CN1678787B

CN1678787B - Hand iron

Info

Publication number: CN1678787B
Application number: CN03820484.3A
Authority: CN
Inventors: J·A·阿梅利维亚科卡
Original assignee: Individual
Current assignee: BSH Hausgeraete GmbH
Priority date: 2002-08-28
Filing date: 2003-08-27
Publication date: 2010-09-29
Anticipated expiration: 2023-08-27
Also published as: CN1678787A; EP1537270B1; WO2004025014A1; ES2325494T3; AU2003270116A1; EP1537270A1; DE50311525D1; ATE431456T1

Abstract

The invention relates to an electrical hand iron comprising a housing, a soleplate and a power cord which is provided with first electric contacts electrically connected to second electric contacts arranged on the hand iron, and a fixing system which makes it possible to discharge the tension of the power cord. The aim of said invention is to develop a hand iron in which the discharge of the tension of the power cord is easily reduced and said power cord is electrically connected to the hand iron. For this purpose, the first electric contacts of the power cord are securely fixed to the fixingsystem in order to ensure the tension discharge of the power cord. The assembling of said hand iron comprises fewer stages and is less time consuming, thereby making the production thereof more economical. The associated assembling method is also disclosed.

Description

Flatiron

Technical field

The present invention relates to a kind of electric iron, this electric iron has a shell, a base plate, a power line and the fixed mechanism that makes power line remove tensile load with first electrical contact, second electrical contact conduction on described first electrical contact and the flatiron is connected, wherein first electrical contact rigidly fixes a space, the first plug-in unit place that is formed on the fixed mechanism, and second electrical contact is especially on the rear portion of base plate is installed in second plug-in unit with the first plug-in unit complementation.

The present invention also relates to a kind of method of assembling flatiron.

Background technology

JP 01 104296 A disclose the flatiron that a kind of electrical contact of power line is being fixedlyed connected with a positioning element.

US 2 745 938 discloses a kind of flatiron, and in this flatiron, the electrical contact of power line is integrated on the plug that removably inserts flatiron.

Prior art JP 03-193098A discloses a kind of flatiron that has a shell, at this flatiron a power line is installed with getting on tensile load.A square holding element is sandwiched on the power line.When being in confined state, square holding element rests on two laths that stretch out on the shell.The electric connection of power line is designed to annular cover hook, and this cover hook relies on and contacts the electrical connection of tonguing row on screw and the soleplate.According to prior art, be connected with the electric connection conduction in order in a flatiron, to go to tensile load ground that power line is installed, two and half shells of at first square fixture must be clipped on the power line.Next, at first first annular contact is overlapped hook, and second annular contact cover hook can rely on a screw to be screwed to corresponding the contact on the tongue on the soleplate respectively then.At last, square fixture can insert the back of two security strips that stretch out on the shell.This known power line go tensile load connection and power line and soleplate be connected electrically in assembling the time be not very easy.Power line goes tensile load to be connected with soleplate and is electrically connected with the difficult installation step of many necessity.

For electric iron, task of the present invention provides a kind of flatiron or a kind of method of assembling flatiron, and wherein power line can go tensile load to be connected simply with flatiron and be electrically connected.

Summary of the invention

This task so solves by a kind of flatiron of aforementioned type: second plug-in unit can be from one for setting up and the enterable primary importance of being electrically connected of first plug-in unit rotates to one and makes fixed mechanism be fixed on the second place on the flatiron with removing tensile load.Preferably further improving will be by hereinafter providing.

According to electric iron of the present invention, first electrical contact on the power line is fixed on and is used to make power line to remove the fixed mechanism of tensile load.

Owing to the electrical contact of power line is rigidly fixed on the fixed mechanism in order to remove tensile load, one section fixed range in the first electrical contact space and leave location, one section fixed range ground of fixed mechanism.First electrical contact on the power line especially can be simultaneously be connected with second electrical contact conduction on the flatiron.The simplification of assembling process is can carry out being connected of the electrical connection of electrical contact and fixed mechanism and flatiron in the assembling process simultaneously in a step.Assembling process is only through several steps seldom and just can finish in a short period of time.

