GB2590337A

GB2590337A - An iron with adjustable heating distance

Info

Publication number: GB2590337A
Application number: GB2103996.1A
Authority: GB
Inventors: Zhuang Wuyi
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-03-23
Filing date: 2021-03-23
Publication date: 2021-06-23
Also published as: GB202103996D0

Abstract

This invention related to the technical field of home appliances, and specifically refers to an iron with adjustable heating distance. The iron comprises a base 10, an iron body 11, a handle 12, a base inner cavity 29, a baseboard 30, a baseboard inner cavity 31, a baseboard through hole 32, minute through-holes, and a gap device comprises three of snap-gauge rotation grooves 21, and a humidity control device comprises a temperature control knob 14, and a distance adjusting device comprises a rotation wheel 19 rotatably arranged on an upper end of a front part of the iron body 11; the present invention is able to solve the problem that the ironed clothing will be wrinkled after placing a dry towel in being ironed and a clothing burning due to a long time staying of the steam and dry iron on the clothing.

Description

AN IRON WITH ADJUSTABLE HEATING DISTANCE

TECHNICAL FIELD

[0001] The present invention relates to the technical field of home appliances, in particular to an iron with adjustable heating distance

BACKGROUND OF THE INVENTION

[0002] With an improvement of living standard, more and more people focus on clothing details, such as the flatness of the clothing. Steam and dry iron is a tool for making clothing and cloth smooth, and when in use, the steam and dry iron is simple and convenient, which is favored by human beings, in existing technology, when in use, if the matters to be ironed is relative frail like silk or nylon, a dry towel is required to be pad to avoid a damage to the matters; moreover, some wrinkles will caused on the clothing as the dry towel placing; furthermore, when in use, if the steam and dry iron stays for a long time, the clothing will be burnt, and some clothing with small wrinkles are inconvenient to fix when in ironing, a hand burning will occurred if people fix clothing with hands thereby a human damage is caused.

BRIEF SUMMARY OF THE INVENTION

[0003] The technical problem to be solved by the invention is to provide an iron with adjustable heating distance so as to overcome the problems existing in the prior art.

[0004] The following technical plan is adopted by the invention to solve the above-mentioned technical problems: an iron with adjustable heating distance disclosed in the present invention comprises a base, wherein an iron body is fixedly connected to an upper end of the base, wherein a handle is fixedly connected to a rear end surface of an upper part of the iron body, and a base inner cavity is vertically defined on a lower end surface of the base, wherein a baseboard is slidably arranged in the base inner cavity, wherein a baseboard inner cavity is defined in the baseboard in forward and backward directions, and a baseboard through hole communicated with the baseboard inner cavity is arranged on an upper end surface of the baseboard, and minute through-holes communicated with the baseboard inner cavity is arranged on a bottom of the baseboard, and a gap device comprises three of snap-gauge rotation grooves defined on first and second arc surfaces of the base, wherein three of the snap-gauge rotation grooves are respectively arranged at equal intervals on the first and second arc surfaces of the base, and a humidity control device comprises a temperature control knob rotatably arranged on an upper end surface of a rear part of the iron body, and a distance adjusting device comprises a rotation wheel rotatably arranged on an upper end of a front part of the iron body.

