CA2087503A1 - Multimodal remote control device having electrically alterable keypad designations - Google Patents
Multimodal remote control device having electrically alterable keypad designationsInfo
- Publication number
- CA2087503A1 CA2087503A1 CA002087503A CA2087503A CA2087503A1 CA 2087503 A1 CA2087503 A1 CA 2087503A1 CA 002087503 A CA002087503 A CA 002087503A CA 2087503 A CA2087503 A CA 2087503A CA 2087503 A1 CA2087503 A1 CA 2087503A1
- Authority
- CA
- Canada
- Prior art keywords
- remote control
- keypads
- control device
- user selectable
- hand
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Abandoned
Links
Classifications
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B1/00—Details of transmission systems, not covered by a single one of groups H04B3/00 - H04B13/00; Details of transmission systems not characterised by the medium used for transmission
- H04B1/06—Receivers
- H04B1/16—Circuits
- H04B1/20—Circuits for coupling gramophone pick-up, recorder output, or microphone to receiver
- H04B1/202—Circuits for coupling gramophone pick-up, recorder output, or microphone to receiver by remote control
Abstract
ABSTRACT
A multimodal hand-held remote control device is disclosed which may be utilized for selecting designated functions in a plurality of multimedia processing units. Multiple user selectable keypads are provided for initiating transmission of control signals utilizing a wireless transmission system, such as an infrared transmitter. An electrically alterable graphic designation is provided in association with each user selectable keypad so that a function associated with each particular keypad for a given multimedia processing unit may be visually determined. The electrically alterable graphic designation is when varied with response to selection of an alternate mode of operation wherein the functions associated with each user selectable keypad for an alternate multimedia processing unit may be displayed. In one depicted embodiment a liquid crystal display is provided and a touch overlay is mounted in an overlying relationship with a portion of the liquid crystal display to provide the user selectable keypads. Selected menus and textual help messages may be loaded into the remote control device utilizing an infrared receiver, or an interface connection to a host device.
A multimodal hand-held remote control device is disclosed which may be utilized for selecting designated functions in a plurality of multimedia processing units. Multiple user selectable keypads are provided for initiating transmission of control signals utilizing a wireless transmission system, such as an infrared transmitter. An electrically alterable graphic designation is provided in association with each user selectable keypad so that a function associated with each particular keypad for a given multimedia processing unit may be visually determined. The electrically alterable graphic designation is when varied with response to selection of an alternate mode of operation wherein the functions associated with each user selectable keypad for an alternate multimedia processing unit may be displayed. In one depicted embodiment a liquid crystal display is provided and a touch overlay is mounted in an overlying relationship with a portion of the liquid crystal display to provide the user selectable keypads. Selected menus and textual help messages may be loaded into the remote control device utilizing an infrared receiver, or an interface connection to a host device.
Description
~N9-9l-005 :1 2~87aO~
MULTIMODAL REMOTE ~ONTROL DEVICE HAVING ELECTRICALLY
ALTE~ABLE KEYPAD DESIGNATIONS
BACKGROUND OF T~ INVENTION
1. Technical Fi~ld:
The present invention rela-tes in general to improvements in remote control devices and in particular to improvements in remote control devices which may be utilized with multiple multimedia processing units. Still more particularly, the present invention rel.ates to mul.timodal remote control devices which include electrical.ly alterable keypad designations.
MULTIMODAL REMOTE ~ONTROL DEVICE HAVING ELECTRICALLY
ALTE~ABLE KEYPAD DESIGNATIONS
BACKGROUND OF T~ INVENTION
1. Technical Fi~ld:
The present invention rela-tes in general to improvements in remote control devices and in particular to improvements in remote control devices which may be utilized with multiple multimedia processing units. Still more particularly, the present invention rel.ates to mul.timodal remote control devices which include electrical.ly alterable keypad designations.
2. De~cription o~ -the ~elated Art:
Modern state-of-the-art electronic systems often utilize remote control devices to permi-t ~ user to rapidly and efficiently control selected functiolls from a distance.
Early mechanical/ultrasonic remote con-trol devices were fairly limited and generally permitted only one or two functions to be controlled. For example, television remote controls utilizing mechanica1./ultrasonic technology generally permitted a ~Iser to -t~lrn the power on -to the television and to cycle thro~l~h each channel in a preselected rotation.
More recently modern remote control devices utilize electronic systems to -transmit control signals by way of infrared or radio frequency transmitters. Indeed, as the functionality and comp~exity of home electronic systems have increased, modern remote control clevices have become highly complex. It is not unusual for 9uch a device to include as many as one hundred small but-tons or keys, resulting in a severe decrease in the usa~ility of -these devices. Further, remote control devices may be utilized to control a wide diversity of electronic systems, such as: television; tape ~N9~91-005 ~ 2~87~0~
recorders; audio/video amplifiers; compac-t disc players;
video tape recorclers; satellite receivers, and the like.
Thus, tha number and complexity o~ remote control devices typically found in a modern Amer.i.can home have reached a level where the convenierlce proviclecl is often overcome by the difficulty in locating and operating these devices.
~ecently an attempt has been made to consolidate multipla remote control devices and improve their usability in the provision of a so-called "universal" remote control which can "learn" a series of commands for selecting designated functions within one or more mul-timedia processing units.
However, the generic keypads provided with these devices are often cumbersome and not parti.cularly intuitive in layout or labeling.
Thus, it should be apparent that a need exists for a multimodal remote control devlce which provides an .intuitive and æ.imple illterface whereby a user may rapidly and efficiently control multipl.e multimeclia processing units.
