TWM446461U - Simple mobile phone with remote control function - Google Patents

Description

Simple mobile phone with remote control function

This creation relates to a communication device using telecommunication services, in particular to a simple mobile phone with remote control function, so as to achieve the purpose of remotely controlling electrical products such as televisions, stereos and even air conditioners.

In recent years, due to the maturity of electronic technology, electronic products such as mobile phones, computers, audio-visual products, etc. are everywhere in life, and have an inseparable relationship with daily life. Yan has become an indispensable part of modern people. Among them, mobile communication is most closely related to individuals.

With the rapid development of the communication industry, the functional requirements for the wireless communication industry are also increasingly diversified. Digital mobile phones (hereinafter collectively referred to as mobile phones) have been regarded as the most convenient and fastest communication and contact tools between people. In particular, thanks to advances in modern integrated circuit technology and digital technology, mobile phones are gradually being designed in a more versatile high-end specification. Therefore, in today's applications, mobile phones can communicate with people in addition to communication. Can access the Internet, read, listen to music and other multimedia features.

However, the structure of mobile phones is also more complicated, and the power consumption during operation is relatively increased. In addition, the existing mobile phones are equipped with high-capacity dedicated batteries to provide the power required for the operation of the machine. Exhaustion, all functions, including basic or necessary functions such as communicating with others or making emergency calls, will not be able to continue to be used. This is inevitably dangerous for those who engage in various field activities at regular intervals. When the battery of the mobile phone is exhausted, there is no The law immediately obtains a dedicated battery, which causes the mobile phone to be inoperable, which will make it impossible for the user to dial an emergency call to contact the police or the fire brigade.

Therefore, there is a spare simple mobile phone, similar to the standby simple mobile phone, because the design of the screen display function is omitted, and it is emphasized that as long as a commercially available dry battery can generate the standby function for several years; however, since the above simple mobile phone only has The function of making or receiving calls can only be used as a spare item, and may even be used for a long time, resulting in unnecessary waste.

In view of this, the present invention provides a simple mobile phone with remote control function, which can be used as a remote control for remote control of televisions, stereos and even air conditioners. The use of the device, thereby increasing the functionality and added value of the simple mobile phone, is its main purpose.

In order to achieve the goal, the present invention mainly provides a simple mobile phone with remote control function. The simple mobile phone with remote control function basically comprises: a set of casings, a circuit carrier board, an antenna module, and a mobile phone. a system signal processing module, a user identification card connector module, a button module, a battery power module, a storage module, an infrared emission module, and a microprocessor; wherein: the circuit carrier system The device is disposed in the casing and has a microphone and a speaker; the at least one antenna module is disposed on the circuit carrier for transmitting and receiving the wireless signal of the cellular communication system; the mobile phone system signal processing module is It is disposed on the circuit carrier board for signal processing operation on the wireless signal transmitted and received by the antenna module, and performs mobile voice/message communication service within the service range of the corresponding cellular mobile communication system; the user identification card connector module System is set to electricity The road carrier board is electrically connected to the mobile phone system signal processing module for installing a user identification card; the button module is disposed at a predetermined position of the casing and electrically connected to the circuit carrier board; the battery power module is Provided in a predetermined position of the casing and electrically connected to the circuit carrier for mounting at least one battery of a predetermined commercial specification; the storage module is electrically connected to the battery power module on the circuit carrier board, and is preloaded a control code corresponding to a predetermined brand and model electrical product; the infrared emitting module is disposed on the circuit carrier and electrically connected to the storage module and the battery power module for generating outside the casing Infrared signal sent.

The microprocessor is disposed on the circuit board and the antenna module, the mobile phone system signal processing module, the user identification card connector module, the button module, the battery power module, the storage module, and the infrared emission module. Electrical connection for processing signal of button module and execution of antenna module, mobile phone system signal processing module, user identification card connector module, button module, battery power module, storage module, infrared emission mode The signal integration operation of the group; and the microprocessor is configured to select a control corresponding to the electrical product to be controlled from the plurality of control codes of the storage module after the predetermined button of the button module is touched The code, and the control module drives the infrared emission module to emit an infrared signal of a predetermined signal frequency according to the selected control code.

By using the above structural features, a simple mobile phone with a remote control function can be obtained, which is simple in structure, relatively low in manufacturing cost, relatively low in power consumption, can be used for long time standby, and relatively easy to obtain a battery, and is controlled by a button die. The group can reach the function of setting the quick key; in particular, under the integrated operation of the microprocessor, the storage module and the infrared transmitting module, the first control code can be selected according to the electrical product to be remotely controlled, and then the button mode can be transmitted through the button mode. Electrical products corresponding to remote remote control (such as TV sets, stereos, and even air conditioners) In turn, the function and added value of a simple mobile phone with remote control function are added.

