CN104036593B - The information processing terminal and control method thereof - Google Patents
The information processing terminal and control method thereof Download PDFInfo
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- CN104036593B CN104036593B CN201410010235.9A CN201410010235A CN104036593B CN 104036593 B CN104036593 B CN 104036593B CN 201410010235 A CN201410010235 A CN 201410010235A CN 104036593 B CN104036593 B CN 104036593B
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Abstract
The open a kind of information processing terminal of the present invention and control method thereof, sound and action inform informs that cent does not send with suitable timing for informing of can operation being informed, this terminal comprises: inform merely sound generating unit, when when informing merely the setting of sound pattern, what have the single-frequency sent during predetermined operation for informing its order informs merely sound signal; Frequency conversion can inform sound generating unit, when described inform merely the non-setting of sound pattern time, generate when having a described predetermined operation and inform sound signal for informing variable-frequency the first of its order; When described inform merely the setting of sound pattern time, generate when having a compulsory exercise and inform sound signal for informing the variable-frequency 2nd of its order the; When described inform merely the non-setting of sound pattern time, set with forcing when having a described compulsory exercise and described inform merely sound pattern, after this setting, generate the described 2nd inform sound signal, and inform the described 2nd and release the described setting informing merely sound pattern after the generation of sound signal terminates.
Description
The application advocates the applying date to be on March 4th, 2013, application number is that the Japanese publication of JP2013-041749 is right of priority, and quotes the content of above-mentioned application.
Technical field
The present invention relates to a kind of send with operate, the information processing terminal informing sound that action is corresponding and control method thereof.
Background technology
It is known to POS terminal, electronic cash register, handheld terminal etc., as the information processing terminal of the settlement process etc. of the sale process and express delivery of supporting commodity.
These information processing terminals have display portion and operating portion, and the single-shot sending such as " pyrrole " when the key of operating portion operates informs sound. This informs that sound is the sound on single-frequency (single-tone rank), is called humming (BeepSound: serge serge sound (prompt tone)).
Recently, having a kind of information processing terminal, it is mounted with and substitutes the humming variable-frequency digital sound source module informing sound of generation. This information processing terminal when there being key to operate, generate and send for inform its order can frequency conversion (variable scale) inform sound. In addition, this information processing terminal when there being the read action of IC-card, magnetic card, generate and send for inform its order can frequency conversion (variable scale and variable tone color) such as " Sha Lin " such melody tune inform sound.
When for be mounted with numeral sound source module the information processing terminal time, generates and send the melody tune corresponding with read action inform sound during, can not generate and send key operate inform sound. Melody tune inform that the generation of sound terminates after, could generate key operation inform sound. So, the situation of key operation can not definitely be notified.
Summary of the invention
In view of the above problems, it is an object of the invention to provide a kind of information processing terminal and control method thereof, what what operation can be informed by it inform sound and action were informed informs that cent does not send with suitable timing.
In order to solve the problem, the information processing terminal that first aspect present invention relates to, comprising: inform merely sound generating unit, when when informing merely the setting of sound pattern, what have the single-frequency sent during predetermined operation for informing its order informs merely sound signal; Inform sound generating unit, when described inform merely the non-setting of sound pattern time, generate when having a described predetermined operation and inform sound signal for informing variable-frequency the first of its order; When described inform merely the setting of sound pattern time, generate when having a compulsory exercise and inform sound signal for informing the variable-frequency 2nd of its order the; When described inform merely the non-setting of sound pattern time, set with forcing when having a described compulsory exercise and described inform merely sound pattern, after this setting, generate the described 2nd inform sound signal, and inform the described 2nd and release the described setting informing merely sound pattern after the generation of sound signal terminates.
The control method of the information processing terminal involved by second aspect present invention, make to have when have when informing merely the setting of sound pattern send during predetermined operation the single-frequency for informing its order inform merely sound signal inform that merely the described information processing terminal of sound generating unit performs following step: inform sound generation step, when described inform merely the non-setting of sound pattern time, generate when having a described predetermined operation and inform sound signal for informing variable-frequency the first of its order; When described inform merely the setting of sound pattern time, generate when having a compulsory exercise and inform sound signal for informing the variable-frequency 2nd of its order the; When described inform merely the non-setting of sound pattern time, set with forcing when having a described compulsory exercise and described inform merely sound pattern, after this setting, generate the described 2nd inform sound signal, and inform the described 2nd and release the described setting informing merely sound pattern after the generation of sound signal terminates.
