JP3063391U - Incoming call notification device for mobile communication equipment - Google Patents

Abstract

(57) [Summary] (Modifications) [Problem] A mobile device capable of exhibiting various different light emitting states of an LED by a flashing condition with a simple structure without adversely affecting a battery life and a call function. An incoming call notification device for a communication device is provided. A main body of an incoming call notification device separate from a mobile communication device has a receiving antenna for receiving a radio wave when transmitting a response signal in response to a call signal from a base station. Also, the main body of the incoming call notification device is a rectifying diode for rectifying high frequency current distributed on the receiving antenna, a charging element including a coil and a capacitor at both ends of the rectifying diode, and an LED blinking IC at both ends of the charging element, A blinking starting circuit or a transmitting means is connected as a load, and at least two or more light emitting elements are turned on or a receiving means placed at a position separated by a certain distance is operated.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to an incoming call notifying device for notifying an incoming call to a mobile communication device, and more particularly to an incoming call notifying device for a mobile communication device provided separately from the mobile communication device.

[0002]

[Prior art]

 As a conventional incoming call notification device for a mobile communication device, there is known a device disclosed in Japanese Utility Model Registration No. 30007220. The above-described conventional incoming call notification device for a mobile communication device has a pair of rectifying diodes connected in the opposite direction, and connects a connection point of the pair of rectifying diodes to an antenna tip of the mobile phone, A light emitting element is connected between the other ends of the rectifying diode, and the light emitting element is turned on by a high-frequency current flowing through the antenna. That is, when there is a call from the base station, the mobile communication device transmits a response signal in response to the call. When the response signal and its carrier are transmitted from the antenna of the mobile communication device, the light emitting element is turned on by a current flowing from the antenna to the rectifying diode.

[0003]

[Problems to be solved by the invention]

 However, the conventional incoming call notification device for a mobile communication device is directly connected to the antenna of the mobile communication device, and the light emitting device is turned on by a high-frequency current flowing through the antenna of the mobile communication device. There was a problem that the battery of the mobile communication device was consumed to turn on the element.

In addition, since the conventional incoming call notification device for a mobile communication device simply turns on the light emitting element provided on the antenna of the mobile communication device by a high-frequency current flowing through the antenna, the light emitting device is always in mobile communication. It was integral with the device, and the light emitting element could not be set and used at a position or location away from the antenna of the mobile communication device. Accordingly, the present applicant relates to an incoming call notifying device for notifying an incoming call to a mobile communication device in Japanese Utility Model Registration No. 3047287, when a mobile communication device transmits a response signal in response to a call signal from a base station. A rectifying diode for rectifying a high-frequency current distributed on a receiving antenna receiving the radio wave including the response signal, and an LED blinking IC or a blinking starting circuit connected to both ends of the rectifying diode, and an LED blinking IC, or Is connected to a light-emitting element as a load of a blinking activation circuit, and the LED blinking IC or an incoming call notifying device for a mobile communication device that lights up when the blinking activation circuit is activated to notify an incoming call is separate from the mobile communication device. As disclosed in the above-mentioned registered utility model No. 3007220, it is possible to solve various problems or concerns of the incoming call notification device for mobile communication devices. Was Tsu.

[0005] However, the technology disclosed in the above-mentioned registered utility model No. 3047287 in which a mobile communication device is provided with an incoming call notification device separately from the mobile communication device, the mobile communication device responds to a call signal from a base station. A rectifying diode that rectifies a high-frequency current distributed on a receiving antenna that receives a radio wave including the response signal when the response signal is transmitted, and a light emitting element connected to both ends of the rectifying diode. When the voltage between both ends of the diode reaches a predetermined level or more, the light emitting element is turned on to notify the incoming call, so the battery of the mobile communication device consumes power to turn on the light emitting element. It is possible to eliminate the problem that the power is consumed by the light emitting element and the problem that the transmission output is reduced by the amount of power consumed by the light emitting element. However, since it employs a configuration in which the output of a rectifying diode that rectifies high-frequency current distributed on a receiving antenna that receives radio waves including response signals, the light-emitting element that is a load is directly turned on, the light-emitting element is used. Was very weak.

In particular, since a configuration in which a light emitting element is connected to a rectifier diode is employed, addition of various variations to the blinking operation of the light emitting element may be extremely restricted. .

[0007]

[Problems to be solved by the invention]

 The present invention has been made in view of the above problems, and it is possible to manufacture the mobile communication device at a low cost with a simple structure without adversely affecting the life of the battery of the mobile communication device and the original communication function of the mobile communication device. In addition, since the power output from the rectifying diode is sufficiently accumulated in the charging element including the coil and the capacitor to operate the light emitting element L, a large amount of stable current can be taken out. The light-emitting operation of L 1 can exhibit various different light-emitting conditions depending on the blinking condition or the blinking activation condition of the LED blinking IC using the charging element as a power supply or the blinking activation circuit. A transmission means is provided for the load to be transmitted, and a radio wave output from the transmission means is separately received by the reception means so that the reception status of the mobile communication device of the partner can be grasped. It is greatly possible expansion variations on the design because the.

[0008]

[Means for Solving the Problems]

 In order to solve the above-mentioned problem, a mobile communication terminal incoming call notification device according to claim 1 of the present application has the following requirements. That is, (a) a main body of the incoming call notification device which is separate from the mobile communication device. (B) The incoming call notification device main body has a receiving antenna for receiving a radio wave including the response signal when the mobile communication device transmits a response signal in response to a call signal from a base station. (C) The incoming call notification device main body has a rectifying diode for rectifying a high-frequency current distributed on the receiving antenna. (D) The incoming call notification device main body has a charging element connected to both ends of the rectifying diode. (E) An LED blinking IC, a blinking activation circuit, or transmitting means is connected to the load of the charging element. (F) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (G) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify of an incoming call.

[0009] In order to solve the above-mentioned problem, the incoming call notification device for a mobile communication device according to claim 2 of the present application is characterized by having the following requirements. That is, (a) a main body of the incoming call notification device which is separate from the mobile communication device. (B) when the mobile communication device transmits a response signal in response to a call signal from a base station, the main body of the incoming call notification device includes: a first reception antenna that receives a radio wave including the response signal; 2 receiving antennas. (C) The incoming call notification device main body has a rectifying diode connected between the first receiving antenna and the second receiving antenna. (D) The incoming call notification device main body has a charging element connected to both ends of the rectifying diode. (E) The charging element is composed of a coil and a capacitor. (F) An LED blinking IC, a blinking activation circuit, or a transmitting means is connected to both ends of the capacitor as a load. (G) A light emitting element is connected to the load of the LED blinking IC or the blinking start circuit. (H) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call.

