CN1784085A - Control method of mixing system and control apparatus of mixing system - Google Patents
Control method of mixing system and control apparatus of mixing system Download PDFInfo
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Abstract
The invention relates to a method and a device for controlling a hybrid system. The method comprises the following steps: a selection and setting step of a channel hybrid bus, that is, selecting a hybrid bus to be adjusted from a plurality of hybrid buses; adjusting the transmission level of a signal to be sent from the adjusting section of an input channel to the selected hybrid bus through an transmission level adjusting operator corresponding to an input channel; a selection step of a monitoring channel, that is, selecting a signal either from the adjusting section of the input channel or from the output channel as a monitoring signal; and an interlocking step, that is, when the hybrid bus is selected through the selection and setting step of the channel hybrid bus, the selection step of the monitoring channel is controlled to select the signal of the output channel corresponding to an individual hybrid bus selected through the selection and setting step of the channel hybrid bus in such manner that the selection of the signal of the output channel is in interlocking relation with the selection of the individual hybrid bus.
Description
The present invention is one and divides an application that the applying date of its female case application is: on December 24th, 2003; Application number is: 200310123600.9; Denomination of invention is: the operating board structure, control method and the control device that are used for hybrid system.
Technical field
The present invention relates to a kind of control method and device that is applicable to a kind of operating board structure with hybrid system of multiple monitoring signal passage, hybrid system, hybrid system, and the computer program of control hybrid system.
Background technology
In recent years, the use of digital hybrid system is more and more welcome, particularly in commercial stereo set.In an exemplary of known digital hybrid system, the voice signal that similar devices such as loudspeaker pick up all converts digital signal to and carry out mixed processing in the engine that comprises DSP array (DSP array) etc.The voice signal of the processing of exporting from digital hybrid system not only comprises will send music hall or other local signals to, but also comprises the monitoring signal that sends each player or performing artist to.Particularly in chorus performance concert etc. similarly in the concert, in the performing artist for the requirement of monitoring signal with need have nothing in common with each other, so need different monitoring signals is provided for each performing artist according to performing artist's requirement separately.Existing known a kind of improved hybrid system, its monitoring signal that can export a plurality of passages is to satisfy the specific requirement of performing artist.This improved hybrid system that can export the monitoring signal of a plurality of passages for example is disclosed in, by " CSID control surface instruction manual " (the CSID Control Surface Instruction Manual) in December, 2000 publication of Yamaha company (Yamaha Corporation).The another one of digital mixer is improved type, sees also such as U.S. Patent number 5,402,501.
Under the situation of the monitoring signal of exporting a plurality of passages from hybrid system, the operator of hybrid system have to the be provided with mixing condition of each monitoring signal according to each performing artist's needs, this often is a white elephant to the operator.Therefore, need be on the operation panel surface of blender, so that the mode of the easy guidance panel operator of operator is arranged and different panel operators is set; Yet in traditional mixer apparatus, the convenience of the operation of counter plate operator has enough considerations hardly.For example, in traditional mixer apparatus, be used to regulate the input operation device that sends each trunk mixed incoming level to the order of input channel numbering vertically (vertical row) arrange, and being used to regulate of order along continuous straight runs (horizontal line) arrangement of the output function device of each trunk mixed output level with the output channel numbering, the problem that the arrangement of this operator can cause is that panel operator uses inconvenience.
Summary of the invention
Consider afore-mentioned, target of the present invention is to provide a kind of control method and device that is applicable to the improved operating board structure of hybrid system, a kind of improved hybrid system and improved hybrid system, it can allow the admixture of the signal of a plurality of passages or condition effectively are provided with, and can greatly reduce operator's burden.
In order to reach above-mentioned target, the invention provides the setting of following novelty; In order to understand the various elements that use among the embodiment that the numeral in the following bracket will illustrate in the back with being convenient to for reference purpose.
The invention provides a kind of operating board structure of hybrid system, this hybrid system comprises: a plurality of input channels; Be used to mix a plurality of trunk mixed (32) of the output signal of each input channel; And a plurality of output channels parts (36) that provide corresponding to these trunk mixed (32), operating board structure of the present invention comprises: input channel part (500), and it comprises the attenuator (524) of the attenuation rate that is used to control each input channel, the ON/OFF switch (520) of ON/OFF state that is used to control each input channel and the channel selector switch (516) of selecting any input channel; A selected passage control section (300), it comprises an equalizer part (430) that is used for an input channel of selecting by any channel selector switch is provided with the amount of equalizer processes, be used for this selected input channel is provided with a compressor reducer part (400) of the amount of compressor processes, and an attenuation operations device (312) that is used for this selected input channel is provided with attenuation rate; Signal transmits control section (200), and it comprises a plurality of level operation devices that are used to control the transmission level that a selected input channel transmits to a plurality of trunk mixed (32) and is used to control a plurality of ON/OFF state setting operation devices (216) of a selected input channel to the transmission signal ON/OFF of a plurality of trunk mixed transmission state; And a display (720), it can show a plurality of display screens, wherein comprises a screen that is used to show the control characteristic of each input channel at least.Watch this guidance panel from the front, input channel part (500) is positioned at the position of close operator on the guidance panel, and this display (720), this selected passage control section (300) and this signal transmission control section (200) are arranged in delegation with said sequence away from the operator.
The operating board structure of this invention sees also shown in Figure 2.Because should be arranged on display (720) position adjacent by selected passage control section (300), so illustrate its setting by this adjacent display (720), can check various parameter amounts of setting that the operation by selected passage control section (300) realizes etc. easily, therefore realize the facility of using operating board structure of the present invention bigger.In addition, because signal transmits that control section (200) separates with selected passage control section (300) and independently, check and operate so can be convenient to the operator at the various operators of signal transmission control section (200).
The present invention also provides a kind of hybrid system, and it comprises: a plurality of input channels that are used to regulate the signal of a plurality of input channels are regulated part (30); Be used for each input channel is regulated a plurality of trunk mixed (32) that the output signal of part (30) is mixed; The a plurality of output channel parts (36) that provide corresponding to these trunk mixed (32); An input channel part, it comprises: the attenuator (524) that is used to control the attenuation rate of each input channel, be used to control the ON/OFF switch (520) of the ON/OFF state of each input channel, and the channel selector switch (516) that is used to select any input channel; The a plurality of signals that provide corresponding to a plurality of output channels transmit control section (200), each signal transmits control section and comprises: a level operation device (218) that is used to control corresponding output channel level, be used to control the ON/OFF state setting operation device (216) of the ON/OFF state of corresponding output channel, and the channel selector switch (222) that is used to select corresponding output channel; A selected passage control section (300), it comprises: equalizer part (430) is used for of selecting by any described channel selector switch is inputed or outputed the amount that passage is provided with equalizer processes; Compressor reducer part (400) is used for inputing or outputing the amount that passage is provided with compressor processes to selected one; And an attenuation operations device (312), be used for inputing or outputing passage attenuation rate is set selected one; And being used for being provided with this signal, to transmit control section be an operator scheme setting operation device (202,204) of first operator scheme or second operator scheme.When having selected first operator scheme, each level operation (218) is configured to the output level operator of this kind function, it be used to regulate from selected passage to the output level of this level operation device (218) corresponding trunk mixed (32), and this ON/OFF state setting operation device (216) corresponding to this level operation device (218) is configured to such operator, and it is used to be provided with the ON/OFF state that transmits to the signal corresponding to trunk mixed (32) of this level operation device (218) from a selected input channel.On the other hand, when having selected second operator scheme, each level operation device (218) is configured to such operator, and it is used for regulating from the output level corresponding to the output channel part (36) of this level operation device (218); And this ON/OFF state setting operation device (216) corresponding to this level operation device (218) is arranged to such operator, and it is used for being provided with the ON/OFF state that transmits from the signal corresponding to the output channel part (36) of this ON/OFF state setting operation device (216).
In hybrid system of the present invention, it is shared that same signal transmits control section (200), promptly, be used to control the control (first operator scheme) of the trunk mixed transmission level of sending to of each input channel and control (second operator scheme) corresponding to the output controlled quentity controlled variable of this trunk mixed output channel in response to the selection of first operator scheme or second operator scheme.Therefore, the present invention has not only simplified operating board structure significantly, and allows same operator shared by transmission level control and the control of output controlled quentity controlled variable.The present invention can allow the operator to discern different operators and trunk mixed correspondence easily like this, thereby has realized using the more convenience of this guidance panel.
A kind of hybrid system that provides according to another aspect of the present invention, it carries out an algorithm, be used for signal with a plurality of input channels and offer that a plurality of trunk mixed (32-1～32-24) also exports each described trunk mixed mixing resultant, and it comprises: an operator scheme setting operation device (202,204) that is used for the setting operation pattern; A gain-adjusted operator (218) is when when having selected first operator scheme, regulating the gain that offers the signal of described a plurality of trunk mixed (32) from a selected input channel by this operator scheme setting operation device (202,204); And when having selected under the situation of second operator scheme by described operator scheme setting operation device, regulate and treat from the gain of the signal of described a plurality of trunk mixed outputs.
A kind of hybrid system control method that provides according to another aspect of the present invention, it carries out an algorithm, be used for the signal of a plurality of input channels by corresponding input channel regulate part (30-1～30-24) offers a plurality of trunk mixed (32), and the signal that will trunk mixed through each (32) mixes as the signal of a plurality of output channels by with this trunk mixed corresponding output channel part (36-1～36-24) export.This hybrid system control method of the present invention comprises: channel selecting is provided with step (such as by next MIX bus selection key 109-k), selects trunk mixed (32-k) to be regulated from described a plurality of trunk mixed (32); Regulate operator (such as the rotary encoder under normal mode 514) by the transmission level that provides corresponding to described input channel, regulate and regulate part from each input channel (30-1～30-24) is to the step of the transmission level of trunk mixed (32-k) selecting; Monitor channel selecting step (such as pressing CUE key 224,526 etc.), select described input channel to regulate any signal in part or the described output channel part as monitoring signal; And interlocking step, when step being set by described channel selecting selecting one trunk mixed (32-k), the signal that single trunk mixed (32-k) corresponding output channel part (36-k) of selecting and selecting by described setting channel selecting step is selected, its mode are and this single trunk mixed interlocked relationship that is chosen to.