[0005] As an optimized technical proposal, the gap device further comprises snap-gauge shaft grooves arranged on rear parts of the snap-gauge rotation grooves, wherein sub-terminal mouths of the snap-gauge shaft grooves penetrate through the lower end surface of the base, wherein snap-gauge shafts are fixedly and vertically connected to tops of the snap-gauge shaft grooves, wherein snap-gauge rotation shafts are rotatably arranged on outer circumferential surfaces of the snap-gauge shafts, wherein snap-gauge rotation shaft inner grooves are vertically arranged in the snap-gauge rotation shafts, and first springs are sleeved on the snap-gauge shafts, wherein upper ends of the first springs are fixedly connected to tops of the snap-gauge rotation grooves and lower ends of the first springs are fixedly connected to bottoms of the snap-gauge rotation shaft inner grooves, wherein snap-gauges are arranged in the snap-gauge rotation grooves, wherein side end surfaces of the snap-gauges is fixedly connected to outer circumferential surfaces of the snap-gauge rotation shafts, wherein snap-gauge grooves are arranged on side end surfaces of the snap-gauges along arc directions of the snap-gauges, wherein three of snap-gauge latching slots are respectively arranged on the first and second arc surfaces of the base, and each of the snap-gauge latching slots is communicated with corresponding one of the snap-gauge shaft grooves on a side edge of the base, whereby when the present apparatus is used to iron ordinary clothes, the snap-gauges are pulled manually to separate from the snap-gauge rotation grooves, after the snap-gauges rotate for degrees, the snap-gauge rotation shafts are driven to be pulled to move downwards under actions of the first springs, thereby the snap-gauges are driven to move downwards, thereby lower edges of the snap-gauge grooves are paralleled to lower edges of the snap-gauge latching slots, and then the snap-gauge rotation grooves are pulled again to drive the snap-gauge grooves to be clamped on the lower edges of the snap-gauge latching slots, thereby an intermittence between the bottom of the base and the ordinary clothes is increased, thereby a burning to the ordinary clothes due to a long time staying of the present apparatus on the ordinary clothes when in using is avoided, when the snap-gauges eject out after rotating for degrees, clothes with slight wrinkles are ironed, and then the clothes with slight wrinkles are pushed by lower ends of the snap-gauges, thereby the clothes with slight wrinkles are convenient to be unfolded for being fixed, thereby a hand burning due to fixing the clothes with hands is avoided, thereby personal injuries are reduced [0006] As an optimized technical proposal, the humidity adjusting device further comprises an iron body inner cavity horizontally arranged on a lower end of an interior of the iron body, wherein two of iron body communication grooves are defined on a bottom of the iron body inner cavity, and two of the iron body communication grooves are symmetrically arranged with respect to a vertical center line of the temperature control knob, wherein sponge connect columns are arranged in interiors of two of the iron body communication grooves, and two of hard sponge shafts are fixedly arranged in an interior of the base inner cavity in a front-back direction, wherein two of the hard sponge shafts are symmetrically arranged with respect to a axle wire of the temperature control knob, and each of the hard sponge shafts is respectively and fixedly connected to corresponding one of the iron body communication grooves, and two of rear fixing blocks are fixedly connected to a rear side wall of an interior of the iron body, wherein two of the rear fixing blocks are symmetrically arranged with respect to a horizontal center line of the iron body, and heating wires are respectively and fixedly arranged on lower end surfaces of the rear fixing blocks, and a front fixing block is fixedly arranged on an interior of a front end of the iron body which is electrically connected to the temperature control knob, wherein an arc end of the front fixing block is fixedly connected to an arc side wall of a front end of the iron body, and a horizontal end of the front fixing block is fixedly connected to a side wall of an apex angle of the iron body, and the heating wires are arranged on a lower end surface of the front fixing block to electrically connected with the temperature control knob, and an inflow groove is obliquely defined on a rear part of an upper end of the iron body, wherein the inflow groove is communicated with the iron body inner cavity, wherein an inflow cover is clamped in the inflow groove; whereby when the present apparatus is used, the inflow cover is opened at first, and then a certain amount of water is poured into the iron body inner cavity through the inflow groove, and then the present apparatus is started, and temperatures of the heating wires are confirmed by adjusting the temperature control knob, and then the water in the iron body inner cavity soak the hard sponge shafts through connections of the sponge connect columns, and then the water become vapour after being heated by the heating wires to fulfill in the baseboard, and at the same time, a bottom of the baseboard is heated, and when the present apparatus is performing an ironing function, the vapour enter into the baseboard inner cavity through the baseboard through hole to be sprayed on the clothes via the minute through-holes, thereby a clothing burning due to an overheating of the baseboard is avoided [0007] As an optimized technical proposal, the humidity adjusting device further comprises a pressing shaft through hole arranged on a top of a front end of the iron body inner cavity, wherein a twist rod is rotatably arranged in the pressing shaft through hole, wherein a pressing shaft is fixedly connected to an upper end of the twist rod, and an upper end of the pressing shaft penetrates through the pressing shaft through hole to be fixedly connected with the pressing disc, wherein a pressing shaft latching groove is defined on a lower end of the pressing shaft along a vertical direction, wherein a pressing shaft connect slot is arranged on a front end of the iron body relative to the pressing shaft latching groove along a vertical direction, wherein a second spring is arranged in the pressing shaft connect slot, wherein an upper end of the second spring is fixedly connected to a top of the pressing shaft latching groove and a lower end of the second spring is fixedly connected to a bottom of the pressing shaft connect slot, and a round disc groove is arranged on a bottom of a front end of the iron body inner cavity, wherein a sieve plate is fixedly arranged in the round disc groove, wherein a round ring is fixedly arranged on an upper end of the sieve plate, wherein at least two of round ring through holes are arranged on side end surfaces of the round ring, and a plurality of the round ring through holes are arranged at equal intervals along an arc direction of the round ring, and a blade ring is rotatably arranged on a center of the sieve plate, wherein a blade is fixedly connected to an outer circumferential surface of the blade ring, wherein two of transmission shafts are fixedly connected in the blade along a horizontal direction, and two of the transmission shafts are arranged along a peripheral direction of the blade ring at equal intervals, and the twist rod penetrates through an interior of the blade ring, and ports of two of the transmission shafts are clamped in clearances of the twist rod, wherein a baffle is fixedly connected to a lower end of the twist rod, and the baffle contacts a bottom of the sieve plate in an initial state, and a pushing block is fixedly connected to a bottom of the baffle, whereby when the clothes to be ironed is required to be sprayed by water, the pressing disc is pushed reciprocally and manually to extrude the first springs, thereby the pressing shaft is driven to move up and down reciprocally, thereby the twist rod is driven to reciprocate upwardly or downwardly in the blade ring, and when the water is fulfilled in the iron body inner cavity, the water enter into the round ring through the round ring through holes, and when the twist rod moves upwardly and downwardly, the transmission shafts are driven to slide along an end surface of the twist rod, thereby the blade ring is pushed to rotate flatly, thereby the blade is driven to rotate, thereby the water in the round ring is driven to rotate, when the twist rod moves downwards, the baffle separates from the sieve plate, and the rotating water is sprayed from holes of the sieve plate, and after being heated by the heating wires, the water enter into the baseboard inner cavity through the baseboard through hole to be sprayed onto the clothes from the minute through-holes finally, thereby the clothes are sprayed and soaked.

