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`Certificate of Accuracy
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`Original File Name(s)
`EP0647377B2.pdf
`New European Patent Document
`WO0022758_A1.pdf
`World Organization for Intellectual
`Property
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`Translated File Name(s)
`EP0647377B2_EN.pdf
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`WO0022758_A1_EN.pdf
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`June 8, 2021
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`We, Trustpoint.One, hereby certify that to the best of our knowledge and belief the document
`attached to this letter is a true and accurate translation of the original document.
`
`For all certified translations, Trustpoint.One follows an ISO 9001:2015 certified process. A fully
`vetted professional translator who is a native speaker of the target language and expert in the
`subject matter translates the documents. Thereafter, an equally qualified linguist edits the
`translations, which are then sent back to the lead translator for finalization. As a final step, the
`project manager and quality control specialist reviews the final translation for completeness.
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`_____________________
`Zhanna Kaganovich
`Project Manager
`Trustpoint.One
`
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`
`
`Trustpoint.One
`3200 Cobb Galleria Parkway
`Suite 200
`Atlanta, GA 30339
`412.261.1101
`translate.one
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`
` Zhanna Kaganovich
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`Petitioner Hyundai Ex-1012, 0001
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`

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`European Patent Office
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`European Patent Office
`Office européen des brevets
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`EP O 647 377 B2
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`NEW EUROPEAN PATENT DOCUMENT
`Int CI.7: H04H 1/00, H04N 5/445
`(45) Publication date and publication of the notice
`(51)
`concerning the decision about the appeal:
`
`
`04/06/2005 Patent Gazette 2005/14
`International Application Number:
`(86)
`PCT/EP1994/001103
`International Publication Number:
`WO 1994/024782 (10/27/1994 Gazette 1994/24)
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`(45) Notice regarding the granting of the patent:
`01/07/1999 Patent Gazette 1999/01
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`(87)
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`(21) Application number: 94913563.6
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`(22) Application date: 04.09.1994
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`(54) PROCESS AND DEVICE FOR IDENTIFYING A PROGRAMME INFORMATION
`PROCESS AND DEVICE FOR IDENTIFYING A PROGRAMME INFORMATION
`PROCEDE ET SYSTEME PERMETTANT D’IDENTIFIER DES INFORMATIONS CONCERNANT
`UNE EMISSION
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`(84) Named contractual states:
`AT BE CH ES FR GB IT LI NL
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`(30) Priority: 04/22/1993 DE 4313107
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`(74) Representative(s): Hosbach, Hans Ulrich, Dipl.-Ing.
`et al Zenz, Helber, Hosbach & Partner,
`Patent Attorneys,
`Huyssenallee 58-64
`45128 Essen (DE)
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`Objections:
`DE-A- 4 201 696
`US-A- 5 063 610
`US-A- 5 214 792
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`(43) Publication of the application:
`04/12/1995 Patent Gazette 1995/15
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`(73) Patent Holder: ROBERT BOSCH GMBH
`70049 Stuttgart (DE)
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`Inventor: Koerber, Walter E. J.
`45133 Essen (DE)
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`US-A- 4 887 308
`US-A- 5 134 719
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`Printed by Jouve, 75001 PARIS (FR)
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`EP 0 647 377 B2
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`Petitioner Hyundai Ex-1012, 0002
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`EP 0 647 377 B2
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`and taken out of the receiver to read the identification
`information, and read out in a separate reading unit. A
`magnetic card or chip card, for example, can be used as
`a non-volatile memory. After a series of identification
`information is saved on the card, the operator takes out
`the card and places it in the reading unit. Such a reading
`unit, which is preferably connected to a database, can be
`installed in stores that sell or loan CDs, LPs and
`cassettes, for example. After reading the identification
`information, the corresponding information about the
`music title and/or the corresponding sound recordings
`can be provided to the card holder there.
`[0007] An advantageous further embodiment of the
`invention is characterized by the identification information
`being encoded on the transmitter side and decoded on
`the receiver side, either before being saved or after being
`read out from the memory. When transmitting the
`identification information, the process feasibly utilizes the
`numerous existing technical options for transmitting
`encoded information via the communication link that is
`created between the transmitter and the receiver. For
`example, the encoded identification information can be
`transmitted with the aid of a non-audible low frequency
`signal (>20kHz) or an additional HF subcarrier. The RDS
`(Radio Data System) is a known method for transmitting
`encoded information.
`[0008] Encoding the identification information also offers
`the option of allocating a specific code to each
`broadcasting program or music title, which can have a
`relatively short length. For example, the encoded
`identification information may be a binary number whose
`length results from the number of all broadcasting
`programs or music titles that are possible within a
`foreseeable time (for example, approx. 4x109
`broadcasting programs can be identified with a 32-bit
`number). It is practical to allocate information about the
`broadcasting program to the identification information,
`such as the title, the performers and the composer of a
`music title; the information that is allocated to each other
`is filed in a database, and the information about the
`broadcasting program is brought up from the database
`and output with the aid of the identification information
`after the identification information is read from the
`memory. The database represents a type of table, which
`contains the encoded identification information in one
`column (such as the above binary number) and the
`allocated information in further columns. One
`broadcasting program is allocated to one table line,
`respectively. It is practical to allocate the identification
`information to the information about the broadcasting
`program and the creation of the database in a central
`location to ensure the uniqueness of the allocation. The
`identification information
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`Description
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`[0001] The invention concerns a process for identifying a
`broadcasting program that contains sound and/or image
`information.
`[0002] Music and image broadcasts via state and private
`broadcasting facilities are consumed on a large scale.
`When listening to or viewing individual broadcasting
`programs, especially music titles, there is often a wish to
`get to know the broadcasting program or music title just
`received more closely or to purchase it for storage in a
`home or private archive. However, corresponding
`targeted coverage of these requirements is generally
`excluded due to lack of knowledge of the title, the
`composer or the performers. The already rare title
`announcements are often insufficient or difficult to
`remember; the announcements are also often not
`noticed, or missed. Taking written notes of title
`information transmitted in the broadcast is difficult and
`often not safely possible, for example, when receiving
`the transmission by car radio in moving traffic. Specific
`requests from the respective broadcasting facility only
`bring the desired information rarely and then only with a
`considerable investment of time and expense.
`[0003] Patent document US 5 063 610 describes a
`broadcasting system with accompanying data
`transmission and storage. Parallel to music broadcasts,
`the broadcaster transmits information texts that identify
`the transmitted music program (preferably in a digital
`format). A receiver receives the broadcast and decodes
`and saves the identifying information between, so that it
`can be output later. The information texts to be identified
`contain information about the title, performers and
`recording medium. The operator can read this clear text
`information on a display or have it printed out on a paper
`strip printer.
`[0004] The task of the invention is to enable simple and
`reliable identification of a broadcasting program,
`particularly a music title, by the operator of a receiver.
`[0005] This task is solved by the invention by means of a
`process with the attributes of Claim 1.
`[0006] The transmission of the identification information
`allocated to the broadcasting program enables a listener
`or operator to identify the music title in a simple and
`reliable manner. A simple operator input (such as
`pushing a button) is sufficient for this purpose, and the
`identification information is saved. This saved
`identification information then easily permits the operator
`or listener to identify the heard or seen broadcasting
`program. A non-volatile memory that can be taken out of
`the receiver is used,
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`Petitioner Hyundai Ex-1012, 0003
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`