Sln~*~RY o~ T~ INVFNTION
Ik is therefore one objec-t of ~.he presen-t invention to provide an improved remote control. device.
It is another object of the present invention to provide an improved remote control device which may be u-tilized with multimedia processing units.
It is yet another object of the present invention to provide an improved multimodal remote control device which includes electrically alterable keypad designations.
The foregoing objects are achieved as is now described. A
multimodal hand-held remote control device is disclosed which may be utilized for selecting designated functions in a plurality of multimedia processing units. Multiple user A:N9-91-Q05 3 ~ 0~ ~ 0 ~
selectable keypads are pro~ided for ini-tiating -transmission of control signals utilizing a wireless transmission system, such as an infrared transmitter. ~n electrically alterable graphic designation is provided :in association with each user selectable keypad so that a fullction associated with each particular keypad for a given m~ltimedia processing unit may be visually determined. The electrically al-terable graphic designation is then varied in response to selection of an alternate mode of operation wherein the functions associated with each user selectable keypad for an alternate multimedia processing unit may be displayed. In one depicted embodiment a li~uid crystal display is provided and a touch overlay is mounted in an overlying relationship with a portion of the li~uid crystal display to provide the user selectable keypads. Selected men-ls and textual help messages may be loaded into the remote control device utilizing an in~ared receiver, or an in-terace connect:ion to a host device and selectively displayecl to a user in response to user inputs.
BRIEF DESCRIPTION ~ T~. DRAWING
The novel features believed characteristic of the invention are set forth in the appellded claims. The invention itself however, as well as a preferred mocle of use, further objects and advantages thereo, will hes-t be understood by reference to the following detailed descri.ption of an illustrative embodiment when read in conjunctlon wlth the accompanying drawings, wherein:
Figure 1 is a partially schematlc, pictorial representation of the multimodal remote control device of the present invention and a plurality of multimedia processing units;
Figures 2a-2c are pictorial representations of electrically alterable keypad designations utilized with the multimodal remote control device of the present invention;
2 ~ 8 7 ~ 0 3 Figure 3 is a high level block diagram of the major electronic components of one embodimen-t of the multlmodal remote control device of the present inventlon;
Figure 4 is a high level logic 10w dia~ram of the leaxning mode of the multimodal remote control device of the present invention; and Figure 5 is a high level logic .flow diagram of the operation of the multimodal remote control device of the present invention.
DETAILED DE5CRIPTION OF PREFERRlED EMBODIMENT
With reerence now to the fig~res and in particul.ar with reference to Fi~lre 1, there is clepicted a partially schematic pl.ctorial representation of the multimodal remote control devlce 10 of the present .~nventioll. As illustrated, multimodal remote control devi.ce 10 i.s preferably a hand-held battery powered portable device which may be utilized to control a plurality of m-lltimedia processing units, such as compact disc player 12, video tape recorder 14, television 16, and a satel.lite receiver, such as an Integrated Receiver/Decoder (IRD) l8. In the depicted embodiment of the present invelltion, multimodal remote control device 10 is preferably provided within a case 20 which is constructed utilizing plastic or any o-ther suitable sturdy material.
As illustrated, multimodal remo-te control device 10 preferably includes a graphic display 22 and a plurality of user selectable keypads 24, 26, 28, 30, 32, 34, 36, 38, 40, and 42. Additionally, selected command keys are provided, such as HELP key 44, HOME key 46, and MODE key 48. A battery compartment is provided which may be utilized to house battery 50 which may be utilized -to provide electrical power for multimodal remote control device 10 in a manner well known in the art.
~g7~0~
As will be illustrated in greater cle-tail herein, each o the plurality of user selectable keypads 2~-42 includes associated therewith a graphic designa-tiotl which identifies a particular function o a multimedia processing unit which may be selected llpon operatiotl of an associated user selectable keypad.
Additionally, graphic display 22 is provided for the provision of textual help messages. Graphic display 22 is preferably provided uti~izing a liquid crystal display or gas plasma display, or any other suitable state-of-the-art display device. In a preferred embodiment of the present invention, graphic display 22 ls provided utilizing any technology which req~lires minimal electrical power, thereby dimini~hing the power drain on battery 50.
Re~erring now to Fig-lres 2a-2c, there are depicted various pictorial representatiorls of electrically alterable keypa~
designations which may be utilized with multimodal remote control device 10 of the present lnvelltlon. As illustrated in Figure 2a, graphic display 22 :i.s uti.lized to provide a textual designation of a partlcular multimedia processing unit which is to be controlled by multimodal remote control device 10 during the current mode of operation. As may be seen, each user selectable keypAd 24-42 lncludes a textual and/or graphic designation whicl- may be utilized to identify a particular f~lnction within Vldeo Tape Recorder 1 which may be selected by the user clepresslllg an associated user selectable keypad.
Those skilled in the art wi]l appreciate that user selectable keypads 24~42 may be provlded utilizing a plurality of mechanical switches with each textual and/or graphic designation being provided in an adjacent portion of graphic display 22 (see Figure 2b) or, in the embodiment depicted within Figure 2a, each user selectable keypad 24-42 may be provided by utilizing a touch overlay which is disposed in an overlying relatlonship with graphic display 22.
