SOUND EVENT DETECTION SYSTEM

Abstract

The invention relates to a sound event detection system (1) comprising a data processing unit (2) and a sound event recording unit (11). The data processing unit (2) is suitable for generating a user interface (5) that can be displayed on a data display device (4) that is data-connected to the data processing unit (2). Several user data entries (8) can be generated via the user interface (5) using a data input device that is data-connected to the data processing unit (2). These user data entries can be stored in a database (10) that is connected to the data processing unit (2) via at least one database interface. Functional data (9) can be generated in the data processing unit (2) by comparing and / or data-connected to the system data (7) stored in the data processing unit (2).The sound event recording device (11) is arranged in a transport vehicle (12), in particular a small van, which is connected to the database (10) via data processing. The sound event recording device (11) comprises at least one digital audio interface (15) arranged in a mobile and / or portable frame (14) that can be attached to the transport vehicle (12), in particular a small van, and having at least several microphone inputs for several microphones that can be stowed in the transport vehicle (12), in particular a small van. The transport vehicle (12), in particular a small van, includes a navigation and communication device (16) which is connected to the data processing device (2) via data processing.The transport vehicle (12), in particular a small van, includes a computing device (17), in particular a portable device, which is connected to the audio interface (15) and to the data processing device (2). When navigating the transport vehicle (12), in particular a small van, and / or when communicating with the communication device (16), and / or when exchanging data with the computing device (17), at least some of the functional data (9) can be queried electronically.

Description

AREA OF INVENTION

[0001] The invention relates to a sound event detection system according to the preamble of claim 1. Accordingly, the sound event detection system comprises a data processing device and a sound event recording device. A sound event can include music, for example from a solo artist, or from a group of artists, such as a choir or orchestra. The sound event can also include speech, for example in the form of a (pre-)read text, or a conversation between two or more people. The sound event can also include the sounds of (young) children or animals.

[0002] The data processing unit is capable of generating a user interface (IT platform) that can be displayed on a data display device that is connected to the data processing unit via data and communication technology. The (data / communication) connection can be established via an internet network or cloud connection. The data display device can be a component of a PC, tablet, smart device, smartphone, or other (mobile) user device. Using a data input device (keyboard, touchscreen, speech recognition) that can be connected to the data processing unit, multiple user data entries can be generated via the user interface. These entries can then be stored in a database connected to the data processing unit via at least one database interface.

[0003] Functional data can be generated in the data processing system by comparing and / or assigning user data to system data stored within the system. System data can be assigned to a user database, a geodatabase (navigation), a sound engineer database (containing at least contact information and know-how data of sound engineers), a sound engineering database (containing at least information on sound engineering equipment and / or software, such as drivers for hardware components of the recording module, especially the audio interface and microphone preamplifier), an audio database (containing customer-specific digital audio files), a cost table, a calendar, an email client, a messaging client, etc.The sound event recording device is located in a transport vehicle, in particular a small van, which is connected to the database. A small van is, for example, a VW T6, VW Multivan, a VW ID. Buzz, a Mercedes V-Class, a Ford Tourneo, or a comparable vehicle. The sound event recording device comprises at least one digital audio interface, arranged in a mobile and / or portable frame that can be attached to the transport vehicle (small van), with at least several microphone inputs or with at least one interface for at least one microphone preamplifier for several microphones that can be stowed in the transport vehicle.

[0004] Furthermore, the invention relates to a method for detecting a sound event according to the preamble of claim 11. In this method, a user interface generated by a data processing unit is displayed on a user's data display device. Several user data entries are generated via the user interface using a data input device connectable to the data processing unit. These entries are stored in a database connected to the data processing unit via at least one database interface. Functional data is generated in the data processing unit by comparing the user data with system data stored in the data processing unit and / or assigning them to the corresponding system data. TECHNOLOGICAL BACKGROUND

[0005] Previously, capturing a sound event, such as recording a song by a small group of performers / artists, required contacting a recording studio and, if commissioned, traveling to the studio's location. This usually necessitated bringing the performers' / artists' portable musical equipment with them.

