JP2006204079A - Portable detachable multi-operating equipment set for measures against emergency/disaster - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide portable detachable multi-operating equipment which utilizes electricity stored in an electricity accumulated portion for purposes of other than charging to a battery charger for a cellular phone. <P>SOLUTION: The equipment includes a body 100 of a palm size, a solar panel 5 provided at the body 100, the electricity accumulating portion which stores electricity generated by the solar panel 5, a charging output terminal to output power from the electricity accumulating portion, and a detachable power cap (electric operating equipment) 210 which covers the charging output terminal, wherein the power cap 210 includes an electric function portion to which electricity is supplied from the body 100, and an operation input terminal which is detachably connected to a feed portion at a body side in order to supply electricity of the electricity accumulating portion to the electric function portion. In such a state as the power cap 210 is fitted to the body so that it may cover the charging output terminal 2 from the body 100, the operation input terminal of the power cap 210 and the feed portion at the body side are kept to be electrically connected, then the electric function portion at a power cap side becomes operable state. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a portable detachable multi-operation device that expands the range of use of a portable charger that can be used mainly for charging a rechargeable battery of a mobile phone.

  Conventionally, as a power source for charging a storage battery of a mobile phone, for example, there is a battery that uses a dry battery, and recently, there is a battery that uses a solar charger using a solar battery as shown in the cited reference 1. These correspond to only one purpose.

JP 2001-327098 A

  The above-described solar charger for a mobile phone can only charge the mobile phone, and is not assumed for other applications and uses. In the case of such a charger, even if the charger is charged in a situation where electricity does not pass, such as at the time of an earthquake disaster, the electricity could not be used elsewhere.

  The present invention provides a portable detachable multi-operation device that has a function in addition to charging a rechargeable battery of a mobile phone, and can use electricity stored in a power storage unit, a dry battery, or the like for the function. To do.

Means for Solving the Problems and Effects of the Invention

In order to solve the above problems, the portable detachable multi-operation device of the present invention is:
With a palm-sized portable body,
A power supply unit built in the body;
A body-side power supply section provided in the body for outputting electricity from the power supply section;
An electric input unit detachably connected to the body-side power supply unit and an electric function unit that functions by being supplied with electric power from the power supply unit by the operation input terminal, and is detachably connected to the body Operating equipment, and
A plurality of types of electrical operation devices having different functions are prepared, and by selecting any one of these electrical operation devices and mounting them on the body, operations of the different electrical function units are performed. With
When one of the electrical operating devices is attached to the body so that the operation input terminal of the electrical operating device and the power supply unit on the body side are electrically connected, The electrical functional unit on the operating device side is in an operable state.

  According to the above configuration, since the electrical operation device can be attached to and detached from the body, it can be replaced with another electrical operation device including an electrical function unit that performs different functions. Therefore, by preparing electrical operating devices with various functions as options, you can select electrical operating devices with functions according to the purpose from among them. Available as Moreover, since it is a handy type, these functions can always be carried around, and these functions can be used immediately when necessary. If you have a plurality of electrical operating devices at the same time, you can select the necessary functions from them, and the usage is expanded.

  In the portable detachable multi-operation device having the above configuration, the power supply unit may be configured by the primary battery, and the body may be provided with a detachable mechanism for the primary battery. According to this configuration, an electrically operated device can be operated using a dry battery (primary battery) as a power source. Since dry batteries are already in widespread use, even if the dry battery power is insufficient, it is relatively easy to obtain it except under special circumstances.

  In addition, the portable detachable multi-operation device of the present invention may be configured as a power storage unit that stores electricity by external power supply or power generation of a power generation unit provided in the body. . According to this configuration, the power supply unit is configured as a power storage unit that can be charged by external charging, internal power generation, or the like, and can replenish electric power without purchasing a new battery. Note that a secondary battery may be used as the power storage unit. In the case of a secondary battery, when power is insufficient, a battery can be newly purchased like a primary battery to supplement the power, and the power can be supplemented by an external charger.

  Moreover, the portable detachable multi-operation device of the present invention is configured such that the power supply unit includes a power generation solar panel provided in the body and a power storage unit that stores electricity generated by the power generation solar panel. It can also be configured. As an example, for example, a palm-sized portable body, a solar panel for solar power generation provided in the body, a power storage unit that is built in the body and stores electricity generated by the solar panel, An output terminal provided at an end of the body for outputting electric power from the power storage unit, an electrical function unit that uses electricity supplied from the power storage unit of the body as a power source, and stored in the power storage unit An electrical operation device having an operation input terminal detachably connected to the body-side power supply unit for supplying electricity to the electrical function unit, and an operation input terminal of the electrical operation device; The electrical function device on the electrical operation device side is operable by mounting the electrical operation device on the body so that the power supply unit on the body side is electrically connected. It can be configured as characterized in that a state. In addition, by preparing a plurality of types of electrical operating devices having different electrical function units as the electrical operating device, selecting one of these electrical operating devices and attaching it to the body, The operation of different electrical functional units can be performed.

  The portable detachable multi-operation device having the above-described configuration does not require a battery, an external power source, or the like because the electricity generated by the solar panel can be used as it is as the electricity to be supplied to the electrical function unit. Furthermore, since this charger itself is a storage battery (rechargeable battery), if it is left in sunlight or in a bright place for a while, there is no need to secure a power source or replenish batteries, and it is stored free of charge by solar power generation. And does not pollute the environment. Even when power is not supplied, such as during a disaster, power can be obtained and the functions of electrical operating devices can be used. Also, it can always be carried as a hand-held battery, and even if the power storage unit of one charger is empty, it can be easily compensated for by having another body. In addition to being usable as a solar charger, other functions than the charger can be added. Since the electrical operation device is detachable, it can be replaced with another electrical operation device including an electrical function unit that performs different functions. In this case, it is possible to select an electrical operation device with various functions as an option by preparing an electrical operation device with various functions as an option. Available as

  Moreover, in the portable detachable multi-operation device of the present invention, an output terminal that outputs electricity from the power supply unit may be provided separately from the body-side power feeding unit, as in the above example. As a result, an output unit can be provided in addition to the body-side power feeding unit, and an external electrical device can be energized using the output terminal.

  In addition, the output terminal of the body may be configured to serve also as the power feeding unit that feeds electricity stored in the power storage unit to the electrical function unit of the electrical operation device. Accordingly, it is not necessary to separately provide a power feeding unit for the electrical operation device, so that the entire body can be made a simple structure, which is excellent in terms of manufacturing cost and miniaturization.

  In the portable detachable multi-operation device of the present invention, the electrical operation device functions as a cap for the body, and can be configured to cover and protect the body-side power feeding portion. In this configuration, when the electrical operating device is removed from the body, the body-side power feeding portion is exposed and electrically connected to an object to be connected, for example, an operation input terminal of the electrical operating device or a later-described Electrical connection with a terminal of a connector such as a connector for a mobile phone is made possible via the power supply unit. On the other hand, when the electrical operation device is attached to the body, the electrical operation device is connected to the body. The cap is attached to the end of the body to cover and protect the power feeding portion, and at the same time, the power feeding portion on the body side and the operation input terminal on the electrical operation device side are electrically connected. The connection state is established, and the electrical function unit of the electrical operation device is operable. In other words, the electrical operation device can be configured as a power cap that functions as a cap, and the output terminal forming the body-side power feeding portion is covered and protected by the mounting, and at the same time, the operation input of the output terminal and the power cap The terminal can be in an electrically connected state. Thereby, while protecting the output terminal, the function of the electrically operating device can be used in the protected state.

  Further, in the portable detachable multi-operation device of the present invention, when the power storage unit is not provided, the body includes an external DC power source or a power input unit that can be electrically connected to the external AC power source. The power supply unit can supply electricity to the body-side power supply unit directly or by converting electricity supplied from the power supply input unit to an appropriate power source for the body-side power supply unit. In addition, when the power storage unit is provided, the body includes a power input unit that can be electrically connected to an external DC power source or an external AC power source, and the external DC power source or the external AC power source It is possible to store electricity and to energize the electrical function unit.