Accompanying drawing explanation
Below, with reference to accompanying drawing, the information processing terminal involved in the present invention and control method are described. When considered in conjunction with the accompanying drawings, by referring to detailed description below, more complete can understand the present invention better and easily learn wherein many adjoint advantages, but accompanying drawing described herein is used to provide a further understanding of the present invention, form the part of the application, the schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention, wherein:
Fig. 1 is the outward appearance figure of an embodiment;
Fig. 2 is the block diagram of the pilot circuit of an embodiment;
Fig. 3 is the schema of the action of the humming generation circuit represented in an embodiment; And
Fig. 4 is the schema of the control of the CPU represented in an embodiment.
Description of reference numerals
1 handheld terminal 2 liquid crystal display part
3 operating portions 4 inform sound output portion
5IC card insert opening 6 magnetic card insert port
10CPU11 radio communication portion
12IC card reader 13 magnetic card reader
14 bar code scanner 15ROM
16RAM18 loud speaker
20 humming generation circuit (informing merely sound generating unit)
30 audio drivers 31 numeral sound source module
32 sound source data storeies
Embodiment
Below, with reference to accompanying drawing, one embodiment of the invention is described.
Handheld terminal 1 shown in Fig. 1 is the handheld information process terminal supporting the sale process of commodity and the dispensing settlement process etc. of express delivery, and has liquid crystal display part 2, operating portion 3 on an upper and inform sound output portion 4. Character required for liquid crystal display part 2 display process, image. Operating portion 3 is for the treatment of the setting etc. of the input of required data, operation condition. Inform that sound output portion 4 releases the sound sent from loud speaker 18 described later.
In addition, handheld terminal 1 has the IC-card insert port 5 that IC-card freely inserts and extracts out, and arranges IC-card read write line 12 described later in the inner side of its IC-card insert port 5. Handheld terminal 1 arranges magnetic card in lower end surface and freely inserts the magnetic card insert port 6 with slide, and arranges magnetic card reader 13 described later in the inner side of its magnetic card insert port 6. In addition, handheld terminal 1 arranges bar code scanner 14 described later in upper end.
Fig. 2 illustrates the pilot circuit of handheld terminal 1.
As the CPU10 of the central processing unit of computer connects radio communication portion 11, liquid crystal display part 2, operating portion 3, IC-card read write line 12, magnetic card reader 13, bar code scanner 14, ROM15, RAM16, output control circuit 17, humming generation circuit 20 and audio drivers 30.
Radio communication portion 11 is attached to antenna 11a, using supply from CPU10 to data wireless be sent to the such as management server as upper equipment while, receive the data from the wireless transmission of this management server and these reception data carried to CPU10.
IC-card read write line 12 reads the data of the IC-card being inserted into IC-card insert port 5, and carries out this IC-card is write data. Magnetic card reader 13 reads the data of the magnetic card being inserted in magnetic card insert port 6 to go forward side by side line slip operation. Bar code scanner 14 optics ground reads the barcode being attached to commodity, passing soon.
ROM15 stores the required various application programs such as the sale process of the program required for the control of CPU10 and commodity, the dispensing settlement process of express delivery. RAM16 stores the various data relevant with the process of CPU10.
Humming generation circuit 20 is when as the humming pattern informing merely sound pattern
During setting, when receiving, from CPU10, key operational notification signal (the predetermined operation notification signal) that the key based on operating portion 3 operates, sent the humming signal (informing merely sound signal) of single-shot by the single-frequency (single-tone rank) of such as " pyrrole " for informing the order that this key operates. In addition, humming generation circuit 20 is when when the setting of humming pattern, when receiving mal-operation notification signal (the predetermined operation notification signal) of the mal-operation based on operating portion 3 from CPU10, sent the humming signal (informing merely sound signal) of running fire by the single-frequency (single-tone rank) of such as " the serge serge serge " of the order for informing this mal-operation.
Audio drivers 30 comprise with CPU10 cooperation (together with) have and store (internal memory) device 32 as the digital sound source module (numeral sound source module) 31 informing sound generating unit function and sound source data. Sound source data storer 32 store multiple numeral sound source data D1, D2 ... Dn.