First electrical contact is rigidly fixed by the first plug-in unit space distance of a design on fixed mechanism.By using by a non electrically conductive material plug-in unit making of plastics preferably, first electrical contact is electric insulation each other not only, and rigidly fixes with the distance of determining each other.When plug-in unit directly designed on fixed mechanism, the position of electrical contact was also fixed with respect to fixed mechanism.Such advantage is, clamped and plug-in unit is inserted into or is placed on the electrical contact on the flatiron by fixed mechanism, just can install electrical contact.

Second electrical contact is installed on second plug-in unit with the first plug-in unit complementation, especially at the rear portion of base plate.If for example Gu Ding contact tongue space is arranged on the sole plate apart from ground, on second electrical contact, be equipped with a plug-in unit with regard to unnecessary.Because second electrical contact rigidly fixes on sole plate, they are just clearly located and make first plug-in unit that has first electrical contact directly to insert.Yet if be not provided with fixing contact tongue on the sole plate, but there is flexible electric wire the there, and second electrical contact can rely on their plug-in unit space to determine location, distance ground so.At this moment, can be equipped with second plug-in unit with the first plug-in unit complementation, this plug-in unit has second electrical contact.Second plug-in unit preferably is installed in the rear portion of base plate.By making second plug-in unit be positioned at the rear portion, first plug-in unit that is connected with power line can be inserted on second plug-in unit simply.

Second plug-in unit can be electrically connected accessibility primary importance and rotates to and make fixed mechanism be fixed on the second place on the flatiron with removing tensile load from one for setting up with first plug-in unit.Usually, the power line of electric iron vertically upward stretches out shell substantially at the rear portion of flatiron.As making power line go the fixed mechanism of tensile load must be fixed on the flatiron, preferably on the shell of flatiron, to realize going tensile load.Electrical contact is difficult to approaching at this embedded location usually.In order to improve accessibility, second electrical contact on the soleplate especially, second plug-in unit that has second electrical contact can rotate to primary importance, can arrive in this position to set up and being electrically connected of first plug-in unit.

Second plug-in unit can rotate up the second place from primary importance around a rotation that is parallel to base plate plane.In primary importance, second plug-in unit can enough reach to set up and being electrically connected of first plug-in unit.If second plug-in unit is arranged in the rear portion of base plate, second electrical contact on second plug-in unit can be distinguished from behind or from top approaching, will be approaching especially easily so.Be connected the second place on the flatiron at fixed mechanism, the best directed in orthogonal of second electrical contact on second plug-in unit upwards with removing tensile load.In this second place of second plug-in unit, first plug-in unit is above vertical direction is positioned at second plug-in unit.The fixed mechanism that is used to make power line remove tensile load is with first plug-in unit is vertical is connected.Power line is drawn from shell on the top of flatiron.Can be provided with a ball-and-socket joint or swing hinge at the outlet of power line from shell.By the layout up and down of second, first plug-in unit and fixed mechanism, power line is not had is guided out flatiron more bendingly.Because power line has only very little bending, so power line only bears very little mechanical load, and prolonged its service life.

Angle between second plug-in unit is preferably spent with one 30 to 60 rotates to the second place from primary importance.To the anglec of rotation situation between 60 degree, second plug-in unit should be an angle that is between the horizontal and vertical position in the orientation of primary importance at one 30 degree.Owing to be in such position, second plug-in unit that is used to assemble is approaching especially easily.First plug-in unit since guiding movement can be not only soon but also be easily inserted on second plug-in unit.

In a good especially flexible program, second plug-in unit is supported on the bearing that is fixed on the base plate.If second plug-in unit is bearing on the bearing, then desired the rotatablely moving of second plug-in unit can guarantee reliable especially and safety.