[0006] Market research in the recording studio industry has revealed that most artists perceive recording studio services as opaque, difficult to understand, and therefore hard to compare. Furthermore, many artists are deterred by the logistical effort involved in traveling to and from a recording studio. This is where the invention comes in. PRESENTATION OF THE INVENTION

[0007] The task to be solved is to simplify the recording of sound events and make it more attractive for artists / performers or other involved parties. This task is solved by a sound event recording system according to claim 1. Accordingly, the transport vehicle (small van) comprises a navigation and communication device which is connected to the data processing device. The transport vehicle comprises at least one, in particular portable, computing device, for example, a notebook or laptop, which can be connected to or is connected to the audio interface and / or to the data processing device. A computing device can be assigned to one or more (sound) engineers. (Sound engineering) software compatible with the audio interface can be installed on the computing device.Another computing unit may be assigned to the navigation / communication unit.

[0008] When navigating the transport vehicle and / or communicating with the communication device and / or exchanging data with the computer, at least some of the functional data can be queried electronically. Preferably, the communication device is permanently installed in the transport vehicle, and the (portable) computer is assigned to the technician. A data interface between the transport vehicle or the transport vehicle's communication device and the audio interface is not required. The audio interface functions as a mixing console to which several microphones can be connected (directly and / or via a preamplifier) ​​for audio recording. The microphones and their cables are located in the transport vehicle. User data (e.g., address, sound event genre) and / or functional data (e.g.,Information regarding the sound equipment is sent to the contact address of the driver / technician stored in the system data or verified against the system data. Navigation data is sent directly to the transport vehicle or to the driver / technician inside the vehicle. Therefore, consultation between the user (customer) and management is not strictly necessary; the information is processed transparently by the system. The technician receives an order from the system, goes to the transport vehicle, and, supported by the system navigation data and / or the connection to the data processing unit, drives to the recording location to record the sound event. This eliminates travel and transport costs for the artist(s) / performer(s) / customer(s).The cargo area of ​​the (small) van can be specially designed to accommodate audio equipment, thus optimizing the use of available storage space. Drawers, compartments, and similar features are adapted to the dimensions of the technical equipment. This facilitates, for example, a completeness check before the (small) van is driven to the location of the sound recording.

[0009] Preferably, the audio interface includes at least one low-latency driver, at least one interface or connection to (e.g., installed on the technician's computer) audio studio simulation software, at least one Thunderbolt port with a Thunderbolt 2, Thunderbolt 3, Thunderbolt 4, or higher standard, and / or at least eight microphone inputs, preferably expandable to at least 32 microphone inputs, and / or at least one Alesis Digital Audio Tape (ADAT) interface. Latency refers to the signal delay during signal processing and should be noticeably less than approximately 10 ms. The audio interface's sample rate can be adjusted, for example, to ensure low latency when recording the sound event. Low latency is particularly important for acoustic effects (reverb, compression, pitch correction).The raw signal passes through the interface's preamplifier into the audio software, where it is processed. From there, it returns to the audio interface and is transmitted to the performer's and / or sound engineer's headphones via digital-to-analog conversion. Microphones can be connected to the preamplifier linked to the audio interface. Only with low latency from the audio interface, thanks to its high-performance processors, can a high-quality, and therefore professional, audio recording be achieved, especially when using effects software plugins or effect processors (reverb plugins, pitch correction plugins, etc.).

[0010] To expand the number of microphone channels, it can be useful to add microphone inputs via the device. Ideally, these channel expansions are automatically displayed in the audio interface software and can be controlled accordingly. For example, a (12-channel) microphone preamplifier can be connected to the ADAT interface using an ADAT cable. With two preamplifiers, it would be possible to provide an additional 24 microphone inputs, allowing, for instance, the music of an orchestra or (big) band to be recorded with the sound event capture system at the location where the orchestra or band is based, i.e., in the concert hall where the orchestra regularly rehearses. The orchestra musicians therefore do not need to travel to a recording studio, nor do they need to transport their instruments.This also has a positive effect on the recording quality, as the recording takes place in familiar surroundings and not in an unfamiliar location for the musicians. Furthermore, significant cost savings are achieved in terms of transportation and travel expenses. A potentially better result is also possible due to the reduced stress level for the artists, resulting from the elimination of travel arrangements and the need to ensure the safe transport of instruments, as well as the time saved by these arrangements.

[0011] A Thunderbolt interface (standard 3 or 4 or higher) allows essential extensions of the recording equipment to be compatible with PC operating systems, especially macOS and / or iOS operating systems.