  According to the above configuration, it is possible to supply electric power from an external power source such as an external DC power source or an external AC power source to the electrically operating device. For example, the power input unit can be connected to an external DC power source or an external AC power source by using a DC adapter, a vehicle cigarette lighter, an AC adapter, or the like. It is possible to charge the rechargeable battery of the mobile phone and to energize the electrical function unit. If the power storage unit is provided, this allows the power storage unit to be quickly charged by an external power source when it is desired to charge the power storage unit. While charging from the power source, the charged power can be used as it is for the operation of the electrical operation device. Further, when the power storage unit is not provided, even if the power source unit of the body does not have a power source such as a battery, the operation of the electrical operation device can be performed immediately using the external power source.

  Further, the power input unit may be formed such that both an AC power input unit connected to the external AC power source and a DC power input unit connected to the external DC power source are the same input terminal. This makes it possible to charge the power storage unit from both DC and AC power supplies and to energize the electrical operating device, increasing the options for charging the power storage unit and operating the electrical operating device. It is efficient.

  Moreover, the portable detachable multi-operation device of the present invention may include an AC adapter including an external power supply connection unit connectable to an external AC power supply and a power supply output unit connectable to the power supply input unit. As a result, the function of the electrical operation device can be used quickly regardless of whether the power storage unit is charged or whether there is a dry battery. Moreover, if it has an electrical storage part, high-speed charge by a household power supply etc. will be attained.

  In the portable detachable multi-operation device according to the present invention, the body-side power feeding portion is formed in a pin shape protruding from the end of the body, while the electric operation device has an operation input terminal connected to the power feeding device. When the electrical operation device is mounted on the body, the pin-shaped power feeding portion is inserted into the pin-hole-shaped operation input terminal, and the two are electrically connected to each other. It can also comprise so that it may become.

  Further, in the portable detachable multi-operation device of the present invention, the electrical operation device is an electrical circuit that reaches the electrical function unit from the body-side power supply unit through the operation input terminal in a mounted state on the body. A switch for switching between energization and non-energization can be provided. When a power cap is attached, the function of the electrical operation device does not immediately operate using the attachment as a trigger, but the electrical operation device can be used as a cap to simply protect the output terminal by enabling the switch to be turned on and off. It is also possible to do.

  In the portable detachable multi-operation device of the present invention, a body-side terminal that is detachably connected to the body-side power feeding unit is provided on one side, and a mobile phone is provided on the other side. The mobile terminal connector is provided with a phone side terminal that is detachably connected to the charging terminal portion of the mobile phone, and when the rechargeable battery of the mobile phone is exhausted, the electrical operation device is removed, and the body side terminal May be connected to the mobile phone via the mobile phone connector to charge the rechargeable battery by power feeding from the power supply unit. For example, the rechargeable battery may be configured to include a power storage unit. For example, the rechargeable battery can be charged with electricity stored in the power storage unit. As a result, the portable detachable multi-operation device can be mainly used for charging the mobile phone. In addition, while realizing the charging function of the mobile phone, an additional function can be realized by an electrical operation device having a power cap. That is, it is possible to realize at least two functions including charging of the mobile phone.

  Further, in the portable detachable multi-operation device of the present invention, the electrical function unit includes the operation input terminal on one side and is detachably connected to the charging terminal unit of the mobile phone on the other side. It is formed as a mobile phone connector portion provided with a side terminal. When the rechargeable battery of the mobile phone is exhausted, the electrical operation device is attached, and the body side terminal is connected to the mobile phone via the mobile phone connector portion. The rechargeable battery can be charged by being connected to a telephone and supplied with power from the power supply unit, and the function of the cellular phone connector can be given to an electrical operation device that can be a cap.

  Furthermore, in the portable detachable multi-operation device of the present invention, the electric operation device such as the power cap described above includes a plurality of the operation input terminals, and the electric operation device corresponds to the number of the operation input terminals. It may be configured to be connectable to a plurality of the bodies, and may be energized simultaneously from the power storage units of the plurality of bodies. The disadvantage of portable chargers is their low charge, and if they are normal ones, it takes time to recharge them when there is no electricity stored in the power storage unit. And can't charge at all. However, by providing the electrical operating device as described above, electricity can be supplied from the power storage units of the plurality of bodies to the electrical operating device, so that it can withstand energization for a large capacity and for a long time. In addition, considering the output voltage per body, the number of operation input terminals necessary for the electrical operation device is provided, so that the electrical operation device can be supplied with power based on its power specifications. Become.

  In the portable detachable multi-operation device of the present invention, the electrical function unit may include a remaining amount display unit of the power storage unit and an electric circuit unit for displaying the remaining amount display unit. Good. The remaining amount display function of the power storage unit may be provided in the body. In this case, the body may include a remaining amount display unit of the power storage unit and an electric circuit unit for displaying the remaining amount display unit. Thereby, it can use, confirming the residual amount of an electrical storage part.

  In the portable detachable multi-operation device of the present invention, the electrical function unit may be a light emitting unit for illumination that emits light to the outside, and the light emitting unit may emit light by operating the switch. As a result, it can be used as a work in a dark place or as an extraordinary lighting in an emergency, which is highly convenient. Further, by providing a flashing function, it can be used as a means for notifying others.

  In the portable detachable multi-operation device of the present invention, the electrical function unit is a radio receiver for listening to radio broadcast, and the electrical function unit is a circuit for operating the radio receiver, When the radio receiver is turned on by a switch operation, the radio broadcast can be heard. Because it is portable, you can listen to radio broadcasts at any time.

  In the portable detachable multi-operation device of the present invention, the electrical function unit may be a buzzer sound generator and may include a drive unit that is turned on / off by the switch. It can be used as a portable alarm device used in an emergency.

  In the portable detachable multi-operation device of the present invention, the electrical function unit includes a blower fan and a motor that drives the blower fan, and the electrical function unit is operated by operating the switch. It may be a circuit for driving. Since it is portable, it can be used immediately when it feels hot outdoors, and the solar charging type can be used while being charged with sunlight.

  In the portable detachable multi-operation device of the present invention, the electrical function unit is a hair removal / hair removal device such as a shave device driven by a motor, and the motor is turned on / off by operation of the switch. It may be. Since it is portable, it is easy to carry outdoors, and if it is a solar charging type, it can be used while being charged with sunlight.

  In the portable detachable multi-operation device according to the present invention, the electrical function unit includes a toothbrush unit of an electric toothbrush and a drive unit that drives the toothbrush unit, and the drive unit is turned on / off by the switch. It may be a thing. Since it is portable, it is easy to carry outdoors, and if it is a solar charging type, it can be used while being charged with sunlight.

  In the portable detachable multi-operation device according to the present invention, the electrical function unit may be a digital timepiece including a crystal oscillation circuit.

  In the portable detachable multi-operation device of the present invention, the electrical function unit may include a blood pressure measurement device and an electric circuit unit that operates the blood pressure measurement device.

  In the portable detachable multi-operation device of the present invention, the electrical function unit is a drive unit of an electric desk cleaner driven by a motor, and the motor is turned on / off by operation of the switch. Also good.

  In the portable detachable multi-operation device of the present invention, the electrical function unit may be a USB (Universal Serial Bus) charging connector.

  In the portable detachable multi-operation device of the present invention, the electrical function unit may be a transceiver device and may include a drive unit for wireless communication.

  In the portable detachable multi-operation device of the present invention, the electrical function unit is a remote control device, and may include an electrical circuit unit for outputting a remote control operation signal.