Numeral sound source data D1 is the data informing sound signal (following, to be called melody sound signal) of the melody tune for generating such as " Sha Lin " that action when IC-card read write line 12 have read data is informed. Numeral sound source data D2 is for by the scale different from the melody sound signal of numeral sound source data D1 and tone color, being created on the data of the melody sound signal of such as " Sha Lin " that action when magnetic card reader 13 have read data is informed. Numeral sound source data D3 is the data informing sound signal of the melody tune for being created on such as " Pi Long " that action when bar code scanner 14 have read barcode is informed. Numeral sound source data D4 is the data for being created on the analog voice signal such as " writing complete " that action when IC-card read write line 12 is written with data is informed.
Numeral sound source data D5, D6 ... it is corresponding from each key of operating portion 3 and the data informing sound signal of such as " pyrrole " informed of operation when being created on each key of pressing operation for the frequency (scale) different by each key corresponding. Numeral sound source data Dn-4, Dn-3 ... Dn-2 be for the frequency (scale) different by the content of each mal-operation corresponding be created on the key operation of operating portion 3 wrong time the data informing sound signal of such as " serge serge serge " informed of mal-operation.
Numeral sound source data Dn-1 is the data for being created on the such as analog voice signal of " welcome " when reception starts. Numeral sound source data Dn is the data for the analog voice signal such as " thanks " at the end of being created on clearing.
The numeral digital sound source data D1 of sound source module 31 in sound source data storer 32, D2 ... in Dn, the selected digital sound source data based on the instruction from CPU10, and generate above-mentioned melody sound signal based on selected digital sound source data, above-mentioned inform sound signal, above-mentioned analog voice signal.
Output control circuit 17 is amplified to the level corresponding with the instruction from CPU10 by the humming signal sent from humming generation circuit 20 and by the numeral sound signal that generates of sound source module 31, and supplies the sound signal amplified to loud speaker 18. The sound signal exported from output control circuit 17 is converted to actual sound by loud speaker 18.
CPU10 associates with humming generation circuit 20, has the control portion of following (1) and (2).
(1) first control portion, according to the instruction from upper management server, the humming pattern of setting and releasing humming generation.
(2) the 2nd control portions, when there being the key of operating portion 3 to operate, the key operational notification signal being used for notifying the order of this key operation is supplied to humming generation circuit 20, when operating portion 3 key operate in wrong time, the mal-operation notification signal being used for notifying the order of this mal-operation is supplied to humming generation circuit 20.
In addition, the unit portion that CPU10 cooperates have as generating following (21)��(23) informing sound signal function with numeral sound source module 31 and sound source data storer 32.
(21) first inform sound generating unit, when non-setting in humming pattern, when having predetermined operation (key operation and mal-operation), generate for informing that the variable-frequency of this order informs sound signal (first informs sound signal).
(22) the 2nd inform sound generating unit, when when the setting of humming pattern, when having compulsory exercise (the card read action of IC-card read write line), generating the variable-frequency melody sound signal (the 2nd informs sound signal) for informing its order.
(23) the 3rd inform line, when non-setting in humming pattern, when having above-mentioned compulsory exercise, force ground setting humming pattern, after this setting, generate above-mentioned melody sound signal (the 2nd informs sound signal), and after completing this generation, release the setting of humming pattern.
Then, the action of handheld terminal 1 is described.
The setting of the humming pattern [time]
As depicted in the flow chart of fig.3, humming generation circuit 20 is when when being set with humming pattern (step 101 be), when receiving, from CPU10, the key operational notification signal that the key based on operating portion 3 operates (step 102 be), send single-shot humming signal (step 103) of " pyrrole " for informing the order that its key operates.
In addition, humming generation circuit 20 is when when being set with humming pattern (step 101 be), when receiving the mal-operation notification signal of the mal-operation based on operating portion 3 from CPU10 (step 102 be), send running fire humming signal (step 103) of such as " the serge serge serge " of the order for informing its mal-operation.
The humming signal sent from humming generation circuit 20 is converted to actual sound by loud speaker 18, and releases actual sound sound output portion 4 from informing. The user of handheld terminal 1 is by hearing humming, it is possible to confirm the operation of the key to operating portion 3 and mal-operation.