[0012] According to a preferred variant of the sound event detection system, the user data includes the user's name, user's address, user's billing address, the address for sound event detection, the number of people involved in sound event detection, the type of sound event, the expected duration of the sound event, the presence of a need for acoustic processing of the detected sound event, the presence of a need for assistance during sound event detection, the presence of a need for consultation, and / or the presence of a need for special equipment on the transport vehicle.The user interface can be configured to allow selection of parameters such as whether the sound event originates from a solo artist, a (big) band, a choir, or an orchestra; the relevant sound event or music genre for recording (ballad, rock, gospel, classical, early music, film score, speech, audiobook, conversation, noise, etc.); and the duration of the sound event or the number of sound sub-events (number of musical pieces). Based on this information, a comparison is made with the system data stored in the data processing unit. This allows the system to contact and assign one or more technicians with experience in the complexity and / or genre of the sound event, based on the user's specifications.The assignment or instruction of the technicians can also include information regarding the (audio engineering) equipment or the scope of the (audio engineering) equipment of the transport vehicle. This is also based on a comparison of the user data with the stored system data. The system data also includes cost and price information, such as for travel expenses, technician fees, costs for assistance, equipment rental fees, as well as planning and booking surcharges. The result of this comparison is functional data generated by the system, or a functional data package, which is sent at least partially to the transport vehicle, and / or at least partially to the technician(s), and / or at least partially to the computing device, for example, a PC connected to the audio interface, and / or at least partially to the operator or the management of the sound event detection system, and / or to the user.By intelligently matching and mapping user data with system data, a functional data package optimized in terms of efficiency, cost, time, and energy consumption is generated. This may involve a data processing module that includes or is derived from AI-based software (AI: Artificial Intelligence, i.e., encompassing measures that are intelligently automated and machine-learned).

[0013] According to a preferred configuration, the system data also includes crew data, partner data, a location list, an equipment list, contract data, and user data of already registered users of a customer or user database. The data processing system can further be configured to generate analytical data based on the system data and the functional and / or user data, which can be used to create statistics, for example, regarding the age, gender, and (geographic) origin of customers, the type of instruments used / requested, skill level, customer motivation, and the playing practices of participants, as well as any effects on personal development or other characteristics.The analytics data can be used or made available for studies or research-related evaluation or survey data, for advertising partnerships, for an integrated (e-)shop, for educational purposes, and / or to promote the artist / music scene. Using the analytics data, questionnaires can be circulated and surveys generated via the data processing facility, which can be useful, for example, in cooperation with (public or private) music and / or educational institutions.

[0014] Once the user has generated the data relevant for recording the sound event(s) via the user interface and transmitted it to the data processing unit, the audio equipment in the transport vehicle is assembled, and the vehicle departs for the recording location. At the recording location, it may be advisable for the technician(s) to acoustically prepare the surroundings, such as the (rehearsal) room, apartment, hall, etc., for example, by acoustically shielding various sound sources. Therefore, it may be useful for portable soundproofing equipment to be included as standard equipment in the transport vehicle.

[0015] When entering and submitting user data, the user can select whether only recording is desired, or whether an additional (optional) audio engineering service, such as editing / mixing / mastering, is also required. Optionally, the system can also arrange for the system to connect the user with a qualified audio or mixing / mastering engineer. Based on the user's input, the sound event recording system calculates the final price the user must pay the system operator for recording the sound event and handling the audio track(s). If the user does not wish to edit the audio track(s), they can download the audio track(s) generated by the recording system from the database or a data cloud.

[0016] According to a preferred variant of the sound event detection system, the functional data may include the number of sound engineers for preparing and carrying out the sound event detection, the number of assistants and / or musicians for carrying out the sound event detection, travel information concerning the engineer(s), vehicle equipment information, planning information concerning the expected duration of the sound event detection, planning information for the expected timeframe for the sound event detection, planning information for the expected costs for the sound event detection, planning information for the expected costs for acoustic processing or post-production of the detected sound event, and / or audio data or audio tracks.The functional data may also include overnight accommodation information, (travel) cost information for the technician(s), or data relating to the equipment of the transport vehicle, for example the number of microphones, the number of cables required, any soundproofing materials, etc.

[0017] According to another system variant, efficient sound recording is achieved when the audio interface is housed in a 19-inch trolley rack. The technician can remove the rack from the transport vehicle and roll it to a suitable position at the recording location. The rack can include, for example, the following components: at least one power conditioner, at least one rack power strip, at least one headphone amplifier (preferably multi-channel), at least one audio interface, and / or at least one microphone preamplifier (preferably multi-channel).