[0008] As an optimized technical proposal, the humidity adjusting device further comprises a connect through hole defined on an upper end surface of a front part of the iron body inner cavity along a vertical direction, wherein a connect tube is fixedly connected to a lower end surface of a front part of the iron body inner cavity, and the connect tube is communicated with the connect through hole, and a lower end surface of the connect tube is fixedly connected with an upper end surface of the front fixing block, wherein a sliding column groove is horizontally arranged in the front fixing block, wherein a base communication slot is arranged on an upper end surface of a front part of the front fixing block along a vertical direction, and the base communication slot is communicated with the connect tube and the sliding column groove, wherein a sliding column is slidably arranged in the sliding column groove, wherein a third spring is connected between a front end surface of the sliding column and a side wall of the sliding column groove, wherein a sliding column ring groove is arranged on a front end of the sliding column along a horizontal direction, and a circumferential surface of the front end of the sliding column blocks a lower port of the base communication slot in an initial state, and a base connect through slot is arranged on a front end of the baseboard along a vertical direction, wherein a lower end of the base connect through slot is communicated with the baseboard inner cavity, and an upper end of the baseboard inner cavity is communicated with the sliding column groove; whereby when the present apparatus finishes to be used, the water is poured out by opening the inflow cover, and then the inflow cover is closed, and then the pressing disc is pressed manually to drive the pushing block to contact a side end surface of the sliding column, thereby the sliding column ring groove is communicated with the base communication slot, and then the present apparatus is inclined forwardly to drive remaining water in the iron body inner cavity to flow into the connect through hole, and the remaining water flow into the base communication slot after passing an interior of the connect tube to enter into the baseboard inner cavity from the base connect through slot, and at this time, the present apparatus is placed vertically, thereby the water flow along a top of the baseboard inner cavity, thereby the remaining water in the iron body inner cavity is removed to prolong a using life of the present apparatus, and at the same time, the water flowing in the baseboard inner cavity is able to preform a cooling function to the baseboard.

[0009] As an optimized technical proposal, the distance adjusting device further comprises two of connect ribs fixedly connected to an interior of a front end of the round disc groove along a horizontal direction, and two of the connect ribs are symmetrically arranged along a horizontal center line of the baseboard, wherein a feed screw nut is fixedly connected between two of the connect ribs, and a rotation wheel groove is arranged on an upper end surface of a front part of the iron body along a vertical direction, wherein a rotation wheel is rotatably arranged in the rotation wheel groove, wherein a screw through slot is arranged on a bottom of the rotation wheel groove along a vertical direction, wherein a screw is rotatably arranged in the screw through slot, and a lower end of the screw penetrates through the feed screw nut, and an upper end of the screw is clamped in the rotation wheel; whereby when some frail clothes like silk clothing or nylon clothing are to be ironed, the rotation wheel is rotated manually to drive the screw to rotate synchronously in the screw through slot, thereby the feed screw nut is driven to move downwards along an axial direction of the screw, thereby the connect ribs are driven to move downwards along a vertical direction, thereby the baseboard is pushed to move downwards along a vertical direction, thereby the intermittence between the heating wires and the bottom of the interior of the baseboard increases, and the distance between the bottom of the baseboard and the heating wires are changed by regulating the rotation wheel for adapting to iron different clothing; when the distance between the baseboard and the heating wires increases, a distance of the bottom of the baseboard for receiving heat increases, thereby a heat transferring efficiency is reduced, thereby the frail clothing is avoided to be damaged by ironing, and at the same time, the ironed clothing when in ironing will not wrinkle by padding dry towels.