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`EP 0 647 377 B2
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`is arrayed separately from the receiver and connected
`with an output device. When identification information
`has been saved as a result of operating the input device,
`the non-volatile memory can be taken out of the receiver
`and inserted into the separate reading unit. Herein the
`memory can save either the encoded or the decoded
`identification information. When the memory saves the
`encoded identification information, the decoder is
`arrayed in the reading unit, wherein the encoded
`identification information is decoded after reading. In the
`preferred exemplary embodiment, the reading unit is
`connected with a database that contains information
`about the broadcasting program, such as the title, the
`performers and the composer of a music title. Herein the
`reading unit accesses the database with the aid of the
`read identification information. In this exemplary
`embodiment, the output device that is connected with the
`reading unit outputs the information about the
`broadcasting program by printing it out and/or displaying
`it.
`[0012] The input device preferably possesses a flip-flop
`whose set input is connected to a button,
`and whose reset input is connected to the memory in
`such a manner that the flip-flop is reset after the
`identification information is saved. Such an array has the
`advantage that the entry that is associated with the wish
`to identify the broadcasting program can be made even
`before the encoded or decoded identification information
`of the just-transmitted program is available to be saved.
`This is especially necessary when the identification
`information is only transmitted at the end of the
`broadcasting program or repeatedly at specified
`intervals.
`[0013] Aside from the non-volatile memory (which can
`be taken out of the receiver), the system may contain a
`further, volatile memory (such as a RAM) for interim
`saving of encoded and/or decoded identification
`information. This interim memory may be arrayed so that
`it saves the identification information that is transmitted
`with the broadcasting program and then outputs it to the
`non-volatile memory when the operator has operated
`the input device. The filtration means, the decoder, the
`input device, the interim memory (RAM) and the non-
`volatile memory as well as a control unit that controls the
`transmissions between these component groups can be
`linked via a shared bus. Herein the control unit may
`contain a microprocessor.
`[0014] Advantageous further embodiments of the
`invention are identified in the sub-claims.
`[0015] The following further describes the invention on
`the basis of exemplary embodiments that are shown in
`the diagrams. In the diagram, the following:
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`is used to refer to the corresponding dataset of the
`database after it is read out. These technologies to query
`a database are known in the state of the art.
`[0009] In a practical embodiment of the invention, the
`identification information is transmitted along with the
`sound and/or
`image
`information. The
`identification
`information is then placed in interim memory on the
`receiver side for a specified time interval after the sound
`and/or
`image
`information
`is separated
`from
`the
`identification information, and the identification information
`that was placed in interim memory is permanently saved if
`the operator makes an entry in the specified time interval.
`Interim saving of the identification information ensures that
`the operator entry can be made at any desired time during
`and/or
`immediately after
`the sound and/or
`image
`information of the broadcasting program is played. It is
`advantageous that the identification information of each
`broadcasting program is repeatedly sent, received and
`placed in interim memory until the next broadcasting
`program begins.
`If,
`for example,
`two broadcasting
`programs or music titles are separated by a brief word
`program, the identification information of the previous
`music title continues to be transmitted during the word
`program. The listener can decide while listening to (and/or
`viewing) the broadcasting program and directly afterwards
`whether they wish to make an entry, thus making it
`possible to identify the broadcasting program.
`[0010] An array to implement the process in accordance
`with the invention possesses five significant components:
`a filtration means, an input device that can be selectively
`operated by the user, a memory, a
`decoder, and a reading unit. The filtration means is
`arrayed in or on the receiver and separates encoded
`identification information that corresponds to the received
`broadcasting program from the signal that is received from
`the transmitter. The input device that can be selectively
`operated by the user is also arrayed on the receiver, and
`serves for the selection of the received broadcasting
`program for identification. The memory is linked with the
`input device and saves the identification information
`depending on whether the input device is operated. The
`decoder decodes the identification information and can be
`connected with the memory (if the memory saves the
`encoded
`identification
`information,
`the
`input of
`the
`decoder can be connected with the memory, and when the
`memory saves the decoded identification information, the
`output of the decoder can be connected with the memory).
`The reading unit can be connected with the memory and
`reads out and evaluates the identification information that
`is saved in the memory.
`[0011] In this array, the memory is non-volatile, removable
`from the receiver, and insertable into a reading unit,
`wherein the reading unit
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`Petitioner Hyundai Ex-1012, 0004
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`