If bearing has two axle journals in the opposed grooves that is embedded into second plug-in unit with regard to advantageous particularly.Second plug-in unit can be around the axis rotation of axle journal.Second plug-in unit not necessarily must be equipped with bearing on the groove that is halved together of axle journal.If second plug-in unit has the hole that can embed two axle journals on the bearing just enough in relative both sides.But it is favourable being provided with opposed groove on second plug-in unit, because groove has certain longitudinal extension, second plug-in unit not only can rotate on the axle journal on the bearing thus, and can carry out moving to a certain degree in the vertical.Advantage wherein is that relevant with size with the position of first and second plug-in units or relevant with size with the position of fixed mechanism manufacturing tolerance can be compensated.

Second plug-in unit can have at least one holding flange, and this holding flange can enough reach second plug-in unit at one and act on the bearing to set up the primary importance that is electrically connected with first plug-in unit, and makes second plug-in unit remain on this primary importance.Holding flange is used for making second plug-in unit to be fixed on the bearing.Rely on holding flange, second plug-in unit is securely held on that position that is electrically connected with first plug-in unit.The design of holding flange is convenient to produce a confining force with bearing, and this confining force prevents that second plug-in unit is owing to deadweight is dropped.On the other hand, confining force should only be convenient to second plug-in unit and just can rotate to fixed mechanism from primary importance with moderate energy consumption and be connected the second place on the flatiron with removing tensile load.

In a more favourable design of the present invention, an operation indicator is installed on fixed mechanism and/or is designed an electric connection that is used for operation indicator.For example, a clamper that is used for electric light can design at fixed mechanism.In a flexible program, operation indicator can be installed on the fixed mechanism.In another flexible program, operation indicator can be installed on the shell of flatiron, and the electric connection of operation indicator can be connected with the electrical contact on the fixed mechanism thus.In two flexible programs, advantage all is that operation indicator is without any need for independently conducting electricity connecting line.The assembling of the power line by removing tensile load, the electrical connection of not only having connected soleplate, and connect the electrical connection of having gone up operation indicator simultaneously.This has further simplified the assembling of flatiron.

According to the design of electric iron, fixed mechanism can or be fixed on the shell, or is fixed on the base plate.Fixed mechanism preferably is fixed on the part of shell.Yet, also can make sole plate be equipped with a special bearing, fixed mechanism can be fixed on this bearing.

In a favourable design of the present invention, shell or base plate have a retained part, and fixed mechanism has a guiding parts corresponding to retained part.The guiding parts of this fixed mechanism is placed on the retained part on the shell for example.

Be placed on the retained part by guiding parts, fixed mechanism just links to each other with shell or base plate respectively.This design make fixed mechanism can with shell or base plate reliably and go to tensile load ground to go up in succession.

Retained part can have a seat that is used to accept screw, and this is used for lid removably connecting on shell or base plate.This seat can be designed to an inwall, or is to have a hole at least, can be screwed into a tapping screw.Lid is preferably with the stop mechanism that is used for fixing fixed mechanism.Fixed mechanism is fixed on a pretension position on the shell by stop mechanism.Thereby fixed mechanism is not to be fixed on the shell separately, but is fixed on the shell with lid.

By stop mechanism of the present invention, not only can save one and be used for fixing mechanism and be fixed to independent screw on the shell, and extra assembling process of a step has not needed yet.

Stipulate in the assembly method of flatiron of the present invention, in the first step, first electrical contact on power line is electrically connected with second electrical contact on the flatiron, in second step, second electrical contact is fixed on the base plate swingably, and in the 3rd step, first electrical contact rotates towards base plate or towards shell.In a preferred embodiment of the invention, first electrical contact is fixed on first plug-in unit and second electrical contact is fixed on second plug-in unit.According to this preferred embodiment, for the flatiron assembling, first plug-in unit that links to each other with power line is inserted in second plug-in unit that is electrically connected with base plate, and in other words, a plug-in unit inserts in another complementary plug-in unit.Then, second plug-in unit is hinged on the bearing that is fixed on the base plate.In the 3rd step, first plug-in unit together with second plug-in unit towards the rotation of the shell of flatiron and be fixed on the there.The fixed mechanism that is used to make power line remove tensile load links to each other with second plug-in unit.By rotate first and second plug-in units towards shell in the 3rd step program, the fixed mechanism that is used to make power line remove tensile load is also rotated towards shell.Fixed mechanism can be connected with shell subsequently.This preferably occurs in the 4th step program, is used to make first electrical contact to be fixed on one of shell or base plate in this step and determines that a locational lid is fixed.Not only lid is fixed on the shell by this 4th step program, and fixed mechanism also can be fixed on the shell by this 4th step program.

