided in the middle of the accommodating space 48.
  • the upper end surface of the boss 42 is provided with an upward projection 43.
  • a hot plate 44 is mounted on the bottom of the housing 41 of the base set 40.
  • a temperature controller is provided in the casing 41 to control the electric energy supplied to the electric heating plate 44, thereby changing the heat generation condition of the electric heating plate 44.
  • the gear position adjustment lever 46 of the thermostat is located in the boss 42 and the temperature adjustment seat 45 is provided at the upper end of the gear position adjustment lever 46.
  • the thermostat 45 is also located within the boss 42 for rotational connection with the inner knob 20.
  • the rear portion of the accommodating space 48 is provided with an electrical plug 47 that cooperates with an electrical socket on the casing 31 of the steam brush set 30 to receive the electrical energy provided by the steam brush set 30 and to supply power to the thermostat.
  • the rear portion of the accommodating space 48 is provided with a flip chuck 491 which is controlled by a lock knob 49 at the rear end of the housing 41 of the base set 40.
  • the steam brush set 30 is placed in the accommodating space 48 of the housing 41 of the base set 40, and the insertion head 36 at the front end of the housing 31 of the steam brush set 30 and the insertion head 37 on both sides of the middle portion are respectively received by the accommodating space.
  • the front end of the space 48 and the inner wall on both sides of the middle portion; the electrical socket on the lower surface of the casing 31 of the steam brush set 30 is inserted into the electrical plug 47 at the rear of the accommodating space 48.
  • the locking knob 49 is twisted so that the inverting chuck 491 is snapped into the rear slot of the casing 31 of the steam brush set 30, and the steam brush set 30 is snapped onto the base set 40 to form an electric iron with a grip for performing Ironing.
  • the unfolding structure of the embodiment of the temperature adjustment knob in this embodiment is as shown in FIG. 2 .
  • the temperature adjustment knob is composed of an outer knob 10 and an inner knob 20.
  • the outer knob 10 is made of a transparent material.
  • the upper portion of the outer knob 10 is a disk 11 having an open downward direction.
  • a central portion of the upper surface of the disk 11 extends upwardly with a circular boss.
  • a central portion of the lower surface of the disk 11 extends downwardly from a circular tube.
  • the inner wall 13 of the sleeve 12 opens into a regular dodecagon inner cylindrical surface that converges slightly inward.
  • Three slits 14 are opened upwardly from the lower end of the sleeve 12 uniformly distributed.
  • the root of each slot 14 extends downwardly with a jaw 15 that is turned outwardly.
  • the distance between the root of the chuck on the three jaws 15 and the lower edge of the disc 11 is slightly greater than the wall thickness of the inner flange of the top of the corresponding mounting portion 34 of the steam brush set 30.
  • the length of each of the claws 15 is smaller than the length of the sleeve 12 to ensure that the inner wall 13 of the sleeve 12 has a sufficient depth to accommodate the corresponding rod-shaped insertion portion 22 of the inner knob 20.
  • the outer knob 10 is inserted into the mounting portion 34 on the housing 31 of the steam brush set 30.
  • the upper disc 11 of the outer knob 10 is located above the mounting portion 34, and the sleeve 12 and the three claws 15 extend into the tube hole 35 in the mounting portion 34, and the chucks of the three claws 15 are caught on the top of the mounting portion 34.
  • the upper surface of the top inner flange of the mounting portion 34 is printed with the gear scale of the thermostat, and the gear scale can be clearly seen through the disc 11 of the outer knob 10.
  • the middle portion of the inner knob 20 is a tubular body 21.
  • the upper surface of the body 21 extends upwardly from a rod-shaped insertion portion 22 having a slightly dodecing cylindrical dodecagonal cylindrical surface.
  • the size of the insertion portion 22 is in a mating engagement with the inner wall 13 of the outer sleeve 10 of the outer knob 10.
  • An elongated lever 23 extends downward from the center of the inner lower surface of the body 21.
  • the lower end of the lever 23 is provided with a notch for identifying the orientation.
  • the lower end surface of the outer portion of the body 21 is evenly distributed downwardly to extend three claws 24 which are turned outward.
  • each of the claws 24 is higher than the lower end of the lever 23.
  • the upper end of the insertion portion 22 is a regular dodecagon frustum 221 that converges inward, and the upper surface of the frustum 221 is provided with a convex arrow 25.
  • the upper surface of the arrow 25 is painted with a striking color to clearly indicate the direction in which the lever 23 is notched.
  • a lower portion of the outer peripheral surface of the body 21 is provided with an outwardly projecting stop block 26 corresponding to the arrow 25.
