TW556428B - Portable terminal, income call notification control program, and recording medium that records the income call notification control program - Google Patents

Abstract

The present invention provides a portable terminal which can identify the messenger from the vibration pattern, an income call notification control program, and a computer readable recording medium that records with the income call notification control program. The portable terminal 100 is configured with a memory portion 203 and a vibration control portion 204b. In the memory 203, it stores with the income call audio data for generating the income call sound, and the user management table for corresponding to the telephone number of the messengers. After the control portion 201 received the income call signal notification from the detection of the wireless communication portion 202, the telephone number contained in the income call signal will be used as an index key for searching in the memory portion 203, and outputting the income call sound data corresponding to the telephone number to the vibration control portion 204b. The vibration control portion 204b will generate the vibration pattern based on the income call sound data supplied by the control portion 201, and supply the output signal to the vibrator 206 obtained from the generated vibration pattern.

Description

556428 V. Description of the Invention ([Field of the Invention] The present invention relates to a portable terminal capable of using a call tone as a notification notification and a vibration as an i notification, a notification notification control program, and The computer of the notification notification control program can read the recording medium. [Background of the Invention] In recent years, 'in the field of simple portable phones (PHS), portable phones and other prototypes' performers-not only Vibration can be used, and users of Xunxun can also choose arbitrarily from a variety of vibration patterns. Notifications should be made based on the vibration of this vibration pattern. The development of this type of machine type terminal. Example # ， 在 特 开平 9_2617 Most types of portable telephones have a vibration device, a powerful memory type 7 "Vibration pattern memory section, and an operation section for selecting the vibration pattern = Shao Zhi's vibration pattern. When an incoming signal is detected, the vibration will act as a false alarm. The vibration pattern selected by the Ministry is used for vibration. [I Mingsuo solves the rhyme 1 sample tape phone 'Although the user can hear most of the vibration from all the messages, the portable electronic phone can be paired without From the vibration pattern, the choice: the message-the kind of person who thinks that there are bells in the above matters, but lies in providing-a kind of controllable program to: two records [means to solve the problem] ... know the control program's recording medium. In order to solve the above Problem, the portable terminal disclosed in the present invention is a Chinese national standard 556428 A7 __ B7 _ one -------------------- ------- 5. Description of the invention (2) A portable terminal using call tone as a notification notification and vibration as a message notification, which is characterized by having a memory device for storing the majority of incoming tone data used to generate a call tone; and The notification device is set in a state that the notification is received by vibration. When an incoming signal is detected, it will mark a correspondence from most incoming audio data stored in the memory device. The incoming audio data of the sender information contained in the incoming signal, and then the vibration is generated according to the calibrated incoming audio data, and the incoming notification is made. With the disclosed structure, it should be carried out by vibration. When a notification is issued, the incoming notification device will The information from people will vibrate, and notification will be sent. Therefore, users with portable terminal devices can easily identify the person from the vibration pattern. Also, the program disclosed in the present invention is characterized by the use of A computer implements a memory function and an incoming notification function. The computer has a receiving device for receiving incoming call data from outside to generate a call tone, and can use the call tone as a notification notification, and The notification is made by vibration; the memory function can be used to recall most of the incoming audio data received by the receiving device; the notification notification device is used to set the notification notification by vibration In the mode state, when S has detected the signal, from the majority of the memory function to memorize the raw material, mark out a tone data corresponding to the sender information contained in the incoming signal, and then according to The incoming audio data is calibrated to generate vibration, and the incoming notification is notified. Γ When the computer equipped with the disclosed program performs the notification of the notification by vibration, it uses the: I: notification function 'to generate a vibration based on the information of the communication corresponding to the sender, and performs the notification of the notification. Therefore, the user who owns the aforementioned computer is -5- X 297 ^ Dong) This paper standard is applicable to China 556428 V. Description of invention (3) aJ to easily identify the originator from this vibration pattern. In addition, the computer-readable green media disclosed in the present invention is characterized by a program that enables a computer to implement—memory function and—come-notification function '. The computer has a function for receiving from the outside and a function for Generate I: a receiving device for incoming audio data, and can use incoming call sounds for incoming notification: and can also use vibration for incoming notification; the memory function can be used to memorize incoming audio data received by most receiving devices; the Incoming notification function; in the state of being in the mode of receiving notification by vibration; when a signal is detected, most of the incoming messages are memorized by the memory function: Zier, calibrated-# According to the incoming audio data of the sender information contained in the incoming signal, and then generate the vibration according to the calibrated incoming audio data, perform :. The electric card installed with the program recorded in the recording medium is used to perform the notification of the notification with the vibration of "7." Incoming notice. Therefore, the user who owns the computer can easily recognize the source from the vibration pattern. [Brief Description of the Drawings] FIG. 1 is an external view of a portable terminal disclosed in this embodiment. FIG. 2 is an internal configuration diagram of the portable terminal disclosed in the embodiment. FIG. 3 is a schematic diagram of a user management table. FIG. 4 is a schematic diagram for explaining the structure of incoming audio data. FIG. 5 is a schematic diagram of the structure of the vibrator. FIG. 6 is a schematic diagram of the correspondence between incoming audio data and vibration patterns. 7a to 7c are schematic diagrams illustrating vibration patterns. 556428