[0010] The present II on provides an iron with adjustable heating distance, which offers the following improvements and advantages over the prior art: 1. by arranging the gap device, an intermittence between the bottom of the base and the ordinary clothes is increased, thereby a burning to the ordinary clothes due to a long time staying of the present apparatus on the ordinary clothes when in using is avoided; when the snap-gauges eject out after rotating for 90 degrees, clothes with slight wrinkles are ironed, and then the clothes with slight wrinkles are pushed by lower ends of the snap-gauges, thereby the clothes with slight wrinkles are convenient to be unfolded for being fixed, thereby a hand burning due to fixing the clothes with hands is avoided, thereby personal injuries are reduced; 2. by arranging the distance adjusting device, the distance between the bottom of the baseboard and the heating wires are changed by regulating the rotation wheel for adapting to iron different clothing; when the distance between the baseboard and the heating wires increases, a distance of the bottom of the baseboard for receiving heat increases, thereby a heat transferring efficiency is reduced, thereby the frail clothing is avoided to be damaged by ironing, and at the same time, the ironed clothing when in ironing will not wrinkle by padding dry towels.

BRIEF DESCRIPTION OF THE DRAWINGS

[0011] FIG. 1 is a overall schematic structural diagram of the present invention; [OM 2] FIG. 2 is a top view of the present invention; [0013] FIG. 3 is a front view of the presentinvention; [0014] FIG. 4 is a sectional perspective view along "S-S" direction in FIG. 2; [0015] FIG. 5 is a partial enlarged diagram of "Q" in FIG. 4; [0016] FIG. 6 is a cross-sectional view along "D-D" direction in FIG. 3; [0017] FIG. 7 is a sectional perspective view along "A-A" direction in FIG. 2: [0018] FIG. 8 is a partial enlarged diagram of "W" in FIG. 7; [0019] In figures, a base 10, an iron body 11, a handle 12, an inflow groove 13, a temperature control knob 14, an inflow cover 15, a pressing disc 16, a rotation wheel groove 17, a screw 18, a rotation wheel 19, a pressing shaft 20, snap-gauge rotation grooves 21, snap-gauges 22, snap-gauge grooves 23, snap-gauge shaft grooves 24, snap-gauge shafts 25, snap-gauge rotation shafts 26, snap-gauge rotation shaft inner grooves 27, snap-gauge latching slots 28, a base inner cavity 29, a baseboard 30, a baseboard inner cavity 31, a baseboard through hole 32, hard sponge shafts 33, sponge connect columns 34, iron body communication grooves 35, a pressing shaft connect slot 36, a pressing shaft latching groove 37, an iron body inner cavity 38, a twist rod 39, a round disc groove 40, a round ring 41, round ring through holes 42, a blade 43, a blade ring 44, transmission shafts 45, a connect through hole 46, a connect tube 47, a base communication slot 48, a sliding column groove 49, a sliding column SO, a sliding column ring groove 51, a base connect through slot 52, a sieve plate 53, a baffle 54, a pushing block 55, connect ribs 56, a feed screw nut 57, a front fixing block 58, rear fixing blocks 59, a pressing shaft through hole 60, a screw through slot 63.

DETAILED DESCRIPTION OF THE INVENTION

[0020] For better explain the technical proposal in the present invention embodiments, figures 1-8 in the embodiments will be briefly described below. Obviously, the embodiment described is only part of the embodiments of the present invention. All other embodiments obtained by persons of ordinary skill in the art based on the embodiment of the present invention without creative efforts shall fail within the protection scope of the present invention, [00211] Referring to figure 1, 3 and 4, an iron with adjustable heating distance disclose( in the present invention comprises a base 10, wherein an iron body 11 is fixedly connected to an upper end of the base 10, wherein a handle 12 is fixedly connected to a rear end surface of an upper part of the iron body 11, and a base inner cavity 29 is vertically defined on a lower end surface of the base 10, wherein a baseboard 30 is slidably arranged in the base inner cavity 29, wherein a baseboard inner cavity 31 is defined in the baseboard 30 in forward and backward directions, and a baseboard through hole 32 communicated with the baseboard inner cavity 31 is arranged On an upper end surface of the baseboard 30, and minute through-holes communicated with the baseboard inner cavity 31 is arranged on a bottom of the baseboard 30, and a gap device comprises three of snap-gauge rotation grooves 21 defined on first and second arc surfaces of the base 10, wherein three of the snap-gauge rotation grooves 21 are respectively arranged at equal intervals on the first and second arc surfaces of the base 10, and a humidity control device comprises a temperature control knob 14 rotatably arranged on an upper end surface of a rear parr of the iron body 11, and a distance adjusting device comprises rotation wheel 19 rotatably arranged on an upper -rid of a front part of the iron body [0022] Referring to figure 3, 4 and 5, the gap device further comprises snap-gauge shaft grooves 24 arranged on rear parts of the snap-gauge rotation grooves 21, wherein sub-terminal mouths of the snap-gauge shaft grooves 24 penetrate through the lower end surface of the base 10, wherein snap-gauge shafts 25 are fixedly and vertically connected to tops of the snap-gauge shaft grooves 24, wherein snap-gauge rotation shafts 26 are rotatably arranged on outer circumferential surfaces of the snap-gauge shafts 25, Wherein snap-gauge rotation shaft inner grooves 27 are vertically arranged in the snap-gauge rotation shafts 26, and first springs are sleeved on the snap-gauge Shafts 25, wherein upper ends of the first springs are fixedly connected to tops of the snap-gauge rotation grooves 21 and lower ends of the first springs are fixedly connected to bottoms of the snap-gauge rotation shaft inner grooves 27, wherein snap-gauges 22 are arranged in the snap-gauge rotation grooves 21, wherein side end surfaces of the snap-gauges 22 is fixedly connected to outer circumferential surfaces of the snap-gauge rotation shafts 26, wherein snap-gauge grooves 23 are arranged on side end surfaces of the snap-gauges 22 along arc directions of the snap-gauges 22, wherein three of snap-gauge latching slots 28 are respectively arranged on the first and second arc surfaces of the base 10, and each of the snap-gauge latching slots 28 is communicated with corresponding one of the snap-gauge shaft grooves 24011 a side edge of the base 10.