[0018] According to a preferred variant of the sound event detection system, the data processing unit can transmit navigation data to the navigation and communication unit of the transport vehicle that pertains to the pending sound event detection. By having multiple users request the recording of several sound events at different locations, the data processing unit of the detection system calculates an energy-efficient and environmentally optimized recording sequence, taking into account the shortest and / or fastest, or most efficient, routes for the transport vehicle.To improve the overall environmental footprint of the noise detection system, it can be advantageous to transmit the most cost-effective and environmentally friendly navigation route to the navigation and communication system or to the driver / technician of the transport vehicle when multiple noise detections are pending. Further improvements to the system's environmental footprint can be achieved if the transport vehicle is powered without a combustion engine, particularly electrically or hybridly. For example, a hybrid vehicle comprising a combustion engine and an electric motor could be used. Additionally, solar panels could be installed, for example on the roof of the transport vehicle, to independently generate electricity for operating the vehicle and / or its equipment.

[0019] Preferably, the data processing device is suitable for sending messages and / or data, in particular audio data, to the user, the system operator, the transport vehicle, the driver of the transport vehicle, the sound technician present in the transport vehicle, an assistant, an audio engineer, and / or a musician. A chat function may also be provided for the exchange of information between several or all parties involved in order generation and processing.

[0020] Among other things, to simplify communication between user, technician and / or musician, it may be provided that, in particular on the database, an application software (APP) is stored and can be accessed, in particular via an internet connection, whereby the user of the system, the operator of the system, a technician and / or a musician has data-technical access to system information, user data, audio files, communication data and / or function data.The app can inform the user when the technician is on the road, it can allow the user to download a recording (audio track(s)), it can send information (messages) to a technician or engineer or musician, it can provide information relating to the organization and planning of the sound event recording, and furthermore be suitable for communication between involved persons and between involved persons and the data processing system.

[0021] Furthermore, simplifying the recording of sound events, in order to make sound event recording more attractive for artists / performers or other persons involved, is achieved with a method for recording a sound event according to claim 11. In the method, at least some of the functional data generated as described above are transmitted to a sound event recording device and / or (vehicle) communication device and / or computing device (of the technician) arranged in a transport vehicle (small van) that is connected to the database, so that the transport vehicle can be navigated to the location of the sound event, and so that the equipment and / or personnel of the transport vehicle can be configured for recording the sound event.

[0022] The user data may include the user's name, address, billing address, address for sound event recording, number of people involved in sound event recording, type of sound event, expected duration of sound event, need for acoustic processing or audio post-processing of the recorded sound event, need for assistance during sound event recording, need for consultation, and / or need for special equipment on the transport vehicle.

[0023] The functional data may include the number of sound engineers for preparing and carrying out the sound event recording, the number of assistants and / or musicians for carrying out the sound event recording, vehicle equipment information, planning information regarding the expected duration of the sound event recording, planning information for the expected timeframe for the sound event recording, planning information for the expected costs for the sound event recording, and / or planning information for the expected costs for acoustic processing or audio post-processing of the recorded sound event.

[0024] The data processing device may preferably transmit navigation data to the navigation and communication device of the transport vehicle that relates to the pending sound event detection, whereby, in the case of several pending sound event detections, the most favorable and ecologically appropriate navigation route is transmitted to the navigation and communication device of the transport vehicle.

[0025] The aforementioned components, as well as those claimed and described in the exemplary embodiments, to be used according to the invention are not subject to any special exceptional conditions with regard to their size, shape, material selection and technical conception, so that the selection criteria known in the field of application can be applied without restriction.

[0026] Further details, features, and advantages of the subject matter of the invention will become apparent from the dependent claims, as well as from the following description and the accompanying drawing, in which—by way of example—an embodiment of a sound event detection system is schematically depicted. Individual features of the claims or embodiments can also be combined with other features of other claims and embodiments. BRIEF DESCRIPTION OF THE FIGURES

[0027] The drawing shows Fig. 1. A diagram of a sound event detection system, Fig. 2 a schematic representation of a variant of a sound event detection system. DETAILED DESCRIPTION OF EXAMPLES OF EXECUTION

[0028] The Fig. Figure 1 shows a diagram of a sound event detection system 1. The system 1 comprises a data processing unit 2 and a sound event recording unit 11. The data processing unit 2 is connected to a data display device 4, for example a (PC) monitor, via a wireless or internet connection 3. The data processing unit 2 generates a user interface 5 on the data display device 4, which allows a user to generate multiple user data entries 8 by using an input device (keyboard, mouse, touchscreen). These entries can be stored in a database 10, which is connected to the data processing unit 2 via a database interface. The database 10 can be installed in a cloud environment 6.