2 0 ~ 3 Thus, ln -the embodiment depictecl wi-thin Figure 2a, user selectable keypad 24 may comprise a touch overlay disposed in an overlying relationship witll a portion of graphic display 22 which is utilized to generate the textual indication "PLAY'I in the manner depicted. In this manner, a relatively limited n-lmber of user selec-table keypads (10 in the depictad amhodiment) may be lltilized to control a large number o~ functiolls within a multimedia process.ing unit by providing an electrically alterable keypad designation which illustrates visually the partic~llar function which may be selected by operation of an associa-ted keypad.
Altering the mode of operation of multimodal remote control de~ice 10 utilizing mode button 48 or by utilizing one of user selectable keypads 24-~2, will, in accordance with all important feature of the present :inventioll, alter the keypad designations which are provided lltil.iz:ing graphic display 22~ Further, the selection of HELP buttoll 44 will, in a manner which will be explained .ln greater detail herein, will cause the presentation wi-thin graphtc display 22 of a textual HELP message associated with a partlcular user selectable keypad. Tllus, by depressin~ HEL.P button 44 and a selected one of user selectable keypads 24-42, a textual help message associated with a ~unc-tion associated with that user selectable keypad may be displayed within graphic display 22. Finally, HOME buttoll 46 may be depressed to return multimodal remote control clevice :lO to a particular starting point which has been desigllated by the user.
Referring specifically now to Figure 2b, a second embodiment of multimodal remote control device 10 of the present invention is illustrated. As depicted herein, user selectable keypads 24-42 comprise actual mechanical keypads and the alterable graphic designation associated with each keypad is displayed adjacent to an associated keypad within graphic display 22. Thus, upon reference to Figures 2a and 2b, those skilled in the art will appreciate that multimodal remote control device 10 of the present invention may be implemented utilizing either actual keypads having an associated electrically alterable graphic designation AN9-91-005 7 208750~
displayed ln a position adjacent to each Xeypad or by utilizing a virtual keypad comprising a touch overlay disposed in an overlying rela-tionship with a li~uid crystal display, in the manner depicted within E`igure 2a.
Referring now to Figure 2c, a virt:ual keypad implementa-tion of multimodaL remote control device 10 is depicted wherein user selectable keypads 24-42 are provided utiliziIIg a touch overlay in association with graphic display 22. However, user selectable keypad 42 now includes the graphic designation "MORE" which may be utilized to select subsequent, or alternate menus for a particular multimedia processing unit. For example, satellite receivers or Integrated Receiver/Decoders (IRD) often include a large number of highly complex controls. By providing a series of nested menus and dedicating at least one of user selec-table keypads 24-42 to permit the ~Iser to select subsequent menus, a highly complex device, such as a satellite receiver, may be slmply and eas:Lly controlled utilizing multimodal remote control devlce 10 of the present lnvelltiol~.
With reference now to E'igure 3/ there is depicted a high level block diagram of -tl}e major electronic components of one embodiment of multimodal remote control device 10 of the present invention. As illustrated, these components are mounted within case 20 and -the ill.ustration includes a block diagram representation of graphi.c display 22. As described above, graphic display 22 comprises a liquid crystal display in one preferred embodiment o~ -the present invention.
Graphic display 22 is coupled to processor 62, which preferably comprises an appropriately programmed microprocessor, which may be utilized to control graphic display 22 and to scan keypad 60 .in a manner well known in the art. As described above, keypad 60 may comprise a touch overlay, or a plurality of mechanical keypads disposed adjacent to graphic display 22. Thus, depression of a selected key within keypad 60 will., in a manner well known to those skilled in the art, cause processor 62 to couple an appropriate command to transmitter 66. Transmitter 66 then transmits an appropriately coded control signal utilizing infrared, radio freq~lency, or other suitable media, to one AN9-91-005 8 2 0 ~ 7 ~ ~ ~
of a plurality of multimedia processiny units, in order to initiate a particular function therein.
In accordance with an important eature of the present invention, multimodal remote con-trol device 10 also preferably includes R receiver 68. Receiver 68 may comprise an infrared receiver or, in an al-ternate embodiment of the presant invention, receiver 68 may be co~lpled to a host 72 via a standard interface 70, such as the RS-232 interface.
Thus, processor 62 may receive menus, textual help messages and additional programming informa-tion from a controlled multimedia processing unit, or host 72, and store that information within memory 64 in association with processor 62. In thi~ manner, multimodal retnote control device 10 may be programmed with appropr.iate information necesClary to control a large n~lmber of multimeflla processiny units and, the amount of confusion encountered by the user is minimized by providing a relatlvely small. number of keypads, each associatad with an electri.cally alterablo graphic designation, wherein a particular func-tion associated with that keypad in a partic~llar mocle of operation may be visually determined. Additionally, ~igur0 3 also depicts battery 50 which, in a manner wel.l known to those skilled in the electronic art, may be utllizecl to provide the necessary elect.rical power to operate the clepicted electronic components within multimodal remo-te control device 10.
Referring now to Figure 4, there ls depicted a high level logic flow diagram of the learning mode of multi~odal remote control device 10 of the present invention. As illustrated, this process begins at block 80 and thereafter passes to block 82 which depicts a determination of whether or not the learning mode has been selected. If not, the process merely iterates until such time as the learning mode has been selected. Upon a determination that the learning mode has been selected, the process passes to block 84. Block 84 illustrates a determination of whether or not a host has been coupled to multimodal remote control device 10 utilizing receiver 68 and an infrared or radio frequency link, or alternately, utilizing interface 70 which provides AN9-91-005 9 208~S03 a hard w.tred coupling to hos-t 72 (see ~igure 3). In the event no host is coupled to m~lltlmodal remote control device lO, block 86 illustra-tes the returning of an error messaye utilizin~ yraphic display 22, in a manner well known in the art.