[0010] In order to solve the above-mentioned problem, the incoming call notification device for a mobile communication device according to claim 3 of the present application has the following requirements. That is, (a) a main body of the incoming call notification device which is separate from the mobile communication device. (B) when the mobile communication device transmits a response signal in response to a call signal from a base station, the main body of the incoming call notification device includes: a first reception antenna that receives a radio wave including the response signal; 2 receiving antennas. (C) The incoming call notification device main body has a rectifying diode connected between the first receiving antenna and the second receiving antenna. (D) The incoming call notification device main body has a charging element connected to both ends of the rectifying diode. (E) The charging element is composed of a coil and a capacitor. (F) An LED blinking IC, a blinking activation circuit, or transmitting means is connected to both ends of the capacitor. (G) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (H) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call. (1) The first receiving antenna and the second receiving antenna are extended from the main body of the incoming call notification device in directions opposite to each other.

[0011] In order to solve the above-mentioned problem, the incoming call notification device for a mobile communication device according to claim 4 of the present application is characterized by having the following requirements. That is, (a) a main body of the incoming call notification device which is separate from the mobile communication device. (B) when the mobile communication device transmits a response signal in response to a call signal from a base station, the main body of the incoming call notification device includes: a first reception antenna that receives a radio wave including the response signal; 2 receiving antennas. (C) The incoming call notification device main body has a rectifying diode connected between the first receiving antenna and the second receiving antenna. (D) The incoming call notification device main body has a charging element connected to both ends of the rectifying diode. (E) The charging element is composed of a coil and a capacitor. (F) At both ends of the condenser, an LED blinking IC, a blinking activation circuit or a transmitting means is connected. (G) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (H) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call. (I) The first receiving antenna and the second receiving antenna are housed in the incoming call notification device main body.

[0012] In order to solve the above-mentioned problems, an incoming call notification device for a mobile communication device according to claim 5 of the present application is characterized by having the following requirements. That is, (a) a main body of the incoming call notification device which is separate from the mobile communication device. (B) when the mobile communication device transmits a response signal in response to a call signal from a base station, the main body of the incoming call notification device includes: a first reception antenna that receives a radio wave including the response signal; 2 receiving antennas. (C) The incoming call notification device main body has a rectifying diode connected between the first receiving antenna and the second receiving antenna. (D) The incoming call notification device main body has a charging element connected to both ends of the rectifying diode. (E) The charging element is composed of a coil and a capacitor. (F) At both ends of the condenser, an LED blinking IC, a blinking activation circuit or a transmitting means is connected. (G) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (H) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call. (I) At least one of the first and second receiving antennas extends from the incoming call notification device body to the outside. (H) A hook is formed at the end of the receiving antenna extending from the incoming call notification device body to the outside, and the hook is hooked to the antenna of the mobile communication device.

The invention according to claim 6 of the present application is characterized in that the incoming call notification device for a mobile communication device according to claims 1 to 5 has the following requirements. That is, (a) the appearance of the incoming call notification device body is formed in a doll or mascot shape. (B) The main body of the incoming call notifying device has a mounting portion to be mounted on an antenna of the mobile communication device.

An incoming call notification device for a mobile communication device according to a seventh aspect of the present invention has the following requirements. That is, (a) a main body of the incoming call notification device which is separate from the mobile communication device. (B) The incoming call notification device main body has a receiving antenna for receiving a radio wave including the response signal when the mobile communication device transmits a response signal in response to a call signal from a base station. (C) The incoming call notification device main body has a rectifying diode for rectifying a high-frequency current distributed on the receiving antenna. (D) In the main body of the incoming call notification device, a charging element composed of a coil and a capacitor is connected to both ends of the rectifying diode. (E) An LED blinking IC, a blinking activation circuit, or transmitting means is connected to the load of the charging element. (F) At least two or more light-emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (G) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify of an incoming call. (H) The incoming call notification device main body has a flat plate, and the receiving antenna, the rectifying diode, and the light emitting element are provided on one surface of the flat plate. (I) An adhesive portion is provided on the other surface of the flat body, and a release paper is adhered to the adhesive portion.

The invention according to claim 8 of the present application adds the following requirements to the incoming call notification device for a mobile communication device according to claims 1 to 5 and 7. That is, (a) A sound generating element including a sound chip or a mechanical element operable by a weak current is connected to the load of the LED blinking IC or the blinking starting circuit. (B) The sound generating element or the mechanical element that can be operated by a weak current is configured to perform a predetermined operation by operating the LED blinking IC or the blinking activation circuit.

The invention according to claim 9 of the present application adds the following requirements to the incoming call notification device for a mobile communication device according to claims 1 to 5 and 7. That is, (a) the transmitting means has a receiving means for receiving a radio wave output from the transmitting means. (B) The receiving means is provided with a sound generating element or a mechanical element, a sound chip, and a light emitting element which can be operated by a weak current.

[0017]

[Embodiment of the invention]

 An embodiment of the incoming call notification device for a mobile communication device according to the present invention will be described with reference to the drawings. The incoming call notification device 1 for a mobile communication device according to the first aspect has an incoming call notification device main body 3 separate from the mobile communication device 2 as shown in FIGS. 1 to 3. As the mobile communication device 2, an appropriate mobile communication device such as a mobile phone, a simplified mobile phone (PHS), a vehicle phone, or a pager is used. Of course, the present invention can be applied to an electronic organizer and various game machines having a communication function. When the mobile communication device 2 transmits a response signal in response to a call signal from a base station (not shown), the incoming call notification device main body 3 has a receiving antenna 5 for receiving a radio wave including the response signal. . That is, when a call request is issued to the mobile communication device 2 from another mobile communication device or a telephone, the base station in charge of the mobile communication device 2 transmits a call signal to the mobile communication device 2. Upon receiving the call signal from the base station, the mobile communication device 2 returns a response signal to the base station in response to the call signal. At this time, the receiving antenna 5 receives a radio wave including a response signal emitted from the mobile communication device 2. The incoming call notification device main body 3 includes a rectifying diode 7 for rectifying a high-frequency current distributed on the receiving antenna 5, a charging element 8 connected to both ends of the rectifying diode 7, At both ends, an LED blinking IC or a blinking starting circuit or transmitting means 9 is connected as a load, and the load of the LED blinking IC or the blinking starting circuit 9 is connected to at least two or more light emitting elements L (in this embodiment, The light emitting element L is turned on by the operation of the LED blinking IC or the blinking activation circuit 9 to notify an incoming call, and to transmit. The means 9 activates a predetermined receiving means described later.