[0029] The user data 8 is compared with system data 7 stored in the data processing unit 2, and by the comparison functional data 9 is generated which, at least partially, is transferred to the sound event recording unit 11.

[0030] The sound event recording device 11 is located in a small van 12. The van 12 has an electric drive, and solar panels 13 can be provided on its roof for power generation. A 19-inch rack 14, which can be secured in the van 12 for transport purposes and is otherwise portable or mobile, houses at least one audio interface 15 and at least one microphone preamplifier 18, both configured for 19-inch rack mounting. The van 12 also provides space and storage for audio equipment, such as microphones, cables, soundproofing materials, etc. The van 12 is operated by a sound engineer who performs the audio recording at the location of the sound event.

[0031] The van 12 includes a navigation and communication unit 16, which is connected to the data processing unit 2. This allows address and / or navigation data to be transmitted directly from the data processing unit 2 to the van 12 or to the driver (technician). The van 12 also includes a portable computing unit 17 (laptop, tablet, notebook, etc.) that establishes a data connection to the audio interface 15 and / or the data processing unit 2. The computing unit 17 allows the audio interface 15 to be operated or controlled by the (sound) technician, and it is possible to perform acoustic processing (e.g., mixing, i.e., combining the audio tracks into a high-quality audio unit) of the audio data, for example, by a (qualified) sound engineer or audio engineer.When navigating the small transporter 12 and / or when communicating with the communication device (16) and / or when exchanging data with the computer device 17, at least some of the functional data 9 can be queried using data technology.

[0032] User interface 5 (booking platform) is configured to allow the selection of multiple booking options. The following can be booked: a recording, i.e., a recording process with at least one audio engineer and the recording van 12; an editing / mixing / mastering process, i.e., a post-processing process for the recorded sound events; and the provision of a mixing / mastering engineer in conjunction with a registration and selection process (inclusion of the engineer in the engineer pool, independent registration, automatic request with acceptance / rejection, for example, within a time window, an input form for one's own skills (specialization, genre, references, etc.), and activation of the application after submission of reference material).

[0033] In particular, the booking platform (5) may include or be linked to: An intranet, which allows, for example, internal login for customers, engineers, musicians, (business or advertising) partners. Logging into the intranet provides data access to necessary system and / or functional data (7, 9). This may include customer booking data, booking requests or data for the engineer, booking requests or data for the musician, etc.; a registration module that differentiates between whether a customer is registering or an engineer, a musician or a (business or advertising) partner; a customer portal, which may include a booking form, a customer account, a newsletter option, a membership option, an exclusive area with video streams, (special) promotions, (special) offers, etc.; A crew portal, which can differentiate between crew members consisting of mixing / mastering engineers, recording engineers, musicians, and partners. For example, the procedure could be that an (online) casting or an (online) application can be carried out via the crew portal, whereby communication and / or submission materials can be uploaded via the portal; a customer login area, including a connection to Cloud 6 for displaying order status, invoice(s), payment status and / or calendar - the customer login area may include or be linked to a community area (event calendar, network, news, exchange, etc.), a file manager (audio files, photos, film files, etc.) and / or a mail client (communication with engineers, (studio) musicians, equipment rental, helpdesk, etc.); an equipment rental login area including, for example, equipment lists, order lists, sales data and / or billing data, etc.; an engineer login area comprising an interface to the (cloud) calendar, to the cloud files and / or at least a mail client, whereby it may be provided that sales and / or billing data, audio samples, order lists, community, information / data, (online) courses and / or (online) seminars, etc., are accessible via the engineer login area; a (studio) musician login area, which may include an audio sample manager, an introduction and / or application portal, an interface to at least one mail client and / or an interface to a community, etc.; a photo / video login area; and / or an administrator area, which may include an interface to an application portal, a community, a news area, at least one mail client, order placement and processing, Cloud 6, business and / or commercial data and information and evaluations.