In the diagram, CPU10 is (no, the step 204 of step 201 be) when there being the card read action of IC-card read write line 12, confirms with or without setting humming pattern (step 205). When setting humming pattern (step 205 no), CPU10 generates the variable scale of " Sha Lin " and melody sound signal (step 206) of variable tone color of the order for the card read action informing IC-card card reader 12.
At this moment, numeral sound source module 31 extracts a number word tone source data corresponding with the card read action of IC-card read write line 12 from multiple numeral sound source datas that action is informed from sound source data storer 32, and based on the digital sound source data extracted, generate the variable scale of " Sha Lin " and the melody signal of variable tone color.
The melody sound signal generated is converted to actual sound by loud speaker 18, and releases actual sound sound output portion 4 from informing. The user of handheld terminal 1 is by hearing this melody sound, it is possible to identify the situation of the card read action having IC-card read write line 12.
CPU10 is (no, the step 204 of step 201 be) when there being the card write action of IC-card read write line 12, confirms with or without setting humming pattern (step 205). When setting humming pattern (step 205 no), CPU10 generates simulation voice (step 206) of " writing complete " of the order for the card write action informing IC-card read write line 12.
At this moment, numeral sound source module 31 extracts a number word tone source data corresponding with the card write action of IC-card read write line 12 from multiple numeral sound source datas that action is informed from sound source data storer 32, and based on the digital sound source data extracted, generate the simulation voice of " writing complete ".
The simulation speech conversion generated is become actual sound by loud speaker 18, and releases actual sound sound output portion 4 from informing. The user of handheld terminal 1 is by hearing this simulation voice, it is possible to identify the situation that the card write action of IC-card read write line 12 has terminated.
CPU10 is (no, the step 204 of step 201 be) when there being the card read action of magnetic card reader 13, confirms with or without setting humming pattern (step 205). When setting humming pattern (step 205 no), CPU10 generates the variable scale of " Sha Lin " and melody sound signal (step 206) of variable tone color of the order for the card read action informing magnetic card reader 13.
At this moment, numeral sound source module 31 extracts a number word tone source data corresponding with the card read action of magnetic card reader 13 from multiple sound source datas that action is informed from sound source data storer 32, and based on the digital sound source data extracted, generate the variable scale of " Sha Lin " and the melody sound signal of variable tone color.
The melody sound signal generated is converted to actual sound by loud speaker 18, and releases actual sound sound output portion 4 from informing. The user of handheld terminal 1 is by hearing this melody sound, it is possible to identify the situation of the card read action having magnetic card reader 13. The scale of melody sound at this moment, tone color due to scale, the tone color from the melody sound sent when the card read action of IC-card read write line 12 different, it is possible to identify the card read action of magnetic card reader 13 with the card read action difference of IC-card read write line 12.
The non-setting of the humming pattern [time]
As illustrated in the flow diagram of fig. 4, CPU10, when there being the key of operating portion 3 to operate (step 201 be), confirms with or without setting humming pattern (step 202). When not setting humming pattern (step 202 be), also it is exactly, when humming generation circuit 20 is not operating, the single-shot that CPU10 generates variable-frequency " pyrrole " for informing the order that key operates by numeral sound source module 31 informs sound signal (step 203).
At this moment, numeral sound source module 31 extracts a number word tone source data corresponding with the key of actually operating from multiple numeral sound source datas that key operation is informed from sound source data storer 32, and based on the digital sound source data extracted, the single-shot that the key operated generates " pyrrole " with intrinsic scale informs sound signal.
CPU10 when operating portion 3 key operate in wrong time (step 201 be), confirm with or without setting humming pattern (step 202). When not setting humming pattern (step 202 be), CPU10 informs sound signal (step 203) by the running fire of variable-frequency " serge serge serge " that numeral sound source module 31 generates the order for informing wrong operation.
At this moment, numeral sound source module 31 extracts a number word tone source data corresponding with the mal-operation that reality produces from multiple numeral sound source datas that mal-operation is informed from sound source data storer 32, and based on the digital sound source data extracted, sound signal is informed in the running fire that mal-operation reality produced generates " the serge serge serge " with intrinsic scale.