Stipulate in another selectable assembling process that in the first step, second electrical contact on the flatiron can be hinged on the base plate, in second step, first electrical contact on the power line can be electrically connected with second electrical contact, and in the 3rd step, first electrical contact rotates towards base plate or towards shell.In preferred design of the present invention, first electrical contact is by the first plug-in unit fixed position, the position and second electrical contact interfixes in second plug-in unit of complementation.Second plug-in unit preferably is hinged on the bearing that is fixed on flatiron or the base plate.In the second step program, preferably linking to each other with fixed mechanism is inserted into first plug-in unit with first plug-in unit that removes tensile load, thereby has set up electrical connection between first and second electrical contacts.In the 3rd step program, second plug-in unit and first plug-in unit are respectively to base plate or shell rotation.If first plug-in unit links to each other with fixed mechanism, second and first plug-in unit can rotate by the rotation fixed mechanism.At the terminal point of rotating distance, the fixed mechanism that has a guiding parts leans against on the retained part on the shell.In the end of the 3rd step program, fixed mechanism is positioned at a position that is fixed on the shell.In selectable the 4th step program, the lid that is used for making first electrical contact respectively or first plug-in unit is fixed can be connected a definite position on shell or the base plate.Be capped shell and be closed by lid being fixed on the shell not only electrical contact, and fixed mechanism thus lid be fixed on the shell.

The assembly method of flatiron of the present invention makes the power line of flatiron realize being electrically connected and going tensile load by several simple installation step.This has not only shortened installation time, and has reduced the number of part.Such advantage is that cost is more saved in the manufacturing of flatiron of the present invention.

The present invention includes prior design, this design is arranging thermal resistor usually and importing the flatiron rear portion that is used for making the metal base plate heating heat, to be provided with a special-purpose escapement at metal base plate with between to heat sensitive plastic casing.This escapement can be used for supporting the connector between two primary clusterings of flatiron simultaneously.In detail, for this purpose, it is screwed into metal base plate on the one hand, is screwed into plastic casing on the other hand.Escapement is because its big relatively elongation produces a large amount of heat radiations, and/or because its limited thermal conductivity is served as the Thermal packer between metal base plate and plastic casing.

In a further advantageous embodiment, make as the bearing of first geometrical clamp formation or by a kind of metal, or make, preferably an injection-moulded plastic part by a kind of high-quality heat resistant plastice with less (promptly for metal) thermal conductivity.

In a preferred design, from vertical view, the described bearing that constitutes as first geometrical clamp has trapezoidal shape basically, and for example the junction of an end and metal base plate is similar to a rectangular flat, and the junction of the other end and plastic casing is a wide metallic plate.Be used to guide the recess of electric wire preferably to be located at middle.

In side view or in longitudinal sectional view (with respect to the use location) respectively, the flat board of base plate one side connects and is connected with the lath of shell one side all is horizontal location, and they are interconnected by the connector that rises to the rear portion from base plate obliquely, have formed the basic configuration of " S " that be similar to an elongation substantially.From the angle of heat, with the tie point of plastic casing (laterally) and the vertical metal base plate of going up away from heat in the horizontal direction.

As the continuity of the present invention design, be provided with one second geometrical clamp as another fixed mechanism and simultaneously again (to a certain extent) as Thermal packer, this geometrical clamp links to each other with plastic casing with metal base plate near the flatiron front end.Because the common structure of flatiron, the latter can not be designed to stretch very longly and its heat radiation effective not as first geometrical clamp, so it is best at the stubborn screw thread place of plastic casing with the combining of spacer that the high-quality heat resistant plastice is made.