[0023] Furthermore, when the present apparatus is used to iron ordinary clothes, the snap-gauges 22 are pulled manually to separate from the snap-gauge rotation grooves 21, after the snap-gauges 22 rotate for 90 degrees" the snap-gauge rotation shafts 26 are driven to be pulled to move downwards under actions of the first springs, thereby the snap-gauges 22 are driven to move downwards, thereby lower edges of the snap-gauge grooves 23 are paralleled to lower edges of the snap-gauge latching slots 28, and then the snap-gauge rotation grooves 21 are pulled again to drive the snap-gauge grooves 23 to be clamped on the lower edges of the snap-gauge latching slots 28, thereby an intermittence between the bottom of the base 10 and the ordinary clothes is increased, thereby a burning to the ordinary clothes due to a long time staying of the present apparatus on the ordinary clothes when in using is avoided; when the snap-gauges 22 eject out after rotating for 90 degrees, clothes with slight wrinkles are ironed, and then the clothes with slight wrinkles are pushed by lower ends of the snap-uauues 22, thereby the clothes with slight wrinkles are convenient to be unfolded for being fixed, thereby a hand burning due to fixing the clothes with hands is avoided:, thereby personal injuries are reduced.

[0024] Referring to figures 6-7, the humidity adjusting device further comprises an iron body inner cavity 38 horizontally arranged on a lower end of an interior of the iron body II, wherein two of iron body communication grooves 35 are defined on a bottom of the iron body inner cavity 38, and two of the iron body communication grooves 35 are symmetrically arranged with respect to a vertical center line of the temperature control knob 14, wherein sponge connect columns 34 are arranged in interiors of two of the iron body communication grooves 35, and two of hard sponge shafts 33 are fixedly arranged in an interior of the base inner cavity 29 in a front-back direction, wherein two of the hard sponge shafts 33 are symmetrically arranged with respect to a axle wire of the temperature control knob 14, and each of the hard sponge shafts 33 is respectively and fixedly connected to corresponding one of the iron body communication grooves 35, and two of rear fixing blocks 59 are fixedly connected to a rear side wall of an. interior of the iron body It, wherein two of the rear fixing blocks 59 are symmetrically arranged with respect to a horizontal center line of the iron body 11, and heating wires are respectively and fixedly arranged on lower end surfaces of the rear fixing blocks 59, and a front fixing block 58 is fixedly arranged on an interior of a front end of the iron body 11 which is electrically connected to the temperature control knob 14, wherein an arc end of the front fixing block 58 is fixedly connected to an arc side wall of a front end of the iron body 11, and a horizontal end of the front fixing block 58 is fixedly connected to a side wall of an apex angle of the iron body II, and the heating wires are arranged on a lower end surface of the front fixing block 58 to electrically connected with the temperature control knob 14, and an inflow groove 13 is obliquely defined on a rear part of an upper end of the iron body 11, wherein the inflow groove 13 is communicated with the iron body inner cavity 38, wherein an inflow cover 15 is clamped in the inflow goove 13.

[0025] Furthermore, when the present apparatus is used, the inflow cover 15 is opened at first, and then a certain amount of water is poured into the iron body inner cavity 38 through the inflow groove 13, and then the present apparatus is started, and temperatures of the heating wires are conlimled by adjusting the temperature control knob 14, and then the water in the iron body inner cavity 38 soak the hard sponge shafts 33 through connections of the sponge connect columns 34, and then the water become vapour after being heated by the heating wires to fulfill in the baseboard 30, and at the same time, a bottom of the baseboard 30 is heated, and when the present apparatus is performing an ironing function, the vapour enter into the baseboard inner cavity 31 through the baseboard through hole 32 to he sprayed on the clothes via the minute through-holes, thereby a clothing burning due to an overheating of the baseboard 30 is avoided.