  The detachable electrical operating device connected to the output terminal (socket or the like) of the present invention can be added as an electrical functional product having various functions as described above. For example, small fan, radio, shaving device, hair removal / hair removal device, lighting device (light), alarm digital clock, battery level display device, electric toothbrush, blood pressure measuring device, electric desk cleaner, USB power supply, crime prevention Buzzer, remote control, walkie-talkie, solar car, toy, character goods, etc. can be equipped with an electrical function part that performs a predetermined operation (including state change) such as sounding, moving, and glowing. The present invention can be used as an integrated device that is integrally mounted with the main body (body) of the present invention. In addition, by possessing a plurality of these detachable electrical operating devices, it is possible to selectively select a detachable electrical operating device having a function according to the purpose, and to use the main body (body) of the present invention for multiple purposes. Can do.

  In addition, the portable detachable multi-operation device of the present invention has the above-described configuration, and the electrical operation device is a light emitting unit for illumination in which the electrical function unit emits light to the outside, and the electrical function unit Even if it is a set product comprising at least three types of electrical operation equipment, which is a radio receiver for listening to radio broadcasts, and electrical operation equipment, which is a buzzer sound generator for generating alarm sounds, etc. Good. In the portable detachable multi-operation device of the present invention, as already described, a plurality of types of electrical operation devices having different electrical function units are prepared as the electrical operation device, and any one of those electrical operation devices is prepared. By selecting a specific operation device and attaching it to the body, different electrical function units may be operated, and the combination can be arbitrarily performed. As a combination, for example, in an emergency or disaster, the supply of power is stopped by including at least an electrical operation device including the illumination light emitting unit, radio receiver, and buzzer sound generator as described above. Etc., it is possible to play an effective role to protect themselves.

  In addition, the above cellular phone connector may be added to this combination. As a result, it is possible to make a call using a mobile phone when power is not supplied during a disaster. Moreover, you may add the adapter for alternating current provided with the external power supply connection part which can be connected with an external alternating current power supply, and the power supply output part which can be connected with the said power supply input part. As a result, the power storage unit can be rapidly charged in an emergency where the function of the electrical operation device is desired to be used immediately. Moreover, you may add the electrically operated apparatus which provided the residual amount display part of the said electrical storage part. The remaining amount display unit may be provided on the body. Thereby, when electric power is not supplied, it can be used efficiently, confirming the amount of stored electricity. As described above, the portable detachable multi-operation device of the present invention can be used as a security measure set including a combination of electrical operation devices, connectors, adapters, and the like that are effective in such an emergency or disaster. In addition, since the portable detachable multi-operation device of the present invention has a compact size that can be carried around, it can always be placed nearby, so various functions required even in an emergency or disaster. Can be used immediately. Moreover, if it is a solar charge type thing, it can also replenish electricity even in the condition where electric power is not supplied, and becomes effective in the situation where electric power supply was stopped at the time of a disaster.

  In the portable detachable multi-operation device of the present invention, it is desirable that the total length when the body and the electrical operation device are connected is at least 20 cm or less. Thereby, since it becomes a palm-sized compact shape, it is easy to carry and easy to carry.

  The portable detachable multi-operation device of the present invention can be a handy portable solar charger, in which case it can be connected to an external electrical operation device to charge it, It can function as a power source that supplies power to an external electrical functional unit. For example, it can also be used as a charge / auxiliary power source for electrical operation devices such as mobile phones (for example, game machines, MP players, etc.).

  Hereinafter, a portable multi-solar charger which is an embodiment of the portable detachable multi-operation device of the present invention will be described. The charger includes a power storage unit (secondary battery) inside, a main body unit (hereinafter referred to as a body) that outputs power stored in the power storage unit, and a predetermined function that is assembled to the main body unit. It is mainly composed of a detachable (attachment type) electric operation device provided with an electric function part for realizing.

  In addition, the power storage unit inside the body is configured to be able to store not only power stored by solar power but also power stored from an external power source, for example, power stored from an external DC power source and power stored from an external AC power source. An electric operation device can be assembled to the body so as to be electrically connectable, and the electric operation device is operated using the power storage unit as a power source (the operation referred to in the present invention includes a state change caused by energization). ). In other words, it can be an electric operation goods in which the body and the electric operation device are integrated. At this time, there are mainly two types of connection modes for connection between the electrical operation device and the body, one is a method of directly connecting to the power feeding part of the body, and the other is a cable connector. It is a method of connecting via the connector. In the former case, the electrical operating device connected to the body can also be configured as a cap that protects a charge output terminal (hereinafter referred to as an output terminal) that forms a power supply section provided as a power output section of the body. In this case, it is possible to attach the electrical operation device that is a cap for the body to the attachment type, so that it can be easily attached and the operation of the electrical operation device can be performed while protecting the terminal (output terminal). It becomes possible to execute. In the latter case, direct attachment is avoided in order to protect the attachment of the power input unit of the external operation device, and the cable can be connected to the power supply unit of the main body with a cable, so that it can be used for various purposes according to needs. . Hereinafter, an embodiment of the portable multi-solar charger of this embodiment having such a configuration will be described with reference to the drawings.

  FIG. 1 shows an appearance of a body 100 in a portable multi-solar charger that is an embodiment of the present invention, in which (a) is a rear view thereof, (b) is a front view thereof, and (c) is a front view thereof. A right side view, (d) is a plan view (top view), and (e) is a bottom view. The body 100 has a substantially rectangular parallelepiped shape, and has a substantially rectangular cross section. A rounded corner is formed at the bottom corner, and the surface of the body 100 at that portion forms a smooth curved surface. The body 100 has a solar panel 5 at the center of the front, a pin-like output terminal 2 for connection to the connector (mobile phone connector) 10 shown in FIG. 2 at the top, and a bottom as shown in FIG. A pin hole-shaped power input terminal (power input unit) 3 for connecting to the AC adapter 20 and the DC adapter 21 shown in FIG. Further, the recesses 4 are formed on the left and right sides of the upper side of the body 100, and claw portions 4a for assembling an electric operating device that forms a power cap described later are formed on the vertical surfaces of the corners so as to protrude outward. Yes. Moreover, the groove part 9 which attaches a strap is formed in the curved surface part hung from the side surface to the bottom face.

  The output terminal 2 is a male pin jack P2 (see FIG. 7) for outputting electricity stored in the NiMH rechargeable battery BT1 (see FIG. 7), which is a power storage unit in the body 100, to the outside. The power supply unit is configured as a power supply unit to an electrical function unit of an electrical operation device such as a cap or an electrical function unit of another electrical operation device. For example, the mobile phone 500 is connected to the mobile phone 500 as shown in FIG. 3 via the mobile phone connector 10 as shown in FIG. 2, and the rechargeable battery (not shown) of the mobile phone is charged by the NiMH rechargeable battery BT1 inside the body. You can also Further, it is possible to connect to a game machine or the like which is an external electrical operation device as shown in FIG. 20 in the same form, and in this case, the connection is made via the electrical operation device connector 30. Alternatively, it can be directly connected to the operation input terminal 700a provided in the electrical operation device.

  As shown in FIG. 2, the mobile phone connector 10 includes a body side terminal 10a that is detachably connected to the output terminal 2 of the body 100 on one side, and a charging terminal portion 500a of the mobile phone 500 on the other side. A telephone-side terminal 10b is detachably connected to (see FIG. 3). Also, as shown in FIGS. 2A and 2B, a cord 10c having a predetermined length is housed in the mobile phone connector 10 so that it can be pulled out, and a body side terminal 10a is attached to the tip thereof. Prepare. Since the cord 10c having a predetermined length is bent, the body 100 and the cellular phone connector 10 can be freely moved in a state where the cord 10c is connected within the reach of the cord 10c. Further, as shown in FIG. 2 (c), the telephone side terminal portion 11 including the telephone side terminal 10b can be attached to and detached from the mounting portion 10d, and the telephone side terminal portion including the telephone side terminal 10c corresponding to a different model. Replacement with 12 may be possible. As a result, the mobile phone connector 10 can be applied to a plurality of types of mobile phones. The cellular phone connector 10 may be formed not as a connector but as a power cap described later. In this case, a cap function for protecting the output terminal 2 is obtained.