  • the inner knob 20 is inserted into the circular tubular boss 42 on the housing 41 of the base set 40.
  • the body 21 of the inner knob 20 is located above the boss 42.
  • the lever 23 and the three claws 24 extend into the tube holes in the boss 42.
  • the chucks of the three claws 24 are clamped on the top of the boss 42. On the edge.
  • the lever 23 is inserted into the slot in the upper part of the temperature regulating seat 45; the notch at the lower end of the lever 23 catches the boss in the slot of the temperature adjusting seat 45, so that the orientation of the lever 23 and the gear position adjusting lever of the thermostat
  • the orientations of 46 are identical, thereby ensuring that the arrow 25 on the inner knob 20 is capable of uniquely indicating the gear position of the thermostat.
  • the limiting block 26 of the inner knob 20 cooperates with the protrusion 43 on the upper end surface of the boss 42 to limit the rotation amplitude of the inner knob 20, that is, to limit the temperature adjustment gear position adjusting rod 46 to rotate only within a predetermined gear position range. .
  • the insertion portion 22 of the inner knob 20 is inserted into the inner wall 13 of the outer sleeve 10 of the sleeve 12. in.
  • the inner knob 20 and the temperature adjusting base 45 and the gear position adjusting lever 46 of the thermostat are also synchronously rotated.
  • the arrow 25 on the inner knob 20 can be clearly seen through the disc 11 of the outer knob 10, and the current position of the thermostat indicated by the correspondence between the arrow 25 and the gear scale on the housing 31 of the steam brush set 30 Bit.
  • the dual purpose combination iron has a separate steam brush set 30 and a separate base set 40 as described in the previous embodiment.
  • the housing 31 of the steam brush set 30 is provided with a grip 32 so that the steam brush set 30 can be used alone for hanging.
  • the housing 31 of the steam brush set 30 is provided with an electrically heated steam boiler, and the steam outlet of the steam boiler communicates with the outside from the bottom portion of the casing 31.
  • the power cord is introduced into the housing 31 from the rear and is connected to a switch that controls the steam boiler. When the switch is turned on, the external power source supplies power to the steam boiler, and the water in the steam boiler becomes steam, which is ejected outward from the steam outlet portion 33 on the bottom surface of the casing 31.
  • a circular tubular mounting portion 34 is provided below the grip 32 for mounting the outer knob 50.
  • a front end of the casing 31 of the steam brush set 30 extends downwardly from a card insertion head 36.
  • a card insertion head 37 extends downward from each of the two sides of the casing 31 of the steam brush set 30.
  • a latching slot is formed in the rear of the housing 31 of the steam brush set 30 for receiving the flip chuck 491 on the base set 40.
  • An electric socket is provided at the rear of the lower surface of the casing 31 of the steam brush set 30 for powering the base unit 40.
  • the housing 41 of the base set 40 has no grip thereon, but the housing 41 of the base set 40 is provided with a recessed receiving space 48 for receiving and snapping the lower portion of the steam brush set 30.
  • An upwardly extending circular tubular boss 42 is provided in the middle of the accommodating space 48.
  • the upper end surface of the boss 42 is provided with an upward projection 43.
  • a hot plate 44 is mounted on the bottom of the housing 41 of the base set 40.
  • a temperature controller is provided in the casing 41 to control the electric energy supplied to the electric heating plate 44, thereby changing the heat generation condition of the electric heating plate 44.
  • the gear position adjustment lever 46 of the thermostat is located in the boss 42 and the temperature adjustment seat 45 is provided at the upper end of the gear position adjustment lever 46.
  • the thermostat 45 is also located within the boss 42 for rotational connection with the inner knob 60.
  • the rear portion of the accommodating space 48 is provided with an electrical plug 47 that cooperates with an electrical socket on the casing 31 of the steam brush set 30 to receive the electrical energy provided by the steam brush set 30 and to supply power to the thermostat.
  • the rear portion of the accommodating space 48 is provided with a flip chuck 491 which is controlled by a lock knob 49 at the rear end of the housing 41 of the base set 40.
  • the steam brush set 30 is placed in the accommodating space 48 of the housing 41 of the base set 40, and the insertion head 36 at the front end of the housing 31 of the steam brush set 30 and the insertion head 37 on both sides of the middle portion are respectively received by the accommodating space.
  • the front end of the space 48 and the inner wall on both sides of the middle portion; the electrical socket on the lower surface of the casing 31 of the steam brush set 30 is inserted into the electrical plug 47 at the rear of the accommodating space 48.
  • the locking knob 49 is twisted so that the inverting chuck 491 is snapped into the rear slot of the casing 31 of the steam brush set 30, and the steam brush set 30 is snapped onto the base set 40 to form an electric iron with a grip for performing Ironing.