The variable scale generated is informed that sound signal converts actual sound to by loud speaker 18, and releases actual sound sound output portion 4 from informing. The user of handheld terminal 1 informs sound by what hear these variable scales, it is possible to confirm the operation of the key to operating portion 3 and mal-operation with comprising its content of operation.
On the other hand, CPU10 is (no, the step 204 of step 201 be) when there being the card read action of IC-card read write line 12, confirms with or without setting humming pattern (step 205). When not setting humming pattern (step 205 be), CPU10 forces ground setting humming pattern (step 207). After this setting, CPU10 starts to generate the variable scale of " Sha Lin " and melody sound signal (step 208) of variable tone color of the order for the card read action informing IC-card read write line 12. And, CPU10 is (step 209 be) when the generation of melody sound signal finishes, and releases the setting (step 201) of humming pattern.
The melody sound signal generated is converted to actual sound by loud speaker 18, and releases actual sound sound output portion 4 from informing. The user of handheld terminal 1 is by hearing this melody sound, it is possible to identify the situation of the card read action having IC-card read write line 12.
Owing to setting humming pattern in the generation of melody sound signal, thus when the generation in melody sound signal has the key of operating portion 3 operates, mal-operation time, from humming generation circuit 20, send the humming corresponding with the operation of this key, mal-operation. Owing to, before starting to generate melody sound signal, only setting humming pattern in advance, so also not stopping over the generation of melody sound signal. Accordingly, it may be possible at once notified the situation of the card read action of IC-card read write line 12 by the generation of melody sound, and, it is possible to the situation of key operation, mal-operation is at once notified by the generation of humming.
Due to after the generation of melody sound signal terminates, release the setting of humming pattern, thus can operate at key after releasing, mal-operation time send the variable scale that not is humming but be rich in expressive force inform sound.
In addition, CPU10 is (no, the step 204 of step 201 be) when there being the card write action of IC-card read write line 12, confirms with or without setting humming pattern (step 205). When not setting humming pattern (step 205 be), CPU10 forces ground setting humming pattern (step 207). After this setting, CPU10 starts to generate the analog voice signal (step 208) of " the writing complete " of the order for the card write action informing IC-card read write line 12. And, CPU10 is (step 209 be) when the generation of analog voice signal finishes, and releases the setting (step 210) of humming pattern.
The analog voice signal generated is converted to actual sound by loud speaker 18, and releases actual sound sound output portion 4 from informing. The user of handheld terminal 1 is by hearing this simulation voice, it is possible to identify the situation of the card write action having IC-card read write line 12.
Owing to setting humming pattern in the generation of analog voice signal, thus when having in the generation of analog voice signal that the key of operating portion 3 operates, mal-operation time, from humming generation circuit 20, send the humming corresponding with the operation of this key, mal-operation. Owing to only setting humming pattern before starting to generate analog voice signal in advance, so also not stopping over the generation of analog voice signal. Accordingly, it may be possible at once notified the situation of the card write action of IC-card read write line 12 by the generation of simulation voice, and can at once be notified the situation of key operation, mal-operation by the generation of humming.
Owing to releasing the setting of humming pattern after the generation of analog voice signal terminates, it is possible to what send the variable scale that not is humming but be rich in expressive force when key operation afterwards, mal-operation informs sound.
And, CPU10 is (no, the step 204 of step 201 be) when there being the card read action of magnetic card reader 13, confirms with or without setting humming pattern (step 205). When not setting humming pattern (step 205 be), CPU10 forces ground setting humming pattern (step 207). After this setting, CPU10 starts to generate the variable scale of " Sha Lin " and melody sound signal (step 208) of variable tone color of the order for the card read action informing magnetic card reader 13. And, CPU10 is (step 209 be) at the end of the generation of melody sound signal, releases the setting (step 210) of humming pattern.
The melody sound signal generated is converted to actual sound by loud speaker 18, and releases actual sound sound output portion 4 from informing. The user of handheld terminal 1 is by hearing this melody sound, it is possible to identify the situation of the card read action having magnetic card reader 13.
Owing to setting humming pattern in the generation of melody sound signal, thus when the generation in melody sound signal has the key of operating portion 3 operates, mal-operation time, from humming generation circuit 20, send the humming corresponding with the operation of this key, mal-operation. Owing to, before starting to generate melody sound signal, only setting humming pattern in advance, so also not stopping over the generation of melody sound signal. Accordingly, it may be possible at once notified the situation of the card read action of magnetic card reader 13 by the generation of melody sound, and, it is possible to the situation of key operation, mal-operation is at once notified by the generation of humming.