  The output terminal 2 can be connected to other than the mobile phone connector 10 and the operation input terminal 202 of the power cap described later, as long as it has a standard terminal that can be connected to the output terminal 2. , They can be energized and charged. For example, there is an electrical operating device connector 30 shown in FIG. 20A. In the case of this connector 30, a body side terminal portion 30c having a body side terminal 30a detachably connected to the output terminal 2; An electrical operating device side terminal portion 30d having an electrical operating device side terminal 30b removably connected to the pin hole-shaped motion input terminal 700a of the game machine 700 in this case, a cord portion 30e, Thus, the game machine can be energized from the rechargeable battery BT1 of the body 100.

  The power input terminal (power input unit) 3 is a female pin jack having a pin hole shape (see FIG. 7) that can be connected to the adapters 20 and 21 shown in FIG. The adapter 20 in FIG. 4A is an AC (AC) adapter for connecting to a home AC power source or the like. The adapter 20 includes a power plug (external power connection portion) 20a provided in the adapter main body, a cord 20d extending from the main body, and a terminal portion provided at an end of the cord 20d and having a body side terminal 20b at the tip. 20c. Further, the adapter 21 in FIG. 4B is a direct current (DC) adapter for connecting to a cigar writer or an external direct current power source of the vehicle. The adapter 21 is provided on the adapter main body, and is provided at a connection plug (external power supply connection portion) 21a for connecting to a cigar writer or the like, a cord 21d extending from the main body, an end of the cord 21d, and a body at the tip. The terminal part 21c which has the side terminal 21b is provided. The power input terminal 3 can be connected to these body side terminals 20b and 21b, and by connecting to these, the rechargeable battery BT1 (see FIG. 7) can be directly charged from an external power source. Yes. The power input terminal 3 may be connected to either a DC power source or an AC power source. Also, a DC / AC terminal may be used. Further, charging from an external power supply via a USB (Universal Serial Bus) cable is also possible. In this case, a USB-dedicated connector for connecting to the USB cable is assembled.

  In the case of the AC adapter 20 of FIG. 5, it is connected to the power input terminal 3 of the body 100 as shown in FIG. 6B, and the charging terminal portion of the mobile phone 500 is directly connected as shown in FIG. It is also possible to charge by connecting to 500a.

  The solar panel 5 has a photoelectric conversion unit that converts solar energy into electric energy, and electricity obtained by the photoelectric conversion unit is stored in the body 100 (NiMH rechargeable battery BT1, see FIG. 7). ). The stored electricity is output through the output terminal 2, and in this embodiment, 3V power is supplied.

  Here, the circuit of the body 100 having the above structure will be described with reference to FIG. FIG. 7 is an example of a circuit provided in the body 100 of the portable multi-solar charger of this embodiment. This circuit includes elements such as a DC / DC converter IC1, Schottky barrier diodes D1 to D4, chip resistors R1 to R4, capacitors C1 to C4, an inductor L1, and a fuse F1. The solar power supply unit SO1 includes a solar panel 5 on the body surface, and a photoelectric conversion unit that is provided inside the solar panel 5 and converts absorbed solar energy into electrical energy. Electricity obtained by the solar power source SO1 is charged to the NiMH rechargeable battery BT1 via the diode D2. The NiMH rechargeable battery BT1 can be directly charged from the external power source by connecting the pin jack P1 (power input terminal 3) to the adapter 20 (or adapter 21) connected to the external power source. It is. In this case, the electricity supplied from the external power supply is charged to the NiMH rechargeable battery BT1, which is a secondary battery, via the pin jack P1, the fuse F1, and the diode D1. When DC / DC converter IC1 receives an input voltage from solar power supply SO1 or an external power supply, DC / DC converter IC1 boosts the voltage to a stabilized output voltage and outputs the boosted voltage. Then, the stabilized output voltage is output from the pin jack P2 (output terminal 2) to the outside. Thereby, the stable electric power supply from the NiMH rechargeable battery BT1 to the outside is possible.

  In the case of the body 100 of such a portable multi-solar charger, if the output terminal 2 is left exposed, the terminal 2 may be in physical contact with something and may be broken or damaged. Therefore, in order to cover the terminal 2 when not in use, for example, an electrical functional part (power cap) 210, 220, 230, 240, 250, 260, 270 formed by a cap type as shown below, for example. , 280, 290, etc. As shown in FIG. 13, these power caps have convex portions 204 that protrude downward on both the left and right sides of the lower end portion, and inside the convex portions 204 are holes that are recessed outward. A portion 204a is formed. Thus, when the power cap is attached to the body 100, the concave portion 4 of the body and the convex portion 204 of the power cap are engaged, and at the same time, the claw portion 4a of the concave portion 4 is inserted into the hole portion 204a of the convex portion 204. Therefore, both are firmly fixed. These power caps include a pin hole-shaped operation input terminal (female pin jack P3) 202 connected to the output terminal 2 of the body 100. When the power cap is attached to the body 100, the output terminal 2 (male pin jack) is press-fitted into the operation input terminal 202, and the state where both are in contact with each other is maintained and an electrical connection state is established. That is, the output terminal 2 is also configured to serve as a power feeding unit for feeding power from the power storage unit of the body 100 to the electrical function units of these power caps. Note that the operation input terminal 202 is provided with all types of power caps of the same standard, so that any power cap can be selected and assembled according to the purpose. The connection form between the body 100 and the power cap described above may be similarly applied to a connection form with another electrical operation device different from the power cap.

  The power cap having such a structure is provided with an electrical function unit for executing various functions. In addition, the electric functional parts of these power caps can be operated by being energized (the operation here includes a state change due to energization). When mounted, the electricity stored in the rechargeable battery BT1 of the body is energized through the output terminal 2 and the operation input terminal 202 in contact with the circuit portion provided in the power cap, etc. Is executed. Hereinafter, examples of the power cap will be described.

  FIG. 8 shows an embodiment of a power cap provided with a small electric fan as an electrical function unit. The power cap 210 is provided with a blower fan 211 and a fan drive unit 212 that drives the blower fan 211. The drive unit 212 includes a DC motor 210M, and the motor 210M is driven by a drive circuit shown in FIG. A switch 213 (210SW) is provided on the surface of the power cap. When this switch is turned on, the motor 210M is driven to rotate the blower fan 211. By having such a power cap, you can use this fan function outdoors in hot weather, and at that time you can also charge while using outdoor sunlight, so care about the remaining battery level It can be used without.

  FIG. 9 shows a power cap including a small radio receiver as an electrical functional unit. For example, as shown in FIG. 15, the power cap 220 includes an antenna 220a as a receiving unit, a known radio receiving circuit 220b, a control IC 220A, and a speaker unit 220c (221) as an audio output unit. Can be configured. On the surface of the power cap, input operation units such as reception frequency determining means 220d (222) and volume operation means 220e (223) are provided. Based on these operations, the reception frequency and volume can be determined. Note that the control IC 220A controls the radio ON / OFF of the present embodiment so that the rotation input unit 223 serving as a volume operation unit is turned off by minimizing it and turned on by making other operations. Yes. By having such a power cap, it is possible to listen to a radio broadcast without purchasing a battery or the like even when the power is stopped during a disaster or the like.