Control method according to hybrid system of the present invention, by channel selecting step is set and selects signal corresponding to the output channel part (36-k) of selected trunk mixed (32-k), its mode and trunk mixed selection (such as pressing MIX bus selection key 109-k) interlocking needs as monitoring signal.Therefore, the present invention can save special monitoring channel selecting operation (such as operation CUE key), therefore can simplify necessary snoop-operations.
According to an aspect in addition of the present invention, the invention provides a kind of hybrid system control method, be used to carry out an algorithm, it is used for that the signal of a plurality of input channels is regulated part by corresponding input channel, and (30-1～30-24) offers a plurality of trunk mixed (32-1～32-24), and by (36-1～36-24) will be trunk mixed through each, and (signal of 32-1～32-24) mix is exported as the signal of a plurality of output channels with these trunk mixed corresponding output channel parts.The control method of this hybrid system comprises: a regulating step, and it is a selected passages regulate frequency characteristic by selected passage control section (300); A channel selecting is provided with step (such as pressing SEL key 222,516), and it selects a passage for the treatment of to be regulated by described regulating step from described input channel or described output channel; Monitor channel selecting step (such as pressing CUE key 224,526) for one, it selects described input channel to regulate signal single arbitrarily in part or the described output channel part as monitoring signal; And step is selected in an interlocking, when having selected any single passage by described monitoring channel selecting step, according to the mode that becomes interlocked relationship with this single passage of selecting by described monitoring channel selecting step, with this single passage as the passage for the treatment of by described selected passage control section (300) adjustment.
On the whole, the invention provides a kind of hybrid system control method, be used to carry out an algorithm, it is used for offering a plurality of input signals a plurality of trunk mixed by corresponding input channel, and will through the signal of each trunk mixed mixing by with this trunk mixed corresponding output channel output, described hybrid system control method comprises:
Trunk mixed selection step, from described a plurality of select trunk mixed one to be regulated trunk mixed;
Regulate operator by the transmission level that provides corresponding to described input channel, regulate the step of transmission level from each described input channel to a selected trunk mixed signal to be sent;
Monitor the channel selecting step, select any signal in described input channel or the described output channel as monitoring signal; And
The interlocking step, when selecting one by described trunk mixed selection step when trunk mixed, control described monitoring channel selecting step, selecting the signal with the single trunk mixed corresponding output channel of selecting by described trunk mixed selection step, its mode is and this single trunk mixed interlocked relationship that is chosen to.
The invention still further relates to a kind of control method of hybrid system, it is used to carry out an algorithm, this algorithm is used for offering a plurality of signals a plurality of trunk mixed by input channel, and by exporting as the signal of a plurality of output channels through each trunk mixed signal that mixes with these trunk mixed corresponding output channel, the control method of described hybrid system comprises:
Regulating step, it is selected passage regulating frequency characteristic in signal processing by selected channel controller;
Channel selecting is provided with step, and it selects a passage for the treatment of to be regulated by described regulating step from described input channel or described output channel;
Monitor the channel selecting step, it selects signal single arbitrarily in described input channel or the described output channel as monitoring signal; With
Step is selected in interlocking, when having selected any single passage by described monitoring channel selecting step, according to the mode that becomes interlocked relationship with this single passage of selecting by described monitoring channel selecting step, control described channel selecting be provided with step with will this single passage as the passage of in described regulating step, treating by described selected channel controller adjustment.
The present invention provides a kind of hybrid system control device again, it is used to move an algorithm, this algorithm is used for offering a plurality of input signals a plurality of trunk mixed by corresponding input channel, and by exporting through each trunk mixed signal that mixes with these trunk mixed corresponding output channel, described hybrid system control device comprises:
Trunk mixed selection part, its from described a plurality of select trunk mixed one to be regulated trunk mixed;
Transmission level is regulated part, and it is used for regulating the transmission level of operator adjusting from each described input channel to a selected trunk mixed signal to be sent by the transmission level that provides corresponding to described input channel;
Monitor the channel selecting part, it selects signal single arbitrarily in described input channel or the described output channel as monitoring signal; With
The interlocking control section, it is used for when by one of described trunk mixed selection portion component selections when trunk mixed, control described monitoring channel selecting part, with according to selecting a signal corresponding to this selected single trunk mixed output channel with this single trunk mixed mode that is chosen to interlocked relationship.
The present invention provides a kind of hybrid system control device again, it is used to carry out an algorithm, this algorithm is used for offering a plurality of input signals a plurality of trunk mixed by corresponding input channel, and by exporting through each trunk mixed signal that mixes with these trunk mixed corresponding output channel, described hybrid system control device comprises:
Regulate part, it is used for by selected channel controller is a selected passages regulate frequency characteristic at signal processing;
Channel selecting is provided with part, and it selects a passage for the treatment of to regulate the part adjusting by described from described input channel or output channel;
Monitor the channel selecting part, it selects described input channel to regulate signal single arbitrarily in part or the described output channel part as monitoring signal; With
Part is selected in interlocking, it is used for when partly selecting a passage by described monitoring channel selecting, control described channel selecting part is set, with according to selecting this single passage will be at the described passage of regulating by described selected channel controller of regulating in the part as one with the mode that is chosen to interlocking of this single passage that partly carries out by described monitoring channel selecting.
To describe embodiments of the invention in detail below, but it should be noted that the present invention is not limited to described embodiment, and also may not break away from basic principle the present invention is carried out various remodeling.Therefore protection scope of the present invention should only be determined by additional claim.
Description of drawings
In order to understand target of the present invention and other features better, below in conjunction with accompanying drawing preferred embodiment is described in detail, wherein:
Fig. 1 is that the integral body of hybrid system hardware according to an embodiment of the invention is provided with block diagram;
Fig. 2 is the vertical view of the overall appearance of the guidance panel that uses of the hybrid system among Fig. 1;
Fig. 3 is the block diagram of the example of the hybrid algorithm partly carried out such as the signal processing shown in Fig. 1;
Fig. 4 is the block diagram of the principle part of hybrid algorithm;
Fig. 5 is the vertical view of the example of the bus selection part shown in Fig. 2;
Fig. 6 is the vertical view of the example of the bus operation device part shown in Fig. 2;
Fig. 7 is the vertical view of example of structure of half part of the selected passage control section shown in Fig. 2;
Fig. 8 is the vertical view of example of structure of second half part of the selected passage control section shown in Fig. 2;
Fig. 9 is the vertical view of the example of the input channel amplifier shown in Fig. 2 (channel strip) part;
Figure 10 is the vertical view of the channel amplifier example partly of the distribution shown in Fig. 2; And
Figure 11 is the flow chart of the example of the control program carried out of the CPU of Fig. 1.
Embodiment
1. the hardware setting of embodiment:
Refer now to Fig. 1 and describe according to an embodiment of the invention that the integral body of hybrid system hardware is provided with example.
The hybrid system 1 of Fig. 1 comprises a guidance panel 2, and it has different displays and operator (panel operator).The example of guidance panel 2 top panel operators comprises that multiple electronic attenuator, rotary encoder are rotary operator, key etc.When the operator operated any electronic attenuator, the current operation status of the electronic attenuator of operation was by bus 7 outputs.When the operator operated any rotary encoder or any key, similar operation took place.
When operational order being provided for any electronic attenuator by bus 7, this electronic attenuator is set to predetermined operating position automatically.Different with electronic attenuator, do not drive rotary encoder and key automatically by operational order.Each key has built-in LED, is used to refer to the current ON/OFF state of this key.Near each rotary encoder, be provided with display element, be used to show the operational ton of this rotary encoder.In some cases, can be illuminating state by built-in LED in the some particular key of bus 7 automatic settings.
Near the display element that is provided with each rotary encoder can be a plurality of LED of being provided with around rotary encoder (seeing also the rotary encoder 312 among Fig. 7 for example), or be positioned near the eight segment encode LED rotary encoder (for example, corresponding display element 324) with rotary encoder 326 among Fig. 7.In each case, this display element can both be indicated the current operational ton of corresponding rotary encoder automatically.Will be described later the detailed structure of guidance panel 2.
See also Fig. 1, the hybrid system among Fig. 1 comprises waveform I/O part 4, and it carries out the I/O of analog or digital voice signal.In the present embodiment, the mixed processing of different voice signals, effect process etc. are all carried out with digital form.Yet under a lot of situations, the voice signal from external world's input hybrid system is an analog signal with outputing to the outside sound signal.Therefore, any that the need insertion is wanted in waveform I/O part 4 in case of necessity or a plurality of card with difference in functionality; The analog input of loudspeaker level, line level analog input, numeral input, simulation output and numeral output etc. are arranged in the various functions of card.These cards can be carried out necessary conversion process.Can reproduce with listening or send the part of simulation output by monitoring device 16 for the operator.
This hybrid system comprises that also form is the signal processing 6 of DSP (digital signal processor) group.6 pairs of digital audio signals that provide by waveform I/O part 4 of signal processing carry out mixed processing and effect process, and the result that will handle exports to waveform I/O part 4.Label 8 is represented another one I/O part, its to transmit and receive from different external equipment such as other information such as time codes.What please note is can pass through other I/O part 8 remote peripheral equipments in the present embodiment.Label 10 is represented CPU, and it is based on control program described later, by the various parts in the bus 7 control hybrid systems.Flash memory (flash memory) 12 comprises the program area 12a that stores control program above-mentioned.RAM14 is as the work internal memory of CPU10.