  • the unfolded structure of the embodiment of the temperature adjustment knob in this embodiment is as shown in FIG.
  • the temperature adjustment knob is composed of an outer knob 50 and an inner knob 60.
  • the upper part of the outer knob 50 is an open downwardly facing disk 51 .
  • the upper surface of the upper surface of the disk 51 extends upwardly with a circular boss, and the lower surface of the disk 51
  • a circular short axis 52 extends downwardly from the middle of the surface.
  • the lower portion of the stub shaft 52 has an outer cylindrical surface 53 of a regular twelve-pointed star shape, and the outer cylindrical surface 53 is a regular twelve-corner star-shaped tapered surface that contracts slightly inward.
  • the free end of the lower portion of the stub shaft 52 is provided with a frustum 54 which is inwardly contracted by a positive twelve-corner star corresponding to the outer cylinder surface 53.
  • the lower surface of the disc 51 is located outside the short shaft 52, and three downwardly evenly spaced claws 55 are extended downward, and the chucks of the respective claws 55 are turned outward.
  • the distance between the root of the chuck on the three jaws 55 and the lower edge of the disc 51 is slightly greater than the wall thickness of the inner flange of the top of the corresponding mounting portion 34 of the steam brush set 30.
  • the length of each of the claws 15 is smaller than the length of the short shaft 52 to ensure that the outer cylindrical surface 53 of the short shaft 52 has a sufficient depth to be inserted into the corresponding insertion hole 62 of the inner knob 20.
  • the outer knob 50 is inserted into the mounting portion 34 on the housing 31 of the steam brush set 30.
  • the upper disc 51 of the outer knob 50 is located above the mounting portion 34, and the short shaft 52 and the three claws 55 extend into the tube hole 35 in the mounting portion 34, and the chucks of the three claws 55 are stuck on the top of the mounting portion 34.
  • the upper surface of the top inner flange of the mounting portion 34 is printed with the gear scale of the thermostat, and the gear scale can be clearly seen through the disc 51 of the outer knob 50.
  • the central portion and upper portion of the inner knob 60 are cylindrical bodies 61.
  • the upper surface of the body 61 extends downwardly from a receptacle 62 having a slightly inwardly converging positive dodecagonal inner cylindrical face.
  • the size of the receptacle 62 is in a mating engagement with the outer cylindrical surface 53 of the outer shaft 50 of the outer knob 50.
  • An elongated lever 63 extends downward from the center of the inner lower surface of the body 61.
  • the lower end of the lever 63 is provided with a notch for identifying the orientation.
  • the lower end surface of the outer portion of the body 61 is evenly distributed downwardly to extend three claws 64 which are evenly distributed circumferentially and whose chuck is turned outward.
  • the lower end of each of the claws 64 is higher than the lower end of the lever 63.
  • the upper surface of the body 61 is provided with a concave radial groove 65 and three circumferentially evenly spaced slits 67.
  • the surface of the groove 65 is painted with a striking color to clearly indicate the direction in which the notch 63 is notched.
  • the lower portion of the outer peripheral surface of the body 61 is provided with a limiting block 66 projecting outwardly corresponding to the groove 65.
  • the inner knob 60 is inserted into the circular tubular boss 42 on the housing 41 of the base set 40.
  • the body 61 of the inner knob 60 is located above the boss 42.
  • the lever 63 and the three claws 64 extend into the tube holes in the boss 42.
  • the chucks of the three claws 64 are clamped on the top of the boss 42.
  • the lever 63 is inserted into the slot in the upper part of the temperature regulating seat 45; the notch at the lower end of the lever 63 catches the boss in the slot of the temperature adjusting seat 45, so that the orientation of the lever 63 and the gear position adjusting lever of the thermostat
  • the orientation of 46 is identical to ensure that the notch 65 on the inner knob 60 is capable of uniquely indicating the gear position of the thermostat.
  • the limiting block 66 of the inner knob 60 cooperates with the protrusion 43 on the upper end surface of the boss 42 to limit the rotation amplitude of the inner knob 60, that is, to limit the temperature adjustment position adjustment lever 46 to rotate only within a predetermined gear position range. .
  • the positive twelve-corner outer cylindrical surface 53 of the outer shaft 50 of the short shaft 52 is inserted into the insertion hole 62 of the inner knob 60. in.
  • the inner knob 60 and the temperature adjusting base 45 and the gear position adjusting lever 46 of the thermostat are also synchronously rotated.
  • the groove 65 on the inner knob 60 can be clearly seen through the disc 61 of the outer knob 60, and the thermostat indicated by the correspondence between the groove 65 and the gear scale on the casing 31 of the steam brush set 30 Current gear position.