The casing is composed of an upper casing and a lower casing correspondingly closed.

The lower casing of the casing is provided with a back cover for reopening/liding cover, and the area covered by the back cover covers the position of the user identification card connector module and the battery power module.

The casing is provided with a transparent window for inspecting the state of the battery, at least at a position corresponding to the battery power module of the upper casing.

The casing is disposed at a position corresponding to the battery power module of the upper casing and the lower casing, and is provided with a transparent window for inspecting the state of the battery.

The battery power module is for mounting a commercially available AA size battery.

Specifically, a simple mobile phone system with remote control function of the present invention can produce the following effects:

1. The structure is simple, the manufacturing cost is relatively low, and it can be used by the standby mobile phone.

2. The structure is simple, and the operation mode is relatively simple and convenient.

3. Simple structure and low power consumption, which can be used for long standby.

4. Using a commercially available battery, the power is relatively easy to obtain, and the risk of being unable to obtain a dedicated battery is not possible.

5. The status of the battery can be checked at any time through the transparent window. When there is leakage of the battery liquid, it can be immediately dealt with to avoid damage to the internal circuit.

6. It can be used as a remote control for electrical products, and relatively increases the function and added value of a simple mobile phone with remote control function.

The characteristics of this creation can be clearly understood by referring to the detailed description of the drawings and the examples.

This creation mainly provides a simple mobile phone with remote control function, such as the simple mobile phone appearance structure diagram with the remote control function created in the first figure, the second mobile phone structure decomposition diagram with the remote control function created by the second picture, and the third picture creation. The schematic diagram of the simple mobile phone with the remote control function is shown in the block diagram of the simple mobile phone structure of the remote control function of the present invention. The simple mobile phone 40 basically comprises: a set of casing 41 and a circuit carrier board. 42. An antenna module 43, a mobile phone system signal processing module 44, a user identification card connector module 45, a button module 46, a battery power module 47, a storage module 481, and an infrared transmitting module 482, and a microprocessor 49; wherein: The casing 41 can be correspondingly covered by an upper casing 411 and a lower casing 412. In implementation, the lower casing 412 of the casing 41 is provided with a back cover 413 for reopening/covering. The area covered by the back cover 413 is preferably to cover the user identification card connector module 45 and the battery power module 47, so as to facilitate installation or replacement of the user identification card 10 (SIM card) and the battery. 20.

The circuit carrier board 42 is disposed in the group housing 41 and is mainly used as a mechanical structure for mounting related modules, and is used to form an electrical connection between the modules. In implementation, the circuit carrier board 42 can be single. A printed circuit board having a double or double side, and a microphone 421 for collecting sound and a speaker 422 for amplifying sound are built.

The antenna module 43 is disposed on the circuit carrier 42 for transmitting and receiving wireless signals of the cellular communication system. In implementation, the antenna module 43 can be tuned to be used in the cellular communication system GSM900MHz/1800MHz. Transmission frequency operation, or tuned to be used in cellular mobile communication systems Transmission frequency operation of GSM840MHz/1900MHz.

The mobile phone system signal processing module 44 is disposed on the circuit carrier 42 for performing signal processing on the wireless signals transmitted and received by the antenna module 43 and performing operations in the service range of the corresponding cellular mobile communication system. Voice/message communication service.

The subscriber identity card connector module 45 is electrically connected to the mobile phone system signal processing module 44 on the circuit carrier 42 for mounting a subscriber identity card 10.

The button module 46 is disposed at a predetermined position of the casing 41 and electrically connected to the circuit carrier 42 for dialing by the user, and performs setting, switching operation of the whole simple mobile phone 40 for powering on, powering off or other functions.

The battery power module 47 is disposed at a predetermined position of the casing 41 and electrically connected to the circuit carrier 42 for mounting at least one battery of a predetermined commercial specification. In implementation, the battery power module 47 is installed for installation. The commercially available AA size battery 20 is shown.

The storage module 481 is electrically connected to the battery power module 47 on the circuit carrier 42 and is preloaded with a plurality of control codes respectively corresponding to the electrical products of the predetermined brand and model.

The infrared emitting module 482 is electrically connected to the storage module 481 and the battery power module 47 on the circuit carrier 42 for generating an infrared signal transmitted outside the casing 41.