FIG. 8 is a schematic diagram for explaining the structure of incoming audio data. FIG. 9 is a schematic diagram of a user management table. Figure 10 is a schematic diagram of the architecture of the network system. FIG. 1 is a schematic diagram for explaining an incoming tone management table. [Description of component symbols] 1 00 ··· Portable terminal, 150 parts, 202 ... Wireless communication part, 203 material processing part, 204b ... Vibration control part [Detailed description of the invention] ... Mobile communication network, 20 1 ... Control ... memory section, 204 ... Laixun Audio, 6 00 ... directory server. The following is to make it easier to understand the wireless communication represented by this mobile phone. The disclosed embodiments are only within the scope of the present invention and can be arbitrarily changed. A. This embodiment shows that it is a description of an embodiment in which the present invention is applied to a telecommunication terminal-aspect. In the technical thinking of the present invention (1), the structure of the embodiment is shown in FIG. 1. Appearance related to this embodiment. The portable terminal 100 of the belt terminal 100 is a wireless communication terminal (such as a portable telephone, etc.) that can pass through a mobile communication network 150 composed of mobile, mobile phone networks, etc., which includes: 跫 Wireless服 部 1〇2 和 操作 部 丨 〇3. /, Equipped with a display The display section 1 2 is composed of a liquid crystal display screen and the like, and has a code to display various information (text messages, etc.). Telephone number Operation section 103 is composed of various function keys, and it is provided for inputting telephone numbers.

556428 A7

Number key 103a, power key 1 0 3 b. It is used to turn on or off the power of the portable type and winter machine 100, and it is used in the portable terminal 100. It is used to report the speaker 2 5 with the incoming call (refer to the figure). 2), with B 9) and a notification using vibration (vibrator 206 (refer to Figure 2). The user can switch to a cool sound by operating the various function keys of Shao 103 It is said that the portable terminal 100 has an incoming message, or it is notified by vibration. Figure 2 is a block diagram showing the internal structure of the portable terminal 100. The band terminal 100 has: control The unit 201, the wireless communication unit 202, the memory unit 230, and the signal processing unit 204. The control unit 20UCPU, ROM, and RAM are used to control each unit of the portable terminal 100. Code line communication Shao 2 0 2 It has an antenna 202a, a modulation and demodulation circuit (both are not shown), etc. It is used for wireless communication with base stations not shown in the mobile communication network 50. The memory section 203 is a rewritable memory Device (such as ram, etc.), used to store various programs, and management table T A, the management table TA has corresponding tones data for generating incoming tones, and phone numbers for calibrating the sender. FIG. 3 is a diagram for explaining the user management table τα. In the user management table TA, corresponding tones data for generating tones and vibration patterns (explained later) and sender information (for example, phone numbers, etc.) for identifying the senders are registered correspondingly. ). When the control department 201 detects the incoming signal in the wireless communication department 202, the incoming signal will be listed in the original signal. 8-This paper size applies the Chinese national standard (CNS > A4 specification (210X 297 mm)). 556428