Due to after the generation of melody sound signal terminates, release the setting of humming pattern, it is possible to what send the variable scale that not is humming but be rich in expressive force when key operation afterwards, mal-operation informs sound.
In addition, in the above-described embodiments, although being illustrated for handheld terminal as the information processing terminal, but as long as send and the device informing sound operated, action is corresponding, then such as also can implement equally in other the information processing terminal such as POS terminal, electronic cash register. As long as to the scale informing sound signal to be generated, tone color, also according to the kind of the information processing terminal, the kind etc. of application program that uses, suitable is selected just passable.
In addition, above-described embodiment proposes as an example, is not intended to limit the scope of invention. The embodiment of this novelty can be implemented by other various forms, as long as can carry out various omission, replacing, change in the scope of main idea not departing from invention. In addition, in the scope that these embodiments are comprised in invention or main idea, and, it is included in the invention described in scope of claim and the scope of its equalization.
Claims (10)
1. an information processing terminal, it is characterised in that, comprising:
Inform merely sound generating unit, when when informing merely the setting of sound pattern, what have the single-frequency sent during predetermined operation for informing its order informs merely sound signal;
Frequency conversion can inform sound generating unit, when described inform merely the non-setting of sound pattern time, generate when having a described predetermined operation and inform sound signal for informing variable-frequency the first of its order; When described inform merely the setting of sound pattern time, generate when having a compulsory exercise and inform sound signal for informing the variable-frequency 2nd of its order the; When described inform merely the non-setting of sound pattern time, set with forcing when having a described compulsory exercise and described inform merely sound pattern, after this setting, generate the described 2nd inform sound signal, and inform the described 2nd and release the described setting informing merely sound pattern after the generation of sound signal terminates.
2. the information processing terminal according to claim 1, it is characterised in that, also comprise:
Loud speaker, by from described inform merely that sound generating unit sends described inform merely sound signal and frequency conversion can inform that sound generating unit generates described first informs that sound signal and the described 2nd informs that sound signal converts sound to by described.
3. the information processing terminal according to claim 1 and 2, it is characterised in that,
Described inform that merely sound generating unit is humming generation circuit, when as when informing merely the setting of humming pattern of sound pattern, have and send humming signal during described predetermined operation and inform merely sound signal as the single-frequency for informing its order.
4. the information processing terminal according to claim 3, it is characterised in that,
Described frequency conversion can inform the digital sound source module that sound generating unit comprises sound signal and generates, when when the non-setting of described humming pattern, have and generate described first during described predetermined operation and inform sound signal; When the setting of described humming pattern, have and generate the described 2nd during described compulsory exercise and inform sound signal; When the non-setting of described humming pattern, having and set described humming pattern with forcing during described compulsory exercise, generate the described 2nd after this setting and inform sound signal, and release the setting of described humming pattern after this generation terminates.
5. the information processing terminal according to claim 4, it is characterised in that, also comprise:
Operating portion and card reading part,
Wherein, described frequency conversion can inform that sound generating unit comprises described numeral sound source module, when when the non-setting of described humming pattern, have and generate described first during the predetermined operation of described operating portion and inform sound signal; When the setting of described humming pattern, have and generate the described 2nd during the compulsory exercise of described card reading part and inform sound signal; When the non-setting of described humming pattern, having and set described humming pattern with forcing during the compulsory exercise of described card reading part, generate the described 2nd after this setting and inform sound signal, and release the setting of described humming pattern after this generation terminates.
6. the information processing terminal according to claim 5, it is characterised in that,
Described can frequency conversion inform sound generating unit also comprise store multiple numeral sound source datas sound source data storer.