  • the dual-purpose combination iron of the invention separates or combines the steam brush set and the iron base, the separate steam brush set is used for hanging hot, or the other needs to provide hot steam, and the steam brush set is combined with the base to be an iron. ; Expanded the use of electric irons.

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Description

一种两用组合熨斗 技术领域
本发明涉及一种电熨斗，特别是一种蒸汽刷组与金属底板基座可分离的电熨斗。
背景技术
现有的电熨斗均是在壳体的底部安装具有电热盘的金属底板；壳体内设置调温器，控制输送给电热盘的电能，从而改变金属底板的发热状况；壳体上设置调温旋钮，该调温旋钮直接与调温器的档位调节杆相连接，以调节调温器输出电能的档位。
为了扩展电熨斗的使用方式，将一个蒸汽刷组与一个基座组组合起来，成两用组合式熨斗。
蒸汽刷组的壳体内设有由电加热的蒸汽锅炉，该蒸汽锅炉的出汽管从该壳体的底面与外界连通；电源线从后部引入该壳体内，并与控制蒸汽锅炉的开关相连接。接通该开关，外部的电源向蒸汽锅炉供电，蒸汽锅炉内的水变成蒸汽，从壳体的底面向外喷出。蒸汽刷组的壳体上设有握把，所以蒸汽刷组可单独使用，用于挂烫。
基座组的壳体底部安装电热盘，该壳体内设置调温器，控制输送给电热盘的电能，从而改变电热盘的发热状况。基座组的壳体上没有握把，但基座组的壳体上设置一个容置空间以容纳和卡接蒸汽刷组的下部。蒸汽刷组卡接到基座组上，组成带有握把的电熨斗，用于进行熨烫。
但是，设置在蒸汽刷组上的调温旋钮如何与基座组上调温器的档位调节杆实现可分离的连接，以调节调温器输出电能的档位，这是困扰设计者的问题。因为在分离的状态下，设置在蒸汽刷组上的调温旋钮的旋转位置状态和基座组上调温器的档位调节杆的旋转位置状态都是随机的；很难保证蒸汽刷组卡接到基座组上的同时，调温旋钮与调温器的档位调节杆恰巧实现可同步转动的对合连接。再者，调温旋钮与调温器的档位调节杆随机地实现连接后，很难保证与调温旋钮配合的档位指示部可以正确反应出调温器的档位。
发明内容
本发明旨在提供一种两用组合熨斗，可保证蒸汽刷组卡接到基座组上的同时，调温旋钮与调温器的档位调节杆实现可同步转动的对合连接。
进而，该两用组合熨斗，调温旋钮可在与调温器的档位调节杆随机地实现连接后，保证与其配合的档位指示部可以正确反应出调温器的档位。
本发明的技术方案是：两用组合熨斗，包含蒸汽刷组、基座组以及调温旋钮，所述调温旋钮由可转动地设置在蒸汽刷组壳体上的外旋钮和可转动地设置在基座组壳体上的内旋钮组成，所述内旋钮与基座组的壳体上调温器的档位调节杆相连接；所述外旋钮与所述内旋钮之间通过具有正多边形或正多角星形的柱面配合相插接。
在优选的实施结构中：所述外旋钮与所述内旋钮之间配合的正多边形或正多角星形的柱面为略微向内收缩的锥面，且在所述外旋钮与所述内旋钮之间插接的杆件自由端设置相应的正多边形或正多角星形向内收缩的锥台。使外旋钮易于与内旋钮实现插接，并在插接的过程中借助于外旋钮与内旋钮之间插接的杆件自由端正多边形或正多角星形向内收缩的锥台可以达到自动导正的效果。
进而：在所述外旋钮与所述内旋钮之间插接的管件自由端设置至少两个切槽。在插接过程中，若外旋钮与内旋钮之间没有对正，它们插接的管件自由端会被杆件略微撑开，而该插接的管件自由端的弹性恢复力可自动辅助导正。
特别是：所述外旋钮与所述内旋钮之间配合的正多边形柱面至少有八个侧平面，或者所述外旋钮与所述内旋钮之间配合的正多角星形的柱面至少有九个角。这样作，易于外旋钮与内旋钮实现插接过程中自动导正。