Corresponding to stage or similarly one group of setting of the hybrid system of given state be called one " scene (scene) ".In the present embodiment of hybrid system, the content stores of current scene is in the current scene district of RAM14 14a.In case of necessity can be in the scene district 12b or other storage devices of flash memory 12 with the content stores of storing among the current scene district 14a.Scene district 12b can store the content of a plurality of scenes.Therefore when the change stage, the operator can just can be the scene reproduction of any needs in the current scene district by simple clicking operation.
2. the structure of the hybrid algorithm among the embodiment
The content of the algorithm that signal processing 6 uses etc. is described below with reference to Fig. 3.
In Fig. 3, label 22 representative simulation importations when receiving loudspeaker level or line level analoging sound signal, convert analoging sound signal to digital audio signal, and this digital audio signal are input to signal processing 6.The digital importation of label 24 representatives when receiving digital audio signal, converts this digital audio signal to the internal form of signal processing 6.44 representative simulation outputs, it converts the digital audio signal that signal processing 6 provides to analoging sound signal, and with this analoging sound signal output.The digital output of 46 representatives, its digital audio signal with the internal form that signal processing 6 provides converts the digital audio signal of predetermined format (AES/EBU, ADAT, TASCAM etc.) to, and will be through the digital audio signal output of so conversion.Monitor simulation output 49 and convert the voice signal that provides to analoging sound signal, and the analog signal of conversion is sent to monitoring device 16 to the operator.
Though waveform I/O part 4 is carried out setting as mentioned above, be that waveform I/O part 4 is the hardware that separates from signal processing 6, and inserted different cards therein, but, also can realize by working procedure in signal processing 6 except above-mentioned setting.On behalf of input channel, label 30 regulate part, and its operation based on electronic attenuator that is provided with on the guidance panel 2 and operator realizes 48 input channels of as many as are carried out the adjusting of volume, tonequality etc.The digital audio signal that input offset part 28 will provide by a plurality of input ports of importation 22 and 24 is distributed to the given input channel that input channel is regulated part 30.The voice signal of 8 passages of 26 pairs of as many as of built-in internal effects device carries out effect process, and offers input channel adjusting part 30 by the voice signal that input offset part 28 is handled net effect.
The back will be described in detail, and guidance panel 2 comprises the CUE key that is arranged on diverse location, and it provides instruction and determines whether monitoring corresponding to the voice signal of user's operation.34 represent a CUE bus, and it mixes voice signal in the position that the CUE key starts, and the result that will mix exports as the CUE signal.Monitor selector 38 and select a monitoring position that separates with CUE bus 34.Above-mentionedly monitored blender 40 and further mixes, and the mixing resultant of monitoring blender 40 is exported by monitoring simulation output 49 by monitoring CUE signal that selector 38 selects and monitoring signal.
4 pairs of algorithm constructions in input channel adjusting part 30 and MIX output channel part 36 are described below with reference to the accompanying drawings.On behalf of input channel, number in the figure 30-1 regulate part 30 first (promptly first input channel is regulated part), and it carries out the adjusting of tonequality and volume to first input channel.36-1 represents first (i.e. MIX output channel part) of MIX output channel part 36, and it carries out the adjusting of tonequality and volume to a MIX output channel.
First passage is regulated part 30-1 and is comprised that the tonequality that first input channel is carried out limiter processing, compressor processes, equalizer processes etc. regulates part 52, and the ON/OFF switch sections 54 that switches between the ON of whole first input channel and OFF state.When ON/OFF switch sections 54 is arranged to the OFF state, there is not voice signal to offer any MIX bus 32-1～32-24.
First passage is regulated the volume adjusting part 56 that part 30-1 also comprises the volume level of regulating first input channel.60 representatives determine whether to provide the CUE ON/OFF switch sections of voice signal to CUE bus 34.CUE signaling switch part 58 be chosen in use volume regulate part 56 carry out volume before regulating " before the decay " voice signal and carried out any of " after a decay " voice signal after volume is regulated regulating part 56 with volume, as a voice signal waiting to export to CUE bus 34 by CUE ON/OFF switch sections 60.
First input channel is regulated part 30-1 and is also comprised MIX bus signals switch sections 62-1～62-24, and each MIX bus signals switch sections is selected before the decay and in the voice signal after the decay, as the signal of giving each MIX bus output.The transmission level of the signal of each corresponding M IX bus is exported in each adjusting among transmission level adjusting part 64-1～64-24.Sending among ON/OFF switch sections 66-1～66-24 each opens, closes to each the supply of voice signal among MIX bus 32-1～32-24.
The one MIX output channel part 36-1 comprises tonequality adjusting part 72, and it carries out limiter processing, compressor processes, equalizer processes or the like to a MIX output channel.The ON and the OFF state of 74 pairs the one MIX output channels of ON/OFF switch sections switch.Volume is regulated the output level that part 76 is regulated the voice signal of MIX output channel.80 representatives determine whether that the voice signal with a MIX output channel part 36-1 offers the CUE ON/OFF switch sections of CUE bus 34.CUE signaling switch part 78 is selected before the decay and the voice signal of CUE bus 34 is exported in a conduct in the voice signal after the decay by CUE ON/OFF switch sections 80.
Above-mentioned paragraph has only been described the MIX output channel part 36-1 that first input channel that is used for first input channel is regulated part 30-1 and is used for a MIX output channel.Though not expression in detail, the input channel that is used for other is provided with similar input channel with the MIX output channel and regulates part 30-2～30-24 and MIX output channel part 36-2～36-24.
3. the structure of guidance panel 2
Referring now to Fig. 2 is illustrated the overall setting of guidance panel 2.In the vertical view as shown in Figure 2, guidance panel 2 comprises bus selection part 100, and it comprises and is used to operator of selecting any MIX bus 32-1～32-24 etc.Bus operation device part 200 comprises and is used to be provided with the operator of transmission level that each input channel sends to the signal of the MIX bus of selecting by bus selection part 100, and each volume that is used to be arranged on MIX output channel part 36 is regulated the operator etc. of the level of part 76.Selected passage control section 300 comprises and is used for a selected input channel or MIX output channel are carried out the operator that tonequality is regulated the specific setting of part 52 or 72.
Guidance panel 2 comprises an input channel amplifier section 500, and tool comprises a plurality of attenuators corresponding to input channel volume adjusting part 56, belongs to the operator of input channel adjusting part 30 etc.Comprise the function operations that the channel amplifier part 600 of the distribution of attenuator and other operators is carried out corresponding to its distribution, such as the input channel volume regulate, MIX output channel volume is regulated or DAC group volume is regulated (back will be described in detail).Level meter 710 and 740 shows the level of input channel, MIX output channel etc.
Label 720 representative of graphics displays, when selected passage control section 300 for limiter processing, compressor processes, equalizer processes etc. carry out be provided with the time, show the figure of different qualities etc.On behalf of scene, label 730 select part, and it allows the operator to carry out different operations, such as the delivery of content that will be stored in current scene district 14a to scene district 12b with will be stored in scene reproduction among the scene district 12b in current scene district 14a.
On behalf of screen, label 750 select part, and the screen of demonstration on display part 720 is treated in its control.When the operator when selector channel control section 300 is provided with tonequality and regulates the compressor processes of part 52,72 etc. or equalizer processes, the content displayed of display 720 can be arranged to such as compressor reducer property screen or equalizer property screen.760 represent the screen control section, and it comprises the cursor key that is used on mobile display 720 cursor that shows, indicating device, data input rotary encoder, enter key etc.770 represent another control section, and it comprises other operators except above-mentioned.
In case select part 750 to carry out predetermined operation at screen, will on display 720, show " the preferred screen " that be used for self-defined hybrid system.On this preferred screen, show three buttons that are used for following three interlock functions of On/Off.The ON/OFF state of described button can switch by the operation of screen control section 760.
(1) input-CUE reaction (interlocking) button: this button is selected the ON/OFF state of input-CUE reaction (or interlocking) function, and this function is the operation that is used for interlocking SEL (promptly selecting) key 516 and is arranged on the CUE key 526 of input channel amplifier section 500.
(2) output-CUE reaction (interlocking) button: this button is selected the ON/OFF state of output-CUE reaction (or interlocking) function, and this function is the operation that is used for interlocking SEL (promptly selecting) key 222 and is arranged on the CUE key 224 of bus operation device part 200.
(3) bus selection reaction (interlocking) button: this button is selected the ON/OFF state of bus selection reaction (or interlocking) function, and this function is the operation that is used for interlocking CUE key 224 and MIX bus selection key 109.
In the present embodiment, can not can not be arranged to the ON state simultaneously with bus selection interlocking button for one in input-CUE interlocking button and output-CUE interlocking button.That is to say, input-CUE interlocking button and output-CUE interlocking button can start simultaneously described in above-mentioned (1) item and (2) item, but when bus selection interlocking pushbutton enable described in above-mentioned (3) item, input-CUE interlocking button and output-CUE interlocking button all cuts out automatically.When starting for one in input-CUE interlocking button and the output-CUE interlocking button, bus selection interlocking button cuts out automatically.On above-mentioned preferred screen, except showing input CUE, output CUE and bus selection interlocking button, also show a plurality of operations that are used to control the different operating device the interlocking screen function the ON/OFF state button, show different inspection dialog boxes and the warning dialog box etc.
3.1 bus selection part 100
The major part of guidance panel 2 will be described below, at first from the detailed construction of bus selection part 100 shown in Figure 5.