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`EP 0 647 377 B2
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`the saved identification codes out of the memory 6', and
`allocates information about the respective music title
`(performers, title, composer, year of publication etc.) to
`these codes by accessing a dataset of a database 11 with
`the aid of the respective specific identification code of a
`music title. The database 11 is organized in a known
`tabular manner so that the identification code can be used
`to refer to a line in a table or a dataset. The line in the table
`contains information about the music title in corresponding
`fields. The information about the music title that is thereby
`obtained from the reading unit 10 is transmitted to an
`output device 12. The output device 12 can display and/or
`print out the information that is obtained in this manner.
`Using the information obtained in this manner, it is relatively
`simple for the operator to specifically purchase music
`recordings of the corresponding music titles.
`[0020] Within the scope of the idea behind the invention,
`numerous modifications of the system to perform the process
`in accordance with the invention are conceivable. Some of
`these exemplary embodiments are shown as block diagrams
`in figures 2 to 5.
`[0021] Figure 2 shows a block depiction of an exemplary
`embodiment, in which the receiver 2 possesses a minimum
`of additional components. Aside from the demodulation and
`booster circuits, the receiver 2 has only three additional
`components to fulfill the process in accordance with the
`invention. A filter 3 (F) serves to separate the identification
`code from the received signal. The output signal of the filter 3
`reaches the memory 6 (Sp) via an input device 4. When the
`input device 4 is operated, the memory 6 saves the
`identification code. The memory is non-volatile, removable
`from the receiver 2, and can be connected to a reading unit
`10 (L).
`[0022] When the memory 6' (Sp') is connected to the
`reading unit 10, the identification code is read out and
`transmitted to a decoder (D). The decoder (D) decodes the
`identification code and passes the decoded identification
`information on to an output device 12 (A). The output
`device displays the identification information and/or prints it
`out. The reading unit (10), decoder (D) and output device
`12 are arrayed separately from the receiver 2 and if
`applicable, at a spatial distance.
`[0023] The identification information that is output by the
`output device 12 identifies a music title in a unique manner.
`Similarly, to an ISBN number that is used for book titles, the
`operator can use the decoded and output identification
`information to specifically cover their requirements for a
`recording of the heard music title.
`[0024] Fig. 3 shows another exemplary embodiment of a
`device to perform the process in accordance with the
`invention. In this system, the
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`Fig. 2 – 5
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`show a schematic diagram of a system to
`perform the process in accordance with the
`invention; and
`block diagrams of exemplary embodiments of
`the array.
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`[0016] Fig. 1 shows a schematic diagram of a device to
`perform the process in accordance with the invention.
`Before a music title is broadcast by a broadcaster 1, an
`identification code is allocated to it. This is practically
`performed at a central location in order to ensure that a
`specific, unique identification code is allocated to each
`music title. Before the music title that has been recorded
`on various recordings is passed on to the broadcasting
`facilities, the allocated identification code is noted on the
`music recording or an accompanying information carrier
`medium. On the broadcaster side, the identification code is
`either entered into the transmitter 1 automatically or by
`means of an operator entry that is performed in parallel
`with the music title stored on the recording, and broadcast
`by the transmitter 1.
`[0017] The signals that are encoded or modulated in the
`customary manner (sound information and identification
`code) then reach a receiver 2. The receiver 2 has a filter 3,
`which separates the identification code from the sound
`signals. The sound information that forms the music title is
`output in the customary manner via an amplifier 7 and
`loudspeaker 8, and thereby reach the listener or the
`operator of the receiver. The filtered or separated
`identification code is sent to a control unit 5 that is
`connected with an input device 4 and a memory 6. The
`input device 4, such as a button, is operated by the listener
`or operator if they wish to identify the just-heard music title.
`When operating the input device 4, an impulse is sent to
`the control unit 5, which then passes the code that it
`received from the filter 3 on to the memory 6. The memory
`6 saves the identification code that was selectively chosen
`by the operator.
`[0018] Depending on the embodiment of the system and
`size of the memory 6, the operator can consecutively save
`the identification codes of several heard music titles. The
`memory 6 is a non-volatile memory; that is, it continues to
`hold the saved identification codes even when the power