[0026] Referring to figures 6-8, the humidity adjusting device further comprises a pressing shaft through hole 60 arranged on a top of a front end of the iron body inner cavity 38, wherein a twist rod 39 is rotatahly arranged in the pressing shaft through hole 60; wherein a pressing shaft 20 is fixedly connected to an upper end of the twist rod 39, and an upper end of the pressing shaft 20 penetrates through the pressing shaft through hole 60 to be fixedly connected with the pressing disc 16, wherein a pressing shaft latching groove 37 is defined on a lower end of the pressing shaft 20 along a vertical direction; wherein a pressing shaft connect slot 36 is arranged on a front end of the iron body 11 relative to the pressing shaft latching groove 37 along a vertical direction, wherein a second spring is arranged in the pressing shaft connect slot 36, wherein an upper end of the second spring is fixedly connected to a top of the pressing shaft latching groove 37 and a lower end of the second spring is fixedly' connected to a bottom of the pressing shaft connect slot 36; and a round disc groove 40 is arranged on a bottom of a front end of the iron body inner cavity 38, wherein a sieve plate 53 is fixedly arranged in the round disc groove 40, wherein a round ring 41 is fixedly arranged on an upper end of the sieve plate 53, wherein at least two of round ring through holes 42. are arranged on side end surfaces of the round ring 41, and a plurality of the round ring through holes 42 are arranged at equal intervals along an arc direction of the round ring 41, and a blade ring 44 is rotatably arranged on a center of the sieve plate 53, wherein a blade 43 is fixedly connected to an outer circumferential surface of the blade ring 44, wherein two of transmission shafts 45 are fixedly connected in the blade 43 along a horizontal direction, and two of the transmission shafts 45 are arranged along a peripheral direction of the blade ring 44 at equal intervals, and the twist rod 39 penetrates through an interior of the blade ring 44, and ports of two of the transmission shafts.45 are clamped in clearances of the twist rod 39, wherein a baffle 54 is fixedly connected to a. lower end of the twist rod 39, and the baffle 54 contacts a bottom of the sieve plate 53 in an initial state, and a pushing block 55 is fixedly connected to a bottom of the baffle 54.

[0027] Furthermore, when the clothes to be ironed is required to be sprayed by water, the pressing disc 16 is pushed reciprocally and manually to extrude the first springs, thereby the pressing shaft 20 is driven to move up and down reciprocally, thereby the twist rod 39 is driven to reciprocate upwardly or downwardly in the blade ring 44, and when the water is fulfilled in the iron body inner cavity 38, the water enter into the round ring 41 through the round ring through holes 42, and when the twist rod 39 moves upwardly and downwardly, the transmission shafts 45 are driven to slide along an end surface of the twist rod 39, thereby the blade ring 44 is pushed to rotate flatly, thereby the blade 43 is driven to rotate, thereby the water in the round ring 41 is driven to rotate; when the twist rod 39 moves downwards, the baffle 54 separates from the sieve plate 53, and the rotating water is sprayed from holes of the sieve plate 53, and after being heated by the heating wires, the water enter into the baseboard inner cavity 31 through the baseboard through hole 32 to be sprayed onto the clothes from the minute through-holes finally, thereby the clothes are sprayed and soaked.

[0028] Referring to figures 7-8 the humidity adjusting device further comprises a connect through hole 46 defined on an upper end surface of a front part of the iron body inner cavity 38 along a vertical direction, wherein a conned tube 47 is fixedly connected to a lower end surface of a front part of the iron body inner cavity 38, and the connect tube 47 is communicated with the connect through hole 46, and a lower end surface of the connect tube 47 is fixedly connected with an upper end surface of the front fixing block 58, wherein a sliding column groove 49 is horizontally arranged in the front fixing block 58, wherein a base communication slot 48 is arranged on an upper end surface of a front part of the front fixing block 58 along a vertical direction, and the base communication slot 48 is communicated with the connect tube 47 and the sliding column groove 49, wherein a sliding column 50 is slidably arranged in the sliding column groove 49, wherein a third spring is connected between a front end surface of the sliding, column 50 and a side wall of the sliding column groove 49, wherein a sliding column ring groove 51 is arranged on a front end of the sliding column 50 along a horizontal direction, and a circumferential surface of the front end of the sliding column 50 Hocks a lower port of the base communication slot 48 in an initial state, and a base connect through slot 52 is arranged on a front end of the baseboard 30 along a vertical direction, wherein a. lower end of the base connect through slot 52 is communicated with the baseboard inner cavity 31, and an upper end of the baseboard inner cavity 31 is communicated -with the sliding column groove 49.

[0029] Furthermore, when the present apparatus finishes to be use( the water is poured out by opening the inflow cover 15, and then the inflow cover 15 is closed, and then the pressing disc 16 is pressed manually to drive the pushing block 55 to contact a side end surface of the sliding column 50, thereby the sliding column ring groove 51 is communicated with the base communication slot 48, and then the present apparatus is inclined forwardly to drive remaining water in the iron body inner cavity 38 to How into the connect through hole 46, and the remaining water flow into the base communication slot 48 after passing an interior of the connect tube 47 to enter into the baseboard inner cavity 31 from the base connect through slot 52, and at this time, the present apparatus is placed vertically, thereby the water flow along a top of the baseboard inner cavity 31, thereby the remaining water in the iron body inner cavity 38 is removed to prolong a using life of the present apparatus, and at the same time, the water flowing in the baseboard inner cavity 31 is able to preform a cooling function to the baseboard 30.