Further, as shown in FIGS. 1 to 3, the incoming call notifying device 1 for a mobile communication device has a main body 3 of the incoming call notifying device separate from the mobile communication device 2. As the mobile communication device 2, an appropriate mobile communication device such as a mobile phone, a simplified mobile phone (PHS), a vehicle phone, a pager or the like is used. Of course, the present invention can be applied to electronic notebooks and various game machines having a communication function. When the mobile communication device 2 transmits a response signal in response to a call signal from a base station, the incoming call notification device main body 3 has a receiving antenna 5 that receives a radio wave including the response signal. That is, when there is a call request to the mobile communication device 2 from another mobile communication device or telephone, the base station in charge of the mobile communication device 2 transmits a call signal to the mobile communication device 2. Upon receiving the call signal from the base station, the mobile communication device 2 returns a response signal to the base station in response to the call signal. At this time, a radio wave including a response signal emitted by the mobile communication device 2 is received by the receiving antenna 5. The receiving antenna 5 includes a first receiving antenna 5a and a second receiving antenna 5b. Each of the first receiving antenna 5a and the second receiving antenna 5b is set to be approximately ４ of the wavelength λ of the radio wave to be received.

The incoming call notification device main body 3 includes a rectifying diode 7 connected between the first receiving antenna 5a and the second receiving antenna 5b, and a coil connected to both ends of the rectifying diode 7. A charging element 8 composed of a capacitor 8b and a capacitor 8b, and an LED blinking IC or a blinking activation circuit or transmission means 9 connected to both ends of the charging element 8 as a load. Is connected to at least two or more light emitting elements L (in this embodiment, three green LEDs and three red LEDs) are connected, and the mobile communication device 2 emits a response signal including a response signal. Is received by the receiving antenna 5, the charging element 8 is charged with a predetermined voltage, and the light emitting element L is turned on to notify an incoming call to the mobile communication device 2. The transmitting means 9 operates an oscillator to operate a receiving means 9a described later.

As the light emitting element L, a light emitting element of a low current consumption type such as an LED is used. Further, as shown in FIGS. 1 to 3, the incoming call notification device 1 for a mobile communication device has an incoming call notification device main body 3 separate from the mobile communication device 2. As the mobile communication device 2, an appropriate mobile communication device such as a mobile phone, a simplified mobile phone (PHS), a vehicle phone, a pager or the like is used. When the mobile communication device 2 transmits a response signal in response to a call signal from a base station, the incoming call notification device main body 3 has a receiving antenna 5 for receiving a radio wave including the response signal. That is, when there is a call request from another mobile communication device or telephone to the mobile communication device 2, the base station in charge of the mobile communication device 2 transmits a call signal to the mobile communication device 2. Upon receiving the call signal from the base station, the mobile communication device 2 returns a response signal to the base station in response to the call signal. At this time, the receiving antenna 5 receives a radio wave including a response signal emitted from the mobile communication device 2. The receiving antenna 5 includes a first receiving antenna 5a and a second receiving antenna 5b. Each of the first receiving antenna 5a and the second receiving antenna 5b is set to have a length of approximately の of the wavelength λ of the radio wave to be received. The incoming call notification device main body 3 is composed of a rectifying diode 7 connected between the first receiving antenna 5a and the second receiving antenna 5b, and a coil 8a and a capacitor 8b connected to both ends of the rectifying diode 7. The LED blinking IC or the blinking activation circuit or the transmitting means 9 is connected as a load to both ends of the charging element 8 and the charging element 8, and the load of the LED blinking IC or the blinking activation circuit 9 is: At least two or more light-emitting elements L (in this embodiment, three green LEDs and three red LEDs) are connected, and a radio wave including a response signal emitted by the mobile communication device 2 is transmitted. When the receiving antenna 5 receives the signal, the charging element 8 is charged with a predetermined voltage, and the light emitting element L is turned on to notify an incoming call to the mobile communication device 2. The transmitting means 9 operates an oscillator to operate a receiving means 9a described later.

The first receiving antenna 5a and the second receiving antenna 5b extend from the incoming call notification device main body 3 in directions opposite to each other. That is, in the example shown in FIG. 2, one receiving antenna 5 a extends upward from the incoming call notification device main body 3, and the other receiving antenna 5 b extends downward from the incoming call notification device main body 3. Also, as shown in FIG. 10, one receiving antenna 45a may extend leftward from the main body 43 and the other receiving antenna 45b may extend rightward from the main body 43.

Further, as shown in FIGS. 8 and 9, the incoming call notification device 31 for a mobile communication device has an incoming call notification device main body 33 separate from the mobile communication device 2. When the mobile communication device 2 transmits a response signal in response to a paging signal from a base station, the main body 33 includes a first receiving antenna 35a for receiving a radio wave including the response signal, and a second reception antenna 35a. And the receiving antenna 35b. The incoming call notification device main body 33 includes a rectifying diode 37 connected between the first receiving antenna 35a and the second receiving antenna 35b, a coil 8a connected to both ends of the rectifying diode 37, and a capacitor. A charging element 8 composed of a charging element 8b and LED blinking IC or a blinking activation circuit or transmitting means 9 are connected to both ends of the charging element 8 as a load. At least two or more light emitting elements L are connected, and the receiving antenna 5 receives a radio wave including a response signal emitted by the mobile communication device 2, whereby the charging element 8 is charged with a predetermined voltage. The light emitting element L is turned on to notify an incoming call to the mobile communication device 2. The transmitting means 9 operates an oscillator to operate a receiving means 9a described later.

Then, the first receiving antenna 35 a and the second receiving antenna 35 b are housed in the incoming call notification device main body 33. Further, as shown in FIGS. 1 to 3, the incoming call notification device 1 for a mobile communication device has a main body 3 of the incoming call notification device separate from the mobile communication device 2. As the mobile communication device 2, an appropriate mobile communication device such as a mobile phone, a simplified mobile phone (PHS), a vehicle phone, a pager or the like is used. When the mobile communication device 2 transmits a response signal in response to a call signal from a base station, the incoming call notification device main body 3 has a receiving antenna 5 for receiving an electric wave including the response signal. That is, when there is a call request from another mobile communication device or telephone to the mobile communication device 2, the base station in charge of the mobile communication device 2 transmits a call signal to the mobile communication device 2. Upon receiving the call signal from the base station, the mobile communication device 2 returns a response signal to the base station in response to the call signal.

At this time, a radio wave including a response signal emitted from the mobile communication device 2 is received by the receiving antenna 5. The receiving antenna 5 includes a first receiving antenna 5a and a second receiving antenna 5b. Each of the first receiving antenna 5a and the second receiving antenna 5b is set to have a length of about の of the wavelength λ of the radio wave to be received.

The incoming call notification device main body 3 includes a rectifying diode 7 connected between the first receiving antenna 5a and the second receiving antenna 5b, and a coil connected to both ends of the rectifying diode 7. A charging element 8 composed of a capacitor 8b and a capacitor 8b, and an LED blinking IC or a blinking activation circuit or transmission means 9 connected to both ends of the charging element 8 as a load. At least two or more light emitting elements L are connected, and the receiving antenna 5 receives a radio wave including a response signal emitted by the mobile communication device 2, so that a predetermined voltage is applied to the charging element 8. Is charged, and the light emitting element L is turned on to notify the incoming call to the mobile communication device 2. The transmitting means 9 operates an oscillator to operate a receiving means 9a described later.