`supply of the receiver 2 is shut down. The memory 6 may,
`for example, consist of a magnetic card or chip card.
`[0019] When the operator later desires the identification
`codes of the heard and selectively chosen music titles,
`they take the memory 6 out of the receiver 2 and connect
`the memory with a reading unit 10 that is arrayed in
`another location. The connection can take place, for
`example, by inserting the magnetic or chip card into a
`corresponding device. The reading unit 10 reads
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`Petitioner Hyundai Ex-1012, 0005
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`the bus. Depending on the input options that are desired in the
`respective exemplary embodiment, the input device 4 may
`consist of a button in the simplest case, or possess a keypad.
`[0030] Within the scope of the idea behind the invention,
`numerous modifications of the system to perform the process in
`accordance with the invention are conceivable. The output
`identification code can be printed out in the form of digits and/or
`letters. The use of a bar code (similarly to the EAN bar code) is
`also conceivable. Likewise,
`the use of
`the process
`in
`accordance with
`the
`invention on devices
`for
`image
`transmission - such as video - in an analogous manner is also
`conceivable. The
`transmitter and receiver may also be
`connected to each other via cables. It is also conceivable that
`the reading unit of the memory can access a central database,
`which can be implemented via customary telephone lines or
`other communication links.
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`receiver 2 additionally possesses a decoder (D) that is
`directly connected to the output of the filter 3. The
`decoder
`(D)
`transmits
`the decoded
`identification
`information both to the memory 6 (Sp) and to a first
`output device (A1). The first output device (A1) displays
`the identification information and/or prints it out. In this
`manner, the operator of the receiver 2 can directly further
`use the identification information (a specific number and
`if applicable, also the title and the performers). An input
`device 4 is connected to the memory 6; when it is
`operated, the memory saves the currently available
`identification information. Contrary to Fig. 2, wherein the
`input device interrupts the connection between the filter
`3 and the memory 6, the input device is connected to a
`separate control input of the memory 6 in the exemplary
`embodiment in accordance with Fig. 3.
`[0025] The memory 6 that saves the identification
`information can be taken out of the receiver 2 and
`connected with a reading unit 10 (L).
`The reading unit 10 that is arrayed separately from the
`receiver 2 reads the identification information from the
`memory 6' (Sp') and passes it on to a second output
`device (A2) which is able to output the read information in
`the manner descr bed above.
`[0026] The reading units 10 in the exemplary
`embodiments according to Figures 2 and 3 can be
`connected to a database in the manner shown in
`Figure 1 in order to enable them to obtain further
`information about the music title.
`[0027] Figures 4 and 5 show exemplary embodiments of
`the system, wherein the receiver-side components are
`respectively connected to each other via a bus.
`[0028] Figure 4 shows a system in which a filter 3
`outputs the encoded identification information onto a
`bus. This information that is output to the bus can be
`saved by an interim memory (Zsp). Furthermore, a
`memory 6 is connected with a reading unit 10 (Sp/L)
`with the bus and with an input device 4. The bus is
`furthermore connected with a decoder (D)
`that
`decodes the identification information and passes it on
`to an output device 12.
`[0029] Figure 5 shows a system in which the
`identification information that is separated from the
`received signal of a receiver by a filter 3 is immediately
`passed on to a decoder (D) and decoded. The decoder
`(D) outputs the decoded identification information to a
`bus. A control unit 5 (St), an input device 4, an interim
`memory (Zsp), an output device 12 (A) and a non-volatile
`memory 6 with a reading unit 10 (Sp/L) are furthermore
`connected with the bus. The control unit 5 possesses a
`microprocessor and controls the information exchange of
`the individual components via
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`EP 0 647 377 B2
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` information about the transmission, e.g. the title, the
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`Method according to claim 2, characterised in that
`performer and the composerof a musical title, is as-
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`information about the transmission, e.g. thetitle, the
`signed to the code, that the code and the informa-
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`tion assigned thereto are filed in a database (11),
`performer and the composerof a musicaltitle, is as-
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`that the reading device (10) is connected to the da-
`signed to the code, that the code and the informa-
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`tabase (11) and that, once the identification infor-
`tion assigned thereto are filed in a database (11),