The microprocessor 49 is disposed on the circuit carrier 42 , and the antenna module 43 , the mobile phone system signal processing module 44 , the user identification card connector module 45 , the button module 46 , and the battery power module 47 . The storage module 481 and the infrared emission module 482 are electrically connected, and the control core in the overall simple mobile phone 40 The core can be realized by micro-processing a single chip for processing the signal of the button module 46 and executing the antenna module 43, the mobile phone system signal processing module 44, the user identification card connector module 45, and the button module 46. The signal integration operation of the battery power module 47, the storage module 481, and the infrared emission module 482; and the microprocessor 49 is set after the predetermined button of the button module 46 is pressed, from the storage module 481. A plurality of control codes corresponding to the electrical product 34 to be controlled (the television shown in the figure) are selected in the complex control code, and the microprocessor 49 drives the infrared emission mode according to the selected control code. Group 482 transmits an infrared signal of a predetermined signal frequency.

In principle, when the simple mobile phone 40 of the present invention is used, the user identification card 10 and the battery 20 are only required to be installed in the user identification card connector module 45 and the battery power module 47, respectively, and after being turned on, After the mobile phone system signal processing module 44 confirms the legitimacy of the user identification card 10, it can access the general mobile phone service by the cellular mobile communication service (GSM communication network) provided by the affiliate system provider 30 as shown in FIG. The mobile phone of the same system operator, the mobile phone of different operators, the Skype, and the voice/message exchange with the mobile phone 31 or the network phone 32 of the called or the utterance, even for the purpose of international roaming. Of course, if you have an emergency and need assistance from the relevant departments (such as firefighting, ambulance, police, etc.), you can directly call the lifeline 112 of the mobile phone without the restriction of the user identification card.

Moreover, since the simple mobile phone with remote control function of the present invention has the advantages of low price, low power consumption, and relatively easy battery acquisition, it is particularly suitable for use as an emergency backup mobile phone, even as shown in the sixth figure. It is shown that, through the single base station 33 of the system provider, a plurality of pre-set simple mobile phones 40 are used for free calls, thereby replacing the traditional wireless walkie-talkie.

It is worth mentioning that, because the simple mobile phone with remote control function of this creation is operated by the battery of the general commercially available AA size, the power is relatively easy to obtain, and the power can be greatly reduced because the exclusive battery cannot be obtained, which makes it impossible to connect with the outside world. The risk of the system. In particular, as shown in the third and fourth figures, after the integrated operation of the microprocessor 49, the storage module 481, and the infrared transmitting module 482, the corresponding control code is first selected according to the electrical product 34 to be remotely controlled. The function and added value of the simple mobile phone with remote control function can be added through the electrical product 34 corresponding to the remote control of the button module 46.

Of course, if there is a need to change other remote control objects (other electrical products), it is only necessary to re-select the control code setting action, and even the simple body update operation can make the remote control function simple. The mobile phone is applied to the remote control function of different electrical products such as TV sets, stereos or air conditioners. It not only increases the applicability of simple mobile phones with remote control functions, but also solves the confusion of remote controls of different electrical products, or because the original remote control The problem of losing or failing to use electrical products properly.

Furthermore, the simple mobile phone with the remote control function of the present invention can be provided with a transparent window 414 for checking the state of the battery, at least the upper housing 411 of the casing 41 corresponding to the position of the battery power module 47; or as shown in the first figure As shown in the second figure, the upper housing 411 and the lower housing 412 of the group housing 41 correspond to the position of the battery power module 47, and are provided with a transparent window 414 for viewing the state of the battery 20.俾 You can check the status of the battery 20 at any time through the transparent window 414. When there is a battery leakage, you can immediately avoid damage to the internal circuit.

Compared with the traditional conventional structure, the simple mobile phone with remote control function of the present invention is not only simple in structure, relatively low in manufacturing cost, relatively simple and convenient in operation mode, and low in power consumption, and can be used for long time standby. It is especially suitable for use as a backup mobile phone; in particular, a simple mobile phone with remote control function of the present invention uses a commercially available battery, and the power is relatively easy to obtain, which can be greatly reduced because the exclusive battery cannot be obtained, and the system cannot be connected with the outside world. Risk; and, as a remote control for electrical products, relatively increased the functionality and added value of a simple mobile phone with remote control.