As the light emitting element L, a light emitting element of a low current consumption type such as an LED is used. Then, as shown in FIGS. 2 to 7, at least one of the first and second receiving antennas 5a, 15a, 25a extends outside from the incoming call notification device main body 3, 13, 23. Have been. At the ends of the receiving antennas 5a, 15a, and 25a extended from the main body of the incoming call notification device, hooks 10, 20, and 30 are formed, and the hooks 10, 20, and 30 are mobile communication devices. The second antenna 4 is hooked. These hooks 10, 20, 30 are configured by providing loops by returning the distal ends of the receiving antennas 5a, 15a, 25a and stopping with the stoppers 10a, 20a, 30a. By providing the stoppers 10a, 20a, 30a movably, the inner diameter of the wheel can be adjusted.

Further, the incoming call notification device for a mobile communication device according to claim 6 has an incoming call notification device main body 3 separate from the mobile communication device 2 as shown in FIGS. As the mobile communication device 2, an appropriate mobile communication device such as a mobile phone, a simplified mobile phone (PHS), a vehicle phone, or a pager is used. When the mobile communication device 2 transmits a response signal in response to a call signal from a base station, the incoming call notification device main body 3 has a receiving antenna 5 that receives a radio wave including the response signal. That is, when there is a call request to the mobile communication device 2 from another mobile communication device or telephone, the base station in charge of the mobile communication device 2 transmits a call signal to the mobile communication device 2. Upon receiving the call signal from the base station, the mobile communication device 2 returns a response signal to the base station in response to the call signal. At this time, a radio wave including a response signal emitted by the mobile communication device 2 is received by the receiving antenna 5. The receiving antenna 5 includes a first receiving antenna 5a and a second receiving antenna 5b. Each of the first receiving antenna 5a and the second receiving antenna 5b is set to have a length of approximately の of the wavelength λ of the radio wave to be received.

The incoming call notification device main body 3 includes a rectifying diode 7 connected between the first receiving antenna 5a and the second receiving antenna 5b, and a coil connected to both ends of the rectifying diode 7. A charging element 8 composed of a capacitor 8b and a capacitor 8b, and an LED blinking IC or a blinking activation circuit or transmission means 9 connected to both ends of the charging element 8 as a load. At least two or more light emitting elements L are connected, and the receiving antenna 5 receives a radio wave including a response signal emitted by the mobile communication device 2, so that a predetermined voltage is applied to the charging element 8. Is charged, and the light emitting element L is turned on to notify the incoming call to the mobile communication device 2. The transmitting means 9 operates an oscillator to operate a receiving means 9a described later.

As the light emitting element L, a low current consumption type such as an LED is used. Then, as shown in FIGS. 8 and 9, the first receiving antenna 35a and the second receiving antenna 35b are accommodated in the incoming call notification device main body 33. As shown in FIGS. 8 and 12, the main body 33, 53 of the incoming call notification device has a doll or mascot shape in appearance, and has a mounting portion 32 for mounting on the antenna 4 of the mobile communication device 2. , 52. That is, holes 32a and 52a having diameters equal to or slightly larger than the antenna 4 of the mobile communication device 2 are provided in the mounting portions 32 and 52, and the antenna 4 of the mobile communication device 2 is inserted into the holes 32a and 52a. Thus, the notification notification device main bodies 33 and 53 can be mounted on the antenna 4.

The first receiving antenna 5a and the second receiving antenna 5b may be configured to extend from the main body 3 of the incoming call notification device to the outside in opposite directions. That is, in the example shown in FIG. 2, one receiving antenna 5a extends upward from the incoming call notification device main body 3, and the other receiving antenna 5b extends downward from the incoming call notification device main body 3. Further, as shown in FIG. 12, one receiving antenna 55a may extend leftward from the incoming call notification device main body 53, and the other receiving antenna 55 may extend rightward from the incoming call notification device main body 53. Further, as shown in FIGS. 2 to 7, at least one of the first and second receiving antennas 5a, 15a, 25a is extended from the incoming call notification device main body 3, 13, 23 to the outside. You may. At the ends of the receiving antennas 5a, 15a, 25a extended from the main body of the incoming call notification device, hooks 10, 20, 30 are formed, and the hooks 10, 20, 30 are connected to a mobile communication device. 2 can be hooked on the antenna 4.

Further, as shown in FIGS. 10 and 11, the incoming call notification device 41 for a mobile communication device has an incoming call notification device main body 43 separate from the mobile communication device 2. The incoming call notification device main body 43 has a receiving antenna 45 that receives a radio wave including the response signal when the mobile communication device 2 transmits a response signal in response to a call signal from the base station. The receiving antenna 45 includes a receiving antenna 45a and a receiving antenna 45b. The incoming call notification device main body 43 includes a rectifying diode 47 for rectifying a high-frequency current distributed on the receiving antenna 45, a charging element 8 including a coil 8 a and a capacitor 8 b connected to both ends of the rectifying diode 47, and the charging element 8. At both ends of the LED 8, an LED blinking IC or a blinking activation circuit or transmitting means 9 is connected as a load, and at least two or more light emitting elements L are connected to the load of the LED blinking IC or the blinking activation circuit 9. When the receiving antenna 5 receives a radio wave including a response signal emitted by the mobile communication device 2, a predetermined voltage of the charging element 8 is charged, and the light emitting element L is turned on to light the mobile communication device. 2 is notified of an incoming call. The transmitting means 9 operates the oscillator to operate the receiving means 9a described later.

The incoming call notification device main body 43 has a flat plate 42, and the receiving element 45, a rectifying diode 47, a coil 8 a and a capacitor 8 b are provided on one surface of the flat plate 42. A LED blinking IC or a blinking activation circuit or transmitting means 9 is connected as a load to both ends of the charging element 8, and at least two or more light-emitting elements are connected to the LED blinking IC or the load of the blinking activation circuit 9. Element L is connected. An adhesive portion 44 is provided on the other surface of the flat body, and a release paper 46 is adhered to the adhesive portion 44. The flat plate 42 is formed of a suitable member such as a mount, a synthetic resin, and a plastic. The adhesive portion 44 is formed by attaching an adhesive tape or an appropriate adhesive.

Further, the incoming call notification device for a mobile communication device according to claim 8 can be operated with a sound generating optical element including a sound chip or a weak current as a load of an LED blinking IC or a blinking start circuit. When a predetermined mechanical element is connected and the receiving antenna 5 receives a radio wave including a response signal emitted from the mobile communication device 2, the predetermined voltage of the charging element 8 is charged, and the LED blinks. The IC or the blinking activation circuit 9 is configured to perform a predetermined operation.

Further, the incoming call notification device for a mobile communication device according to the ninth aspect has a receiving means 9a for receiving the radio wave output from the transmitting means 9, and the receiving means 9a has a voice generating element or a sound generating element. Is composed of mechanical elements, sound chips, light-emitting elements, etc. that can be operated with a weak current.

