Abstract:
While level of the inputted analog signal is adjusted according to a set analog gain value and then analog-digital converted and outputted, when an automatic compensation is on and a difference of the analog gain value and a target value is compensated by level adjustment in a digital amplifier, the analog gain value is displayed by a gain knob (161), and in response to an operation to turn on the automatic compensation, a present value of the analog gain value at that time is displayed as a target gain value by a mark (162a) near the analog gain value, and in response to an operation to turn off the automatic compensation, display of the target gain value is erased.
Abstract:
In a digital mixer including a display (10), cursor controls (40), an increase/decrease control (50), and a plurality of channel strips (71, ---, 7n) for controlling parameters of input channels associated therewith, on a control panel (100), the channel strips (71, ---, 7n) each having a selection switch (70c), an assignment switch (90) is provided for assigning any one parameter among the parameters of the input channel to the increase/decrease control (50), so that where operation of the increase/decrease control (50) is detected, when no selection switch (70c) has been operated, a value of a parameter displayed at the position of the cursor (41) is changed in accordance with the operation of the increase/decrease control (50), while when any selection switch (7ic) has been operated, a value of a parameter assigned to the increase/decrease control (50) among parameters of an input channel corresponding to a channel strip (7i) having the selection switch (7ic) is changed.
Abstract:
In a digital mixer including a display (10), cursor controls (40), an increase/decrease control (50), and a plurality of channel strips (71, ---, 7n) for controlling parameters of input channels associated therewith, on a control panel (100), the channel strips (71, ---, 7n) each having a selection switch (70c), an assignment switch (90) is provided for assigning any one parameter among the parameters of the input channel to the increase/decrease control (50), so that where operation of the increase/decrease control (50) is detected, when no selection switch (70c) has been operated, a value of a parameter displayed at the position of the cursor (41) is changed in accordance with the operation of the increase/decrease control (50), while when any selection switch (7ic) has been operated, a value of a parameter assigned to the increase/decrease control (50) among parameters of an input channel corresponding to a channel strip (7i) having the selection switch (7ic) is changed.
Abstract:
PROBLEM TO BE SOLVED: To provide a mixer for preventing an operation error when a user manually selects data in a data list for automatically executing scene recall. SOLUTION: The data listed in a list are classified into action data for scene recall or the like, and event data indicating a break of the action data by display control. On the display of the mixer, the event data and the action data are displayed on different list display sections 200, 220. A display position (one of the list display section 200 or 220) of a list cursor 212 is changed depending on the data executed last, the user recognizes that the data executed last are scene data at a glance. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a mixer for automatically executing scene recall on the basis of a data list in which a recall timing and scenes to be recalled are listed, while efficiently editing the data list and scene data alternately. SOLUTION: An action list display section 220 list-displays a recall timing and scenes to be recalled. When a user depresses an EDIT button 254, the recall timing and the like of a current action (hatched line) can be edited. When the user depresses an action store button 258, the contents of the present current data are stored as scene data to be called in the current action. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To use an encoder provided on a channel strip more efficiently. SOLUTION: A ch encoder 111 is prepared on a ch strip 110 in an operating panel 100 of a mixer. A display 150 displays a GUI screen 160 in which images of manipulators 161, 162 corresponding to parameters for one signal processing ch of DSP are placed. On the GUI screen 160, the images of the manipulators are used to accept selection of the parameter corresponding to the manipulator. When the selection is accepted, the parameter of an item for which the selection was accepted in a signal processing ch for accepting an edit operation of the parameter with the ch strip 110 is assigned to the ch encoder 111 of each ch strip 110, and according to operation of the ch encoder 111, a value of the parameter assigned to the encoder is modified. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To improve operability of setting/cancellation of a sends-on-fader function without unnecessarily increasing the number of components. SOLUTION: A plurality of input channels 23 are provided with fader operators 36 for adjusting sound volume levels and bus send levels 38 for adjusting levels of signal transmission from the input channels 23 to respective mix buses 26. On a console panel, a plurality of bus selection switches 39 are provided corresponding to a plurality of mixing buses. When a bus selection switch 39 is pressed once, the mixing bus corresponding to the operated bus selection switch 39 is allocated to a selected send level 38. When the bus selection switch 39 is depressed twice, setting/cancellation of the sends-on-fader function can be instructed. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a level adjusting method, a program and an audio signal apparatus for suitably selecting and processing signals from multi-channel signals in a 5.1-channel sound system, etc. SOLUTION: The level adjusting method used in an audio signal apparatus having a plurality of amplifying means (10-15) corresponding to three or more input channels has a group designating step of dividing the input channels into one or a plurality of groups, and an amplification adjusting step of lowering the amplification factor in the amplifying means corresponding to all channels belonging to the same group as the input channels, if the signal level on any input channel exceeds a specified threshold. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide an acoustic signal processing system with an automatic compensation function that allows a user to easily know a signal level output downstream from an input port.SOLUTION: In a process in which an input analog signal is subjected to a level adjustment according to a set analog gain value before it is AD-converted and output, and if automatic compensation is on, a level adjustment in a digital amplifier compensates for a difference of the analog gain value from a desired value, the analog gain value is indicated by a gain knob 161, and in response to an operation of activating the automatic compensation, the current value of the analog gain value at the time point is indicated as a desired gain value by a mark 162a in the vicinity of the analog gain value and, in response to an operation of deactivating the automatic compensation, the indication of the desired gain value is erased.
Abstract:
PROBLEM TO BE SOLVED: To obtain the same result as that in the case that, when executing an event in the middle of an event list, the event is executed from the top of the event list.SOLUTION: According to a second operation of a user, contents of a current memory are copied to a buffer area (S17). For each of scene data of respective event data from a head event to the event data immediately before a current pointer cp, a parameter block PB of each parameter group pg within a scene recall object range is copied with a range limit in the buffer area (S18-S22). Thereafter, for scene data (s(cp)) of the event data ED(cp) of the current pointer (cp), the parameter block PB of each parameter group pg within the scene recall object range is copied to the buffer area (S24). Then, the contents of the buffer area are copied to the current memory (S25-S27).