Referrin~ again to block 84, in the evellt the learnin~ mode has been entered ancl a host device is coupled to multimodal remote control device 10, b:l.ock 88 illustrates the downloading of appropriate menus/help data for a particular multimedia processing unit to be stored within memory 64 within multimodal remote con-trol device 10. Thereafter, the process passes to block gO. ~lock 90 illustrates a determination of whether or no-t a series of menus and help data is to be loaded for a subse~uent multifunction processor, and if so, -the process returlls iteratively to block 88 to download that information to multlmodal remote control device 10. In the event no additional multimedia processor data is to be loaded, the process passes to block 92 and returns.
Finally, with reference to Fi.gure 5, there is depicted a high level logic flow diagram of the operation of multimodal remote control device lO o the present invention. As illustrated, this process begins a-t blocX 100 and thereater passes to block 102 which depicts a determination that a mode has been selected. As tho.se skilled in the art will appreciate upon reference to the foregoing a mode may be selected utilizing multimodal remote control device 10 by the selection of HOME key 46, MODE key 48, or a graphically designated "MORE" key, in the depicted embodiment of the presen-t invention. If no mode has been selected, the process merely iterates until such time as a mode of operation has been selected.
Referring again to block 102, in the event a mode has been selected, the process passes to block 104 which illustrates the retrieval of the menu for the selected mode of operation. Thereater, the process passes to block 106 which depicts the altering of the displayed menu to the appropriate menu for -the selected mode. As described above, this may be accomplished by altering the graphic and/or textual desiynations provided wi-thin graphic display 22, in the manner described within Fig~lres 2a-2c.
Next, the process passes to block 108 which illustrates the scanning of the keypad to detect an operator illpU t . This process continues, as depictecl at block 110, in which a determination is illustrated as -to whether or not the mode of operation has been altered. If so, the process returns to block 104 to retrieve the menu for the newly selected mode of operation and the process returns iterativsly in the manner described. In the event the mode of operation has not been altered, as depicted at block 110, the process passes to block 112. Block 112 ill~lstrates a de-termination of whether or not the HELP key has been selected. If so, the process passes to block 114 which illustrates the displaying of the HELP text for a selected keypad, in the manner described above. The process then returns to block 108 to continue to scan the keypad for snhse~ent operator inputs.
Referring again -to block 112, ill -the event the mode of operation has not been altered and the HEI.P key has not been selected, the process passes to block 120. Block 120 illustrates a determina-tion of whether or not a "MORE" key has been selectecl. If so, the process passes to block 122.
Block 122 illustrates the altering of the display within graphic display 22 -to depict an alternate menu for the selected mode of oper~tion. The process then ret~lrns to block 108 to continue scanning -the keypad.
Referring again to block 120, in the event the "MORE" key has not been selected, the process passes to block 124.
Block 124 illustrates a determination of whether or not a graphically designated keypad has been selected and if not, the process passes back to block 108 to continue scanning the keypad as ill~strated. Referring ayain to block 124 in the event a graphically designated keypad has been selected, block 126 illustrates the transmission of the associated control signal via transmitter 66 (see Figure 3) in the ~Ng-91-005 20~75 0 ~
manner described above. Thereafter, the process passes to block 108 to conti.nue scanning the keypad.
Upon reference to the foregoing tllose skilled in the art will appreciate that -the Applicallt herein has provided a novel, unobvious and useful mult.itnodal remote control device which provides a highly intuitive anfl highly usable interface thro-lgh which a user may selectively control multiple functions in a plurality of multimedia processing units. By providing a relatively few number of us~r selectable keypads, each having an electrically alterable graphic designation associated therewith, many modes of operation may be supported while clearly illustrating to the user each designated function associated with a user selectable lceypad within each mode of operation.
While the invention has been particularly shown and described with reference to a preferred embodiment, it will be understood by tho~e skilled in the art that various changes in form and deta;.1 may be made therein without departing from the spirit and ~cope Qf the inVelltiO{I.
Modern state-of-the-art electronic systems often utilize remote control devices to permi-t ~ user to rapidly and efficiently control selected functiolls from a distance.
Early mechanical/ultrasonic remote con-trol devices were fairly limited and generally permitted only one or two functions to be controlled. For example, television remote controls utilizing mechanica1./ultrasonic technology generally permitted a ~Iser to -t~lrn the power on -to the television and to cycle thro~l~h each channel in a preselected rotation.
More recently modern remote control devices utilize electronic systems to -transmit control signals by way of infrared or radio frequency transmitters. Indeed, as the functionality and comp~exity of home electronic systems have increased, modern remote control clevices have become highly complex. It is not unusual for 9uch a device to include as many as one hundred small but-tons or keys, resulting in a severe decrease in the usa~ility of -these devices. Further, remote control devices may be utilized to control a wide diversity of electronic systems, such as: television; tape ~N9~91-005 ~ 2~87~0~
recorders; audio/video amplifiers; compac-t disc players;
video tape recorclers; satellite receivers, and the like.
Thus, tha number and complexity o~ remote control devices typically found in a modern Amer.i.can home have reached a level where the convenierlce proviclecl is often overcome by the difficulty in locating and operating these devices.
~ecently an attempt has been made to consolidate multipla remote control devices and improve their usability in the provision of a so-called "universal" remote control which can "learn" a series of commands for selecting designated functions within one or more mul-timedia processing units.