In Fig. 5, label 109-1～109-24 represents MIX bus selection key; Corresponding to 24 MIX bus run 32-1～32-24 24 MIX bus selection keys are set.The rotary encoder 514 of these MIX bus selection keys 109-1～109-24 by being arranged on input channel amplifier section 500, ON key 512 etc. can be operated with triggering mode (toggle-like fashion) and select a MIX bus to be operated (to call " MIX bus to be operated " in the following text).Be the excitation of the corresponding MIX bus selection key 109-k of a MIX bus 32-k outside response and the MIX bus to be operated, this MIX bus selection key 109-k is lighted, and this MIX bus 32-k is selected as new MIX bus to be operated.
Therefore, when a plurality of MIX options buttons in turn are activated, only corresponding to the selected conduct of the MIX bus selection key 109-k MIX bus to be operated of the MIX bus selection key 109-k that is activated at last.In addition, along with the MIX bus selection key 109-k corresponding to the MIX bus 32-k of the MIX bus to be operated of selected conduct is closed, this MIX bus selection key 109-k is closed, be deepening, and this bus selection part 100 become a kind of no bus selection state that does not have to select MIX bus to be operated.This bus selection part 100 also comprises light-emitting diode display 104, and the specific number of the MIX bus that its demonstration is to be operated (any one in " 1 " to " 24 "), or apparent character string "---" are indicated no bus selection state.
The back is with the input channel amplifier of describing in detail 500, and it can be arranged to one of selectable four kinds of patterns, i.e. " normal mode ", " FLIP pattern ", " HA_REMOTE pattern " and " PAN pattern ".The back will be described these operator schemes in detail.Bus selection part 100 comprises FLIP key 102, HA_REMOTE key 106 and PAN key 108, and it can triggering mode switches between the ON of " FLIP pattern ", " HA_REMOTE pattern " and " PAN pattern " and OFF state.Each of FLIP key 102, HA_REMOTE key 106 and PAN key 108 has built-in LED, and be selected or during at the ON state when corresponding operator scheme like this, key 102,106 or 108 any will brighten.In this case, each of " FLIP pattern ", " HA_REMOTE pattern " and " PAN pattern " can only become " ON " alone; That is to say that in case when encouraging corresponding key 102,106,108 to start in three kinds of operator schemes any, other being forced to property of operator scheme is closed.When these three kinds of operator schemes all are in the OFF state, this input channel amplifier section 500 is configured to normal mode.Under " HA_REMOTE pattern " or " PAN pattern ", also allow by any selection MIX bus to be operated among MIX bus selection key 109-1～109-24, have only this selection result is reflected in the input channel amplifier section 500.
3.2 input channel amplifier section 500
The detailed structure of input channel amplifier section 500 is described below in conjunction with accompanying drawing 9.This input channel amplifier section 500 comprises " 24 " individual channel amplifier part 510-1～510-24.In the present embodiment, provide " 48 " individual passage as mentioned above, these 48 input channels are divided into two-layer, every layer of 24 passage.When selected wherein one deck, 24 input channels that belong to selected layer are distributed to channel amplifier 510-1～510-24, can regulate volume on demand like this.The input channel that hereinafter will so distribute to each channel amplifier is called " input channel of distribution ".The make of this channel amplifier 510-1～510-24 is identical, therefore hereinafter describes the detailed construction of channel amplifier 510-1 typically.
In channel amplifier 510-1, rotary encoder 514 realizes that according to selected operator scheme function is as follows: particularly, under normal mode, rotary encoder 514 is as the operator that the transmission level that sends MIX bus to be operated to is set (being the gain of the transmission level adjusting part 64-1～64-24 among Fig. 4).Under the PAN pattern, rotary encoder 514 is as the operator of regulating translation balance (panning balance) between the passage.Under the HA_REMOTE pattern, rotary encoder 514 is connected to the operator of the equipment of other I/O parts 8 as remote control.In addition, under the FILP pattern, rotary encoder 514 is as the operator (being the gain that volume is regulated part 56) of the level of the input channel that regulates and distributes.
In addition, in channel amplifier 510-1, ON key 512 realizes that according to selected operator scheme function is as follows: particularly, under normal mode, ON key 512 is as the key (being the state of the MIX bus signals switch sections 62-1～62-24 among Fig. 4) that switches between ON that sends the signal (" transmission ") of waiting to operate the MIX bus to and the OFF state.Under the FILP pattern, the key (being the state of the ON/OFF switch sections 54 among Fig. 4) that switches between ON that ON key 512 is used as in the input channel of distributing and the OFF.Under the PAN pattern, ON key 512 is inoperative.Under the HA_REMOTE pattern, ON key 512 is connected to the key of ON/OFF state of predetermined function of the equipment of other I/O parts 8 as remote control.ON key 512 has built-in LED, under every kind of operator scheme, brightens deepening when function corresponding is closed when function corresponding starts.
This SEL key 516 is the keys that are used for the input channel that order will be arranged to distribute at the passage that selected passage control section 300, bus operation device part 200 (mixing sending mode) wait (hereinafter claiming " selected passage ") to operate.Though each in channel amplifier 510-1～510-24 all provides SEL key 516, can only select a SEL key 516 among channel amplifier 510-1～510-24 to be opening.Therefore, in case press SEL key 516 when being provided with that the SEL key is the ON state among arbitrary channel amplifier 510-1～510-24, SEL key 516 the being forced to property on other channel amplifiers are closed.
In addition, in input channel amplifier section 500, display 518 shows the title (maximum four letters) of the input channel of distributing, ON key 520 is as follows according to the function of selected operator scheme: particularly, under the FLIP pattern, ON key 520 is as the key (being the state of the MIX bus signals switch sections 62-1～62-24 among Fig. 4) that switches between ON that gives MIX bus to be operated in " transmission " and the OFF state.Under each other pattern except the FILP pattern, ON key 520 is as the key (being the state of the ON/OFF switch sections 54 among Fig. 4) that switches between the ON of the input channel of distributing and the OFF state.Also have built-in LED in the ON key 520, under every kind of operator scheme, when function corresponding starts, brighten deepening when function corresponding is closed.
Input channel amplifier section 500 also comprises electronic attenuator 524, and its function according to selected operator scheme is as follows: particularly, under the FLIP pattern, electronic attenuator 524 is as the operator that the transmission level that sends MIX bus to be operated to is set.Under other patterns, electronic attenuator 524 is used for regulating the operator (volume that is Fig. 4 is regulated the gain of part 56) of level of the input channel of corresponding distribution.This CUE key 526 switches between the CUE ON of the input channel of distributing and CUE OFF state.In case started this CUE (promptly monitoring the selection of passage), the voice signal of the input channel of distributing offered CUE bus 34.
CUE key 526 and other CUE keys (back will be described) can be operated under " MIX_CUE pattern " and " LAST_CUE pattern " two kinds of patterns.Under the MIX_CUE pattern, can start a plurality of CUE keys, and mix by CUE bus 34, and this mixing resultant is exported as the CUE signal with the corresponding voice signal of CUE key that starts.Under the LAST_CUE pattern, have only with the last corresponding voice signal of CUE key that starts to flow to CUE bus 34, be configured to the OFF state automatically with the corresponding voice signal of other CUE keys.Be used to select the operator of MIX_CUE pattern or LAST_CUE pattern to be arranged on other above-mentioned control sections 770.
When input-CUE interlock function is in the ON state, in case and the CUE key 526 of any channel amplifier 510-1～510-24 is when being unlocked under the LAST_CUE pattern, the CUE key 526 that corresponding SEL key 516 also responds this unlatching be unlocked (promptly being in interlocked relationship).A key character of present embodiment just is this setting.That is to say, when the CUE key 526 of any channel amplifier 510-1～510-24 is unlocked when having selected the LAST_CUE pattern, be reflected in automatically in the selected passage control section 300 corresponding to the current state of the input channel of the distribution of this channel amplifier.Yet even when the SEL of any channel amplifier 510-1～510-24 key 516 has been operated, present embodiment also prevents to belong to the ON/OFF state of CUE key 526 of same channel amplifier and the operation interlocking of SEL key 516.
Present embodiment has adopted the main cause that so is provided with as follows.
When the operator only wishes that when selecting to monitor corresponding to the voice signal of the input channel of distributing, the operator can open the CUE key 526 of any channel amplifier 510-1～510-24 under the LAST_CUE pattern.Experience shows, in most of the cases, when the operator wished to regulate the volume of input channel, he or she wished only the voice signal of specific input channel to be selected to monitor, and promptly " selected passage " when he or she wishes to be provided with this input channel conduct in selected passage control section 300.
Therefore, the structure of present embodiment makes the operator only activate CUE key 526, it is in each of selected passage control section 300 and bus operation device part 200 (mixing sending mode), change " passage to be monitored " and " passage to be operated " selected by CUE bus 34 simultaneously, therefore can reduce operator's workload.In addition, prevent that the CUE key 526 and the reason of the operation interlocking of SEL key 516 from being to have a lot of these such situations, even if changed passage to be operated the operator in selected passage control section 300, the passage of selecting by CUE bus 34 to be monitored should not change yet.An example of this situation is for example: the operator wishes to regulate given input channel by selected passage control section 300, and will monitor overall sound quality and volume simultaneously.
3.3 the channel amplifier part 600 of distributing:
Next, the detailed construction of the 10 channel amplifier parts 600 of describe distributing in conjunction with the accompanying drawings.
The channel amplifier part 600 of this distribution comprises the individual channel amplifier 630-1～630-8 of " 8 " (eight), and its structure is basic identical.Distribute different functions can for this channel amplifier 630-1～630-8.The pattern of difference in functionality being distributed to 630-1～630-8 in mode one to one is called as " single attenuator mode (one fader mode) ", can will distribute to these channel amplifiers corresponding to the function of seven kinds of different " attenuator mode " altogether.On behalf of attenuator mode, label 610 select part, and it allows the operator to select any attenuator mode by the key 612～622 that wherein provides; The operator can activate or start any key.