[0035]

【Example】

 An embodiment of the incoming call notification device for a mobile communication device according to the present invention will be described. First, a first embodiment will be described with reference to FIGS. The incoming call notification device 1 for a mobile communication device according to the present embodiment has a call notification device main body 3 formed separately from the mobile communication device 2. As the mobile communication device 2, for example, a mobile phone that uses radio waves in the 800 MHz band or the 1.5 GHz band is used. The mobile communication device 2 has an antenna 4, a display unit 6, and an operation unit P. The incoming call notification device main body 3 is formed of an appropriate member such as a synthetic resin or plastic, and its appearance is formed in the shape of a doll or a mascot. The head of the incoming call notification device main body 3 is formed of a transmissive member that transmits light. A board 14 is provided in the main body 3 of the incoming call notification device, and various circuit components are attached to the board 14.

Next, a configuration of a circuit unit incorporated in the substrate 14 will be described with reference to FIG. The antenna 5 is attached to the substrate 14. The antenna 5 includes a first receiving antenna 5a and a second receiving antenna 5b, and a rectifying diode 7 is connected between the first receiving antenna 5a and the second receiving antenna 5b. A charging element 8 composed of a coil 8a and a capacitor 8b is connected to both ends of the rectifying diode 7, and an LED blinking IC or a blinking starting circuit or transmission means 9 is connected to both ends of the charging element 8 as a load. At least two or more light emitting elements L are connected to the load of the blinking IC or the blinking start circuit 9, and the light emitting elements L and the transmission means 9 transmit radio waves including a response signal emitted by the mobile communication device 2. When the receiving antenna 5 receives the signal, the charging element 8 is charged and charged with a predetermined voltage. The charging element 8 is activated and turned on to notify an incoming call. Transmit radio waves. By the way, the light emitting element L is arranged at the head of the incoming call notification device main body 3. Each of the first receiving antenna 5a and the second receiving antenna 5b is set to have a length of about １ ／ of the wavelength λ of the radio wave to be received. The light emitting element L is a light emitting element of a low current consumption type such as an LED. The light emitting element L is turned on when the LED blinking IC or the blinking activation circuit 9 is operated to notify an incoming call.

The first receiving antenna 5 a and the second receiving antenna 5 b extend from the incoming call notification device main body 3 to opposite directions to the outside. That is, as shown in FIG. 2, one receiving antenna 5a extends upward from the incoming call notification device main body 3, and the other receiving antenna 5b extends downward from the incoming call notification device main body 3. A hook 10 is formed at the end of the receiving antenna 5 a extending from the incoming call notification device main body 3 to the outside, and the hook 10 is hooked to the antenna 4 of the mobile communication device 2. These hooks 10 are provided with loops by returning the distal end of the receiving antenna 5a and stopping with the stoppers 10a. By providing the stopper 10a movably, the inner diameter of the loop can be adjusted.

Next, the operation of the first embodiment will be described. In the incoming call notification device 1 for a mobile communication device, a hook 10 formed at the end of the receiving antenna 5 a is hooked to the antenna 4 of the mobile communication device 2. At this time, by moving and adjusting the stopper 10a, the incoming call notification device 1 for a mobile communication device can be securely attached to the mobile communication device 2. Here, when there is a call request from another mobile communication device or telephone to the mobile communication device 2, the base station in charge of the mobile communication device 2 transmits a call signal to the mobile communication device 2. Upon receiving the call signal from the base station, the mobile communication device 2 returns a response signal to the base station in response to the call signal. At this time, radio waves including a response signal emitted by the mobile communication device 2 are received by the receiving antennas 5a and 5b. The rectifying diode 7 rectifies the high-frequency current distributed on the receiving antennas 5a and 5b. A charging element 8 composed of a coil 8a and a capacitor 8b is connected to both ends of the rectifying diode 7, and an LED blinking IC or a blinking starting circuit or transmitting means 9 is connected as a load to both ends of the charging element 8, and At least two or more light emitting elements L are connected to the flashing IC or the load of the blinking starting circuit 9, and the light emitting elements L transmit radio waves including a response signal emitted by the mobile communication device 2. When the receiving antenna 5 receives the signal, the charging element 8 is charged and charged to a predetermined voltage. The charging element 8 is turned on to notify an incoming call. Send At this time, the power output from the rectifying diode 7 between the two antennas, the first receiving antenna 5a and the second receiving antenna 5b, is sufficiently accumulated in the charging element 8 including the coil 8a and the capacitor 8b. Since the light emitting element L operates to emit light, a large amount of stable current can be obtained. In addition, the light emitting operation of the light emitting element L is performed by an LED blinking IC using the charging element 8 as a power source or a blinking LED. Various different light emission conditions can be exhibited depending on the blinking condition of the starting circuit 9 or the blinking starting condition.

Next, a second embodiment according to the present invention will be described with reference to FIGS. 4 and 5. The incoming call notification device 11 for a mobile communication device according to the present embodiment has a basic configuration similar to that of the first embodiment, and includes a call notification device main body 13 formed separately from the mobile communication device 2. The notification notification device main body 13 is formed of an appropriate member such as a synthetic resin or plastic, and has an appearance of a doll or a mascot. The head of the incoming call notification device main body 13 is formed of a transmissive member that transmits light. A board 14 is provided in the incoming call notification device main body 13, and various circuit components are attached to the board 14.

The antenna 15 is attached to the substrate 14. The antenna 15 includes a first receiving antenna 15a and a second receiving antenna 15b, and a rectifying diode 17 is connected between the first receiving antenna 15a and the second receiving antenna 15b. . A charging element 8 including a coil 8a and a capacitor 8b is connected to both ends of the rectifying diode 17, and an LED blinking IC or a blinking starting circuit or transmitting means 9 is connected to both ends of the charging element 8 as a load. At least two or more light emitting elements L are connected to the blinking IC or the load of the blinking activation circuit 9. The light emitting element L is of a low current consumption type such as an LED. The light emitting element L is turned on when the voltage between both ends of the rectifying diode 17 reaches a predetermined level or more to notify an incoming call. The first receiving antenna 15a extends outside from the incoming call notification device main body 13. A hook 20 is formed at the end of the receiving antenna 15a extending from the incoming call notification device body 13 to the outside, and the hook 20 is hooked to the antenna 4 of the mobile communication device 2. The second antenna 15b is wound in a coil shape and housed in the incoming call notification device main body 13.

The second embodiment configured as described above is convenient to carry because the second antenna 15 b is wound in a coil shape and housed in the incoming call notification device main body 13. Next, a third embodiment according to the present invention will be described with reference to FIGS. The basic configuration of the incoming call notification device 21 for a mobile communication device according to the present embodiment is the same as that of the first embodiment, and has a main body 23 of the incoming call notification device formed separately from the mobile communication device 2. The incoming call notification device main body 23 is formed of an appropriate member such as synthetic resin, plastic, or the like, and its appearance is formed in a doll or mascot shape. A board 24 is provided in the incoming call notification device main body 23, and various circuit components are attached to the board 24.