The phone numbers included are compared with the sender information memorized in the memory section 203 ', and the incoming audio data corresponding to the sender information is sent to the incoming data processing section 204. FIG. 4 is a diagram for explaining the structure of incoming audio data. The audio and video data disclosed in this embodiment has a data structure based on the midi (Musicai Instruments Digital Interface) specification, and is represented by a time data called △ time and a so-called smidi event. It consists of materials such as performance content. The general data format of MIDI events includes: sound ON / sound 0FF information indicating the meaning of sound or silence; sound number information used to specify the height (ie, pitch) of the sound as the object of sound or silence; Rate information indicating the strength of pronunciation. For example, it is constituted by a command called "tone (sound number) issued (intensity ON) DO (intensity ON) DO (speed)". △ Time refers to information used to indicate the timing of executing MIDI events. If a certain MIDI event is executed, the control unit 201 will monitor a period of time τ from the beginning of the event, and when the period of time t exceeds the △ time of the MIDI event, the next event is executed. The incoming data processing unit 204 includes a tone reproduction unit 204a and a vibration control unit 204b. Under the control of the control section 201, the incoming audio data stored in the memory section 203 is read out, and then the tone reproduction and vibration control are performed. ^ The tone reproduction section 204a is composed of a sound source core LSI, an a / D converter, and the like, and reproduces the tone based on the audio data transmitted from the memory section 203. The tone reproduced in the tone reproduction section 204 is via the speaker 2 556 428 A7

It is output to the outside. The vibration control section 204b generates a vibration pattern according to the incoming audio data sent from the memory section 203, and then sends the output signal obtained according to the generated vibration pattern to the vibrator 206 for vibration control. FIG. 5 shows the structure of the vibrator 206. —As shown in FIG. 5 ', the vibrator 206 includes a driving motor 20 and an eccentric weight 20 for vibration support supported by a driving shaft 206b fixed to the driving motor 20'. 6 c. The vibration control section 204b sends an output k number obtained according to the vibration pattern to the vibrator 206, and controls the vibration of the vibrator 206. When the vibration control section 204b reads out the audio data from the memory section 230, it generates a vibration pattern corresponding to the remote audio data. To further elaborate, the two-movement control unit 204b determines the timing of vibration generation based on the delta time of the sound data, and determines the intensity (amplitude) of the vibration based on the number information of the rate sound of the MIDI event. And vibration ^ kind ^ 2 frequency). For example, to determine the intensity of the vibration, the amplitude level is determined by referring to a table 2 (not shown in the figure), and the form is proportional to the volume level shown in the rate information and is set to the amplitude level in advance For the higher. When determining the type of vibration, determine the 2 vibration frequencies by referring to a form (not shown in the figure), and the form has the gate and vibration frequency shown in the corresponding sound number information (refer to the figure) ). The vibration control unit 204b generates a vibration pattern based on the vibration generation timing, vibration intensity, and vibration type determined in this manner. Figures 7 (a) to 7 (c) are diagrams illustrating examples of vibration patterns generated according to the incoming audio data 3 to the incoming audio data 3, respectively. ‘

D6428

Laixunli as shown in FIG. 7 (C), in the vibration control unit 204b, the Beko foot vibration pattern will be generated in response to each vibration. Once the vibration control unit 204b produces a vibration pattern, it will be based on the vibration pattern. Get the output signal, send sample °. In this way, it is possible to make the vibrator 2 06 operate according to the different vibration pattern of each incoming audio data. (2) The action of the embodiment = A user with an I f terminal 丨 〇〇 operates the operation terminal Μ and various function keys to turn on the power of the portable terminal 丨 0 and will = The setting mode of the portable terminal 100 is set to a general mode (incoming notification by call) or a polite mode (informing notification by vibration) ^ System 4 2 〇1-Once according to the operation department i 〇3 The output signal sent out, for example, is detected to be set in the polite mode, that is, a flag not shown in the figure (" 0 in the general mode, and the polite mode is ', 1',) is set to "丨 ,,". In the state of being set to the polite mode, once the wireless communication unit 002 receives the incoming signal, the control unit 201 obtains the phone number contained in the incoming signal, and then uses the obtained phone number as a search key. The user management table TA 'stored in the memory section 2 03 is searched (refer to FIG. 3). The control section 2 01 then marks a sender information corresponding to the telephone number, and reads out a message corresponding to the phone number. After the sender information of the sender information is calibrated, it will be read out soon The incoming audio data is output to the vibration control unit 204b. After receiving the incoming audio data transmitted from the control unit 201, the vibration control unit 204b determines the timing of the vibration generation based on the △ time constituting the incoming audio data. , And according to the rate information and sound number information that constitute the MIDI event, determine the vibration intensity (amplitude) and vibration type (vibration frequency), and generate I-11-This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm)

