JP2007296311A5

JP2007296311A5 -

Info

Publication number: JP2007296311A5
Application number: JP2006265006A
Authority: JP
Filing date: 2006-09-28
Publication date: 2009-11-05

Claims

A sole plate having a first axis oriented along a major dimension of the sole plate and a second axis oriented perpendicular to the first axis and along a minor dimension of the sole plate, Is symmetrical with respect to the first and second axes, a sole plate having first and second tips disposed at both ends of the sole plate along the first axis, a water tank, and a sole plate A symmetrical handle oriented and aligned in a direction along the first axis, a first steam activation button and a first injection nozzle disposed proximate to the first tip, and a sole plate An iron comprising a second steam activation button and a second steam spray nozzle disposed proximate to the second tip of the
An electromagnetic generator movably electromagnetically connected to the sole plate and adapted to cause an electromagnetic field to heat the sole plate;
With
When the sole plate is arranged to be electromagnetically connected to the generator, the sole plate is heated,
The ironing apparatus , wherein the sole plate is not heated when the sole plate is arranged so as not to be electromagnetically connected to the generator.

The ironing apparatus of claim 1, wherein the electromagnetic generator is held in a docking station having a docking port dimensioned to releasably receive the sole plate.

The ironing device according to claim 1, wherein the sole plate is releasably attached to the iron.

The ironing apparatus according to claim 1 , further comprising a set of steam holes positioned on the sole plate for supplying sudden normal steam .

The ironing apparatus according to claim 1, wherein the electromagnetic generator includes a high-frequency electromagnet.

The ironing device according to claim 1, further comprising an ironing surface, wherein the electromagnetic generator is installed below the ironing surface.

The ironing apparatus according to claim 1, wherein the electromagnetic generator includes a temperature sensor.

The ironing apparatus of claim 1, wherein the electromagnetic generator comprises a controller coupled to a temperature sensor adapted to control the temperature of the sole plate.

The ironing apparatus of claim 1, wherein the electromagnetic generator comprises one or more of a power cord or a rechargeable battery.

The ironing device according to claim 1, wherein the iron is cordless.

An ironing board with a docking station ,
A sole plate having a first axis oriented along a major dimension of the sole plate and a second axis oriented perpendicular to the first axis and along a minor dimension of the sole plate, Is symmetrical with respect to the first and second axes, a sole plate having first and second tips disposed at both ends of the sole plate along the first axis, a water tank, and a sole plate A symmetrical handle oriented and aligned in a direction along the first axis, a first steam activation button and a first injection nozzle disposed proximate to the first tip, and a sole plate An iron comprising a second steam activation button and a second steam spray nozzle disposed proximate to the second tip of the
Held in the docking station to have a docking port sized to receive the soleplate, a and electromagnetic generator is electromagnetically connected movably with said sole plate,
With
When the sole plate is arranged to be electromagnetically connected to the generator, the sole plate is heated,
The sole plate is not heated when the sole plate is arranged so as not to be electromagnetically connected to the generator,
Ironing system.

The ironing system of claim 11 , wherein the docking station is releasably attached to the ironing board.

The ironing system of claim 11 , wherein the electromagnetic generator comprises one or more of a power cord or a rechargeable battery.

The ironing system of claim 11 , wherein the iron is cordless.

A method of operating an ironing system,
Generating an oscillating electromagnetic field;
Positioning the sole plate of the iron in close proximity to the electromagnetic field , the iron comprising a first axis oriented along a major dimension of the sole plate, and perpendicular to the first axis and of the sole plate Having a second axis oriented along a non-major dimension, the sole plate being symmetric along the first and second axes and disposed at opposite ends of the sole plate along the first axis; Proximate to the first tip, a sole plate having first and second tips, a water tank, a symmetric handle oriented and aligned in a direction along the first axis of the sole plate. A first steam actuation button and a first spray nozzle arranged in a row, and a second steam actuation button and a second steam jet nozzle arranged in proximity to the second tip of the sole plate. And-up,
Inducing heat in the soleplate until the desired temperature is reached;
Moving the sole plate along a surface electromagnetically connected to the electromagnetic field;
A method comprising:

The method of claim 15 , further comprising removing a sole plate from the electromagnetic connection with the oscillating electromagnetic field.