However, the generic keypads provided with these devices are often cumbersome and not parti.cularly intuitive in layout or labeling.
Thus, it should be apparent that a need exists for a multimodal remote control devlce which provides an .intuitive and æ.imple illterface whereby a user may rapidly and efficiently control multipl.e multimeclia processing units.
Sln~*~RY o~ T~ INVFNTION
Ik is therefore one objec-t of ~.he presen-t invention to provide an improved remote control. device.
It is another object of the present invention to provide an improved remote control device which may be u-tilized with multimedia processing units.
It is yet another object of the present invention to provide an improved multimodal remote control device which includes electrically alterable keypad designations.
The foregoing objects are achieved as is now described. A
multimodal hand-held remote control device is disclosed which may be utilized for selecting designated functions in a plurality of multimedia processing units. Multiple user A:N9-91-Q05 3 ~ 0~ ~ 0 ~
selectable keypads are pro~ided for ini-tiating -transmission of control signals utilizing a wireless transmission system, such as an infrared transmitter. ~n electrically alterable graphic designation is provided :in association with each user selectable keypad so that a fullction associated with each particular keypad for a given m~ltimedia processing unit may be visually determined. The electrically al-terable graphic designation is then varied in response to selection of an alternate mode of operation wherein the functions associated with each user selectable keypad for an alternate multimedia processing unit may be displayed. In one depicted embodiment a li~uid crystal display is provided and a touch overlay is mounted in an overlying relationship with a portion of the li~uid crystal display to provide the user selectable keypads. Selected men-ls and textual help messages may be loaded into the remote control device utilizing an in~ared receiver, or an in-terace connect:ion to a host device and selectively displayecl to a user in response to user inputs.
BRIEF DESCRIPTION ~ T~. DRAWING
The novel features believed characteristic of the invention are set forth in the appellded claims. The invention itself however, as well as a preferred mocle of use, further objects and advantages thereo, will hes-t be understood by reference to the following detailed descri.ption of an illustrative embodiment when read in conjunctlon wlth the accompanying drawings, wherein:
Figure 1 is a partially schematlc, pictorial representation of the multimodal remote control device of the present invention and a plurality of multimedia processing units;
Figures 2a-2c are pictorial representations of electrically alterable keypad designations utilized with the multimodal remote control device of the present invention;
2 ~ 8 7 ~ 0 3 Figure 3 is a high level block diagram of the major electronic components of one embodimen-t of the multlmodal remote control device of the present inventlon;
Figure 4 is a high level logic 10w dia~ram of the leaxning mode of the multimodal remote control device of the present invention; and Figure 5 is a high level logic .flow diagram of the operation of the multimodal remote control device of the present invention.
DETAILED DE5CRIPTION OF PREFERRlED EMBODIMENT
With reerence now to the fig~res and in particul.ar with reference to Fi~lre 1, there is clepicted a partially schematic pl.ctorial representation of the multimodal remote control devlce 10 of the present .~nventioll. As illustrated, multimodal remote control devi.ce 10 i.s preferably a hand-held battery powered portable device which may be utilized to control a plurality of m-lltimedia processing units, such as compact disc player 12, video tape recorder 14, television 16, and a satel.lite receiver, such as an Integrated Receiver/Decoder (IRD) l8. In the depicted embodiment of the present invelltion, multimodal remote control device 10 is preferably provided within a case 20 which is constructed utilizing plastic or any o-ther suitable sturdy material.
As illustrated, multimodal remo-te control device 10 preferably includes a graphic display 22 and a plurality of user selectable keypads 24, 26, 28, 30, 32, 34, 36, 38, 40, and 42. Additionally, selected command keys are provided, such as HELP key 44, HOME key 46, and MODE key 48. A battery compartment is provided which may be utilized to house battery 50 which may be utilized -to provide electrical power for multimodal remote control device 10 in a manner well known in the art.
~g7~0~
As will be illustrated in greater cle-tail herein, each o the plurality of user selectable keypads 2~-42 includes associated therewith a graphic designa-tiotl which identifies a particular function o a multimedia processing unit which may be selected llpon operatiotl of an associated user selectable keypad.
Additionally, graphic display 22 is provided for the provision of textual help messages. Graphic display 22 is preferably provided uti~izing a liquid crystal display or gas plasma display, or any other suitable state-of-the-art display device. In a preferred embodiment of the present invention, graphic display 22 ls provided utilizing any technology which req~lires minimal electrical power, thereby dimini~hing the power drain on battery 50.
Re~erring now to Fig-lres 2a-2c, there are depicted various pictorial representatiorls of electrically alterable keypa~
designations which may be utilized with multimodal remote control device 10 of the present lnvelltlon. As illustrated in Figure 2a, graphic display 22 :i.s uti.lized to provide a textual designation of a partlcular multimedia processing unit which is to be controlled by multimodal remote control device 10 during the current mode of operation. As may be seen, each user selectable keypAd 24-42 lncludes a textual and/or graphic designation whicl- may be utilized to identify a particular f~lnction within Vldeo Tape Recorder 1 which may be selected by the user clepresslllg an associated user selectable keypad.
Those skilled in the art wi]l appreciate that user selectable keypads 24~42 may be provlded utilizing a plurality of mechanical switches with each textual and/or graphic designation being provided in an adjacent portion of graphic display 22 (see Figure 2b) or, in the embodiment depicted within Figure 2a, each user selectable keypad 24-42 may be provided by utilizing a touch overlay which is disposed in an overlying relatlonship with graphic display 22.