[0030] Referring to figures 68, the distance adjusting device further comprises two of connect ribs 56 fixedly connected to an interior of a front end of the round disc goove 40 along a horizontal direction, and two of the connect ribs 56 are symmetrically arranged along a horizontal center line of the baseboard 30; wherein a feed screw nut 57 is fixedly connected between two of the connect ribs 56, and a. rotation wheel groove 17 is arranged on an upper end surface of a front part of the iron body 11 along a venical direction, wherein a rotation wheel 19 is rotatably arranged in the rotation wheel groove 17; wherein a screw through slot 63 is arranged on a bottom of the rotation wheel groove 17 along a vertical direction, wherein a screw 18 is rotarably arranged in the screw through slot 63, and a lower end of the screw 18 penetrates through the feed screw nut 57, and an upper end of the screw 18 is clamped in the rotation wheel 19.

[0031] Furthermore, when some frail clothes like silk clothing or nylon clothing are to be ironed, the rotation wheel 19 is rotated manually to drive the screw 18 to rotate synehronot in the screw through slot 63, thereby the feed screw nut 57 is driven to move downwards along an axial direction of the screw 18, thereby the connect ribs 56 are driven to move downwards along a vertical direction, thereby the baseboard 30 is pushed to move downwards along a vertical direction, thereby the intermittence between the heating wires and the bottom of the interior of the baseboard 30 increases, and die distance between the bottom of the baseboard 30 and the heating wires are changed by regulating the rotation wheel 19 for adapting to iron different clothing; when the distance between the ba.seboard 30 and the heating wires increases, a distance of the bottom of the baseboard 30 for receiving heat increases, thereby a heat transferring efficiency is reduced, thereby the frail clothing is avoided to be damaged by ironing, and at the same time the ironed clothing when ning will not wrinkle by padding thy towels