Zhen Er; 弋 So 夬 疋 "The vibration generation timing, vibration intensity, and vibration type will be activated. The control unit will then perform a vibration motion based on the vibration generated in this way:". Fly 'is sent to the vibrator 20 06, thereby performing a vibrator / notification. Among them, the above-mentioned vibration pattern is generated based on-corresponding to audio data to audio data. The sender's information corresponds to the incoming call, and the correspondence is one-to-one, and the vibration pattern will be discussed according to each sender: the user of the two Π portable terminal 100, such as軏 Belt type terminal 丨 〇〇 When set to the polite mode, you can also recognize the originator according to the vibration pattern of the incoming message. On the other hand, it is set to the general mode (the flag is "). Offline Communication Department 2 02 —Once the incoming signal is received, the control department 201 will get the phone number contained in the incoming signal in the same way as the fans, and then use Get = phone number as the search key, and then the memory department The use stored in 2003 = management table TA for retrieval. Among them, since the portable terminal ι〇〇 is set to the general mode, the control section 2 〇 丨 Once it has been marked with a phone number consistent with the phone number Caller information, that is, read out incoming call data corresponding to the calibrated sender information, and output the read incoming call data 'to the tone reproduction section 204a. The tone reproduction section 204a is based on the control section 2 0 1 received audio data, music To reproduce, the tone reproduced in the tone reproduction section 204 will be output to the outside through the pull squad 205 '. As a result, the user who owns the portable terminal 100 can receive the reproduced tone (ie, the incoming message). As explained above, according to this embodiment, in the portable terminal i 〇〇-12-} paper rule China National Standard (CNS) A4 specification (210 X 297 public love) V. Description of the invention (= In the state of courtesy mode, 'Even if there is a message, you can recognize the originator depending on the vibration pattern.' ^ The above vibration pattern is based on the communication set by each sender. ^ For example, in the portable terminal 100 is set to the state =, when there is a from-with "song A" as the incoming tone * A is coming ⑶, the portable terminal 100 will be based on a The "song A" has a vibration pattern that generates vibration and is used as a notification. Like the t1 reporter, the sound and vibration pattern are generated based on one output; =: Therefore, the user can simply recognize (3) the modification = although it is already in place, the _ implementation An example is used for explanation. However, as long as the above-mentioned embodiments and the "examples" do not deviate from the gist of the present invention, various modifications can be made to the above-mentioned embodiments. For example, the following will be described below: This is a modified example. ≪ Modified example 1 > 2 This embodiment is a generation of a vibration pattern according to the different senders :, the structure ', but it can also be designed to set the group to which each sender belongs in advance. And (for example, family, friends, company, etc.), and different foot vibration patterns are generated according to each group. ≪ Modification 2>: 'The vibration control unit 20 disclosed in the above-mentioned embodiment will be based on this structure. The time △ of the machine sound data, the time when the vibration occurs, and the vibration intensity (vibration) is determined based on the rate information and sound number information of the constituent event.