The example of distributing to the function (operator scheme) of each channel amplifier comprises: the volume of input channel is regulated the volume adjusting (MIX output channel pattern) of (input channel pattern), MIX output channel, the gain-adjusted (referring to Fig. 2) (effect device pattern) of internal effects device 26, DCA (Digital ControlledAmplifier or Digital Controlled Attenuator digitally-controlled amplifier or digital control attenuator) level adjustment etc.The volume of input channel is regulated and can be carried out by above-mentioned input channel amplifier section 500; Yet,, also can carry out above-mentioned volume and regulate in the input channel of the layer that belongs to non-current selection if input channel is distributed to channel amplifier 630-1～630-8.
In the present embodiment, bus operation device part 200 comprises rotary encoder (below will describe in detail), and the volume of each MIX output channel is regulated and can be carried out by described rotary encoder.In addition, by with arbitrary MIX output channel with extra high frequency of utilization etc., distribute to any channel amplifier, present embodiment can strengthen the operating characteristics of corresponding MIX output channel.
Introduce DCA (digitally-controlled amplifier or the digital control attenuator) scheme of using in the present embodiment below.This DCA scheme is a kind of such technology, be about to distribute to a plurality of input channels, and use the gain of multiply by the attenuator setting of each input channel to determine the gain separately of a plurality of input channels by the gain of DCA attenuator setting from the same or common attenuator (DCA attenuator) that the attenuator of input channel separates.This DCA pattern is mainly used in the volume control such as large-scale musical instruments such as piano, drum or part orchestras.
Usually, the music that is sent by piano or other large-scale musical instruments is picked up by a plurality of loudspeakers etc.This loudspeaker is distributed to different input channels and is carried out balance adjustment, and these input channels are distributed to single DCA attenuator.Attenuator by input channel is regulated the balance between the voice signal that is picked up by each loudspeaker, and regulates the overall volume of musical instrument by the DCA attenuator.
Therefore, if the function of any channel amplifier 630-1～630-8 is distributed to DCA, the level that belongs to an input channel of a DCA group so, promptly regulate the level that part 56 (referring to Fig. 4) is provided with, be configured to the product of the operational ton of the operational ton of particular decay device of input channel and DAC attenuator at sound.
In channel amplifier 630-1, display 631 shows a title (maximum four letters) of distributing to the input channel of channel amplifier 630-1.Label 632 is represented the DCA_MUTE key, and it has only when operator scheme and works in DCA pattern following time.That is to say that in case under the DCA pattern, DCA_MUTE key 632 is activated, the level (sound is regulated the gain of part 56) that belongs to the input and output passage of this DCA group all is configured to " 0 ".
Channel amplifier 630-1 comprises an electronic attenuator 634, the level of the passage of its level according to the function adjusting DCA that distributes to this channel amplifier, input and output etc.Under other operator schemes except the DCA pattern, CUE key 636 usefulness make the output signal corresponding to input, output channel or effect device that CUE bus 34 provides is carried out the key of ON/OFF control.Under the DCA pattern, the oppose CUE ON/OFF switch sections 60 (referring to Fig. 4) of all input channels of belonging to this DAC group of CUE key 636 usefulness is carried out the key of ON/OFF control simultaneously.Note that other channel amplifiers 630-2～630-8 that provides in the channel amplifier part 600 of distributing is similar to the structure of channel amplifier 630-1.
3.4 selected passage control section 300:
Describe selected passage control section 300 in detail below in conjunction with accompanying drawing 7 and accompanying drawing 8.As shown in Figure 7, this selected passage control section 300 comprises the attenuator part, and its tonequality at this selected passage is regulated in the part 52 or 72 and carried out operations such as attenuation operations, phaseswitch, insertion effect notice.Noise door section 320 is regulated in the part 52 or 72 in tonequality and is carried out the setting of noise door, and level meter part 340 shows the level of the voice signal of this selected passage.
Should also comprise the channel selecting part 350 of specifying a selected passage by selected passage control section 300; Please note that this selected passage can also be by SEL key 516 appointments of input channel amplifier section 500 grades.Display 352 shows the channel number of this selected passage.INC (promptly increasing) key 354 increases by one with the channel number of selected passage at every turn, and DEC (promptly reducing) key 356 subtracts one with the channel number of selected passage at every turn.
Label 364 is represented the COPY key, is used for the setting of selected passage control section 300 is rendered to playback buffer district (fate of RAM).PASTE key 366 operationally will be stored in the setting in the playback buffer district of selected passage control section 300, and reflection is as the setting of selected passage.Group is provided with part 370 and carries out in the DCA group and wait the operation that comprises selected passage, or waits the operation of getting rid of the passage of selecting from the DCA group.Decay part 380 is provided with the lag characteristic of voice signal.
In addition, as shown in Figure 8, this selected passage control section 300 also comprises compressor reducer part 400, and this compressor reducer part is regulated in the part 52 or 72 in the tonequality of selected passage an internal compression device is set.Label 430 is represented the equalizer part, it is provided with the frequency characteristic of four wave bands, i.e. high frequency band (HIGH), high frequency wave band (HIGH MID), low and medium frequency wave band (LOW MID) and low frequency wave bands (LOW) in the equalizer of tonequality adjusting part 52 or 72.Rotary encoder 438 is provided with the centre frequency of high frequency band (HIGH), and shows the centre frequency that is provided with by rotary encoder 438 on display 434. Rotary encoder 437 and 432 is adjusted in the centre frequency gain and the Q value of high frequency band (HIGH) respectively.Around the LED indication rotary encoder 437 of rotary encoder 437 and 432 settings and 432 operational ton.With low frequency wave bands (LOW) similar operator and display are set also for high frequency wave band (HIGH MID), low and medium frequency wave band (LOW MID).High pass filter is provided with part 480 high pass filter that is applied to voice signal is set.
3.5 bus operation device part 200:
Introduce the detailed construction of bus operation device part 200 below in conjunction with Fig. 6.In bus operation device part 200, can select one of " mixing sending mode " and " mixing control model ".This mixing sending mode is a kind of operator scheme, and it is used for when arbitrary input channel is selected passage, and the control transmission level is promptly supplied with the level of the signal of a plurality of MIX buses from input channel.For example, if the SEL key 516 of input channel amplifier section 500 has been selected first input channel, so just in bus operation device part 200, regulate corresponding input channel and regulate the level that a plurality of transmission levels among the part 30-1 are regulated the signal of part 64-1～64-24 (referring to Fig. 4) etc.Mixing control model is a kind of operator scheme, and its volume that is used for being adjusted in MIX output channel part 36-1～36-24 is regulated the level of part 76 grades.Please note that having only the control model of mixing is that optionally it is not optional promptly mixing sending mode when any output channel during for selected passage.If when having selected the mixing sending mode, selected passage switches to arbitrary MIX output channel, bus operation device part 200 just becomes a kind of mixing sending mode and mixes all nonoptional operator scheme of control model, and it is all invalid to make like this any one operation of bus operation device part 200.
This bus operation device part 200 also comprises mixes transmission key 202 and mixes operating key 204, and when pressing key in these two keys, its mode transitions becomes to mix sending mode or mixing control model at every turn.Each mixes transmission key 202 and mixing operating key 204 all has built-in LED, and when selecting corresponding operator scheme, its LED is lighted.Label 210-1～210-24 representative under every kind of operator scheme corresponding to the bus control section of MIX bus 32-1～32-24.Bus control section 210-1 comprises ON key 216, rotary encoder 218, CUE key 224 and SEL (promptly selecting) key 222.The bus control section 210-2～210-24 that note that other also comprises the identical operations device.Describe in detail below in conjunction with the function of different operator schemes to these operators.
3.5.1 mixing sending mode:
At first, mixing under the sending mode, bus control section 210-n (n is any one number in 1 to 24 scope) interrelates with MIX bus 32-n, this bus control section 210-n is as one group of operator, be used for the signal from selected passage (m input channel herein) to MIX bus 32-n is supplied with the relevant control of execution.In this mixing sending mode, ON key 216 as with triggering mode at ON and OFF state that the signal from m input channel to MIX bus 32-n is supplied with, be the key that switches between the ON of signaling switch part 62-n of input channel adjusting part 30-m and the OFF state.
In addition, mixing under the sending mode, rotary encoder 218 is regulated the operator that transmission level is regulated the level of part 64-n as in regulating input channel adjusting part 30-m.Under this pattern, CUE224 is inoperative and be in the state of dark (non-lighting) always.In addition, this SEL key 222 and the identical mode effect of MIX bus selection key 109-1～109-24 that provides in MIX bus selection part 100, be SEL key 222 with the mode of corresponding MIX bus selection key 109-n interlocked relationship, with the key of the MIX bus that elects to be operated.Yet this SEL key 222 often is under the dark state, and this selected MIX bus to be operated only shows in corresponding M IX bus selection key 109-n.
3.5.2 mixing control model:
Mixing under the control model, this bus control section 210-k (k is any one number in 1 to 24 scope) interrelates with MIX output bus 36-k, and this bus control section 210-k is as one group of operator carrying out control in MIX output bus 36-k.Under this mixing control model, ON key 216 as with triggering mode to ON and the OFF state of whole M IX output bus 36-k, be the key that switches between the state of ON/OFF switch sections 74.Rotary encoder 218 is as the operator of the level of regulating the volume adjusting part 76 among the MIX output channel part 30-k.
