TH63899A - Headset for cellular communication With a cover that is an externally changeable part And a method for that - Google Patents

Abstract

DC60 (26/05/46) Wireless communication headset (100) or other electrical device with a protective cover. Placement around electrical communication circuits At least one part of that cover, for example, the edge (144) or the keypad area (148) that includes A thermally variable external appearance It responds to variable input signals, for example, electrochromic materials. Control circuit that can Able to perform work by user The color of the electrochromic part of the cover can be changed by the color control circuit. A set of mouthpieces, headphones for wireless communication (100), or other electrical equipment with a protective cover. Placement around electrical communication circuits At least one part of that cover, for example, the edge (144) or the keypad area (148) that includes A thermally variable external appearance It responds to variable input signals, for example cover electrochromic material, where the color of the cover electrochromic material section can be changed by that color control circuit.

Claims (3)

1. A set of headphones For wireless communication That include: electrical communication circuits The covers that have been positioned around the loop until the electrical communication At least one part of the cover that is assembled with Electrochromic material, a color control circuit that is connected to The electrochromic material of the cover, where the color of the electrochromic material part of the cover can be changed by the color control circuit. For wireless communication As of claim 1, all covers are essentially included. Electrochromic material 3. A set of headphones For wireless communication Of claim No. 1, the front plate of the cover includes Electrophoresis material 4. Headphone mouth set For wireless communication Of claim No. 1, the edge of the cover Included Electrophoresis material 5. Headphone mouth set For wireless communication As for claim 1, the electrochromic material is made up of electrochromic polymer. For wireless communication As per claim 1, the electrochromic material includes the anode-colored polymer layer. And the cathode colored layer separated by the solid-state gel electrolyte layer. The colored layer on the anode side and the cathode side is placed in between. The first and second transparent conductivity layers A control circuit with the first output section coupled with the first transparent conductivity layer. Control circuit with The second output part that has been coupled to the second transparent leading layer. 7. Headphone mouthpiece. For wireless communication As per claim 6, the electrochromic materials include the first and second transparent insulating layers. The first and second transparent leading layers are obtained. Placement in between The first and second layers of insulation are. 8. A set of headphones. For wireless communication Of claim No. 1, the input by the user is coupled to a variable color control circuit where the user can change the color of the material part. Electrophoresis - Chromatic of the cover 9. A set of headphones For wireless communication Claim 1. A color control circuit incorporating DC voltage is fed across the electrochromic layer of the electrochromic material by a resistance device. Variable resistive 1 0. Electronic equipment Included: Electrical Hardware A cover that has been placed around at least one part of that electrical hardware. At least one part of the cover That includes Changeable external appearances Reactive to variable input signal, where the variable external appearance responds to the variable input signal. Yes of that cover will change. External appearances in response to a variable input signal 1 1. Electronic equipment Of the claim 10, external manifestations that are mutually changeable Responding to the variable input signal of the hood, it is a photochromic material that changes color. In response to variations in sunlight 1 2. Electronic equipment Of the claim 10, external manifestations that are mutually changeable Responds to the variable input signal of that cover. It is a thermochromic material that will change. Colors in response to variations in temperature 1 3. Electronic devices. Of the claim 10, external manifestations that are mutually changeable Responds to the variable input signal of that cover. It is the gonio-chromic material that will change. Colors in response to variations in the angle of reflection 1 4. Electronic devices. Of the claim 10, external manifestations that are mutually changeable Responds to the variable input signal of that cover. A polymer material that can emit light 1 5. Electronic devices Of the claim 10, the external appearance that can be changed Responds to the variable input signal of that cover. It is an electrochromic material, a color control circuit with a variable pressure output side. That has been coupled across layers of electro-chromic materials. 1 6. Electronic devices As of claim 15, the electrochromic material is an electrochromic polymer. 1 7. Electronic equipment As of claim 15, the electrochromic material includes an anode-colored polymer layer. And the colored layer on the cathode side That have been separated by a solid gel electrolyte layer The colored layer on the anode side and the cathode side is placed in between. First and second transparent leading layers A control circuit with the first output part that is coupled with the first layer of transparency. Control circuit with The second exit That has been coupled to a second layer of transparent conductivity by variable resistance element 1 8. Electronic equipment Of claim 15, the electrochromic materials include the first and second transparent insulating layers. The first and second transparent conductivity layers are placed between the first and second insulating layers. That consist of: electrical communication components A cover that is positioned around the electrical communication components. At least one part of the cover that is assembled with Electro-chromic material User variable control circuit with DC voltage coupled by resistance device. Variable The color of the electrochromic material part of the cover can be changed in proportion to the electrochromic material part of the cover. Connect the voltage applied to that part by the control circuit 2 0. Set of mouthpiece headphones for communication. As per claim 19, the electrochromic material is an electrochromic polymer with a transparent conductivity. That has been coupled with a transparent conductive layer control circuit of the polymer. Electro-chromic that has been placed in between Transparent insulation layer 2 1.Method in the mouthpiece wireless communication headset with outer cover with part Reactive variable external appearance characteristics with variable input signal including: Provision of a user-variable input signal to the headset mouthpiece for interactive communication. Wireless, Changeable, Changeable Appearance, Of The Appearance The properties of the variable external appearances in response to the variable input signal. Of the cap in response to a variable input signal by the user to the headset mouthpiece For wireless communication 2 2. Method of claim Article 21 Provision of the input signal by the user by selecting the required pressure Fed by an electrical control circuit with a variable voltage output side. That has been connected to the coupling part Electro-chromic of the cover Change in appearance of the changed external appearance Converted by changing the color of the electrochromic portion of the cover in response to the pressure Variable, which is entered for that section 2. 3. Method of claim Article 21 Provision of input signal by user with power input. Heat to the thermochromic part of the cover. Change in appearance properties The exterior can be changed by changing the external appearance of the thermochromic portion of the lid. The shield in response to the thermal energy that is fed to that part.