A remarkable advantage of proposed solution is, plastic casing can be by only being that medium heat-resisting thereby plastics cost economy are made, for example polypropylene.Plastic casing is effectively heat insulation for metal base plate, particularly at its rear portion, makes that its service life is elongated.Provide long metal intermediate plate to be to plastic casing as the result of fixed mechanism, because the elasticity of geometrical clamp, the comfortableness of flatiron increases to some extent, and the resistance to impact of whole flatiron has improved in addition, and this is good characteristics in the required shatter test of passing through of for example U.S. and Canada.

In another decision design, first and/or second geometrical clamp has mesopore at contiguous screw hole place, and the spacer of plastic casing or insertion also has and is used for these mesopore being halved together to flange.By each geometrical clamp, this has guaranteed the accurate location of plastic casing with respect to metal base plate.

Description of drawings

An advantageous embodiments of flatiron of the present invention can be described in more detail by following diagram:

Fig. 1 is a schematic diagram of the fixed mechanism that is used to make power line remove tensile load of the present invention,

Fig. 2 is a schematic diagram of soleplate of the present invention, and it has second plug-in unit for rotary part, and is positioned at and is used for the primary importance that is electrically connected with first plug-in unit,

Fig. 3 is a schematic diagram of soleplate shown in Figure 2, and it has first plug-in unit that is positioned at the second place, be fixed on the flatiron in this fixed-site mechanism with removing tensile load,

Fig. 4 is a schematic diagram that has the flatiron of soleplate shown in Figure 2 of the present invention,

Fig. 5 is a schematic diagram that has the flatiron of soleplate shown in Figure 3 of the present invention,

Fig. 6 is a fragmentary, perspective view of soleplate of the present invention,

Fig. 7 is a longitudinal sectional view of flatiron of the present invention front portion.

The specific embodiment

Fig. 1 illustrates fixed mechanism 7 of the present invention.A power line 3 mechanically is connected the rear portion of fixed mechanism 7.The electric wire of power line 3 leads to first electrical contact 4.This first electrical contact, 4 spaces, one segment distance is located and is electrically insulated from each other.These three first electrical contacts 4 position relative positioning in accordance with regulations is on one first plug-in unit 8.This first plug-in unit 8 is made by electrically insulating material.Each root of first electrical contact 4 is all surrounded by the part of a cover tubular of first plug-in unit.The plug of Xing Chenging is carried by a substrate of first plug-in unit thus.The substrate of this first plug-in unit 8 links to each other with fixed mechanism 7 by many floors.The fixed mechanism 7 and first plug-in unit 8 all the most handy plastics are made.More cost-effective mode is that first plug-in unit 8 is fabricated directly on the fixed mechanism 7, especially by the injection mould operation.Fixed mechanism 7 has a foursquare basic profile.An integrated guiding parts 16 on the basic profile of the square of fixed mechanism 7.This guiding parts 16 is designed to a duct-like breach on the fixed mechanism 7.A side of fixed mechanism 7 is provided with a joint that is used for operation indicator.This joint 14 mainly is made up of two electric contacts that are arranged to basin shape.The basin shape appearance of joint 14 plays fixture, and in particular for the installation of operation indicator 15, this operation indicator is an electric light preferably.