In addition, under this operator scheme, this CUE key 224 promptly determines whether to send the output signal of MIX output channel part 36-k to CUE bus 34 as the key that switches between the ON of this CUE ON/OFF switch sections 80 and OFF state with triggering mode.This SEL key 222 is set to the key of selected passage (being about to the passage in selected operation such as passage control section 300 grades) as MIX output channel part 36-k.As mentioned above, when in the MIX output channel any during for selected passage, the operator scheme of bus operation device part 200 can not be arranged to mix sending mode.
Herein, the operator scheme of CUE key 224 is selected between LAST_CUE pattern and MIX_CUE pattern.A key character of present embodiment is the course of work under the LAST_CUE pattern.That is to say that when output-CUE interlock function and LAST_CUE pattern all were ON, in case start CUE key 224 in any bus control section 210-k, the SEL key 222 that belongs to this bus control section 210-k also respond the CUE key of unlatching and starts.Yet even operated any SEL key 222, present embodiment prevents to belong to it ON/OFF state of CUE key 224 of same bus control section and the ON/OFF state interlocking of this CUE key 224.
Present embodiment adopts the main cause of this setting reason relevant with the operation of SEL key 516 in input channel amplifier 500 and CUE 526 similar.That is to say that in most applications, when the operator wished to regulate the tonequality of corresponding M IX output channel, he or she can be enabled in the CUE key 224 among any bus control section 210-k.
Therefore, the structure of present embodiment makes under certain conditions, the operator only need activate CUE key 224, this CUE key 224 just can be in identical with input channel amplifier section noted earlier 500 substantially mode, change passage to be monitored and " passage to be operated " in selected passage control section 300 selected by CUE bus 34 simultaneously, therefore reduced operator's workload.In addition, because the operator wishes to regulate given MIX output channel sometimes in selected passage control section 300, and monitor whole tonequality and volume simultaneously, present embodiment has prevented the operation interlocking of CUE key 224 with SEL key 222.
The important following interlock function that is characterised in that this CUE 224 of another of present embodiment, its operation have nothing to do, and which is ON in LAST_CUE pattern or MIX_CUE pattern.
Interlock function 1: when the bus selection interlock function starts any MIX bus selection key 109-k during for ON, CUE ON/OFF switch sections 80 corresponding to the MIX output channel part 36-k of MIX bus 32-k is activated (be interlocking CUE function, that is to say that the CUE state by the setting of interlocking CUE selection function is activated).If bus operation device part 200 is in and mixes under the control model at this moment, this CUE key 224 that belongs to corresponding bus control section 210 is lighted.As the remodeling of interlock function 1, when any MIX bus selection key 109-k is activated continuously twice or during predetermined times, this interlocking CUE function setting can be become the ON state.Activated continuously twice wittingly or predetermined times just can make interlocking CUE function send out the ON state that is set to because have only as this MIX bus selection key 109-k, so operate miss is minimized.
Interlock function 2: if the existing CUE function of any input channel or MIX output channel (i.e. the CUE state that is provided with by this existing CUE selection function) has been in the ON state, when MIX bus selection key 109-k was activated, this existing C UE function was temporarily cancelled; Alternatively, this interlocking CUE function of MIX output channel part 36-k is activated.In addition, in case start another MIX bus selection key 109-j in this case, this last interlocking CUE function is cancelled; Alternatively, the interlocking CUE function of MIX bus output channels part 36-j is activated.
Interlock function 3: in case when interlocking CUE function is ON, this MIX bus selection key 109-k of MIX bus to be operated is closed, and current interlocking CUE function is cancelled.If exist existing CUE function temporarily to be cancelled, should the temporary transient existing C UE function of cancelling be resumed so in the starting stage of interlocking CUE function.
Interlock function 4: if when when interlocking CUE function is ON, the CUE key 526 of input channel and MIX output channel and one of 224 is activated, and this interlocking CUE function is cancelled so, and only has the CUE function corresponding to the CUE key of this startup to be activated.
Explained later adopts the reason of above-mentioned interlock function.
About interlock function 1:
When monitoring is waited to return to performing artist's signal in concert, radio station or TV programme, operator in traditional hybrid system must operate MIX bus selection key (109-k) and select a MIX bus (32-k) of mixing this monitoring signal as MIX bus to be operated, and operates then corresponding to the CUE key (224) in the bus control section (210-k) of this MIX bus to be operated.Yet, in hybrid system,, just can specify MIX bus to be operated simultaneously and interlocking CUE function is set only by starting this bus selection interlock function according to the embodiments of the invention structure.
About interlock function 2:
Even in the time will carrying out interlock function 1, under LAST_CUE pattern or MIX_CUE pattern, specified a CUE signal, interlock function 2 also can respond the unlatching of MIX bus selection key 109-k and cancel existing C UE function, and therefore for this MIX bus to be operated an independently interlocking CUE key is set.
About interlock function 3:
When MIX bus selection key 109-k closed, this interlocking CUE function was cancelled, and the CUE state that was right after before this interlocking CUE function executing is resumed.Therefore, even when the request that has received when the operator does routine work as the adjusting monitoring signal that interrupts, interlock function 3 can restart this work immediately after finishing monitoring signal adjusting work.Because it is temporarily and irregularly to take place that this type of monitoring signal is regulated request, this function can be switched rapidly between monitoring signal adjusting and routine work, has therefore reduced operator's work widely.
About interlock function 4:
Operate the CUE key 526 or 224 of any input channel or MIX output channel by the operator, interlock function 4 can be provided with a new CUE state.In addition, because each CUE key 526 and 224 is operated, be the continued operation that the operation response person carries out same CUE key under triggering mode, this interlock function can be cancelled the state that this new CUE state is provided with all CUE functions of cancellation.
3.5.3 the relation between bus operation device part 200 and other parts:
In this bus operation device part 200, this bus control section 210-1～210-24 is arranged in eight vertical row of three horizontal every trades.That is to say, this bus control section 210-1～210-8 is arranged in first row (being uppermost horizontal line) in order, this bus control section 210-9～210-16 is arranged in second horizontal line in order, and this bus control section 210-17～210-24 is arranged in the third line (being nethermost horizontal line) in order.Such arrangement has been arranged, the operator be very easy to discern in any input channel to be regulated or MIX bus correspondence bus control section 210-1～210-24.
The another one feature of the foregoing description is to be that bus selection part 100, bus operation device part 200, selected passage control section 300 and display 720 are arranged in order along being parallel to input channel amplifier section 500 direction from left to right.When in selected passage control section 300, limiter processing etc. being provided with, be positioned at the figure that shows the characteristic of this setting on the display 720 with passage control section 300 position adjacent that should be selected.Therefore, the operator can be when being provided with characteristic, checks the relation between the figure of the characteristic of the operating position separately of the various operators of this selected passage control section 300 and setting easily.Therefore because the setting that will carry out relates to gain etc., seldom need the amount of the operation of the amount of visually more given figure and bus operation device part 200 in bus operation device part 200.Therefore, even bus operation device part 200 and display 720 relatively large distances are separated from each other, do not have very big inconvenience yet.
In traditional hybrid system, such as disclosed in the non-patent literature of publishing in December, 2000 " CSID control surface instruction manual (CSID Control SurfaceInstruction Manual) " by Yamaha company (Yamaha Corporation), wherein selected passage control section (300) comprise one group with the incoherent operator of display message on display (720), promptly be used for operator group that the transmission level that sends a plurality of MIX buses to is provided with, owing to wherein be provided with a large amount of operators, this selected passage control b system part (300) is often extremely difficult to be used and operates.In addition, according to disclosed method in this non-patent literature, it is provided with selected separately passage control section to input channel and MIX output channel, and this has caused the quantity of operator further to increase.
By contrast, in the above embodiment of the present invention, to in traditional hybrid system, often be included in the selected passage control section (300) the operator group as with selected passage control section 300 bus operation device part 200 independently, this bus operation device part 200 is positioned at and selected passage control section 300 position adjacent and far away with display 720 distances.Therefore, the operator can identify the position of operator very easily, can reduce the distance of his or she required mobile point of observation effectively.
In addition, in the above-described embodiments, the handoff features of this operator scheme allows bus operation device part 200 shared " control from single selected passage to the signal to be sent of a plurality of MIX buses " and " from the control corresponding to the signal to be sent of a plurality of MIX output channels of MIX bus ".Therefore, in the present embodiment, can make the quantity of operator reduce sizable degree, this can further strengthen operating characteristics.In addition, above-mentioned two kinds of signal controlling are all corresponding to MIX bus 32-1～32-24, and usually are the operator schemes in selected of haveing nothing to do corresponding to the bus control section 210-k of given MIX bus 32-k.Therefore, according to present embodiment,, can realize that also special advantage is that correspondence between MIX bus and operator is perfectly clear and identification easily even distributed multiple function for same operator corresponding to different operator schemes.
In addition, in the above-described embodiments, be arranged in three horizontal line and eight vertical row corresponding to the operator of the bus operation device part 200 of MIX bus.This arrangement mode of bus operation device is identical with the arrangement mode of the MIX bus selection key 109-1～109-24 of bus selection part 100, and bus selection part 100 is the functions that are used to switch rotary encoder 514 grades of input channel amplifier 500.Therefore, as operator when operator trunk is selected part 100 after operator trunk operator part 200, or after operator trunk is selected part 100 during operator trunk operator part 200, he or she can visually identify the corresponding relation between each operator and the MIX bus easily.In addition, when the operator scheme of bus operation device part 200 was the mixing sending mode, the SEL key 222 in bus operation device part 200 can be carried out and the MIX bus selection key 109-1～109-24 identical functions in bus operation device part 100.Therefore, for example carry out the adjusting of the transmission level of giving a plurality of MIX buses from the selected single channel transfer of bus operation device part 200 in another mode and during to the adjusting of the transmission level that sends single MIX bus to when the rotary encoder 514 by input amplifier part 500, present embodiment can be realized the operating characteristics that strengthens.