在优选的实施结构中，为使外旋钮可转动地设置在蒸汽刷组壳体上：所述外旋钮的上部是圆盘，该圆盘的下表面中部向下延伸出至少三个沿圆周均匀分布的卡爪，各卡爪的卡头向外翻；外旋钮上部的圆盘位于蒸汽刷组壳体上一个圆管形安装部的上方，所述卡爪伸入所述安装部内的管孔中，所述卡爪的卡头卡在所述安装部顶部的内凸缘上。采用沿圆周均匀分布卡爪结构，既保证了外旋钮可以转动，又便于安装外旋钮。
在优选的实施结构中，为使内旋钮可转动地设置在基座组壳体上：所述内旋钮的中部是圆管形的本体，该本体的下表面向下延伸出至少三个沿圆周均匀分布的卡爪，各卡爪的卡头向外翻；内旋钮的本体位于基座组壳体上表面一个圆管状凸台的上方，所述卡爪伸入所述凸台内的管孔中，所述卡爪的卡头卡在所述凸台顶部的内凸缘上。采用沿圆周均匀分布卡爪结构，既保证了内旋钮可以转动，又便于安装内旋钮。
为实现第二个发明目的：所述的外旋钮用透明材料制成，所述蒸汽刷组的壳体外表面上位于所述外旋钮安装处设置所述调温器的档位刻度，所述内旋钮的插接部上端面设有指示所述调温器的档位调节杆转动角位置的标志。通过外旋钮可以清楚地看到内旋钮插接部上端面的标志，该标志指示了调温器的档位调节杆转动角位置与蒸汽刷组的壳体外表面上调温器的档位刻度的对应关系，即调温器当前的档位。
本发明两用组合熨斗，通过由可转动地设置在蒸汽刷组壳体上的外旋钮和可转动地设置在基座组壳体上的内旋钮，组成可分离的插接式调温旋钮；通过内旋钮与基座组的壳体上调温器的档位调节杆相连接，实现对调温器的调节；在外旋钮与内旋钮之间通过具有正多边形或正多角星形的柱面配合相插接，保证了蒸汽刷组卡接到基座组上的同时，调温旋钮与调温器的档位调节杆实现可同步转动的对合连接；达到了本发明的发明目的。本发明两用组合熨斗的发明才得以最终实现，扩展了电熨斗的使用方式，为消费者带来一物两用的实惠。
附图说明
图1为本发明两用组合熨斗第一个实施例的展开结构示意图。
图2为图1实施例中调温旋钮的展开结构示意图。
图3为图1实施例中的外旋钮装配到蒸汽刷组上的局部剖视结构示意图。
图4为图1实施例中内旋钮的俯视结构示意图。
图5为图1实施例中内旋钮的侧视结构示意图。
图6为图1实施例中的内旋钮装配到基座组上的侧视结构示意图。
图7为图1实施例中的内旋钮装配到基座组上的俯视结构示意图。
图8为图7中B – B向的剖视结构示意图。
图9为图1实施例装配之后的结构示意图。
图10为图1实施例上调温旋钮部分的剖面结构示意图。
图11为本发明两用组合熨斗第二个实施例的展开结构示意图。
图12为图11实施例中调温旋钮的展开结构示意图。
图13为图11实施例中外旋钮的侧视结构示意图。
图14为图11实施例中内旋钮的仰视结构示意图。
图15为图11实施例中内旋钮的俯视结构示意图。
图16为图11实施例中内旋钮的侧视结构示意图。
图17为图11实施例装配之后调温旋钮部分的剖面结构示意图。
具体实施方式
一、实施例一
本发明两用组合熨斗一个实施例的结构，请参看图1。两用组合熨斗有一个独立的蒸汽刷组30和一个独立的基座组40。
蒸汽刷组30的壳体31上设有握把32，使蒸汽刷组30可单独用于挂烫。蒸汽刷组30的壳体31内设有由电加热的蒸汽锅炉，该蒸汽锅炉的出汽管从壳体31底面出汽部33与外界连通。电源线从后部引入壳体31内，并与控制蒸汽锅炉的开关相连接。接通该开关，外部的电源向蒸汽锅炉供电，蒸汽锅炉内的水变成蒸汽，从壳体31底面的出汽部33向外喷出。蒸汽刷组30的壳体31上，在位于握把32下方处设有一个圆管形的安装部34，用于安装外旋钮10。蒸汽刷组30的壳体31前端向下延伸出一个插卡头36。 蒸汽刷组30的壳体31中部两侧分别向下延伸出一个插卡头37。蒸汽刷组30的壳体31后部开有一个卡槽，用来承接基座组40上的翻转卡头491。蒸汽刷组30的壳体31下表面的后部设有电插座，用来向基座组40送电。