  FIG. 10 shows a power cap including a shaving device as an electrical function unit. As shown in FIG. 16, the power cap 230 includes a DC motor 230 </ b> M that forms a drive unit therein, a motor driver 230 b, and a control IC 230 </ b> A that controls the driver and controls ON / OFF of the switch 233. belongs to. The rotation of the motor 230M is converted into a rotational movement in the other direction or a reciprocating linear movement by a cam or the like inside the power cap 230 (not shown), and based on this, the rotary blade and the reciprocating blade (not shown) are operated to shave the beard. Can do. A rotary blade and a reciprocating blade (not shown) are provided inside a case 234 that can be detached from the main body, and a mesh-like metal portion 231 is formed in the case so as to cover the rotary blade and the reciprocating blade. The case 234 can be removed by pressing the button 232. In addition, not only shaving but a power cap can be configured as a hair removal / hair removal device. Having such a power cap eliminates the need to use a charged household power source for shaving charging, and allows you to charge with sunlight even if you take it outdoors without a power source, so you can worry about the remaining battery level. Can be used at any time without

  FIG. 11 shows a power cap that includes a light emitting unit as an electrical functional unit and can be used as illumination. This power cap can be configured by a circuit as shown in FIG. 17, and the light emitting / non-light emitting state of the LED 240L (241) which is a light emitting unit can be switched by ON / OFF of the switch 240SW (243). Further, not only light emission but also effects such as a blinking effect can be imparted. Note that a power-saving high-brightness LED can be used for the light-emitting portion. In this case, for example, a plurality of (for example, six) LEDs are provided, and the switch 240SW (243) is configured so that the brightness in the light emission state can be switched in two stages. The LED of the part may emit light (for example, two), and all the LEDs may emit light in the second stage. By providing such an illumination function, it can be used as a work in a dark place or as an extraordinary illumination in an emergency, which is highly convenient. It can be used as lighting even in the event of a disaster, and can also be used as a notification means for others by having a blinking function. In addition, as described above, by providing a function for switching to two stages with different brightness in the light emitting state, it can be used in situations such as when more brightness is required or when longer use is required than brightness. It can be used according to the usage.

  FIG. 26 shows a power cap that is configured as a buzzer sound generator as an electrical function unit and can be used as a notification means for generating an alarm sound or the like. The power cap can be configured by a circuit as shown in FIG. 27. When the switch 271 in FIG. 26 is pressed, the switch unit 270a (272) is turned on, and power is supplied to the buzzer sound generating unit 270b. The buzzer 220c is driven to generate a predetermined sound, for example, an alarm sound of 120 dB or more, from the audio output unit 270d (speaker 271). Note that the switch 271 may be formed as a push button type, but is configured as a switch including an insertion pin and an insertion portion through which the pin can be inserted and removed, and when the pin is removed, ON, and when the pin is inserted May be configured to be OFF. By carrying this power cap 270 on the body 100 and carrying it, it can be used as a notification means for seeking help from others in an unexpected emergency situation.

  FIG. 28 is an example of a power cap including an electric toothbrush as an electrical function unit. The power cap 280 is provided with a toothbrush portion 281 and a drive portion 283 that applies predetermined vibration to the toothbrush portion 281. The drive unit 283 includes a DC motor 280M, and the motor 280M is driven by a drive circuit shown in FIG. A switch 282 (280SW) is provided on the surface of the power cap, and the motor 280M is driven by turning it on. The rotational motion of the motor 280M is converted into a predetermined motion by the motion conversion mechanism 280a and transmitted to the toothbrush portion 281. The toothbrush portion 281 executes a predetermined operation. By having such a power cap, there is no need to use a charged household power source for charging, and it can be charged with sunlight even if it is taken outdoors without a power source, so without worrying about the remaining battery level Can be used at any time.

  Further, as the electrical function unit, a power storage unit remaining amount display unit may be provided in the power cap. Also in this case, power is supplied from the rechargeable battery BT1 of the body 100 to the remaining amount display section and its control circuit. In this case, the remaining battery level can be displayed only when the power cap is mounted, and no power is generated by the display when the power cap is not mounted. As a display method at this time, the amount of charge can be displayed stepwise on the display screen in three or four steps, and further divided into a number of steps. Specifically, it is performed by color classification such as LED using three primary colors, for example, by setting the charge amount to 70% or more when green, 30% to 70% when yellow, and less than 30% when red. Or the amount of charge can be indicated by the number of bars displayed on the display screen.

  In addition to the above, the power cap can be provided with an electrical function unit that performs other functions. For example, the function of a digital clock can be added to the power cap. In this case, the circuit and the like are energized from the rechargeable battery BT1 of the body 100 to the display unit of a digital timepiece such as a liquid crystal, its control circuit, and a crystal transmission circuit. In addition, a blood pressure measurement function can be added to the power cap. Also in this case, power is supplied from the rechargeable battery BT1 to the blood pressure measurement circuit, its control unit, and the measurement result display unit. In addition, a transceiver function can be added to the power cap, and power is supplied from the rechargeable battery BT1 of the body 100 via the power cap power circuit to various circuits and output units for wireless communication in the transceiver device. Can be done and run. In addition, an electric desktop cleaner or the like can be provided on the power cap. Also in this case, energization is performed from the rechargeable battery BT1 of the body 100 to each drive unit (motor or the like) or drive circuit. It is also possible to configure such functions to be executed when the switch is turned ON / OFF.

  In addition, a USB (Universal Serial Bus) type charging / energizing connector portion may be provided on the power cap. If energization / charging by the USB method is enabled, energization / charging for a wide range of devices becomes possible. Also in this case, as shown in FIG. 30, the USB connector 292 is energized from the rechargeable battery BT1 of the body 100 via the cord 291 and energized from the connector terminal 293 of the USB connector 292. It becomes possible. When the output voltage at the USB connector 292 is changed, a voltage conversion circuit is provided in the cap body 294, and the USB connector 292 is energized through this circuit.

  Further, by adding a function of a remote control device, which is generally charged by a battery, to the power cap, a remote control without a battery can be formed. Also in this case, energization is performed from the rechargeable battery BT1 of the body 100 in order to energize the control unit or the like of the remote controller. Further, when the power cap function is not particularly required, it is possible to simply have only the cap function. In this case, for example, as shown in FIG. Design property can also be increased by forming a cap shape having a characteristic design, such as providing. This can be applied to other functions.

  Further, the function of the electrical operation device such as the power cap is not necessarily one function for one electrical operation device. If necessary, a plurality of functions as described above may be provided. Furthermore, a more advanced function may be given to each function of the electrical function unit of these electrical operation devices.

  Further, in the case where power is insufficient only by energization by one body, energization to an electrical function unit of one electrical operation device may be performed by a plurality of bodies. In this case, the portable multi-solar charger body 100 is connected in parallel or in series. In the case of performing in parallel, for example, as shown in FIG. 18, a plurality of operation input terminals 202 (two in the case of the figure but may be two or more) are provided on the power cap. A number of bodies 100 are connected. As a result, the output from the output terminal 2 is 3V + 3V, and a total of 6V of power can be supplied, and the types of power cap functions to be applied can be increased. If the number is further increased, the output can be further increased. it can. Further, in the case where the charged amount of the rechargeable battery BT1 is insufficient, as shown in FIG. 19, the adapters 20 and 21 etc. connected to the external power source are connected to the body 100 with power to the body 100 as shown in FIG. The function of the power cap may be used by attaching a cap and supplying power directly from the power source. In this case, it is necessary that the power input terminal 3 and the operation input terminal 202 are terminals of the same standard, and the output terminal 2 can be connected to both of them.

  Further, when an electrical operating device different from the cap type and a plurality of bodies 100 are connected, for example, as shown in FIG. 20B, it can be connected to the output terminals 2 of the plurality of bodies 100 and can be used as a connector part. A functioning power cap 260 (in the case of the figure, a power cap connected to two bodies) may be used to connect to an external electrical operation device 700. In this case, the power cap 260 is provided with two operation input terminals 202, and is provided with an output terminal (electrically-operated device-side output terminal) 260a that forms an output unit for outputting them in an integrated manner. For example, the cable-type connector 30 described above can be connected to the output terminal 260a, and can be connected to an external electrical operation device 700 via this connector. Thereby, the external electrical operation apparatus 700 can be made into an operable state by electricity supplied from the two rechargeable batteries.