The course of work of 4 embodiment:
4.1 general work process:
The general work process of this embodiment of hybrid system is described below.
At first, when having taken place any one in the hybrid system, just be activated corresponding to the routine of this Action Events implication such as the Action Events of operators such as electronic attenuator, rotary encoder and key.Particularly, when relating to Action Events that conventional volume/tonequality regulates and occur except relating to special operational incident such as scene reproduction, the Action Events routine of Figure 11 just is activated.
The customary step SP2 of Action Events in Figure 11 will comprise the content update of storing of current scene district 14a in the proparea based on the implication of Action Events.For example, when any electronic attenuator of operation or rotary encoder, will store in the relevant position in proparea corresponding to the control data (such as level data, frequency data etc.) of an operational ton.When any key of operation, the current ON/OFF state of this operated key etc. just is stored.At next step SP4, based on the various parameters (referring to Fig. 3 and Fig. 4) in the content update hybrid algorithm of the current storage in proparea, i.e. the memory contents of the various parameter registers that are provided with in the signal processing 6 etc.
In next step SP6, based on the various settings on the content executable operations panel 2 of the renewal of working as the proparea.For example, light/LED in the deepening key, light/LED around the deepening rotary encoder, change displaying contents in the different displays, drive electronic attenuator and/or similar operations.In the embodiment of hybrid system, with three interlock functions, promptly the relevant treatment of input-CUE interlock function, output-CUE interlock function and bus selection interlock function is all carried out in step SP2.That is to say, in step SP2, the control data of relevant with this operated operator current storage in the proparea is based on the operation implication of this operated controller and upgrades, and whether response or the interlock function of determining to belong to this operated operator are to be in the ON state now.Be in the ON state now if belong to the interlock function of the operator of this operation, then should also be updated according to the control data of one or more other operators of this interlock function interlocking.
4.2 particular job process:
An exemplary of the present embodiment course of work is described below.
Suppose that the 2nd MIX output channel is distributed in a given performing artist's signal monitoring before the lights, and this monitoring signal is made the request of " overall loudness raises and the reduction of idiophonic volume ".The operator asks the following operation of execution in order to satisfy this.
At first, in case the operator presses the mixing operating key 204 in bus operation device part 200, the operator scheme of this bus operation device part 200 is configured to mix control model, and the Set For Current of this MIX output channel 36-k is reflected on each bus control section 210-k.That is to say, regulate the gain that (Fig. 4) is provided with in the part 76, the illuminating state of the LED around the rotary encoder 218 among each bus control section 210-k is set according to volume at each MIX output channel part 36-k.
Then, when the operator is enabled in MIX bus selection key 109-2 in the bus selection part 100, be chosen as MIX bus to be operated corresponding to the 2nd MIX output channel of this MIX bus selection key 109-2.If this moment, this bus selection interlock function was ON, be configured to ON state automatically at this CUE ON/OFF switch sections 80 of MIX output channel part 36-2 so as an interlocking CUE.That is to say, this monitoring signal of the 2nd MIX output channel is reproduced audibly by earphone or monitoring loudspeaker.
If the operator scheme Set For Current of this bus operation device part 200 is mixing under the control model, the CUE key 224 of bus operation device part 210-2 also automatically is configured to illuminating state.This CUE state before interlocking CUE is provided with of being right after is temporarily stored in the presumptive area at RAM14.Therefore, because the 2nd MIX output channel is chosen to be MIX bus to be operated, if the operator scheme of input channel amplifier 500 is a normal mode, the current transmission level from each input channel to the two MIX output channels is reflected in the rotary encoder 514 that comprises each channel amplifier 510-1～510-24 so.
Therefore, the operator can regulate the volume of the 2nd MIX output channel by operation corresponding to the rotary encoder 218 of the bus control section 210-2 of the 2nd MIX output channel.In addition, belong to the rotary encoder 514 of arbitrary input channel of " percussion instrument " by operation, the operator can reduce the transmission level of " percussion instrument ".Because this CUE ON/OFF switch sections 80 in this MIX output channel part 36-2 has been arranged to the ON state automatically, the operator can carry out this operation when listening to the monitoring signal of the 2nd MIX output channel actual.
After having finished being provided with of the 2nd MIX output channel, in case the operator presses this MIX bus selection key 109-2 (promptly closing this MIX bus selection key 109-2) again, be read out from the presumptive area of RAM14 at this CUE state that was right after before this is provided with interlocking CUE state, and on guidance panel 2, reproduce.Like this, the operator can carry out the operations of just carrying out in the past such as adjusting immediately.
5. retrofit
The present invention is not limited to the foregoing description, can differently retrofit as example given below:
(1) the foregoing description of hybrid system is configured to control according to the program that CPU10 carries out.Only described this program can be stored in the recording medium, such as CD-ROM or floppy disk, and distributes in recording medium or distributes by communication path.
(2) in addition, in the foregoing description, this bus control section 210-1～210-24 is arranged in three horizontal line and eight vertical row.Yet bus control section 210-1～210-24 can be arranged in any other suitable manner.For example, this bus control section can be arranged in " P " individual horizontal line and " Q " individual vertical row (being P * Q bus control section), and wherein " P " and " Q " all is the arbitrary natural numbers greater than 1.In addition, if " P " and " Q " all is arranged to the natural number greater than 2, the configured in one piece of the bus control section of this arrangement can approach square, and its effect is better.Similarly, although the MIX bus selection key 109-1～109-24 in the above-mentioned bus selection part 100 as above is described as being arranged in three horizontal line and eight vertical row, yet they can be arranged in any other suitable manner.For example, this MIX bus selection key can be arranged in " R " each horizontal line and " S " individual vertical row (being R * SMIX bus selection key), and wherein " R " and " S " all is the arbitrary natural numbers greater than 1.In addition, if " R " and " S " all is arranged to the natural number greater than 2, the configuration of the integral body of the MIX bus selection key of this arrangement can approach square, and its effect is better.
(3) in the above-described embodiments, in view of the operator wishes to regulate the situation of given MIX output channel at selected passage control section 300, thus prevent the operation interlocking of CUE key 526 and SEL key 516, and prevent the operation interlocking of CUE key 224 and SEL key 222.Yet, depend on the state that this hybrid system is used, this CUE key and SEL key operation interlocking meeting sometimes is better, therefore the CUE key can be configured to the form of interlocking like this.
(4) basis bus selection interlock function in the above-described embodiments, this ON/OFF switch sections 80 in MIX output channel part 36-k is operated all interlockings with ON and the OFF of MIX bus selection key 109-k.Alternatively, this ON/OFF switch sections 80 only can be operated with the ON of MIX bus selection key 109-k but not OFF operation interlocking.
(5) in addition, in the above-described embodiments, according to the various elements that are stored in the program control hybrid system in the flash memory 12.Optionally, only described this program can be stored in the recording medium, such as CD-ROM or floppy disk, and distributes in recording medium or distributes by communication path.
In brief, the invention is characterized in: check this guidance panel from the front, display, selected passage control section and transmit control section, be arranged in delegation with said sequence on this operation panel after this input channel part, its feature also is to switch the operation that transmits control section according to selected operator scheme.Therefore, just may send out the admixture of putting multi channel signals effectively.
In addition, in the present invention, in case in the channel selecting step is set, selected a given MIX bus, corresponding to a signal of the output channel of this given MIX bus with regard to as to the response of this bus selection and selected as monitoring signal, and in selected passage control section with the mode of monitoring the interlocking of channel selecting step, automatically select a passage to be regulated.Therefore, the admixture of multi channel signals just can be set effectively.
Claims (11)
1. hybrid system control method, be used to carry out an algorithm, it is used for offering a plurality of input signals a plurality of trunk mixed by corresponding input channel, and will through the signal of each trunk mixed mixing by with this trunk mixed corresponding output channel output, described hybrid system control method comprises:
Trunk mixed selection step, from described a plurality of select trunk mixed one to be regulated trunk mixed;
Regulate operator by the transmission level that provides corresponding to described input channel, regulate the step of transmission level from each described input channel to a selected trunk mixed signal to be sent;
Monitor the channel selecting step, select any signal in described input channel or the described output channel as monitoring signal; And
The interlocking step, when selecting one by described trunk mixed selection step when trunk mixed, control described monitoring channel selecting step, selecting the signal with the single trunk mixed corresponding output channel of selecting by described trunk mixed selection step, its mode is and this single trunk mixed interlocked relationship that is chosen to.
2. hybrid system control method as claimed in claim 1, wherein the operation that an interlock function in described interlocking step can the operation response person is unlocked or closes, and wherein, when being the ON state, interlock function selected this single trunk mixed, described interlocking step causes described monitoring channel selecting step, to select the signal of corresponding output channel as monitoring signal with this single trunk mixed mode that is chosen to interlocked relationship.
3. hybrid system control method as claimed in claim 1, wherein when selecting a trunk mixed operation to be carried out continuously twice or repeatedly the time, described interlocking step according to the interlocked relationship of twice of continuous execution or operation repeatedly, select signal corresponding to output channel as monitoring signal.
4. hybrid system control method as claimed in claim 1, wherein, when the signal of selecting first described output channel by described monitoring channel selecting step during as monitoring signal, and under the situation of signal as monitoring signal by second described output channel of described interlocking step selection, the signal of this second output channel replaces the signal of this first output channel and is set to monitoring signal.
5. hybrid system control method as claimed in claim 4, wherein, when by described interlocking step the signal of described second output channel being cancelled as the selection of monitoring signal, the signal of described first output channel of selecting by described monitoring channel selecting step is resumed as monitoring signal.