In summary, this creation provides a simple mobile phone with remote control function, and submits a new patent application according to law; the technical content and technical features of this creation have been disclosed above, but those familiar with the technology may still be based on this creation. Reveal and make a variety of substitutions and modifications without departing from the spirit of the creation of this case. Therefore, the scope of the present invention is not limited to the embodiments disclosed, but includes various alternatives and modifications that do not depart from the present invention and are covered by the following claims.

[Prior technology]

10‧‧‧User Identification Card

20‧‧‧Battery

30‧‧‧System operators

31‧‧‧Mobile phone

32‧‧‧Internet phone

33‧‧‧Base station

34‧‧‧Electrical products

[This creation]

40‧‧‧simple mobile phone

41‧‧‧Chassis

411‧‧‧Upper casing

412‧‧‧ Lower case

413‧‧‧Back cover

414‧‧‧Transparent window

42‧‧‧Circuit carrier board

421‧‧‧ microphone

422‧‧‧Speaker

43‧‧‧Antenna Module

44‧‧‧Mobile Phone System Signal Processing Module

45‧‧‧User Identification Card Connector Module

46‧‧‧Key Module

47‧‧‧Battery power module

481‧‧‧ storage module

482‧‧‧Infrared emission module

49‧‧‧Microprocessor

The first picture shows the appearance of a simple mobile phone with remote control function.

The second picture is an exploded view of the simple mobile phone structure with remote control function.

The third picture is a block diagram of the composition of the simple mobile phone with remote control function.

The fourth picture is a plan view of the simple mobile phone structure with remote control function.

The fifth picture is a schematic diagram of a simple mobile phone with a remote control function.

The sixth picture is a schematic diagram of another use mode of the simple mobile phone with remote control function.

42‧‧‧Circuit carrier board

421‧‧‧ microphone

422‧‧‧Speaker

43‧‧‧Antenna Module

44‧‧‧Mobile Phone System Signal Processing Module

45‧‧‧User Identification Card Connector Module

46‧‧‧Key Module

47‧‧‧Battery power module

481‧‧‧ storage module

482‧‧‧Infrared emission module

49‧‧‧Microprocessor

Claims (6)

A simple mobile phone with remote control function includes: a set of casings; a circuit carrier board disposed in the casing and having a microphone and a speaker; an antenna module disposed on the circuit carrier board; The wireless signal for transmitting and receiving the cellular mobile communication system; a mobile telephone system signal processing module is disposed on the circuit carrier board for performing signal processing operations on the wireless signal transmitted and received by the antenna module, and corresponding to the cellular mobile communication system Within the scope of service, the mobile voice/message communication service is provided; a user identification card connector module is disposed on the circuit carrier board and electrically connected to the mobile phone system signal processing module for installing a user identification card; a button module The battery power module is disposed at a predetermined position of the casing and electrically connected to the circuit board, and is electrically connected to the circuit carrier for mounting at least one battery of a predetermined commercial specification; a storage module is disposed on the circuit carrier board and electrically connected to the battery power module, and preloads a plurality of control codes respectively corresponding to the electrical products of the predetermined brand and model; The infrared emission module is disposed on the circuit carrier board and electrically connected to the storage module and the battery power module to generate an infrared signal sent outside the casing; a microprocessor is disposed on the circuit carrier board and the antenna module Group, mobile phone system signal processing module, user identification card connector module, button module, battery The power module, the storage module, and the infrared transmitting module are electrically connected, and are used for processing the signal of the button module and executing the antenna module, the mobile phone system signal processing module, the user identification card connector module, the button module, and the battery The signal integration operation of the power module, the storage module, and the infrared emission module; and the microprocessor is configured to select one of the plurality of control codes of the storage module after the predetermined button of the button module is pressed The control code corresponding to the electrical product to be controlled, and the microprocessor drives the infrared transmitting module to emit an infrared signal of a predetermined signal frequency according to the selected control code. The simple mobile phone with remote control function according to claim 1, wherein the casing is composed of an upper casing and a lower casing. The simple mobile phone with remote control function as claimed in claim 2, wherein the lower casing of the casing is provided with a back cover for reopening/liding cover, and the area covered by the back cover covers the user. Identification card connector module, battery power module configuration location. The simple mobile phone with remote control function as claimed in claim 2, wherein the set of casings is provided with a transparent window for checking the state of the battery at least at a position corresponding to the battery power module of the upper casing. The simple mobile phone with remote control function as claimed in claim 2, wherein the casing is provided with a transparent window for checking the state of the battery in the upper casing and the lower casing corresponding to the battery power module. . For example, the simple mobile phone with remote control function described in claim 1 or 2, wherein the battery power module is for installing a commercially available AA size battery.