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`mation has been read out of the memory (6), the
`that the reading device (10) is connected to the da-
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`information about the transmission is retrieved from
`tabase (11) and that, oncetheidentification infor-
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`mation has been read out of the memory (6), the
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`information about the transmission is retrieved from
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`the database (11) with the aid of the identification
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`information and output.
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` Methodaccording to one of claims 1 to 3, charac-
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`terised in that the identification information is
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`memory (6) in the event of an operator input effect-
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`ed within the predetermined period of time.
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`1. Method of identifying a transmission containing au-
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`Revendications
`dio and/or video information, in particular a musical
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`25
`title, in which identification information is assigned
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` Procédé diidentification d'une contribution d'émis-
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`to the transmission and the audio and/or video in-
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`sion contenant des informations de son et/ou d'ima-
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`formation and the identification information are
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`ge, en particulier d'un titre de musique, oul
`
`a la contribution d'émission est associée une infor-
`
`
`30
`mation d'identification, et les informations de son et/
`
`
`ou diimage et
`l'information d'identification étant
`
`transmises d'un émetteur (1) a un récepteur (2),
`
`
`l'information d'identification étant séparée cété ré-
`
`
`cepteur vis-a-vis des informations de son et/ou
`
`d'image,
`35
`
`une introduction par un opérateur, faite pendant une
`
`
`restitution des informations de son et/ou d'image de
`
`
`la contribution d'émission, étant surveillée, par la-
`
`
`quelle l'opérateurfait requéte de l'identification de
`
`
`la contribution d'émission actuelle,
`
`40
`
`l'information d'identification, a chaque introduction
`
`par opérateur, est mémorisée dans une mémoire
`
`
`
`
`
`non volatile (6) susceptible d'étre prélevée du ré-
`
`
`
`cepteur (2),
`
`
`
`la mémoire (6) est prélevée du récepteur (2) et est
`
`
`45
`2. Method according to claim 1, characterised in that
`couplée a un dispositif de lecture (10) séparé, et
`
`
`
`
`
`'information d'identification est lue au moyen du
`the identification information contains a code which
`
`
`
`dispositif de lecture (10) a partir de la mémoire (6)
`is decoded onceit has been read out of the memory
`
`(6).
`at est retraitée dansle but d'identifier la contribution
`
`
`
`a l'émission,
`
`50
`
`
`
`
`Procédé selon la revendication 1, caractérisé en
`
`
`
`ce quel'information d'identification contient un co-
`
`de qui est décodé aprés lecture depuis la mémoire
`
`(6).
`
`55
`
`
`transmitted simultaneously with the audio and/or
`video information and, onceit has been separated
`from the audio and/or video information,
`is stored
`temporarily for a predetermined period of time at the
`receiving end and that the temporarily stored iden-
`tification information is stored in the non-volatile
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
` 5
`
`
`
`the database (11) with the aid of the identification
`information and output.
`
`to 3, charac-
`4, Method according to one of claims 1
`terised in that the identification information is
`
`transmitted simultaneously with the audio and/or
`video information and, once it has been separated
`from the audio and/or video information,
`is stored
`temporarily for a predetermined period of time at the
`receiving end and that the temporarily stored iden-
`tification information is stored in the non-volatile
`
`memory (6) in the event of an operator input effect-
`ed within the predetermined period of time.
`
`Claims
`
`transmitted by a transmitter (1) to a receiver (2), the
`identification information is separated from the au-
`dio and/or video information at the receiving end,
`an operator input by means of which the operator
`requests identification of the current transmission is
`monitored during the reproduction of the audio and/
`or video information of the transmission, the identi-
`fication information is stored upon each operator in-
`put in a non-volatile memory (6) which can be re-
`moved from the receiver (2), the memory (6) is re-
`moved from the receiver (2) and is connected to a
`separate reading device (10) and the identification
`informationis read out of the memory (6) by means
`of the reading device (10) and is further processed
`in order to identify the transmission.
`
`
`
`
`
`
`
`
` Procédé selon la revendication 2, caractérisé en
`
`
`
`6
`
`
`
`
`
`Petitioner Hyundai Ex-1012, 0007
`
`