请结合图1参看图7和图8：基座组40的壳体41上没有握把，但基座组40的壳体41上设置了一个下凹的容置空间48以容纳和卡接蒸汽刷组30的下部。在容置空间48的中部设有一个向上延伸的圆管状凸台42。该凸台42的上端面设有一个向上的凸块43。基座组40的壳体41底部安装电热盘44。壳体41内设置调温器，控制输送给电热盘44的电能，从而改变电热盘44的发热状况。调温器的档位调节杆46位于凸台42内，档位调节杆46的上端设有一个调温座45。该调温座45也位于凸台42内，用来与内旋钮20实现转动连接。容置空间48的后部设有电插头47，电插头47与蒸汽刷组30壳体31上的电插座相配合，接受蒸汽刷组30提供的电能，并向调温器供电。容置空间48的后部设有翻转卡头491，该翻转卡头491受基座组40的壳体41后端的锁定旋钮49控制。
将蒸汽刷组30放在基座组40壳体41上的容置空间48中，蒸汽刷组30的壳体31前端的插卡头36和中部两侧的插卡头37分别顶住容置空间48前端和中部两侧的内壁；蒸汽刷组30的壳体31下表面的电插座与容置空间48后部的电插头47向插接。扭转锁定旋钮49，使翻转卡头491卡入蒸汽刷组30壳体31后部卡槽，蒸汽刷组30就卡接到基座组40上，组成带有握把的电熨斗，用于进行熨烫。
本实施例中调温旋钮实施例的展开结构，如图2所示。该调温旋钮由外旋钮10和内旋钮20两部分组成。
请结合图2参看图3：外旋钮10用透明材料制成。外旋钮10的上部是开口向下的圆盘11，该圆盘11的上表面中部向上延伸出一个圆形的凸台，该圆盘11的下表面中部向下延伸出一个圆管形的轴套12。该轴套12的内壁13开成略微向内收敛的正十二边形内柱面。从该轴套12的下端均匀分布地向上开出三个切槽14。每个切槽14的根部向下延伸出一个卡头向外翻的卡爪15。三个卡爪15上卡头的根部与圆盘11下边缘之间的距离略大于蒸汽刷组30对应安装部34顶部内凸缘的壁厚。各卡爪15的长度小于轴套12的长度，以保证轴套12的内壁13有足够的深度容纳内旋钮20对应的杆状插接部22。
外旋钮10插卡在蒸汽刷组30壳体31上的安装部34中。外旋钮10上部的圆盘11位于安装部34的上方，轴套12和三个卡爪15伸入安装部34内的管孔35中，三个卡爪15的卡头卡在安装部34顶部的内凸缘上。安装部34顶部内凸缘的上表面印有调温器的档位刻度，透过外旋钮10的圆盘11可以清晰地看到该档位刻度。
请结合图2参看图4和图5：内旋钮20的中部是圆管形的本体21。本体21的上表面向上延伸出一个具有略微向内收敛的正十二边形柱面的杆状插接部22。插接部22的尺寸与外旋钮10轴套12的内壁13成插接配合。本体21内部下表面的中央向下延伸出一个长条形的拨杆23。拨杆23的下端开有一个标识方位的缺口。本体21外部的下端面均匀分布地向下延伸出三个卡头向外翻的卡爪24。各卡爪24的下端高于拨杆23的下端。插接部22的上端为向内收敛的正十二边形的锥台221，该锥台221的上表面设有一个凸起的箭头25。箭头25的上表面被涂上醒目的颜色，以清晰地标志出拨杆23缺口所在的方向。本体21的外周面下部对应箭头25设有一个向外突出的限位块26。
请参看图6、图7、图8和图10：内旋钮20插卡在基座组40壳体41上的圆管状凸台42中。内旋钮20的本体21位于凸台42的上方，拨杆23和三个卡爪24伸入凸台42内的管孔中，三个卡爪24的卡头卡在凸台42顶部的内凸缘上。拨杆23插在调温座45上部的插槽中；拨杆23下端的缺口卡住调温座45插槽内的凸起部，使拨杆23的方位与调温器的档位调节杆46的方位相一致，从而保证内旋钮20上的箭头25能够唯一地指示出调温器的档位。内旋钮20的限位块26与凸台42上端面上的凸块43相配合，限制内旋钮20的转动幅度即限制调温器档位调节杆46只能在规定的档位位置范围内转动。
请参看图9和图10：蒸汽刷组30卡接到基座组40上，组成带有握把的电熨斗时，内旋钮20的插接部22插接在外旋钮10轴套12的内壁13中。转动外旋钮10的圆盘11，内旋钮20和调温座45及调温器的档位调节杆46也随之同步转动。透过外旋钮10的圆盘11可以清晰地看到内旋钮20上的箭头25，以及该箭头25与蒸汽刷组30的壳体31上档位刻度的对应关系所指示的调温器当前档位。
二、实施例二