Fig. 2 illustrates a base plate 2 with base plate plane 6, and move to realize flatiron on by the Ironing thing on this plane.All second essential electrical contacts 5 originate in sole plate 2.This second electrical contact 5 is connected in second plug-in unit 9.On this second plug-in unit 9 with the one section definite distance in second electrical contact, 5 spaces and be electrically insulated from each other.Second plug-in unit 9 and a bearing 10 are hinged.A cantilever is made and formed to this bearing 10 by a steel plate that has dashed the hole, and it stretches out to the back upper place at the rear portion of flatiron.Bearing 10 relies on screw or rivet to link to each other especially securely with base plate 2.Bearing 10 is designed to a frame structure, and is that part is surrounded second plug-in unit 9 at least.In the relative both sides of second plug-in unit 9, bearing 10 has two opposed axle journals 11.Axle journal 11 embeds respectively in the groove 12 on second plug-in unit 9.Second plug-in unit 9 relies on the axle journal of rabbeting with groove 12 11 to be hinged on the bearing 10.Fig. 2 has showed second plug-in unit 9 that is in a position, and it can be approaching to be electrically connected with plug-in unit 8 (not shown) in this position.For second plug-in unit 9 is remained on position shown in Figure 2, be provided with holding flange 13 in second plug-in unit, 9 relative both sides.This holding flange 13 preferably is formed on second plug-in unit 9.Holding flange 13 acts on bearing 10 fixedly remains on its position second plug-in unit 9.

Fig. 3 has showed second plug-in unit 9 on the second place that is in it, is connected on the flatiron in this fixed-site mechanism 7 with removing tensile load.Second electrical contact 5 relies on the definite distance in second plug-in unit, 9 spaces and is electrically insulated from each other.In the second place of illustrated second plug-in unit 9, second electrical contact 5 protrudes upward.In the illustrated second place, second plug-in unit 9 can rely on its axle journal 11 of groove 12 on bearing 10 vertically to move.Position and form tolerance can rely on groove 12 mobility along groove 12 on the axle journal 11 of bearing 10 to compensate by second plug-in unit 9.

Similar Fig. 2, Fig. 4 have showed the flatiron that has second plug-in unit 9 that is in primary importance of the present invention.At the rear portion of flatiron, second plug-in unit 9 stretches out to the back upper place from shell 1.First plug-in unit 8 that has first electrical contact 4 is inserted into second plug-in unit 9 that has second electrical contact 5.The fixed mechanism 7 of first plug-in unit 8 of being shaped above is bearing on the bearing 10 swingably with second plug-in unit 9.A retained part that is made of plastics 17 is shaped on shell 1.Fixed mechanism 7 can rely on guiding parts 16 to move on outstanding shaped as pin retained part 17.Retained part 17 has 18, one screws 19 of a seat can be screwed in this seat.A lid 20 has an anti-bending sleeve pipe 22 that is used for power line 3.A stop mechanism 21 is shaped on lid 20 inner surfaces.

Assembly method of the present invention preferably follows these steps to carry out.The point of rotation of second plug-in unit 9 from the bearing 10, first plug-in unit 8 are inserted into the second complementary plug-in unit 9.Power line 3 mechanically is connected with fixed mechanism 7 in advance, and first electrical contact 4 of power line 3 is connected electrically on first plug-in unit 8.One is equipped with good operation indicator 15 and is placed in the joint 14 on the fixed mechanism 7.The fixed mechanism that assembles 7 of first plug-in unit 8 of being shaped above is inserted into second plug-in unit 9 that is in position shown in Figure 4.In second step, fixed mechanism 7 retained parts 17 clamped and on shell 1 rotate up.By the rotation of fixed mechanism 7 towards retained part 17, except fixed mechanism 7, first plug-in unit 8 and second plug-in unit 9 also are rotated.Fig. 5 has showed that fixed mechanism 7 rotates the position that stops on retained part 17.The guiding parts 16 of fixed mechanism 7 fully is placed to or is pushed to retained part 17.Second electrical contact 5 on second plug-in unit 9 in this position (Fig. 5) directed in orthogonal upwards.First electrical contact 4 on first plug-in unit 8 also is similar to second plug-in unit 9 and second electrical contact 5 and arranged vertical.Fixed mechanism 7 is in complete installation site.A mechanical clips 23 is fixed on power line 3 on the fixed mechanism 7.Fixed mechanism 7 relies on guiding parts 16 to place on the retained part 17.This layout makes first electrical contact 4 of power line 3 remove tensile load reliably.Be used for electric contact joint 14 or operation indicator 15 also at first plug-in unit 8.The fixture of described fixed mechanism 7 on shell 1 not only makes power line 3 remove tensile load reliably, and avoided the slippage from second plug-in unit 9 of first plug-in unit 8.Therefore also between first plug-in unit 8 and second plug-in unit 9, set up a kind of reliable grafting.In an installation step subsequently, lid 20 advances along power line 3 towards the direction of shell 1.Stop mechanism 21 has come on the surface of fixed mechanism 7.Screw 19 is positioned among the lid 20 and is screwed in the seat 18 of retained part 17.When screw 19 is screwed into seat 18 the time, fixed mechanism 7 is remained on the retained part 17 reliably by stop mechanism 21.In addition, lid 20 has sealed the shell 1 of flatiron, so this moment, live end was capped.