An antenna 25 is attached to the substrate 24. The antenna 25 includes a first receiving antenna 25a and a second receiving antenna 25b, and a rectifying diode 27 is connected between the first receiving antenna 25a and the second receiving antenna 25b. . A charging element 8 composed of a coil 8a and a capacitor 8b is connected to both ends of the rectifying diode 27, and an LED blinking IC or a blinking starting circuit or transmitting means 9 is connected to both ends of the charging element 8 as a load. At least two or more light emitting elements L are connected to the blinking IC or the load of the blinking activation circuit 9. The transmitting means 9 is provided with a receiving means 9a.

The light emitting element L is a light emitting element of a low current consumption type such as an LED. The light emitting element L is turned on when the voltage between both ends of the rectifying diode 27 reaches a predetermined level or more to notify an incoming call. . The light emitting element L is attached to the lower part of the main body 23 of the notification and notification device formed in the shape of a doll or a mascot in a downward direction. The first receiving antenna 25a and the second receiving antenna 25b extend in opposite directions from the incoming call notification device main body 23 to the outside. That is, as shown in FIG. 7, one receiving antenna 25a extends upward from the incoming call notification device main body 23, and the other receiving antenna 25b extends downward from the incoming call notification device main body 23. A hook 30 is formed at the end of the receiving antenna 25 a extending from the incoming call notification device main body 23 to the outside, and the hook 30 is hooked to the antenna 4 of the mobile communication device 2. These hook portions 30 are provided with loops by returning the distal end portion of the receiving antenna 25a and stopping with the stoppers 30a. By providing the stopper 30a movably, the inner diameter of the loop can be adjusted.

In the third embodiment configured as described above, the light emitted from the light emitting element L is emitted downward because the light emitting element L is attached to the lower part of the incoming call notification device main body 23 downward, and the light emitting element L is soft. An incoming call can be notified by light. Next, a fourth embodiment according to the present invention will be described with reference to FIGS. The incoming call notification device 31 for a mobile communication device according to the present embodiment has the same basic configuration as that of the first embodiment, and has an incoming call notification device main body 33 formed separately from the mobile communication device 2. The notification notification device main body 33 is formed of an appropriate member such as a synthetic resin or plastic, and has an appearance of a doll or a mascot. A board 34 is provided in the incoming call notification device main body 33, and various circuit components are attached to the board 34. Further, the incoming call notification device main body 33 has a mounting portion 32 mounted on the antenna 4 of the mobile communication device 2. That is, a hole 32a having a diameter equal to or slightly larger than the antenna 4 of the mobile communication device 2 is provided in the mounting portion 32, and by inserting the antenna 4 of the mobile communication device 2 into this hole 32a, the incoming call notification device is provided. The main body 33 can be attached to the antenna 4.

An antenna 35 is mounted on the board 34. The antenna 35 includes a first receiving antenna 35a and a second receiving antenna 35b, and a rectifying diode 37 is connected between the first receiving antenna 35a and the second receiving antenna 35b. . A charging element 8 composed of a coil 8a and a capacitor 8b is connected to both ends of the rectifying diode 37, and an LED blinking IC or a blinking starting circuit or transmitting means 9 is connected as a load to both ends of the charging element 8, and At least two or more light emitting elements L are connected to the blinking IC or the load of the blinking activation circuit 9. The light emitting element L is of a low current consumption type such as an LED. The light emitting element L is used when the receiving antenna 5 receives a radio wave including a response signal emitted from the mobile communication device 2. Thus, the charging element 8 is activated by being charged with a predetermined voltage, and is lit to notify of an incoming call. The transmitting means 9 operates an oscillator to transmit a predetermined radio wave to the receiving means 9a. Further, the first receiving antenna 35a and the second antenna 35b are wound in a coil shape and housed in the incoming call notification device main body 33.

In the fourth embodiment configured as described above, the first and second antennas 35 a and 35 b are wound in a coil shape and housed in the incoming call notification device main body 33, and the antenna of the mobile communication device 2 is provided. Since the first and second antennas 35a and 35b are located in the vicinity of 4, the radio wave can be detected efficiently, and the incoming call can be reliably notified.

Next, a fifth embodiment according to the present invention will be described with reference to FIGS. 10 and 11. The incoming call notification device 41 for a mobile communication device according to the present embodiment has the same basic configuration as that of the first embodiment. The incoming call notification device 41 for the mobile communication device has an incoming call notification device main body 43 separate from the mobile communication device 2. The incoming call notification device main body 43 has a flat plate 42 formed of a mount, a synthetic resin, plastic, or the like, and one surface of the flat plate 42 has receiving antennas 45a and 45b and rectifying diodes 47 at both ends. A charging element 8 composed of a coil 8a and a capacitor 8b, and an LED blinking IC or a flash start circuit or transmitting means 9 connected as a load to both ends of the charging element 8, the LED flash IC or the flash start circuit 9 At least two or more light emitting elements L are connected to this load. The light emitting element L is connected. The light emitting element L is of a low current consumption type such as an LED. The light emitting element L is configured such that the receiving antenna 5 receives a radio wave including a response signal emitted by the mobile communication device 2. When the charging element 8 is charged with a predetermined voltage, the charging element 8 is activated and turned on to notify an incoming call, and the transmitting unit 9 operates the oscillator to transmit a predetermined radio wave to the receiving unit 9a. The receiving antennas 45a and 45b and the rectifying diode 47 can be formed using photographic technology. The width of the flat plate 42 is equal to or slightly smaller than the width of the mobile communication device 2. The receiving antennas 45a and 45b are provided in a state of being folded into a rectangular shape so as to fit on a limited surface of the flat plate 42. On the other surface of the flat plate 42, an adhesive portion 44 formed by attaching an adhesive tape or the like is provided, and a release paper 46 is attached to the adhesive portion 44. In the fifth embodiment configured as described above, the release paper 46 is peeled off, and the adhesive portion 44 of the flat plate 42 can be directly adhered to the mobile communication device 2.

Next, a sixth embodiment according to the present invention will be described with reference to FIGS. 12 and 13. The incoming call notification device 51 for a mobile communication device according to the present embodiment has a basic configuration substantially similar to that of the first embodiment, and has a call notification device main body 53 formed separately from the mobile communication device 2. . The incoming call notification device main body 53 is formed of an appropriate member such as synthetic resin or plastic, and has an appearance of a doll or a mascot.

The head of the incoming call notification device main body 53 is formed of a transparent member that transmits light. A board 54 is provided in the incoming call notification device main body 53, and various circuit components are attached to the board 54. Further, the incoming call notification device main body 53 has a mounting portion 52 mounted on the antenna 4 of the mobile communication device 2. That is, a hole 52a having a diameter equal to or slightly larger than the antenna 4 of the mobile communication device 2 is provided in the mounting portion 52, and by inserting the antenna 4 of the mobile communication device 2 into the hole 52a, the main body of the incoming call notification device main body. 53 can be attached to the antenna 4.