[0034] Via user interface 5 or a system app, (monthly) introductory seminars and contract negotiations can be scheduled and coordinated. System 1 can be programmed to optionally include a musician referral service. A function can be implemented that allows for the rental of a (musical) instrument and / or specific sound equipment. System 1 can be networked with, for example, music retailers and wholesalers.

[0035] Within System 1, scheduling should be automated, meaning the system operator doesn't have to manually schedule appointments but can simply monitor the process. This applies to recording appointments, i.e., for the user and / or for the technician, musician, assistant, engineer, etc. This also includes monitoring and scheduling follow-up appointments. System 1 can include a reminder and / or alert module to reduce the likelihood of appointments being canceled or rescheduled. It can also be configured to double-book appointments as a backup, with the system then considering a suitable replacement. This reduces the operator's risk of disruption due to cancellations or other scheduling issues.

[0036] System 1 calculates the costs for the user transparently and automatically, depending on the booking options and scope. Integration with a payment system (e.g., PayPal, Klarna) can be advantageous.

[0037] One variant of the sound event detection system 1 is in Fig. Figure 2 illustrates this. Accordingly, System 1 additionally includes an appointment monitoring system 19. The appointment monitoring system 19 can be part of the data processing unit 2 or the cloud 6. It can, for example, be connected to the data processing unit 2 via an internet connection (3). The appointment monitoring system includes an online calendar, an appointment request function, and / or a customer information function. With the appointment monitoring system 19, the customer can, for example, select an available appointment or time period, which triggers an appointment request from the appointment request function to (one or more) (sound) technicians and / or engineer(s). Within a response period of, for example, 48 hours, the customer receives a binding appointment confirmation via the customer information function, possibly including price information.An optional payment module of the appointment monitoring system 19 or the data processing unit 2 initiates a payment process, for example by credit card, PayPal, Klarna and / or by means of installment payment measures.

[0038] In the system variant according to Fig. In addition, an audio data upload function is implemented in section 2. Audio data can be uploaded directly from computing facility 17 to cloud 6. REFERENCE MARK LIST 1 Sound event detection system 2 Data processing equipment 3 Internet connection 4 Data display device 5 User interface 6 Cloud environment 7 System data 8 User data 9 Functional data 10 Database 11 Sound event recording device 12 small vans 13 solar module 14 rack 15 Audio interface 16 Navigation / communication equipment 17 Computing equipment 18 microphone preamplifiers 19 Deadline monitoring system