本发明两用组合熨斗第二个实施例的展开结构，请参看图11。该两用组合熨斗与前一实施例所介绍的那样，有一个独立的蒸汽刷组30和一个独立的基座组40。
蒸汽刷组30的壳体31上设有握把32，使蒸汽刷组30可单独用于挂烫。蒸汽刷组30的壳体31内设有由电加热的蒸汽锅炉，该蒸汽锅炉的出汽管从壳体31底面出汽部33与外界连通。电源线从后部引入壳体31内，并与控制蒸汽锅炉的开关相连接。接通该开关，外部的电源向蒸汽锅炉供电，蒸汽锅炉内的水变成蒸汽，从壳体31底面的出汽部33向外喷出。蒸汽刷组30的壳体31上，在位于握把32下方处设有一个圆管形的安装部34，用于安装外旋钮50。蒸汽刷组30的壳体31前端向下延伸出一个插卡头36。 蒸汽刷组30的壳体31中部两侧分别向下延伸出一个插卡头37。蒸汽刷组30的壳体31后部开有一个卡槽，用来承接基座组40上的翻转卡头491。蒸汽刷组30的壳体31下表面的后部设有电插座，用来向基座组40送电。
基座组40的壳体41上没有握把，但基座组40的壳体41上设置了一个下凹的容置空间48以容纳和卡接蒸汽刷组30的下部。在容置空间48的中部设有一个向上延伸的圆管状凸台42。该凸台42的上端面设有一个向上的凸块43。基座组40的壳体41底部安装电热盘44。壳体41内设置调温器，控制输送给电热盘44的电能，从而改变电热盘44的发热状况。调温器的档位调节杆46位于凸台42内，档位调节杆46的上端设有一个调温座45。该调温座45也位于凸台42内，用来与内旋钮60实现转动连接。容置空间48的后部设有电插头47，电插头47与蒸汽刷组30壳体31上的电插座相配合，接受蒸汽刷组30提供的电能，并向调温器供电。容置空间48的后部设有翻转卡头491，该翻转卡头491受基座组40的壳体41后端的锁定旋钮49控制。
将蒸汽刷组30放在基座组40壳体41上的容置空间48中，蒸汽刷组30的壳体31前端的插卡头36和中部两侧的插卡头37分别顶住容置空间48前端和中部两侧的内壁；蒸汽刷组30的壳体31下表面的电插座与容置空间48后部的电插头47向插接。扭转锁定旋钮49，使翻转卡头491卡入蒸汽刷组30壳体31后部卡槽，蒸汽刷组30就卡接到基座组40上，组成带有握把的电熨斗，用于进行熨烫。
本实施例中调温旋钮实施例的展开结构，如图12所示。该调温旋钮由外旋钮50和内旋钮60两部分组成。
请结合图12参看图13、图14和图17：外旋钮50的上部是开口向下的圆盘51，圆盘51的上表面中部向上延伸出一个圆形的凸台，圆盘51的下表面中部向下延伸出一个圆形的短轴52。短轴52的下部具有正十二角星形的外柱面53，该外柱面53为略微向内收缩的正十二角星形锥面。短轴52下部的自由端设置与外柱面53相应的正十二角星形向内收缩的锥台54。圆盘51的下表面位于短轴52的外侧，向下延伸出三个沿圆周均匀分布的卡爪55，各卡爪55的卡头向外翻。三个卡爪55上卡头的根部与圆盘51下边缘之间的距离略大于蒸汽刷组30对应安装部34顶部内凸缘的壁厚。各卡爪15的长度小于短轴52的长度，以保证短轴52的外柱面53有足够的深度插入内旋钮20对应的插孔62。
外旋钮50插卡在蒸汽刷组30壳体31上的安装部34中。外旋钮50上部的圆盘51位于安装部34的上方，短轴52和三个卡爪55伸入安装部34内的管孔35中，三个卡爪55的卡头卡在安装部34顶部的内凸缘上。安装部34顶部内凸缘的上表面印有调温器的档位刻度，透过外旋钮50的圆盘51可以清晰地看到该档位刻度。
请结合图12参看图15、图16和图17：内旋钮60的中部和上部是圆柱形的本体61。本体61的上表面向下延伸出一个具有略微向内收敛的正十二角星形内柱面的插孔62。插孔62的尺寸与外旋钮50短轴52的外柱面53成插接配合。本体61内部下表面的中央向下延伸出一个长条形的拨杆63。拨杆63的下端开有一个标识方位的缺口。本体61外部的下端面均匀分布地向下延伸出三个沿圆周均匀分布且卡头向外翻的卡爪64。各卡爪64的下端高于拨杆63的下端。本体61的上表面设有一道下凹的径向刻槽65和三个沿圆周均匀分布的切槽67。刻槽65的表面被涂上醒目的颜色，以清晰地标志出拨杆63缺口所在的方向。本体61的外周面下部对应刻槽65设有一个向外突出的限位块66。