`

` EP 0 647 377 B2 12
` 11
`
`ce qu'au code sont associées des informations
`
`
`concernant la contribution d'émission, telles que,
`
`
`par exemple, le titre, les interprétes et le composi-
`
`
`teur d'un titre de musique, en ce que le code etles
`informations lui étant associées sont placés dans
`une banque de données(11),
`en ce quele dispositif de lecture (10) est couplé a
`la bande de données(11), et
`en ce qu'apréslecture de l'information d'identifica-
`tion a partir de la mémoire (6), les informations con-
`cernantla contribution d'émission sont appelées a
`l'aide del'information d'identification, a partir de la
`banque de données (11), et sont sorties.
`
`volatile (6).
`
` 5
`
`
`
`
`
`
`
`10
`
`
`
`
`15
`
`
`
`
`20
`
`
`
`
`25
`
`
`
`
`30
`
`
`
`
`35
`
`
`
`
`40
`
`
`
`
`45
`
`
`
`
`50
`
`
`
`
`55
`
`7
`
`
`
`
`
`
`
`
`
`Procédé selon l'une des revendications 1 a 3, ca-
`ractérisé ence que l'information d'identification est
`envoyée en accompagnement aux informations de
`son et/ou d'image et, cété récepteur, est soumise a
`un stockage intermédiaire aprés séparation vis-a-
`vis des informations de son et/ou d'image, pendant
`une durée d'intervalle de temps prédéterminé, et
`l'information d'identification ayant été soumise a un
`stockage intermédiaire, dans le cas d'une introduc-
`tion opérateur effectuée dans l'intervalle de temps
`prédéterminé, est mémorisée dans la mémoire non
`
`
`
`
`
`
`
`
`
`Petitioner Hyundai Ex-1012, 0008
`
`