Claims

CLAIMSAn iron with adjustable heating distance, comprising: a base, wherein an iron body is fixedly connected to an upper end of the base, wherein a handle is fixedly connected to a rear end surface of an upper part of the iron body, a base inner cavity vertically defined on a lower end surface of the base, wherein a baseboard is slidably arranged in the base inner cavity, wherein a baseboard inner cavity is defined in the baseboard in forward and backward directions; a baseboard through hole which is communicated with the baseboard inner cavity arranged on an upper end surface of the baseboard, minute through-holes which are communicated with the baseboard inner cavity arranged on a bottom of the baseboard, a gap device comprising: three of snap-gauge rotation grooves defined on first and second arc surfaces of the base, wherein three of the snap-gauge rotation grooves are respectively arranged at equal intervals on the first and second arc surfaces of the base, and a humidity control device comprises a temperature control knob rotatably arranged on an upper end surface of a rear part of the iron body, and a distance adjusting device comprises a rotation wheel rotatably arranged on an upper end of a front part of the iron body.
2. The iron with adjustable heating distance defined in claim, wherein the gap device further comprising: snap-gauge shaft grooves arranged on rear parts of the snap-gauge rotation grooves, wherein sub-terminal mouths of the snap-gauge shaft grooves penetrate through the lower end surface of the base, wherein snap-gauge shafts are fixedly and vertically connected to tops of the snap-gauge shaft grooves, wherein snap-gauge rotation shafts are rotatably arranged on outer circumferential surfaces of the snap-gauge shafts, wherein snap-gauge rotation shaft inner grooves are vertically arranged in the snap-gauge rotation shafts, first springs sleeved on the snap-gauge shafts, wherein upper ends of the first springs are fixedly connected to tops of the snap-gauge rotation grooves and lower ends of the first springs are fixedly connected to bottoms of the snap-gauge rotation shaft inner grooves, wherein snap-gauges are arranged in the snap-gauge rotation grooves, wherein side end surfaces of the snap-gauges is fixedly connected to outer circumferential surfaces of the snap-gauge rotation shafts, wherein snap-gauge grooves are arranged on side end surfaces of the snap-gauges along arc directions of the snap-gauges, wherein three of snap-gauge latching slots are respectively arranged on the first and second arc surfaces of the base, and each of the snap-gauge latching slots is communicated with corresponding one of the snap-gauge shaft grooves on a side edge of the base
3. The iron with adjustable heating distance defined in claim, wherein the humidity adjusting device fiirther comprising: an iron body inner cavity horizontally arranged on a lower end of an interior of the iron body, wherein two of iron body communication grooves are defined on a bottom of the iron body inner cavity, and two of the iron body communication grooves are symmetrically arranged with respect to a vertical center line of the temperature control knob, wherein sponge connect columns are arranged in interiors of two of the iron body communication grooves, two of hard sponge shafts fixedly arranged in an interior of the base inner cavity in a front-back direction, wherein two of the hard sponge shafts are symmetrically arranged with respect to a axle wire of the temperature control knob, and each of the hard sponge shafts is respectively and fixedly connected to corresponding one of the iron body communication grooves; two of rear fixing blocks fixedly connected to a rear side wall of an interior of the iron body, wherein two of the rear fixing blocks are symmetrically arranged with respect to a horizontal center line of the iron body; heating wires respectively and fixedly arranged on lower end surfaces of the rear fixing blocks, a front fixing block fixedly arranged on an interior of a front end of the iron body which is electrically connected to the temperature control knob, wherein an arc end of the front fixing block is fixedly connected to an arc side wall of a front end of the iron body, and a horizontal end of the front fixing block is fixedly connected to a side wall of an apex angle of the iron body, and the heating wires are arranged on a lower end surface of the front fixing block to electrically connected with the temperature control knob; an inflow groove obliquely defined on a rear part of an upper end of the iron body, wherein the inflow groove is communicated with the iron body inner cavity, wherein an inflow cover is clamped in the inflow groove.
4. The iron with adjustable heating distance defined in claim, wherein the humidity adjusting device further comprising: a pressing shaft through hole arranged on a top of a front end of the iron body inner cavity, wherein a twist rod is rotatably arranged in the pressing shaft through hole, wherein a pressing shaft is fixedly connected to an upper end of the twist rod, and an upper end of the pressing shaft penetrates through the pressing shaft through hole to be fixedly connected with the pressing disc, wherein a pressing shaft latching groove is defined on a lower end of the pressing shaft along a vertical direction, wherein a pressing shaft connect slot is arranged on a front end of the iron body relative to the pressing shaft latching groove along a vertical direction, wherein a second spring is arranged in the pressing shaft connect slot, wherein an upper end of the second spring is fixedly connected to a top of the pressing shaft latching groove and a lower end of the second spring is fixedly connected to a bottom of the pressing shaft connect slot; a round disc groove arranged on a bottom of a front end of the iron body inner cavity, wherein a sieve plate is fixedly arranged in the round disc groove, wherein a round ring is fixedly arranged on an upper end of the sieve plate, wherein at least two of round ring through holes are arranged on side end surfaces of the round ring, and a plurality of the round ring through holes are arranged at equal intervals along an arc direction of the round ring; a blade ring rotatably arranged on a center of the sieve plate, wherein a blade is fixedly connected to an outer circumferential surface of the blade ring, wherein two of transmission shafts are fixedly connected in the blade along a horizontal direction, and two of the transmission shafts are arranged along a peripheral direction of the blade ring at equal intervals, and the twist rod penetrates through an interior of the blade ring, and ports of two of the transmission shafts are clamped in clearances of the twist rod, wherein a baffle is fixedly connected to a lower end of the twist rod, and the baffle contacts a bottom of the sieve plate in an initial state, a pushing block fixedly connected to a bottom of the baffle.
5. The iron with adjustable heating distance defined in claim, wherein the humidity adjusting device further comprising: a connect through holc defined on an upper cnd surface of a front part of thc iron body inncr cavity along a vertical direction, wherein a connect tube is fixedly connected to a lower end surface of a front part of the iron body inner cavity, and the connect tube is communicated with the connect through hole, and a lower end surface of the connect tube is fixedly connected with an upper end surface of the front fixing block, wherein a sliding column groove is horizontally arranged in the front fixing block, wherein a base communication slot is arranged on an upper end surface of a front part of the front fixing block along a vertical direction, and the base communication slot is communicated with the connect tube and the sliding column groove, wherein a sliding column is sl dably arranged in the sliding column groove, wherein a third spring is connected between a front end surface of the sliding column and a side wall of the sliding column groove, wherein a sliding column ring groove is arranged on a front end of the sliding column along a horizontal direction, and a circumferential surface of the front end of the sliding column blocks a lower port of the base communication slot in an initial state, and a base connect through slot is arranged on a front end of the baseboard along a vertical direction, wherein a lower end of the base connect through slot is communicated with the baseboard inner cavity, and an upper end of the baseboard inner cavity is communicated with the sliding column groove
6. The iron with adjustable heating distance defined in claim, wherein the distance adjusting device further comprising: two of connect ribs fixedly connected to an interior of a front end of the round disc groove along a horizontal direction, and two of the connect ribs are symmetrically arranged along a horizontal center line of the baseboard, wherein a feed screw nut is fixedly connected between two of the connect ribs; a rotation wheel groove arranged on an upper end surface of a front part of the iron body along a vertical direction, wherein a rotation wheel is rotatably arranged in the rotation wheel groove, wherein a screw through slot is arranged on a bottom of the rotation wheel groove along a vertical direction, wherein a screw is rotatably arranged in the screw through slot, and a lower end of the screw penetrates through the feed screw nut, and an upper end of the screw is clamped in the rotation wheel.