内旋钮60插卡在基座组40壳体41上的圆管状凸台42中。内旋钮60的本体61位于凸台42的上方，拨杆63和三个卡爪64伸入凸台42内的管孔中，三个卡爪64的卡头卡在凸台42顶部的内凸缘上。拨杆63插在调温座45上部的插槽中；拨杆63下端的缺口卡住调温座45插槽内的凸起部，使拨杆63的方位与调温器的档位调节杆46的方位相一致，从而保证内旋钮60上的刻槽65能够唯一地指示出调温器的档位。内旋钮60的限位块66与凸台42上端面上的凸块43相配合，限制内旋钮60的转动幅度即限制调温器档位调节杆46只能在规定的档位位置范围内转动。
蒸汽刷组30卡接到基座组40上，组成带有握把的电熨斗时，外旋钮50短轴52的正十二角星形外柱面53插接在内旋钮60的插孔62中。转动外旋钮50的圆盘51，内旋钮60和调温座45及调温器的档位调节杆46也随之同步转动。透过外旋钮60的圆盘61可以清晰地看到内旋钮60上的刻槽65，以及该刻槽65与蒸汽刷组30的壳体31上档位刻度的对应关系所指示的调温器当前档位。
以上所述，仅为本发明较佳实施例，不以此限定本发明实施的范围，依本发明的技术方案及说明书内容所作的等效变化与修饰，皆应属于本发明涵盖的范围。
工业实用性
本发明的一种两用组合熨斗，将蒸汽刷组与熨斗基座分离或组合，单独的蒸汽刷组用于挂烫，或其它需要提供热蒸汽,蒸汽刷组与基座结合则为一熨斗;扩展了电熨斗的使用方式。

Claims (7)

  1. 一种两用组合熨斗，包含蒸汽刷组、基座组以及调温旋钮，其特征在于：所述调温旋钮由可转动地设置在蒸汽刷组壳体上的外旋钮和可转动地设置在基座组壳体上的内旋钮组成，所述内旋钮与基座组的壳体上调温器的档位调节杆相连接；所述外旋钮与所述内旋钮之间通过具有正多边形或正多角星形的柱面配合相插接。
  2. 根据权利要求1所述的一种两用组合熨斗，其特征在于：所述外旋钮与所述内旋钮之间配合的正多边形或正多角星形的柱面为略微向内收缩的锥面，且在所述外旋钮与所述内旋钮之间插接的杆件自由端设置相应的正多边形或正多角星形向内收缩的锥台。
  3. 根据权利要求2所述的一种两用组合熨斗，其特征在于：在所述外旋钮与所述内旋钮之间插接的管件自由端设置至少两个切槽。
  4. 根据权利要求3所述的一种两用组合熨斗，其特征在于：所述外旋钮与所述内旋钮之间配合的正多边形柱面至少有八个侧平面，或者所述外旋钮与所述内旋钮之间配合的正多角星形的柱面至少有九个角。
  5. 根据权利要求1或2或3或4所述的一种两用组合熨斗，其特征在于：所述外旋钮的上部是圆盘，该圆盘的下表面中部向下延伸出至少三个沿圆周均匀分布的卡爪，各卡爪的卡头向外翻；外旋钮上部的圆盘位于蒸汽刷组壳体上一个圆管形安装部的上方，所述卡爪伸入所述安装部内的管孔中，所述卡爪的卡头卡在所述安装部顶部的内凸缘上。
  6. 根据权利要求1或2或3或4所述的一种两用组合熨斗，其特征在于：所述内旋钮的中部是圆管形的本体，该本体的下表面向下延伸出至少三个沿圆周均匀分布的卡爪，各卡爪的卡头向外翻；内旋钮的本体位于基座组壳体上表面一个圆管状凸台的上方，所述卡爪伸入所述凸台内的管孔中，所述卡爪的卡头卡在所述凸台顶部的内凸缘上。
  7. 根据权利要求1或2或3或4所述的一种两用组合熨斗，其特征在于：所述的外旋钮用透明材料制成，所述蒸汽刷组的壳体外表面上位于所述外旋钮安装处设置所述调温器的档位刻度，所述内旋钮的插接部上端面设有指示所述调温器的档位调节杆转动角位置的标志。
PCT/CN2010/079457 2009-12-17 2010-12-06 一种两用组合熨斗 WO2011072579A1 (zh)

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EP2514866A4 (en) 2018-01-17
JP3181485U (ja) 2013-02-14

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