2 0 ~ 3 Thus, ln -the embodiment depictecl wi-thin Figure 2a, user selectable keypad 24 may comprise a touch overlay disposed in an overlying relationship witll a portion of graphic display 22 which is utilized to generate the textual indication "PLAY'I in the manner depicted. In this manner, a relatively limited n-lmber of user selec-table keypads (10 in the depictad amhodiment) may be lltilized to control a large number o~ functiolls within a multimedia process.ing unit by providing an electrically alterable keypad designation which illustrates visually the partic~llar function which may be selected by operation of an associa-ted keypad.
Altering the mode of operation of multimodal remote control de~ice 10 utilizing mode button 48 or by utilizing one of user selectable keypads 24-~2, will, in accordance with all important feature of the present :inventioll, alter the keypad designations which are provided lltil.iz:ing graphic display 22~ Further, the selection of HELP buttoll 44 will, in a manner which will be explained .ln greater detail herein, will cause the presentation wi-thin graphtc display 22 of a textual HELP message associated with a partlcular user selectable keypad. Tllus, by depressin~ HEL.P button 44 and a selected one of user selectable keypads 24-42, a textual help message associated with a ~unc-tion associated with that user selectable keypad may be displayed within graphic display 22. Finally, HOME buttoll 46 may be depressed to return multimodal remote control clevice :lO to a particular starting point which has been desigllated by the user.
Referring specifically now to Figure 2b, a second embodiment of multimodal remote control device 10 of the present invention is illustrated. As depicted herein, user selectable keypads 24-42 comprise actual mechanical keypads and the alterable graphic designation associated with each keypad is displayed adjacent to an associated keypad within graphic display 22. Thus, upon reference to Figures 2a and 2b, those skilled in the art will appreciate that multimodal remote control device 10 of the present invention may be implemented utilizing either actual keypads having an associated electrically alterable graphic designation AN9-91-005 7 208750~
displayed ln a position adjacent to each Xeypad or by utilizing a virtual keypad comprising a touch overlay disposed in an overlying rela-tionship with a li~uid crystal display, in the manner depicted within E`igure 2a.
Referring now to Figure 2c, a virt:ual keypad implementa-tion of multimodaL remote control device 10 is depicted wherein user selectable keypads 24-42 are provided utiliziIIg a touch overlay in association with graphic display 22. However, user selectable keypad 42 now includes the graphic designation "MORE" which may be utilized to select subsequent, or alternate menus for a particular multimedia processing unit. For example, satellite receivers or Integrated Receiver/Decoders (IRD) often include a large number of highly complex controls. By providing a series of nested menus and dedicating at least one of user selec-table keypads 24-42 to permit the ~Iser to select subsequent menus, a highly complex device, such as a satellite receiver, may be slmply and eas:Lly controlled utilizing multimodal remote control devlce 10 of the present lnvelltiol~.
With reference now to E'igure 3/ there is depicted a high level block diagram of -tl}e major electronic components of one embodiment of multimodal remote control device 10 of the present invention. As illustrated, these components are mounted within case 20 and -the ill.ustration includes a block diagram representation of graphi.c display 22. As described above, graphic display 22 comprises a liquid crystal display in one preferred embodiment o~ -the present invention.
Graphic display 22 is coupled to processor 62, which preferably comprises an appropriately programmed microprocessor, which may be utilized to control graphic display 22 and to scan keypad 60 .in a manner well known in the art. As described above, keypad 60 may comprise a touch overlay, or a plurality of mechanical keypads disposed adjacent to graphic display 22. Thus, depression of a selected key within keypad 60 will., in a manner well known to those skilled in the art, cause processor 62 to couple an appropriate command to transmitter 66. Transmitter 66 then transmits an appropriately coded control signal utilizing infrared, radio freq~lency, or other suitable media, to one AN9-91-005 8 2 0 ~ 7 ~ ~ ~
of a plurality of multimedia processiny units, in order to initiate a particular function therein.
In accordance with an important eature of the present invention, multimodal remote con-trol device 10 also preferably includes R receiver 68. Receiver 68 may comprise an infrared receiver or, in an al-ternate embodiment of the presant invention, receiver 68 may be co~lpled to a host 72 via a standard interface 70, such as the RS-232 interface.
Thus, processor 62 may receive menus, textual help messages and additional programming informa-tion from a controlled multimedia processing unit, or host 72, and store that information within memory 64 in association with processor 62. In thi~ manner, multimodal retnote control device 10 may be programmed with appropr.iate information necesClary to control a large n~lmber of multimeflla processiny units and, the amount of confusion encountered by the user is minimized by providing a relatlvely small. number of keypads, each associatad with an electri.cally alterablo graphic designation, wherein a particular func-tion associated with that keypad in a partic~llar mocle of operation may be visually determined. Additionally, ~igur0 3 also depicts battery 50 which, in a manner wel.l known to those skilled in the electronic art, may be utllizecl to provide the necessary elect.rical power to operate the clepicted electronic components within multimodal remo-te control device 10.
Referring now to Figure 4, there ls depicted a high level logic flow diagram of the learning mode of multi~odal remote control device 10 of the present invention. As illustrated, this process begins at block 80 and thereafter passes to block 82 which depicts a determination of whether or not the learning mode has been selected. If not, the process merely iterates until such time as the learning mode has been selected. Upon a determination that the learning mode has been selected, the process passes to block 84. Block 84 illustrates a determination of whether or not a host has been coupled to multimodal remote control device 10 utilizing receiver 68 and an infrared or radio frequency link, or alternately, utilizing interface 70 which provides AN9-91-005 9 208~S03 a hard w.tred coupling to hos-t 72 (see ~igure 3). In the event no host is coupled to m~lltlmodal remote control device lO, block 86 illustra-tes the returning of an error messaye utilizin~ yraphic display 22, in a manner well known in the art.