6. hybrid system control method as claimed in claim 1, wherein, selecting by described interlocking step under the situation of signal as monitoring signal of first described output channel, and when the signal of selecting second described output channel by described interlocking step during as monitoring signal, the signal of this second output channel replaces the signal of this first output channel to be set to monitoring signal.
7. hybrid system control method as claimed in claim 1, wherein, selecting by described interlocking step under the situation of signal as monitoring signal of first described output channel, and when certain incident of the interlock function of cancelling described interlocking step took place, the signal of this first output channel was cancelled as the selection mode of monitoring signal.
8. hybrid system control method, it is used to carry out an algorithm, this algorithm is used for offering a plurality of signals a plurality of trunk mixed by input channel, and by exporting as the signal of a plurality of output channels through each trunk mixed signal that mixes with these trunk mixed corresponding output channel, the control method of described hybrid system comprises:
Regulating step, it is selected passage regulating frequency characteristic in signal processing by selected channel controller;
Channel selecting is provided with step, and it selects a passage for the treatment of to be regulated by described regulating step from described input channel or described output channel;
Monitor the channel selecting step, it selects signal single arbitrarily in described input channel or the described output channel as monitoring signal; With
Step is selected in interlocking, when having selected any single passage by described monitoring channel selecting step, according to the mode that becomes interlocked relationship with this single passage of selecting by described monitoring channel selecting step, control described channel selecting be provided with step with will this single passage as the passage of in described regulating step, treating by described selected channel controller adjustment.
9. hybrid system control method as claimed in claim 8, wherein this method also comprises the model selection step, it selects in first pattern and second pattern one, the signal of the passage that described first pattern is used for only will selecting is exported as monitoring signal, and second pattern is used for the mixing resultant of a plurality of passages is exported as monitoring signal, and
Wherein said interlocking selects step to carry out under the condition that described first pattern has been selected by described model selection step.
10. hybrid system control device, it is used to move an algorithm, this algorithm is used for offering a plurality of input signals a plurality of trunk mixed by corresponding input channel, and by exporting through each trunk mixed signal that mixes with these trunk mixed corresponding output channel, described hybrid system control device comprises:
Trunk mixed selection part, its from described a plurality of select trunk mixed one to be regulated trunk mixed;
Transmission level is regulated part, and it is used for regulating the transmission level of operator adjusting from each described input channel to a selected trunk mixed signal to be sent by the transmission level that provides corresponding to described input channel;
Monitor the channel selecting part, it selects signal single arbitrarily in described input channel or the described output channel as monitoring signal; With
The interlocking control section, it is used for when by one of described trunk mixed selection portion component selections when trunk mixed, control described monitoring channel selecting part, with according to selecting a signal corresponding to this selected single trunk mixed output channel with this single trunk mixed mode that is chosen to interlocked relationship.
11. hybrid system control device, it is used to carry out an algorithm, this algorithm is used for offering a plurality of input signals a plurality of trunk mixed by corresponding input channel, and by exporting through each trunk mixed signal that mixes with these trunk mixed corresponding output channel, described hybrid system control device comprises:
Regulate part, it is used for by selected channel controller is a selected passages regulate frequency characteristic at signal processing;
Channel selecting is provided with part, and it selects a passage for the treatment of to regulate the part adjusting by described from described input channel or output channel;
Monitor the channel selecting part, it selects described input channel to regulate signal single arbitrarily in part or the described output channel part as monitoring signal; With
Part is selected in interlocking, it is used for when partly selecting a passage by described monitoring channel selecting, control described channel selecting part is set, with according to selecting this single passage will be at the described passage of regulating by described selected channel controller of regulating in the part as one with the mode that is chosen to interlocking of this single passage that partly carries out by described monitoring channel selecting.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2002371779 | 2002-12-24 | ||
| JP2002371766 | 2002-12-24 | ||
| JP2002371766A JP4003638B2 (en) | 2002-12-24 | 2002-12-24 | Mixing system |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2003101236009A Division CN100518386C (en) | 2002-12-24 | 2003-12-24 | Mixed system |
Publications (2)
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| CN1784085A true CN1784085A (en) | 2006-06-07 |
| CN100589349C CN100589349C (en) | 2010-02-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200510126901A Expired - Lifetime CN100589349C (en) | 2002-12-24 | 2003-12-24 | Control method of mixing system and control apparatus of mixing system |
| CN 200320130450 Expired - Lifetime CN2744113Y (en) | 2002-12-24 | 2003-12-24 | Operating panel structure for hybrid system and mixing system, and controlling apparatus for mixing system |
| CN2008101459620A Expired - Lifetime CN101335578B (en) | 2002-12-24 | 2003-12-24 | Mixing system |
Family Applications After (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200320130450 Expired - Lifetime CN2744113Y (en) | 2002-12-24 | 2003-12-24 | Operating panel structure for hybrid system and mixing system, and controlling apparatus for mixing system |
| CN2008101459620A Expired - Lifetime CN101335578B (en) | 2002-12-24 | 2003-12-24 | Mixing system |
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| Country | Link |
|---|---|
| JP (1) | JP4003638B2 (en) |
| CN (3) | CN100589349C (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102047566A (en) * | 2008-05-15 | 2011-05-04 | 詹姆哈伯有限责任公司 | Systems for combining inputs from electronic musical instruments and devices |
| CN108275144A (en) * | 2017-01-05 | 2018-07-13 | 通用汽车环球科技运作有限责任公司 | System And Method For Propulsion System Control |
| CN109285552A (en) * | 2017-07-20 | 2019-01-29 | 雅马哈株式会社 | Audio-signal processing apparatus and parameter distribution |
| CN112398455A (en) * | 2020-10-21 | 2021-02-23 | 海菲曼（天津）科技有限公司 | Adaptive power amplifier chip and adaptive control method thereof |
Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4003638B2 (en) * | 2002-12-24 | 2007-11-07 | ヤマハ株式会社 | Mixing system |
| JP4193781B2 (en) * | 2004-09-24 | 2008-12-10 | ヤマハ株式会社 | Level adjustment amount setting device |
| JP4729898B2 (en) * | 2004-09-28 | 2011-07-20 | ヤマハ株式会社 | Mixer equipment |
| JP4609234B2 (en) * | 2005-08-18 | 2011-01-12 | ヤマハ株式会社 | Digital mixer |
| JP4458006B2 (en) * | 2005-09-09 | 2010-04-28 | ヤマハ株式会社 | Digital mixer |
| JP4462151B2 (en) * | 2005-09-09 | 2010-05-12 | ヤマハ株式会社 | Digital mixer |
| JP5223805B2 (en) * | 2009-07-23 | 2013-06-26 | ヤマハ株式会社 | Mixing control device |
| JP6904012B2 (en) * | 2016-04-04 | 2021-07-14 | ヤマハ株式会社 | Sound signal processing device control method, sound signal processing device and program |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6839441B1 (en) * | 1998-01-20 | 2005-01-04 | Showco, Inc. | Sound mixing console with master control section |
| JP3700931B2 (en) * | 2001-06-11 | 2005-09-28 | ヤマハ株式会社 | Multitrack digital recording and playback device |
| JP4003638B2 (en) * | 2002-12-24 | 2007-11-07 | ヤマハ株式会社 | Mixing system |
-
2002
- 2002-12-24 JP JP2002371766A patent/JP4003638B2/en not_active Expired - Lifetime
-
2003
- 2003-12-24 CN CN200510126901A patent/CN100589349C/en not_active Expired - Lifetime
- 2003-12-24 CN CN 200320130450 patent/CN2744113Y/en not_active Expired - Lifetime
- 2003-12-24 CN CN2008101459620A patent/CN101335578B/en not_active Expired - Lifetime
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102047566A (en) * | 2008-05-15 | 2011-05-04 | 詹姆哈伯有限责任公司 | Systems for combining inputs from electronic musical instruments and devices |
| US8653351B2 (en) | 2008-05-15 | 2014-02-18 | Jamhub Corporation | Systems for combining inputs from electronic musical instruments and devices |
| US9245507B2 (en) | 2008-05-15 | 2016-01-26 | Jamhub Corporation | Systems for combining inputs from electronic musical instruments and devices |
| CN102047566B (en) * | 2008-05-15 | 2016-09-07 | 詹姆哈伯有限责任公司 | For combining system and the equipment of the input of electronic music musical instrument |
| US9767778B2 (en) | 2008-05-15 | 2017-09-19 | Jamhub Corporation | Systems for combining inputs from electronic musical instruments and devices |
| CN108275144A (en) * | 2017-01-05 | 2018-07-13 | 通用汽车环球科技运作有限责任公司 | System And Method For Propulsion System Control |
| CN108275144B (en) * | 2017-01-05 | 2021-06-04 | 通用汽车环球科技运作有限责任公司 | System and method for propulsion system control |
| CN109285552A (en) * | 2017-07-20 | 2019-01-29 | 雅马哈株式会社 | Audio-signal processing apparatus and parameter distribution |
| CN109285552B (en) * | 2017-07-20 | 2023-10-13 | 雅马哈株式会社 | Sound signal processing apparatus and parameter allocation method |
| CN112398455A (en) * | 2020-10-21 | 2021-02-23 | 海菲曼（天津）科技有限公司 | Adaptive power amplifier chip and adaptive control method thereof |
| CN112398455B (en) * | 2020-10-21 | 2022-09-27 | 头领科技（昆山）有限公司 | Adaptive power amplifier chip and adaptive control method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2004207823A (en) | 2004-07-22 |
| CN101335578B (en) | 2011-04-06 |
| CN2744113Y (en) | 2005-11-30 |
| JP4003638B2 (en) | 2007-11-07 |
| CN101335578A (en) | 2008-12-31 |
| CN100589349C (en) | 2010-02-10 |
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Granted publication date: 20100210 |