Fig. 6 has showed the rear end of the metal base plate 2 of flatiron, and it has thermal resistor 27 and a soleplate cover 29 that covers the middle part in the electro-heat equipment 25 that is inserted into shaping.Stretch out far and two hold-down screws of bearing 10 usefulness that protrude upward of the trailing edge of metal base plate be screwed in one same on the mounting boss 21 that forms on the metal base plate.Bearing 10 is designed to a geometrical clamp.

The described bearing 10 that is designed to geometrical clamp comprises 33, two 35, blocks of shell buck plates 37 that link to each other at free end with the side plate bar of side plate bar that outwards launch and extend obliquely upward symmetrically of base plate retained part of a rectangle.At shell buck plate place, geometrical clamp is screwed in a housing parts 39 with screw (not expression specially).Be provided with on this housing parts 39 be used for embedding on the bearing 10 that is designed to geometrical clamp corresponding arrange to mesopore 43 to flange 41, thereby guaranteed that accurate location between two parts also guaranteed the accurate location between plastic casing and the metal base plate.Because its structure, geometrical clamp is suitable for shell elasticity is supported on the metal base plate; This has also improved the geometrical clamp comfortableness in addition.

Fig. 7 has showed the front end of the flatiron that has metal base plate 2 and another housing parts 45 with the partial sectional view of simplifying, and they link together by one pair of L shaped second geometrical clamp 47, a spacer 49 and the screw 51 made by polyethylene or PBT (polybutylene terephthalate).At this, geometrical clamp 47 has at first preferably formed certain intervals between the metal base plate of heat and real fixed mechanism (screw 51), and spacer 49 serves as the hot decoupling additional insulation device that is used for heat sensitive polypropylene plastics shell here.

Claims

1. have a shell (1), a base plate (2), power line (3) and an electric iron that makes power line (3) remove the fixed mechanism (7) of tensile load with first electrical contact (4), second electrical contact (5) conduction on described first electrical contact and the flatiron is connected, wherein first electrical contact (4) is located the space at first plug-in unit (8) that is formed on the fixed mechanism (7) and is rigidly fixed, and second electrical contact (5) the rear portion of base plate (2) be installed in complementary second plug-in unit (9) of first plug-in unit (8) on, it is characterized in that second plug-in unit (9) can rotate to one and makes fixed mechanism (7) be fixed on the second place on the flatiron with removing tensile load from one for setting up with the enterable primary importance that is electrically connected of first plug-in unit (8).

2. flatiron according to claim 1 is characterized in that, second plug-in unit (9) can rotate up the second place from primary importance around a rotation that is parallel to base plate plane (6).

3. flatiron according to claim 1 and 2 is characterized in that, second plug-in unit (9) is arranged vertically and second electrical contact (5) points upwards substantially in the second place.

4. flatiron according to claim 1 and 2 is characterized in that, second plug-in unit (9) can rotate an angle about 30 to 60 degree to the second place from primary importance.

5. flatiron according to claim 1 and 2 is characterized in that, second plug-in unit (9) is bearing on the bearing (10) that is fixed on the base plate (2).

6. flatiron according to claim 5 is characterized in that, bearing (10) has two axle journals (11) in the opposed grooves (12) that is embedded into second plug-in unit (9).