Claims

[1] Sound event detection system (1) comprising a data processing device (2) and a sound event recording device (11), wherein the data processing device (2) is suitable for generating a user interface (5) that can be displayed on a data display device (4) that can be connected to the data processing device (2) in a data-technical manner, wherein via the user interface (5) several user data (8) can be generated by means of a data input device connectable to the data processing device (2), which can be stored in a database (10) connected to the data processing device (2) via at least one database interface, wherein in the data processing unit (2) functional data (9) can be generated by comparing and / or assigning the user data (8) with the system data (7) stored in the data processing unit (2), wherein the sound event recording device (11) is arranged in a transport vehicle (12), in particular a small van, which is connected to the database (10) in terms of data technology, and wherein the sound event recording device (11) comprises at least one digital audio interface (15) arranged in a mobile and / or portable frame (14) that can be attached to the transport vehicle (12), in particular a small van, and having at least several microphone inputs for several microphones that can be stowed in the transport vehicle (12), in particular a small van. characterized by , that the transport vehicle (12), in particular a small van, includes a navigation and communication device (16) which is connected to the data processing device (2) in terms of data technology, that the transport vehicle (12), in particular a small van, includes a computing device (17), in particular a portable one, which is connected to the audio interface (15) and to the data processing device (2) via data technology, and that when navigating the transport vehicle (12), especially small vans, and / or when communicating with the communication device (16), and / or when exchanging data with the computer device (17) at least some of the functional data (9) can be queried using data technology. [2] Sound event detection system (1) according to claim 1, characterized by, that the audio interface (15) includes at least one low-latency driver, at least one interface to a sound studio simulation software, at least one Thunderbolt port with a Thunderbolt 2 standard or a Thunderbolt 3 standard or a Thunderbolt 4 standard or a higher Thunderbolt standard, and / or at least 8 microphone inputs, in particular expandable to at least 32 microphone inputs, and / or at least one ADAT interface. [3] Sound event detection system (1) according to claim 1 or 2, characterized by, that the user data (8) include the user's name, user's address, user's billing address, the address for sound event recording, the number of persons involved in sound event recording, the type of sound event, the expected duration of the sound event, the presence of a need for acoustic processing of the recorded sound event, the presence of a need for assistance during sound event recording, the presence of a need for advice, and / or the presence of a need for special equipment of the transport vehicle, in particular a small van. [4] Sound event detection system (1) according to one of claims 1 to 3, characterized by, that the functional data (9) include the number of sound engineers for preparing and carrying out the sound event recording, the number of assistants and / or musicians for carrying out the sound event recording, travel information relating to the engineer(s), vehicle equipment information, planning information relating to the expected duration of the sound event recording, planning information relating to the expected time frame for the sound event recording, planning information relating to the expected costs for the sound event recording, planning information relating to the expected costs for acoustic processing of the recorded sound event, and / or audio data or audio tracks. [5] Sound event detection system (1) according to any one of claims 1 to 4, characterized by , that the frame (14) for the audio interface is formed as a 19-inch trolley rack. [6] Sound event detection system (1) according to any one of claims 1 to 5, characterized by , that the data processing device (2) transmits such navigation data to the navigation and communication device (16) of the transport vehicle (12), in particular a small van, which relate to the pending sound event detection. [7] Sound event detection system (1) according to claim 6, characterized by , that in the case of several pending sound event recordings, the most favorable and ecologically appropriate navigation route is transmitted to the navigation and communication device (16) of the transport vehicle (12), in particular a small van. [8] Sound event detection system (1) according to any one of claims 1 to 7, characterized by , that the transport vehicle (12), in particular a small van, is powered without an internal combustion engine, in particular electrically or hybridly. [9] Sound event detection system (1) according to any one of claims 1 to 8, characterized by , that the data processing equipment (2) is suitable for sending messages and / or data, in particular audio data, to the user, to the operator of the system, to the transport vehicle (12), in particular a van, to the driver of the transport vehicle (12), in particular a van, to the sound engineer present in the transport vehicle (12), in particular a van, to an assistant, to an audio engineer, and / or to a musician. [10] Sound event detection system (1) according to any one of claims 1 to 9, characterized by, that, in particular on the database (10), an application software (APP) is stored and can be accessed, in particular via an internet connection (3), whereby the user of the system (1), the operator of the system (1), a technician, and / or a musician has data technical access to system information, user data (8), audio files, communication data and / or function data (9). [11] Method for detecting a sound event in which a user interface generated by a data processing unit is displayed on a user's data display device, wherein several user data are generated via the user interface using a data input device connectable to the data processing unit, which are stored in a database connected to the data processing unit via at least one database interface, where functional data is generated in the data processing facility by comparing and / or technically assigning user data to system data stored in the data processing facility, characterized by , that a sound event recording device and / or communication device and / or computing device arranged in a transport vehicle, in particular a small van, which is connected to the database. at least some of the functional data can be transmitted so that the transport vehicle, in particular the van, can be navigated to the location of the sound event, and so that the equipment and / or personnel of the transport vehicle, in particular the van, can be configured for recording the sound event. [12] Method according to claim 11, characterized by, that the user data includes the user's name, the user's address, the user's billing address, the address for the noise event recording, the number of people involved in the noise event recording, the type of noise event, the expected duration of the noise event, the presence of a need for acoustic processing of the recorded noise event, the presence of a need for assistance during the noise event recording, the presence of a need for consultation, and / or the presence of a need for special equipment of the transport vehicle, in particular a small van. [13] Method according to claim 11 or 12, characterized by, that the functional data includes the number of sound engineers for preparing and carrying out the sound event recording, the number of assistants and / or musicians for carrying out the sound event recording, vehicle equipment information, planning information regarding the expected duration of the sound event recording, planning information for the expected timeframe for the sound event recording, planning information for the expected costs for the sound event recording, and / or planning information for the expected costs for acoustic processing of the recorded sound event. [14] Method according to any one of claims 11 to 13, characterized by, that the data processing device transmits such navigation data to the navigation and communication device of the transport vehicle, in particular a small van, which relates to the pending sound event recording, wherein, in the case of several pending sound event recordings, the most favorable and ecologically appropriate navigation route is transmitted to the navigation and communication device of the transport vehicle, in particular a small van.

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