An antenna 55 is mounted on the board 54. The antenna 55 includes a first receiving antenna 55a and a second receiving antenna 55b, and a rectifying diode 57 is connected between the first receiving antenna 55a and the second receiving antenna 55b. . A charging element 8 composed of a coil 8a and a capacitor 8b is connected to both ends of the rectifying diode 57, and an LED blinking IC or a blinking starting circuit or transmitting means 9 is connected to both ends of the charging element 8 as a load. At least two or more light emitting elements L are connected to the load of the LED blinking IC or the blinking activation circuit 9. The light emitting element L is of a low current consumption type such as an LED. The light emitting element L is configured such that the receiving antenna 5 receives a radio wave including a response signal emitted by the mobile communication device 2, and The predetermined voltage of the charging element 8 is charged, and the light emitting element L is turned on to notify the incoming call to the mobile communication device 2. The transmitting means 9 operates an oscillator to operate a receiving means 9a described later.

The light emitting element L is disposed on the head of the incoming call notification device main body 53. The first receiving antenna 55a and the second antenna 55b extend from the incoming call notification device body 53 in directions opposite to each other. That is, one receiving antenna 55a extends leftward from the incoming call notification device main body 53, and the other receiving antenna 55b extends rightward from the incoming call notification device main body 53. The first receiving antenna 55a and the second antenna 55b extending from the incoming call notification device main body 53 to the outside are both hanging down by their own weights. In the sixth embodiment configured as described above, the hole 52a having a diameter equal to or slightly larger than the antenna 4 of the mobile communication device 2 is provided in the mounting portion 52. By inserting the antenna 4, the incoming call notification device main body 53 can be securely attached to the antenna 4. A seventh embodiment (not shown) according to the present invention will be described.

The incoming call notifying device 3 for a mobile communication device according to the present embodiment has the following configuration requirements in addition to the above-described various embodiments, so that the incoming call notification device 3 for a mobile communication device having various functions in place of the light emitting element L is provided. A notification device can be provided. That is, a sound generating element including a sound chip or a mechanical element operable with a weak current, such as the above-mentioned synthetic resin or plastic, is applied to the load of the LED blinking IC, the blinking activation circuit or the transmitting means 9. It is made of a member, and its appearance makes it possible to add a certain mechanical action to a movable part formed in the shape of a doll or a mascot.

The receiving means 9 a for receiving the radio wave transmitted from the transmitting means 9 includes an LED blinking IC, a blinking activation circuit, a sound generating element including a sound chip, or a weak current. Operable mechanical elements, such as those that perform mechanical movements in the form of dolls or mascots, are constructed. With such a configuration, the mobile communication device incoming call notifying device 3 is provided with the mobile communication device incoming call notifying device 3 at the same time that the mobile communication device 2 receives the radio wave including the response signal emitted by the mobile communication device 2 and operates. Since the receiving means 9a receives the radio waves transmitted by the transmitting means 9 and enters a certain operation, even if the receiving means 9a is located at a certain distance from the incoming call notification device 3 for the mobile communication device, the movement is not affected. Even if the communication device 2 receives a call from another mobile communication device, it is possible to easily know that, and in particular, a use condition in which a plurality of the receiving means 9a are prepared and installed in another room or place is provided. By doing so, it is possible to know the incoming call of one mobile communication device 2 at different positions, and the use value of the mobile communication device 2 can be greatly expanded.

[0054]

[Effect of the invention]

 As described above, the incoming call alerting device for a mobile communication device of the present application has the incoming call alerting device main body separate from the mobile communication device, and the incoming call notifying device main body transmits the incoming call signal from the base station to the call signal from the base station. When a response signal is transmitted in response, a reception antenna for receiving a radio wave including the response signal is provided. The main body of the incoming call notification device is a rectifying diode that rectifies the high frequency current distributed on the receiving antenna, a charging element consisting of a coil and a capacitor at both ends of the rectifying diode, and an LED blinking IC at both ends of the charging element. Or, a blinking start circuit or a transmitting means is connected as a load, and at least two or more light emitting elements L are connected to the LED blinking IC or the load of the blinking start circuit. When the receiving antenna receives a radio wave including a response signal to be emitted, the charging element is turned on when a predetermined voltage is charged to notify that the mobile communication device has arrived. In addition, since the transmitting means operates the oscillator to operate the receiving means placed at a certain distance away, it notifies the incoming call to the mobile communication device without providing a power supply dedicated to the incoming call notification device for the mobile communication device. It has the effect of being able to Also, the mobile communication device can be manufactured at a low cost with a simple structure without adversely affecting the life of the battery of the mobile communication device or the original communication function of the mobile communication device. Since the light-emitting element L is operated by sufficiently accumulating a charge element including a capacitor, a large amount of stable current can be taken out. Further, the light-emitting operation of the light-emitting element L is performed by the charge element. LED flashing IC powered by a power supply, or a flashing activation circuit or a flashing activation circuit, which can exhibit various different light emission conditions depending on the flashing activation condition. Can be provided.

The receiving means for receiving the radio wave transmitted from the above-mentioned transmitting means may be an LED flashing IC, a blinking starting circuit or a sound generating element including a sound chip, or a machine operable with a weak current. Since the elements, for example, the appearance adopts a doll or mascot that performs mechanical operations, the incoming call notification device for the mobile communication device transmits radio waves including the response signal emitted by the mobile communication device. When the receiving means receives the radio wave transmitted from the transmitting means provided in the mobile communication device incoming call notifying device, the receiving means starts a certain operation. Even if the mobile communication device is placed at a fixed distance, even if the mobile communication device receives a call from another mobile communication device, it is possible to easily know that it is received. In addition, by using the mobile communication device in a different room or place, it is possible to know the incoming call of one mobile communication device at different locations, greatly increasing the value of the mobile communication device. Can be expanded.

[Brief description of the drawings]

FIGS. 1A, 1B, and 1C are circuit diagrams showing a configuration of a circuit unit according to the present invention.

FIG. 2 is a sectional view of the first embodiment according to the present invention.

FIG. 3 is an explanatory diagram showing attachment of the embodiment of FIG. 2 to a mobile communication device.

FIG. 4 is a sectional view of a second embodiment according to the present invention.

FIG. 5 is an explanatory diagram showing attachment of the embodiment of FIG. 4 to a mobile communication device.

FIG. 6 is a sectional view of a third embodiment according to the present invention.

FIG. 7 is an explanatory diagram showing attachment of the embodiment of FIG. 6 to a mobile communication device.

FIG. 8 is a sectional view of a fourth embodiment according to the present invention.

FIG. 9 is an explanatory diagram showing attachment of the embodiment of FIG. 8 to a mobile communication device.