  In addition, the portable multi-solar charger of this embodiment can be connected to various types of power caps, so that the user can carry a plurality of power caps and selectively use them as necessary. . Among power caps having the functions as described above, a set product for emergency / disaster countermeasures can be obtained by combining a power cap having an illumination function, a radio function, and a buzzer sound generation function as one set. In the event of a disaster, since the supply of power stops, the solar type charger as in this example demonstrates its power, but as a function required in such a case, it is used for work in the dark place. There are a lighting function that can be used as a notification means such as a warning display, a radio for collecting information, etc., and these are set as a product for emergency / disaster countermeasures. Further, in such a case, since the remaining amount of the charger is anxious, it is effective that the power cap or the body having the remaining amount display function of the rechargeable battery (power storage unit) is included in the set. If an AC adapter for quick charging and auxiliary charging for quick charging is included in this set, it is effective because it can be quickly charged and carried to a place where power cannot be used. Moreover, what functions only as a cap may be included, and, thereby, the terminal can be protected when not in use. Further, the mobile phone connector 10 may be included. Further, unlike the above purpose, the mobile phone connector 10 and the body 100 can be used as a set product as a set for charging the mobile phone.

  In addition, when setting it as a set provided with a some power cap as mentioned above, a power cap can be combined according to a predetermined objective. For example, a power cap 220 with a radio function (FIG. 9), a power cap 240 for illumination (FIG. 11), a power cap 270 with a buzzer function (FIG. 26), etc. can be combined as an outdoor set. A power cap 210 with a fan function (FIG. 8) may be added. Further, as a business trip / travel set, a power cap 230 with a shaving function (FIG. 10), a power cap 280 with an electric toothbrush function (FIG. 28), a charging connector 10 for a mobile phone (FIG. 2), and the like can be combined. . An AC adapter 20 (FIG. 4) may be added. Thus, by setting the set product according to the purpose, the user can select these set products according to each purpose. A set combined for purposes other than the above may also be used. Further, a power cap having a function different from that of the above-described power cap may be added to the set.

  In the case of a set, as shown in FIG. 33A, all the parts to be set can be stored in a case 900 that can be stored. In the case 900 shown in the figure, the upper handle portion 901, the frame portion 902 of the case, the protective material 903 filled in the frame, and the protective material 903 are covered so as to be in contact with the frame portion 902. And a lid portion (not shown). In the protective material, a recessed part mounting portion is formed at a predetermined position so that the body 100, various power caps, connectors, telephone side terminal portions, adapters, and the like can be press-fitted and fitted. ), The mounting portion 100 ′ of the body 100, the mounting portion 200 ′ of the power cap, the mounting portion 10 ′ of the mobile phone connector 10, the mounting portions 11 ′ and 12 ′ of the phone side terminal portion of the mobile phone connector, A mounting portion 20 ′ for the AC adapter 20 is formed. FIG. 33B shows a state where necessary parts are mounted on the mounting portion. A simple cap 299 for protecting the output terminal 2 is assembled to the body 100. By being housed in the case in this way, it is easy to carry even if a plurality of power caps and connectors / adapters are provided. When selling as a product, it is easy to show the parts included in the set to the purchaser.

  Moreover, the portable multi-solar charger of this embodiment can quickly use these functions by carrying a plurality of power caps at hand. In this case, it is desirable that all these power caps are assembled to the body 100 in some form and are portable. In this embodiment, since the groove portion 9 for attaching the strap to the body 100 is formed, the power cap is also provided with a groove portion similar to the groove so that both the body and the power cap are assembled by the strap. Is possible. The strap can also be used to attach a plurality of power caps to the body, so that all necessary power caps can be carried around. By assembling all the power caps to the body in this way, these caps can be prevented from being lost, and the necessary power caps can be found immediately when it is desired to use them. FIG. 21 shows an example of a state in which the power cap 220 (FIG. 9), 240 (FIG. 11), 240 ′ is assembled to the body 100 via a strap. In the figure, groove portions 229, 249, and 249 'are provided in the power cap 220, 240, and 240', and straps 229a, 249a, and 249a 'are assembled in the respective groove portions 229, 249, and 249'. On the other hand, a strap 9a having a stopper 9b at the tip is assembled to the groove 9 of the body 100, and straps 229a, 249a, and 249a ′ are assembled to the stopper 9b together. The power cap 249 is a cap with an illumination function provided with an LED, and the power cap 249 'is a cap with an illumination function also provided with an LED, but this is a cap that is provided with a blinking function and used as a notification means. It is. These power caps 220, 240, and 240 'are assembled together in a strap as a disaster set. It goes without saying that power caps with other functions can also be assembled.

  In addition, it is preferable that the terminal portions of other connectors and adapters such as the output terminal 2, the power input terminal 3, the operation input terminal 202, etc. in this embodiment are formed in the same shape and the same standard. It is not limited to the pin type / pin hole type as in the embodiment, and terminals of other shapes may be used. For example, a general round terminal or a flat terminal may be used. If there are round terminals, for example, the output terminal 2a of the body 110 (see FIG. 22) and a male terminal part such as a connector or an adapter are formed into a cylindrical terminal part that protrudes to the outside in a cylindrical shape and the cylindrical terminal. It is a male terminal composed of a pin terminal portion provided inside the portion, and a body power input terminal, a cap operation input terminal 202a (see FIG. 23), a female terminal portion such as a connector or an adapter, and the like Provided in a cylindrical shape so as to contact both the cylindrical terminal portion and the pin terminal portion of the male terminal at the center of the terminal insertion hole shaped to receive the terminal portion so as to cover from the outside. When it is formed as a female terminal and both terminals are connected, the inner surface of the cylindrical terminal portion of the male terminal contacts the outer surface of the female terminal, and the pin terminal portion of the male terminal The inner surface of the female terminal Both terminals by contact may be configured so as to be electrically connected state. In addition, the male terminal portion is a cylindrical male terminal, the female terminal portion is configured to receive the cylindrical terminal from the outside, and the hole terminal. Formed as a female terminal consisting of a pin terminal part inserted into the inside of the cylindrical terminal at the center of the part, the outer surface of the cylindrical male terminal and the hole type terminal part of the female terminal are in contact, And it can also comprise so that both terminals may be in an electrical connection state because the inner surface of a cylindrical male terminal and the pin terminal part of a female terminal contact.

  Heretofore, the portable multi-solar charger has been described as an example of the portable detachable multi-operation device of the present invention. However, the portable detachable multi-operation device of the present invention is not limited to the above embodiment. In the portable detachable multi-operation device of the present invention, the power storage unit does not necessarily require a charging mode by solar power generation as in the above embodiment, but uses an AC adapter, a DC adapter, a cigarette lighter, or the like. A configuration in which a charging mode in which charging is performed from an external power source or other charging mode is adopted may be employed.

  The body of the portable detachable multi-operation device of the present invention does not necessarily require a power storage unit, and can be electrically connected to at least an external electrical operation device such as the power cap, a connector, or the like. Thus, it is only necessary to be able to supply power for operating the electrical operation device. Even in such a configuration, the portable detachable multi-operation device of the present invention can charge the rechargeable battery of the mobile phone by the connector 10 and supply electricity to the electrical functional parts of various power caps. Each function can be used. Also, by preparing power caps with various functions as options, it is possible to select a power cap with a function according to the purpose from among them, and it can be used as a multi-function / multi-purpose multi-operation device.

  FIG. 24 shows an embodiment of a portable detachable multi-operation device having a body different from the above embodiment. In addition, about the same component as the said Example, the description is abbreviate | omitted by attaching | subjecting the same code | symbol. The body 120 of the portable detachable multi-operation device shown in this figure includes a battery case 51 in which a battery 50 such as a primary battery or a secondary battery is mounted instead of the solar power generation unit including the solar panel 5 and the like. Other configurations are the same as those in the above-described embodiment, and include an output terminal 2, a power input terminal 3, a concave portion 4, a claw portion 4a, and a groove portion 9. The body 120 includes a plurality of types of power caps such as the electrical operation devices 210, 220, 230, 240, 250, 260, 270, 280, 290, the cellular phone connector 10, the electrical operation device connector 30, and the like. When it is configured to be mountable and both are mounted, both are in an electrically connected state via the output terminal 2, and the power stored in the battery 50 is supplied to the power cap and the connector. Accordingly, as in the above-described embodiment, a predetermined operation is performed on the attached power cap, or charging or power supply is performed for an external electrical operation device connected via the connectors 10 and 30 or the like. It can be performed. However, since the body 120 of this embodiment does not have a charging function for a primary battery or a secondary battery (storage battery), it is necessary to replenish a new battery when the remaining battery level is exhausted. Currently, dry batteries (primary batteries) etc. are widely sold in the market, and these can be procured relatively easily. Therefore, if even new batteries can be procured even in the situation where power is not supplied, the electric operation part will be installed. It can be operated. Moreover, if it is a secondary battery, electric power can be replenished with a dedicated charger.