Referrin~ again to block 84, in the evellt the learnin~ mode has been entered ancl a host device is coupled to multimodal remote control device 10, b:l.ock 88 illustrates the downloading of appropriate menus/help data for a particular multimedia processing unit to be stored within memory 64 within multimodal remote con-trol device 10. Thereafter, the process passes to block gO. ~lock 90 illustrates a determination of whether or no-t a series of menus and help data is to be loaded for a subse~uent multifunction processor, and if so, -the process returlls iteratively to block 88 to download that information to multlmodal remote control device 10. In the event no additional multimedia processor data is to be loaded, the process passes to block 92 and returns.
Finally, with reference to Fi.gure 5, there is depicted a high level logic flow diagram of the operation of multimodal remote control device lO o the present invention. As illustrated, this process begins a-t blocX 100 and thereater passes to block 102 which depicts a determination that a mode has been selected. As tho.se skilled in the art will appreciate upon reference to the foregoing a mode may be selected utilizing multimodal remote control device 10 by the selection of HOME key 46, MODE key 48, or a graphically designated "MORE" key, in the depicted embodiment of the presen-t invention. If no mode has been selected, the process merely iterates until such time as a mode of operation has been selected.
Referring again to block 102, in the event a mode has been selected, the process passes to block 104 which illustrates the retrieval of the menu for the selected mode of operation. Thereater, the process passes to block 106 which depicts the altering of the displayed menu to the appropriate menu for -the selected mode. As described above, this may be accomplished by altering the graphic and/or textual desiynations provided wi-thin graphic display 22, in the manner described within Fig~lres 2a-2c.
Next, the process passes to block 108 which illustrates the scanning of the keypad to detect an operator illpU t . This process continues, as depictecl at block 110, in which a determination is illustrated as -to whether or not the mode of operation has been altered. If so, the process returns to block 104 to retrieve the menu for the newly selected mode of operation and the process returns iterativsly in the manner described. In the event the mode of operation has not been altered, as depicted at block 110, the process passes to block 112. Block 112 ill~lstrates a de-termination of whether or not the HELP key has been selected. If so, the process passes to block 114 which illustrates the displaying of the HELP text for a selected keypad, in the manner described above. The process then returns to block 108 to continue to scan the keypad for snhse~ent operator inputs.
Referring again -to block 112, ill -the event the mode of operation has not been altered and the HEI.P key has not been selected, the process passes to block 120. Block 120 illustrates a determina-tion of whether or not a "MORE" key has been selectecl. If so, the process passes to block 122.
Block 122 illustrates the altering of the display within graphic display 22 -to depict an alternate menu for the selected mode of oper~tion. The process then ret~lrns to block 108 to continue scanning -the keypad.
Referring again to block 120, in the event the "MORE" key has not been selected, the process passes to block 124.
Block 124 illustrates a determination of whether or not a graphically designated keypad has been selected and if not, the process passes back to block 108 to continue scanning the keypad as ill~strated. Referring ayain to block 124 in the event a graphically designated keypad has been selected, block 126 illustrates the transmission of the associated control signal via transmitter 66 (see Figure 3) in the ~Ng-91-005 20~75 0 ~
manner described above. Thereafter, the process passes to block 108 to conti.nue scanning the keypad.
Upon reference to the foregoing tllose skilled in the art will appreciate that -the Applicallt herein has provided a novel, unobvious and useful mult.itnodal remote control device which provides a highly intuitive anfl highly usable interface thro-lgh which a user may selectively control multiple functions in a plurality of multimedia processing units. By providing a relatively few number of us~r selectable keypads, each having an electrically alterable graphic designation associated therewith, many modes of operation may be supported while clearly illustrating to the user each designated function associated with a user selectable lceypad within each mode of operation.
While the invention has been particularly shown and described with reference to a preferred embodiment, it will be understood by tho~e skilled in the art that various changes in form and deta;.1 may be made therein without departing from the spirit and ~cope Qf the inVelltiO{I.
Claims (14)
1. A hand-held remote control device for selecting designated functions in a multifunction processing unit, said remote control device comprising:
a plurality of user selectable keypads;
wireless transmission means coupled to said plurality of user selectable keypads for transmitting a selected control signal to said multifunction processing unit in response to an operation of each of said plurality of user selectable keypads wherein a designated function in said multifunction processing unit associated with each of said plurality of user selectable keypads may be selected; and at least one electrically alterable graphic designation disposed in association with a particular one of said plurality of user selectable keypads wherein a designated function in said multifunction processing unit associated with said particular one of said plurality of user selectable keypads may be visually determined.
a plurality of user selectable keypads;
wireless transmission means coupled to said plurality of user selectable keypads for transmitting a selected control signal to said multifunction processing unit in response to an operation of each of said plurality of user selectable keypads wherein a designated function in said multifunction processing unit associated with each of said plurality of user selectable keypads may be selected; and at least one electrically alterable graphic designation disposed in association with a particular one of said plurality of user selectable keypads wherein a designated function in said multifunction processing unit associated with said particular one of said plurality of user selectable keypads may be visually determined.
2. The hand-held remote control. device according to Claim l, wherein said wireless transmission means comprises an infrared transmitter and means for modulating an output thereof.