`

`EP 0 647 377 B2
`
`
`STEUEREINRICHTUNG =
`MUSIKTITEL (AUF KONSERVE) =
`CONTROL UNIT
`MUSIC TITLE (FOR LATER USE)
`CODE = CODE
`ZUORDNUNG = ASSIGNMENT
`MUSIKTITEL-AUSGABE = MUSIC
`LESEEINRICHTUNG = READER
`TITLE OUTPUT
`UNIT
`EMPFAENGER = RECEIVER
`SPEICHER = MEMORY
`FILTER = FILTER
`INFORMATIONEN ZUM MUSIKTITEL (INTERPRETEN, TITEL, KOMPONIST) = INFORMATION ABOUT THE
`MUSIC TITLE (PERFORMS, TITLE, COMPOSER)
`
`AUSGABE-EINRICHTUNG =
`OUTPUT UNIT
`SENDER = TRANSMITTER
`DATENBANK = DATABASE
`
`
`
`
`
`
`
`8
`
`
`
`
`
`Petitioner Hyundai Ex-1012, 0009
`
`

`

`EP 0 647 377 B2
`
`
`
`
`
`
`9
`
`
`
`
`
`
`
`
`Petitioner Hyundai Ex-1012, 0010
`
`

`

`EP 0 647 377 B2
`
`
`
`
`
`
`
`10
`
`
`
`
`
`
`
`Petitioner Hyundai Ex-1012, 0011
`
`

`

`\ a AMMOMACA
`
`(19) 0
`
`European Patent Office
`Office européen des brevets
`
`(11)
`
`EP 0 647 377 B2
`
`(12)
`
`NEUE EUROPAISCHE PATENTSCHRIFT
`
`(45) Veréffentlichungstag und Bekanntmachung des
`
`Hinweises auf die Entscheidung Uber den
`Einspruch:
`06.04.2005 Patentblatt 2005/14
`
`{51} Int cl.?; HO4H 1/00, HO4N 5/445
`
`{86)
`
`Internationale Anmeldenummer:
`PCT/EP1994/001103
`
`(45) Hinweis auf die Patenterteilung:
`07.01.1999 Patentblatt 1999/01
`
`(21) Anmeldenummer: 94913563.6
`
`(87) Internationale Veréffentlichungsnummer:
`WO 1994/024782 (27.10.1994 Gazette 1994/24)
`
`(22) Anmeldetag: 09.04.1994
`
`(54) VERFAHREN UND ANORDNUNG ZUM IDENTIFIZIEREN EINES SENDEBEITRAGES
`
`PROCESS AND DEVICE FOR IDENTIFYING A PROGRAMME INFORMATION
`
`PROCEDE ET SYSTEME PERMETTANT D’IDENTIFIER DES INFORMATIONS CONCERNANT
`UNE EMISSION
`
`EP0647377B2
`
`Ponted by Jouve. 75001 PAAIS (FA)
`
`Petitioner Hyundai Ex-1012, 0012
`
`(84) Benannte Vertragsstaaten:
`AT BE CH ES FR GBIT LI NL
`
`(30) Prioritat: 22.04.1993 DE 4313107
`
`(43) Veréffentlichungstag der Anmeldung:
`12.04.1995 Patentblatt 199545
`
`(73) Patentinhaber: ROBERT BOSCH GMBH
`70049 Stuttgart (DE)
`
`(72) Erfinder: Koerber, Walter E. J.
`45133 Essen (DE)
`
`{74) Vertreter: Hosbach, Hans Ulrich, Dipl.-Ing. et al
`Zenz, Helber, Hosbach & Partner,
`Patentanwalte,
`Huyssenallee 58-64
`45128 Essen (DE)
`
`(56) Entgegenhaltungen:
`DE-A- 4 201 696