  Similarly to the above embodiment, the body 120 of this embodiment can be connected to an AC adapter, a DC adapter, a cigarette lighter, etc. as shown in FIG. Even if not installed. A power supply can be received from the outside via these adapters, and this can be output from the output terminal. As a result, even when there is no battery, power can be supplied from the output terminal 2 to the electrical operation device and the connector using an external power source such as a home AC power source.

  FIG. 25 shows an embodiment of a portable detachable multi-operation device having a body different from the above-described embodiment. In addition, about the same component as the said Example, the description is abbreviate | omitted by attaching | subjecting the same code | symbol. The body 130 of the portable detachable multi-operation device shown in this figure includes an output terminal 2, a power input terminal 60, a concave portion 4, a claw portion 4a, and a groove portion 9, and does not include the solar panel 5, the battery 50, or the like. . However, the power input terminal 60 is formed as an external power source connection portion that can be directly connected to an external power source such as an external DC power source or an external AC power source, and can be directly connected to a home AC power source in this embodiment. It is formed as a simple power plug. The body 130 can also be mounted with a plurality of types of power caps such as the power caps 210, 220, 230, 240, 250, 260, 270, 280, 290, the connector 10 for mobile phones, the connector 30 for electrical operating devices, and the like. Configured. Also, a known output voltage conversion circuit is provided inside. When the power cap is attached to the body, both are in an electrically connected state via the output terminal 2, and the power cap or connector is directly connected to the power cap or connector from the external power source as described above or the body. Electric power is supplied after being converted into an appropriate power source (3 V in the case of the present embodiment) of the power feeding unit on the side. As a result, as in the above-described embodiment, a predetermined operation is performed on the attached power cap, or charging or power supply is performed for an external electrical operation device connected via the connectors 10, 30 and the like. It can be performed.

  In addition, the terminal shape provided in the body in these Examples, an electrical operation apparatus, a connector, etc. is not restricted to the shape described in FIG.24, FIG.25, For example, the output of FIG.22 and FIG.23 A shape such as the terminal 2a and the operation output terminal 202a may be used, or another shape different from those may be used. However, it is desirable that the standard of these terminals is unified as in the above embodiment.

  Moreover, in the portable detachable multi-operation device of the present invention, the body including the power storage unit may be provided with a remaining amount display unit for displaying the state of charge of the power storage unit as shown in FIG. In the case of the figure, the display unit 74 of the remaining amount display unit is disposed on the upper side of the body 100, and the charging state of the power storage unit is displayed by the blinking state of the three types of light emitting units (LEDs) 74a, 74b, and 74c. FIG. 32 is an example of a functional block diagram showing the configuration of the remaining amount display unit 70. When the switch unit 73 is turned on, the rechargeable battery BT1 forming the power storage unit and the voltage detection unit 71 are conducted, and the voltage detection unit 71 detects the output voltage from the rechargeable battery BT1. The detected output voltage is input to the remaining amount detection unit 72 as a detection signal. Since the output voltage from the rechargeable battery BT1 decreases with the use of the rechargeable battery BT1, in the present embodiment, the remaining amount detection unit 72 determines the output voltage detected by the voltage detection unit 71 as two predetermined criteria. Based on the voltage value, it is determined which of the three states of the high output state, the medium output state, and the low output state, and the light emitting units 74a, 74b, and 74c corresponding to these three states are caused to emit light. The display method of the remaining amount display unit is not limited to the above method, and other methods may be used.

  The portable detachable multi-operation device of the present invention is of a handy type that is formed with a total length L (see FIG. 18) of at least 20 cm or less when the power cap is attached to the body. Thereby, the whole is compact and convenient to carry. The total length is more desirably 15 cm or less, and further more desirably 13.1 cm or less. By adopting these sizes, a size that can be easily held by hand, that is, a so-called palm size can be obtained, which not only facilitates carrying but also facilitates user operation.

  As mentioned above, although the Example of this invention was described, these are only illustrations to the last, and this invention is not limited to these, Based on the knowledge of those skilled in the art, unless it deviates from the meaning of a Claim Various changes are possible.

The external view which shows an example of the body of the portable removable multi-operation apparatus of this invention. The external view of the connector for connecting the body shown in FIG. 1 to a mobile phone. The figure which shows the charge condition of the mobile telephone by the portable detachable multi-operation apparatus of this invention. The external view of the adapter connected to the body of the portable removable multi-operation apparatus of this invention. The figure which shows the state different from FIG. 3 in the charge state of the mobile telephone by the portable detachable multi-operation apparatus of this invention. Explanatory drawing explaining charge by an adapter. The circuit diagram of the body shown in FIG. The figure which shows the 1st Example of the power cap of the portable detachable multi-operation apparatus of this invention. The figure which shows the 2nd Example of the power cap of the portable detachable multi-operation apparatus of this invention. The figure which shows the 3rd Example of the power cap of the portable detachable multi-operation apparatus of this invention. The figure which shows the 4th Example of the power cap of the portable detachable multi-operation apparatus of this invention. The figure which shows the 5th Example of the power cap of the portable detachable multi-operation apparatus of this invention. Explanatory drawing explaining the assembly | attachment of the body and power cap of the portable detachable multi-operation apparatus of this invention. The circuit diagram of the power cap shown in FIG. FIG. 10 is a circuit diagram of the power cap shown in FIG. 9. The circuit diagram of the power cap shown in FIG. The circuit diagram of the power cap shown in FIG. Explanatory drawing explaining the parallel connection of the body of the portable detachable multi-operation apparatus of this invention. The figure which shows an example of use of the power cap function of this invention. The figure which shows an example of use of the power cap function of this invention. The figure which shows an example at the time of attaching a some power cap to a body. The figure which shows embodiment from which the output terminal of the portable detachable multi-operation apparatus of this invention differs. The figure which shows embodiment from which the operation | movement input terminal of the portable detachable multi-operation apparatus of this invention differs. The figure which shows one Example of the body of the portable detachable multi-operation apparatus of this invention which can mount | wear with a battery. The figure which shows the 2nd Example of the body of the portable detachable multi-operation apparatus of this invention. The figure which shows the 6th Example of the power cap of the portable detachable multi-operation apparatus of this invention. FIG. 27 is a circuit diagram of the power cap shown in FIG. 26. The figure which shows the 7th Example of the power cap of the portable detachable multi-operation apparatus of this invention. FIG. 29 is a circuit diagram of the power cap shown in FIG. 28. The figure which shows the 8th Example of the power cap of the portable detachable multi-operation apparatus of this invention. The figure which shows the 3rd Example of the body of the portable detachable multi-operation apparatus of this invention. The functional block diagram of the remaining amount display part of a body. The figure which shows the state which accommodated the portable detachable multi-operation apparatus of this invention in the case.