3. The hand-held remote control device according to Claim 2, further including an infrared receiver for receiving data from said multifunction processing unit.
4. The hand-held remote control device according to Claim 1, further including a graphic display.
5. The hand-held remote control device according to Claim 4, wherein said plurality of user selectable keypads are disposed adjacent to said graphic display and wherein said at least one electrically alterable graphic designation comprises a graphic designation displayed within said graphic display at a location adjacent to said particular one of said plurality of user selectable keypads.
6. The hand-held remote control device according to Claim 4 wherein said plurality of user selectable keypads comprises a touch overlay disposed in overlying relationship with at least a portion of said graphic display.
7. The hand-held remote control device according to Claim 4 wherein said graphic display comprises a liquid crystal display.
8. A hand-held remote control device having a plurality of modes of operation for selecting designated functions in a plurality of multimedia processing units said remote control device comprising:
means for selecting a mode of operation from said plurality of modes of operation:
a plurality of user selectable keypads;
wireless transmission means coupled to said plurality of user selectable keypads for transmitting a selected control signal to a particular one of said plurality of multimedia processing units in response to an operation of each of said plurality of user selectable keypads during a mode of operation associated with said particular one of said plurality of multimedia processing units wherein a designated function in said particular one of said plurality of multimedia processing units may be selected;
at least one electrically alterable graphic designation disposed in association with a particular one of said plurality of user selectable keypads wherein a designated function in said particular one of said plurality of multimedia processing units associated with said particular one of said plurality of user selectable keypads may be visually determined; and means for selectively varying said electrically alterable graphic designation in response to selection of an alternate mode of operation.
means for selecting a mode of operation from said plurality of modes of operation:
a plurality of user selectable keypads;
wireless transmission means coupled to said plurality of user selectable keypads for transmitting a selected control signal to a particular one of said plurality of multimedia processing units in response to an operation of each of said plurality of user selectable keypads during a mode of operation associated with said particular one of said plurality of multimedia processing units wherein a designated function in said particular one of said plurality of multimedia processing units may be selected;
at least one electrically alterable graphic designation disposed in association with a particular one of said plurality of user selectable keypads wherein a designated function in said particular one of said plurality of multimedia processing units associated with said particular one of said plurality of user selectable keypads may be visually determined; and means for selectively varying said electrically alterable graphic designation in response to selection of an alternate mode of operation.
9. The hand-held remote control device according to Claim 8 wherein said wireless transmission means comprises an infrared transmitter and means for modulating an output thereof.
10. The hand-held remote control device according to Claim 8, further including an infrared receiver for receiving data from said plurality of multimedia processing units.
11. The hand-held remote control device according to Claim 8, further including a graphic display.
12. The hand-held remote control device according to Claim 11, wherein said plurality of user selectable keypads are disposed adjacent to said graphic display and wherein said at least one electrically alterable graphic designation comprises a graphic designation displayed within said graphic display at a location adjacent to said particular one of said plurality of user selectable keypads.
13. The hand-held remote control device according to Claim 11, wherein said plurality of user selectable keypads comprises a touch overlay disposed in overlying relationship with at least a portion of said graphic display.
14. The hand-held remote control device according to Claim 11, wherein said graphic display comprises a liquid crystal display.
Applications Claiming Priority (2)
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|---|---|---|---|
| US86765292A | 1992-04-13 | 1992-04-13 | |
| US867,652 | 1992-04-13 |
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| CA2087503A1 true CA2087503A1 (en) | 1993-10-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CA002087503A Abandoned CA2087503A1 (en) | 1992-04-13 | 1993-01-18 | Multimodal remote control device having electrically alterable keypad designations |
Country Status (5)
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| US (1) | US5450079A (en) |
| EP (1) | EP0566516A1 (en) |
| JP (1) | JPH0686365A (en) |
| BR (1) | BR9301357A (en) |
| CA (1) | CA2087503A1 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4280121A (en) * | 1978-06-05 | 1981-07-21 | Crask Geoffrey J | Keyboard assembly with controllable key legends |
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| JPH0323748Y2 (en) * | 1985-01-16 | 1991-05-23 | ||
| NL8500690A (en) * | 1985-03-12 | 1986-10-01 | Philips Nv | REMOTE CONTROL UNIT FOR OPERATING VARIOUS MODULES. |
| JPH01117595A (en) * | 1987-10-30 | 1989-05-10 | Nec Home Electron Ltd | Transmitter for remote controller |
| DE3821355A1 (en) * | 1988-06-24 | 1989-12-28 | Telefunken Electronic Gmbh | Selection and control system |
| JPH02168794A (en) * | 1988-12-22 | 1990-06-28 | Hitachi Commun Syst Inc | Learning remote controller |
-
1993
- 1993-01-18 CA CA002087503A patent/CA2087503A1/en not_active Abandoned
- 1993-02-15 JP JP5025812A patent/JPH0686365A/en active Pending
- 1993-03-09 EP EP93480020A patent/EP0566516A1/en not_active Withdrawn
- 1993-03-30 BR BR9301357A patent/BR9301357A/en active Search and Examination
-
1994
- 1994-09-07 US US08/301,513 patent/US5450079A/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| US5450079A (en) | 1995-09-12 |
| JPH0686365A (en) | 1994-03-25 |
| BR9301357A (en) | 1993-10-19 |
| EP0566516A1 (en) | 1993-10-20 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| EEER | Examination request | ||
| FZDE | Discontinued |