D6428 A7

And vibration types (vibration frequency) to generate vibration patterns ... ^ parameters to generate vibration patterns can be changed according to the settings of the portable terminal 丨 〇 〇. For example, only the timing of vibration generation is determined based on the Δ time, and the two can also determine the vibration pattern based on the time and rate information of the Δ time to determine only the vibration time and the vibration intensity. 〖You can also generate the vibration pattern according to the above △ L interval, rate information, and sound number information, or other information contained in the audio data (for example:-indicates after The obtained beat information of the tempo of the tune, indicating the second tune of the tune: (, zibeixun, etc.) 'to generate a vibration pattern. Of course, vibration information can also be generated based on the information available. < Modification 3 > A diagram for explaining the structure of the audio data disclosed in Modification 3. The data can be set as a kind of incoming audio data stored in the portable terminal / 'the accent of the accent and the accent of the accent of the accent. : 1 The bone data is composed of △ time and deletion events (hereinafter, referred to as the incoming sound data) set according to the performance parts 10 (such as the instrument parts). When Ran Xun sets the incoming audio data according to the incoming caller, he should specify the cool: stand-up sound and the playing part used to generate the vibration pattern. For example, the incoming audio data 1 corresponds to "piano ^ corresponding to the" drum ", and the secondary audio data is composed of two uses: two :: when corresponding data is sent to a certain-incoming person, for example," steel ：：：： Sounds of the vibrato style. Once used: "as designated by the production department for the user'-representing the playing part: movable capital = 556428 A7 _ B7 V. Description of the invention (12 ) Is the vibration-producing part information), and is registered in the user management table TA 'shown in FIG. 9. After that, when the portable terminal 100 is set to the polite mode, once the wireless communication section 202 receives the incoming signal, the control section 201 obtains the telephone number contained in the incoming signal and uses the The obtained phone number is used as a search key to search the user management table A 'stored in the memory section 203. The control unit 201 calibrates a caller information that is consistent with the telephone number, and reads out a vibration-producing part information corresponding to the calibrated caller (in this example, "piano"), and a response corresponding to the vibration When the next incoming sound data of the voice unit information is generated, the read out second incoming sound data is output to the vibration control unit 204b. After the vibration control unit 204b receives the audio data from the control unit 201, it generates a vibration pattern in the same manner as the above-mentioned embodiment, and sends an output signal to the vibrator 206 according to the vibration pattern. The vibrator 206 generates a vibration based on the incoming audio data again, and accordingly performs a notification of the notification by vibration. In this way, it is possible to designate a performance part that generates a vibration pattern so as to generate a vibration pattern based on the audio data corresponding to the next performance part. < Modification 4 > In the above modification 3, a case where a user designates a duet part for generating a vibration pattern is described, but it may also be included in each of the incoming audio data in advance. Shows information for the playing part (vibration generating part information) for generating a vibration pattern. With this, the troublesome operations of the specified performance parts can be omitted. '< Modification 5 > FIG. 10 is a diagram showing a configuration of a network system 500 according to Modification 5. -15- This paper size applies to China National Standard (CNS) A4 specifications (2ΐ〇χ 297 public love) --------- 556428 A7 _ V. Description of the invention (13) Network system 5 0 〇 Contains ... The portable terminal 100, the mobile communication network 150, and the directory server 600 which sends out audio and video data in response to the requirements of the portable terminal 100. In addition, in FIG. 10, in order to avoid complication of the illustration, only one portable terminal is shown. The directory server 600 includes a plurality of incoming audio data that can be transmitted to the portable terminal 100, and an incoming audio data management table TB for managing the incoming audio data. FIG. 11 is a diagram illustrating the incoming audio data management table TB. The incoming tone management table TB is a form of a directory server 601 with corresponding plural incoming tone data and ID information (hereinafter, referred to as incoming tone ID) for identifying each incoming tone data. In each of the incoming audio data, there are prepared materials containing data for generating vibration patterns. Once the directory server 600 obtains a request for downloading the audio data from the portable terminal 100 through the mobile communication network 150, it retrieves the audio according to the audio ID contained in the request. The data management table TB downloads the incoming audio data corresponding to the incoming audio ID to the portable terminal 100. The portable terminal 100 receives the incoming audio data from the directory server 60 0 through the mobile communication network 150 and stores the incoming audio data in the memory section 203. After that, in the state where the portable terminal 100 is set to the polite mode, once a signal is sent from a sender corresponding to the audio data received from the directory server 600, the control section 2JH will soon Corresponding to the incoming audio data of the sender (that is, the incoming audio data downloaded by the directory server 600) is output to the vibration control section 204b. The vibration control unit 204b obtains the vibration pattern generation data included in the incoming tone data, and then generates a vibration pattern based on the acquired data. And, as for its -16- this paper size is suitable for financial standards (CNS) A4 specifications (χ 297 public love) _ 556428