Explanation of symbols

1 Portable removable multi-operation device 2 Output terminal 3 Power input terminal (power input part)
4 Concave part 4a Claw part 5 Solar panel 10 Mobile phone connector 20 AC power supply adapter 21 DC power supply adapter 100, 110, 120, 130 Body 202 Operation input terminal 204 Convex part 204a Hole part 210 Power cap with small electric fan 220 Radio reception Power cap with machine 230 Power cap with shaving 240 Power cap with light 260 2 Power cap for body connection 270 Power cap with buzzer generator 280 Power cap with electric toothbrush 213, 223, 233, 243, 272, 282 Switch 500 Mobile Phone 900 case

Claims (26)

With a palm-sized portable body,
A power supply unit built in the body;
A body-side power supply section provided in the body for outputting electricity from the power supply section;
An electric input unit detachably connected to the body-side power supply unit and an electric function unit that functions by being supplied with electric power from the power supply unit by the operation input terminal, and is detachably connected to the body Operating equipment, and
A plurality of types of electrical operation devices having different functions are prepared, and by selecting any one of these electrical operation devices and mounting them on the body, operations of the different electrical function units are performed. With
When one of the electrical operating devices is attached to the body so that the operation input terminal of the electrical operating device and the power supply unit on the body side are electrically connected, A portable detachable multi-operation device, wherein the electrical function unit on the operation device side is operable. With a palm-sized portable body,
A power supply unit built in the body;
A body-side power supply section provided in the body for outputting electricity from the power supply section;
An electric input unit detachably connected to the body-side power supply unit and an electric function unit that functions by being supplied with electric power from the power supply unit by the operation input terminal, and is detachably connected to the body Operating equipment, and
The power supply unit is composed of a primary battery, and the body is equipped with an attachment / detachment mechanism for the primary battery,
The electrical operation device is mounted on the body such that the operation input terminal of the electrical operation device and the body-side power feeding unit are electrically connected to each other. A portable detachable multi-operation device, wherein the electrical function unit on the side becomes operable. With a palm-sized portable body,
A power supply unit built in the body;
A body-side power supply section provided in the body for outputting electricity from the power supply section;
An electric input unit detachably connected to the body-side power supply unit and an electric function unit that functions by being supplied with electric power from the power supply unit by the operation input terminal, and is detachably connected to the body Operating equipment, and
The power supply unit is configured to include a power storage unit capable of storing power,
The electrical operation device is mounted on the body such that the operation input terminal of the electrical operation device and the body-side power feeding unit are electrically connected to each other. A portable detachable multi-operation device, wherein the electrical function unit on the side becomes operable. With a palm-sized portable body,
A power supply unit built in the body;
A body-side power supply section provided in the body for outputting electricity from the power supply section;
An electric input unit detachably connected to the body-side power supply unit and an electric function unit that functions by being supplied with electric power from the power supply unit by the operation input terminal, and is detachably connected to the body Operating equipment, and
The power supply unit includes a power generation solar panel provided in the body and a power storage unit that stores electricity generated by the power generation solar panel.
The electrical operation device is mounted on the body such that the operation input terminal of the electrical operation device and the body-side power feeding unit are electrically connected to each other. A portable detachable multi-operation device, wherein the electrical function unit on the side becomes operable. With a palm-sized portable body,
A power supply unit built in the body;
A body-side power supply section provided in the body for outputting electricity from the power supply section;
An electric input unit detachably connected to the body-side power supply unit and an electric function unit that functions by being supplied with electric power from the power supply unit by the operation input terminal, and is detachably connected to the body Operating equipment, and
The body includes an external DC power source or a power input unit that can be electrically connected to an external AC power source, and the power unit directly supplies electricity supplied from the power input unit or power supply on the body side. The power is converted to the appropriate power source for the body and fed to the power feeding part on the body side,
The electrical operation device is mounted on the body such that the operation input terminal of the electrical operation device and the body-side power feeding unit are electrically connected to each other. A portable detachable multi-operation device, wherein the electrical function unit on the side becomes operable.   The body includes an external DC power source or a power input unit that can be electrically connected to an external AC power source, and the power unit directly supplies electricity supplied from the power input unit or power supply on the body side. The portable detachable multi-operation device according to claim 2, wherein the portable detachable multi-operation device converts the power to an appropriate power source for the body and supplies power to the power feeding unit on the body side.   The body includes a power input unit that can be electrically connected to an external DC power source or an external AC power source, and the external DC power source or the external AC power source is used to store power in the power storage unit and to the electrical function unit. The portable detachable multi-operation device according to claim 3 or 4, wherein energization is possible.   The said power supply input part is equipped with both the alternating current power supply input part connected with the said external alternating current power supply, and the direct current power supply input part connected with the said external direct current power supply as any one of the Claims 5 thru | or 7. A portable detachable multi-operation device as described in 1.   The portable detachable multi-operation according to any one of claims 5 to 8, further comprising an AC adapter including an external power source connection unit connectable to an external AC power source and a power source output unit connectable to the power input unit. machine.   The portable body according to any one of claims 3, 4, and 7, wherein the body includes a remaining amount display unit of the power storage unit and an electric circuit unit for displaying the remaining amount display unit. Detachable multi-operation device.   The electrical operating device includes a switch that switches between energization and non-energization of an electric circuit from the body-side power supply unit through the operation input terminal to the electrical function unit when mounted on the body. The portable detachable multi-operation device according to any one of 10. The electrical function part is formed as a mobile phone connector part provided with the operation input terminal on one side and provided with a telephone side terminal detachably connected to the charging terminal part of the mobile phone on the other side. ,
When the rechargeable battery of the mobile phone is depleted, the electrical operation device is attached, the body side terminal is connected to the mobile phone via the mobile phone connector portion, and the charging is performed by power supply from the power supply portion. The portable detachable multi-operation device according to claim 1, wherein the battery is charged.   The portable detachable multi-operation device according to claim 11, wherein the electrical function unit is a light emitting unit for illumination that emits light to the outside, and the light emitting unit emits light by operating the switch.   The electrical function unit is a radio receiver for listening to radio broadcasts, the electrical function unit is a circuit for operating the radio receiver, and the radio receiver is turned on by operation of the switch. The portable detachable multi-operation device according to claim 11, wherein the radio broadcast can be heard.   The portable detachable multi-operation device according to claim 11, wherein the electrical function unit is a buzzer sound generator and includes a drive unit that is turned on and off by the switch.   The said electrical function part is provided with the remaining amount display part of the said electrical storage part, and the electric circuit part for displaying the remaining amount display part, The any one of Claim 3, 4, 7 Portable removable multi-operation device.   The said electrical function part is hair removal and hair removal apparatuses, such as a shave apparatus driven by a motor, The said motor is turned on and off by operation of the said switch. Portable removable multi-operation device.   The electrical function unit includes a blower fan and a motor that drives the blower fan, and the electrical function unit is a circuit that drives the motor by operating the switch. Portable removable multi-operation device.   The portable detachable multi-operation device according to claim 1, wherein the electrical function unit is a USB charging connector.   12. The electrical operation device according to claim 1, wherein the electrical operation device includes a plurality of the operation input terminals and is configured to be connectable to a plurality of the bodies according to the number of the operation input terminals. Portable removable multi-operation device. In addition to the body of claim 11,
The electrical operating device comprising the electrical function unit according to claim 13;
The electrical operating device comprising the electrical function unit according to claim 14;
A portable detachable multi-operation device comprising at least the electric operation device including the electric function unit according to claim 15. On one side, a body-side terminal that is detachably connected to the body-side power feeding unit is provided, and on the other side, a phone-side terminal that is detachably connected to the charging terminal portion of the mobile phone A mobile phone connector provided with
When the rechargeable battery of the mobile phone is exhausted, the electrical operation device is removed, the body side terminal is connected to the mobile phone via the mobile phone connector, and the rechargeable battery is supplied by power supply from the power supply unit. The portable detachable multi-operation device according to any one of claims 1 to 21, which is charged.   A plurality of types of electrical operation devices having different functions are prepared, and by selecting any one of these electrical operation devices and mounting them on the body, operations of the different electrical function units are performed. 23. The portable detachable multi-operation device according to any one of claims 1 to 22.   The portable detachable multi-operation device according to any one of claims 1 to 23, wherein the electrical operation device functions as a cap of the body and covers and protects the body-side power feeding portion. .   The portable detachable multi-operation device according to any one of claims 1 to 24, wherein a total length when the body and the electrical operation device are connected is at least 20 cm or less.   The portable detachable multi-operation device according to any one of claims 1 to 25, wherein the body is provided with a groove for attaching a strap.

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