FIG. 10 is a front view of a fifth embodiment according to the present invention.

FIG. 11 is an explanatory diagram showing attachment of the embodiment of FIG. 10 to a mobile communication device.

FIG. 12 is a sectional view of a sixth embodiment according to the present invention.

FIG. 13 is an explanatory diagram showing attachment of the embodiment of FIG. 12 to a mobile communication device.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 Incoming call notification device for mobile communication device 3 Incoming call notification device body 5 Receiving antenna 5a Receiving antenna 5b Receiving antenna 7 Rectifying diode 8a Coil 8b Capacitor 8 Charging element 9 LED blinking IC or blinking activation circuit 9a Receiving means L Light emitting element 11 Moving Incoming call notification device for communication devices 13 Incoming call notification device body 21 Incoming call notification device for mobile communication devices 23 Incoming call notification device body 31 Incoming call notification device for mobile communication devices 33 Incoming call notification device body 41 Incoming call notification device for mobile communication devices 43 Incoming call notification device body 51 Incoming call notification device for mobile communication device 53 Incoming call notification device body

Claims (9)

[Utility model registration claims] 1. An incoming call notification device for a mobile communication device, having the following requirements. (B) Having an incoming call notification device main body separate from the mobile communication device. (B) The incoming call notification device main body has a receiving antenna for receiving a radio wave including the response signal when the mobile communication device transmits a response signal in response to a call signal from a base station. (C) The incoming call notification device main body has a rectifying diode for rectifying a high-frequency current distributed on the receiving antenna. (D) The main body of the incoming notification device has a charging element connected to both ends of the rectifying diode. (E) An LED blinking IC, a blinking activation circuit, or transmitting means is connected to the load of the charging element. (F) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (G) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call. 2. An incoming call notification device for a mobile communication device, having the following requirements. (B) Having an incoming call notification device main body separate from the mobile communication device. (B) when the mobile communication device transmits a response signal in response to a call signal from a base station, the main body of the incoming call notification device receives a radio wave including the response signal; Having a receiving antenna. (C) The incoming call notification device main body has a rectifying diode connected between the first receiving antenna and the second receiving antenna. (D) The main body of the incoming notification device has a charging element connected to both ends of the rectifying diode. (E) The charging element is composed of a coil and a capacitor. (F) An LED blinking IC, a blinking starting circuit or a transmitting means is connected as a load to both ends of the capacitor. (G) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (H) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call. 3. An incoming call notification device for a mobile communication device, having the following requirements. (B) Having an incoming call notification device main body separate from the mobile communication device. (B) when the mobile communication device transmits a response signal in response to a call signal from a base station, the main body of the incoming call notification device receives a radio wave including the response signal; Having a receiving antenna. (C) The incoming call notification device main body has a rectifying diode connected between the first receiving antenna and the second receiving antenna. (D) The main body of the incoming notification device has a charging element connected to both ends of the rectifying diode. (E) The charging element is composed of a coil and a capacitor. (F) An LED blinking IC, a blinking starting circuit or a transmitting means is connected to both ends of the capacitor. (G) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (H) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call. (I) The first receiving antenna and the second receiving antenna extend from the main body of the incoming call notification device to the outside in opposite directions. 4. An incoming call notification device for a mobile communication device having the following requirements. (B) Having an incoming call notification device main body separate from the mobile communication device. (B) when the mobile communication device transmits a response signal in response to a call signal from a base station, the main body of the incoming call notification device receives a radio wave including the response signal; Having a receiving antenna. (C) The incoming call notification device main body has a rectifying diode connected between the first receiving antenna and the second receiving antenna. (D) The main body of the incoming notification device has a charging element connected to both ends of the rectifying diode. (E) The charging element is composed of a coil and a capacitor. (F) At both ends of the condenser, LED blinking IC,
Or, a blinking activation circuit or transmission means is connected. (G) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (H) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call. (I) The first receiving antenna and the second receiving antenna are accommodated in a main body of the incoming call notification device. 5. An incoming call notification device for a mobile communication device, having the following requirements. (B) Having an incoming call notification device main body separate from the mobile communication device. (B) when the mobile communication device transmits a response signal in response to a call signal from a base station, the main body of the incoming call notification device receives a radio wave including the response signal; Having a receiving antenna. (C) The incoming call notification device main body has a rectifying diode connected between the first receiving antenna and the second receiving antenna. (D) The main body of the incoming notification device has a charging element connected to both ends of the rectifying diode. (E) The charging element is composed of a coil and a capacitor. (F) At both ends of the condenser, LED blinking IC,
Or, a blinking activation circuit or transmission means is connected. (G) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (H) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call. (I) At least one of the first and second receiving antennas extends from the incoming call notification device main body to the outside. (G) A hook portion is formed at an end of the receiving antenna extended from the incoming call notification device body to the outside, and the hook portion is hooked to an antenna of the mobile communication device. 6. The incoming call notification device for a mobile communication device according to claim 1, wherein the following conditions are satisfied. (A) The appearance of the incoming call notification device body is formed in the shape of a doll or a mascot. (B) The main body of the incoming call notifying device has a mounting portion to be mounted on an antenna of the mobile communication device. 7. An incoming call notification device for a mobile communication device, having the following requirements. (B) Having an incoming call notification device main body separate from the mobile communication device. (B) The incoming call notification device main body has a receiving antenna for receiving a radio wave including the response signal when the mobile communication device transmits a response signal in response to a call signal from a base station. (C) The incoming call notification device main body has a rectifying diode for rectifying a high-frequency current distributed on the receiving antenna. (D) In the incoming call notification device main body, a charging element composed of a coil and a capacitor is connected to both ends of the rectifying diode. (E) An LED blinking IC, a blinking activation circuit, or transmitting means is connected to the load of the charging element. (F) At least two or more light emitting elements are connected to the load of the LED blinking IC or the blinking activation circuit. (G) The light emitting element is turned on by the operation of the LED blinking IC or the blinking activation circuit to notify an incoming call. (H) The incoming call notification device main body has a flat body, and the receiving antenna, the rectifying diode, and the light emitting element are provided on one surface of the flat body. (I) An adhesive portion is provided on the other surface of the flat body, and a release paper is attached to the adhesive portion. 8. The incoming call notification device for a mobile communication device according to claim 1, wherein the following conditions are satisfied. (B) The load of the LED blinking IC or the blinking start circuit is
A sound generating element including a sound chip or a mechanical element that can be operated with a weak current is connected. (B) The sound generating element or the mechanical element that can be operated by a weak current is configured to perform a predetermined operation by operating the LED blinking IC or the blinking activation circuit. 9. The incoming call notification device for a mobile communication device according to claim 1, wherein the following conditions are satisfied. (B) The transmitting means has a receiving means for receiving a radio wave output from the transmitting means. (B) The receiving means includes a sound generating element or a mechanical element operable by a weak current, a sound chip,
A light emitting element must be provided.