7. flatiron according to claim 5, it is characterized in that, second plug-in unit (9) has at least one holding flange (13), this holding flange acts on bearing (10) a primary importance and goes up and second plug-in unit (9) is remained in this primary importance, can touch described second plug-in unit (9) and be electrically connected with first plug-in unit (8) to set up in this primary importance.

8. flatiron according to claim 1 and 2 is characterized in that, goes up at fixed mechanism (7) and an operation indicator (15) is installed and is designed an electric connection (14) that is used for operation indicator (15).

9. flatiron according to claim 1 and 2 is characterized in that, fixed mechanism (7) is fixed on shell (1) and goes up or be fixed on the base plate (2).

10. flatiron according to claim 1 and 2 is characterized in that, shell (1) or base plate (2) have a retained part (17), and fixed mechanism (7) has a guiding parts corresponding to retained part (17) (16).

11. flatiron according to claim 10 is characterized in that, retained part (17) has a seat (18) that is used to accept screw (19), and this seat is used for lid (20) removably connecting on shell (1) or base plate (2).

12. flatiron according to claim 11 is characterized in that, lid (20) has a locational stop mechanism of pretension (21) that is used for fixed mechanism (7) is fixed on shell (1).

13. flatiron according to claim 5, it is characterized in that, bearing (10) is first geometrical clamp of an elongation, and this geometrical clamp links to each other with shell (1) with base plate (2) as the rear portion of Thermal packer at flatiron on the one hand on the other hand as fixed mechanism and while.

14. flatiron according to claim 5 is characterized in that, it is characterized in that, bearing (10) is a flat die member made that has big surface thermal radiation.

15. flatiron according to claim 5 is characterized in that, is made by a kind of metal with less thermal conductivity as the bearing (10) that first geometrical clamp constitutes, and is perhaps made by a kind of high-quality heat resistant plastice.

16. flatiron according to claim 5 is characterized in that, the described bearing (10) that constitutes as first geometrical clamp has trapezoidal shape basically in vertical view, and has the recess that is used to guide electric wire of central authorities.

17. flatiron according to claim 5, it is characterized in that, the described bearing (10) that constitutes as first geometrical clamp has the S-shape of an elongation basically in longitudinal sectional view, and its end that is used to connect plastic casing (1) laterally and on vertical away from base plate (2).

18. flatiron according to claim 13 is characterized in that, one second geometrical clamp (47) is set is used as another fixed mechanism and is used as Thermal packer simultaneously, this geometrical clamp links to each other with plastic casing (1) near the flatiron front end.

19. flatiron according to claim 18, it is characterized in that, described bearing (10) and/or second geometrical clamp (27) that constitutes as first geometrical clamp has mesopore (43), and plastic casing (1) or spacer have flange (41) and mesopore are halved together, to make plastic casing with respect to the accurate location of metal base plate (2) by this or each geometrical clamp.

20. flatiron according to claim 15 is characterized in that, described geometrical clamp (10) is made for injection-moulded plastic part.

21. flatiron according to claim 15 is characterized in that, described geometrical clamp (10) is made for the metallic plate moulded parts.

22. be used for the method for assembling for by the described flatiron of claim 1, it is characterized in that, in the first step, first electrical contact (4) on the power line (3) is electrically connected with second electrical contact (5) on the flatiron, in second step, second electrical contact (5) is fixed on the base plate (2) swingably, and in the 3rd step, first electrical contact (4) rotates towards base plate (2) or towards shell (1).

23. method according to claim 22 is characterized in that, in the 4th step, is used to make first electrical contact (4) to be fixed on one and determines that a locational lid (20) is fixed to shell (1) or base plate (2).

24. be used for the method for assembling for by the described flatiron of claim 1, it is characterized in that, in the first step, second electrical contact (5) on the flatiron is fixed on the base plate (2) swingably, in second step, first electrical contact (4) on the power line (3) is electrically connected with second electrical contact (5), and in the 3rd step, first electrical contact (4) rotates towards base plate (2) or towards shell (1).