7. the information processing terminal according to claim 6, it is characterised in that,
When the non-setting of described humming pattern, when having the predetermined operation of described operating portion, described numeral sound source module extracts a number word tone source data corresponding with the predetermined operation of described operating portion in described multiple numeral sound source data from described sound source data storer, and based on the digital sound source data extracted, generate described first and inform sound signal
When the setting of described humming pattern, when having the compulsory exercise of described card reading part, described numeral sound source module extracts a number word tone source data corresponding with the compulsory exercise of described card reading part in described multiple numeral sound source data from described sound source data storer, and based on the digital sound source data extracted, generate the described 2nd and inform sound signal
When the non-setting of described humming pattern, when having the compulsory exercise of described card reading part, force the described humming pattern of ground setting, after this setting, described numeral sound source module extracts a number word tone source data corresponding with the compulsory exercise of described card reading part in described multiple numeral sound source data from described sound source data storer, and based on the digital sound source data extracted, generate the described 2nd and inform sound signal, and after this generation terminates, release the setting of described humming pattern.
8. the information processing terminal according to any one of claim 1,2,4 to 7, it is characterised in that,
Described frequency conversion can inform that sound generating unit is when having described predetermined operation or described compulsory exercise, first the described presence or absence informing that merely sound pattern sets be confirmed.
9. the control method of an information processing terminal, it is characterized in that, make to have when have when informing merely the setting of sound pattern send during predetermined operation the single-frequency for informing its order inform merely sound signal inform that merely the described information processing terminal of sound generating unit performs following step:
Frequency conversion can inform sound generation step, when described inform merely the non-setting of sound pattern time, generate when having a described predetermined operation and inform sound signal for informing variable-frequency the first of its order;
When described inform merely the setting of sound pattern time, generate when having a compulsory exercise and inform sound signal for informing the variable-frequency 2nd of its order the;
When described inform merely the non-setting of sound pattern time, set with forcing when having a described compulsory exercise and described inform merely sound pattern, after this setting, generate the described 2nd inform sound signal, and inform the described 2nd and release the described setting informing merely sound pattern after the generation of sound signal terminates.
10. control method according to claim 9, it is characterised in that,
Can frequency conversion inform in sound generation step described, when having described predetermined operation or described compulsory exercise, first the described presence or absence informing that merely sound pattern sets be confirmed.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2013-041749 | 2013-03-04 | ||
| JP2013041749A JP2014170373A (en) | 2013-03-04 | 2013-03-04 | Information processing terminal and program |
| JPJP2013-041749 | 2013-03-04 |
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| CN104036593A CN104036593A (en) | 2014-09-10 |
| CN104036593B true CN104036593B (en) | 2016-06-01 |
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| CN201410010235.9A Active CN104036593B (en) | 2013-03-04 | 2014-01-09 | The information processing terminal and control method thereof |
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| JP7409144B2 (en) | 2020-02-21 | 2024-01-09 | カシオ計算機株式会社 | Terminal devices, information processing systems and programs |
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| KR20050104780A (en) * | 2004-04-29 | 2005-11-03 | 엘지전자 주식회사 | Apparatus and method for buffering voice input of push to talk phone |
| CN101809974A (en) * | 2008-03-27 | 2010-08-18 | 夏普株式会社 | System and terminal device |
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2013
- 2013-03-04 JP JP2013041749A patent/JP2014170373A/en active Pending
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2014
- 2014-01-09 CN CN201410010235.9A patent/CN104036593B/en active Active
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| CN1147731A (en) * | 1995-06-16 | 1997-04-16 | 索尼公司 | Communications terminal apparatus and display method thereof |
| CN1266592A (en) * | 1998-03-06 | 2000-09-13 | 索尼公司 | Portable information terminal and method of setting the same |
| CN1436345A (en) * | 2000-06-12 | 2003-08-13 | 雅马哈株式会社 | Terminal device, guide voice reproducing method and storage medium |
| JP2002352317A (en) * | 2001-05-29 | 2002-12-06 | Yamaha Corp | Music data supplying device and system for portable communication terminal equipment |
| CN1536919A (en) * | 2003-04-08 | 2004-10-13 | ��ʽ����H.��Ѷ | Portable terminal machine capable of using pushbutton output effect sound/background sound in course of session |
| KR20050104780A (en) * | 2004-04-29 | 2005-11-03 | 엘지전자 주식회사 | Apparatus and method for buffering voice input of push to talk phone |
| CN101809974A (en) * | 2008-03-27 | 2010-08-18 | 夏普株式会社 | System and terminal device |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2014170373A (en) | 2014-09-18 |
| CN104036593A (en) | 2014-09-10 |
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