2. Description of the invention (Because the following actions can be performed on the incense too, this ... Tian /, and the above will be explained in the same way as her example, so at 0, it looks like this. The sending of audio data = under the sense, can also be set in the directory server 6gg in advance-will be used to include the data in the incoming audio data, according to the response from the end sleeve machine 100 (request 'and Send out—including information and sound data for generating vibration patterns. Also, 'the functions of the portable terminal 2 just described in this embodiment and each modification can also be implemented by software.;; = Τ' Using a transmission medium (Internet, etc.), the software, from the U-recording media with the software, or the feeder with the software, etc. :: to a portable terminal. Like this' can be implemented in software Above :: Function. Also in the above-mentioned embodiment and each modification, although the example of notification by Chendong is used for explanation, when the vibration is used for communication: 'The present invention can also be applied to The user operates the portable terminal 100 and then operates Shao 103 to generate vibration. [Inventive effect] As explained above, according to the present invention, when the notification is received by vibration, the originator can be easily identified depending on the vibration pattern.

Claims (1)

556428 Shuangzheng supplements A8 B8 Patent Application No. 090131694 Chinese Application for Patent Scope Replacement (July M) g Application for Patent Scope 1 ·-A variety of portable terminals' It's _ kind can call tone and use vibration for communication The characteristics of the portable terminal for notification are as follows :: set == most of the memory used to generate the sound of the incoming call sound is installed = the notification device 'is set to vibrate to notify the incoming call "Unfortunately" When an incoming signal is detected, a message corresponding to the sender information contained in the incoming signal is marked from the incoming audio data stored in the memory device of the child. The audio data will be vibrated according to the calibrated incoming audio data, and the incoming notification will be made. 2. The portable terminal as described in the scope of the patent application, wherein the incoming audio data includes: timing information indicating the timing of pronunciation, rate information indicating the size of the sound, and pitch information indicating the pitch; The notification device generates a vibration based on at least one of the timing information, rate information, and pitch information contained in the incoming audio data, and performs incoming notification. 3. The portable terminal according to item 丨 in the scope of the patent application, wherein the Lai Xun bone material contains the beat information and the indication of the beat of the music obtained by regenerating the incoming audio data. Tone information of the tune of the music piece; the incoming notification device performs notification of incoming calls according to at least one of the incoming tone data information and the tonal information. 4 · The portable terminal as described in item 1 of the scope of patent application, wherein the incoming data is composed of multiple incoming audio data corresponding to each voice part. O: \ 75 \ 75607-9207ll DOC 5 copies Paper size applies to China National Standard (CNS) A4 (210 X 297 mm) 556428 O: \ 75 \ 75607-9207I I DOC 5 -2- 556428 8. 丨 remember step, memorize most of the incoming tone data used to generate the call tone;, come = notification step 'it is set to the state of incoming notification by vibration' when there is a μ arrival signal, That is, from most of the incoming audio data stored in the memory device, it is marked—corresponding to the incoming audio data of the sender information contained in the incoming signal, and then according to the calibrated incoming audio Information, vibration, and news notification. -An incoming call notification control system, which includes a ㈣-type terminal capable of calling a tone as a incoming call notification and a vibrating call as an incoming call notification, which is characterized by a transmission device receiving device transmitting a reception for generating a calling tone from the above transmission The incoming call data of the device; the above incoming call data memory device audio data; used to memorize most of the above incoming call notification devices received by the receiving device, and used to detect when there is a mode set to the notification mode Come out ^ ^ to carry out most of the incoming audio data memorized by the incoming function, 俨 ^; From the incoming audio of the sender information contained in the memory signal, a corresponding one of the incoming audio data is generated, and vibration occurs, and Perform Telecom ^ and then according to the calibration O: \ 75 \ 75607-920711 DOC 5 -3-