DJ Booths

Abstract

A DJ booth or stage comprises a booth body and an electric power distribution system. The power distribution system comprises a power inlet to receive power from an external power source. The power di

Description

Field The present disclosure relates to DJ booths. DJ booths are also known as “DJ consoles”. Background Existing DJ booths are generally in the form of a table with legs or wheels, made from wood or metal. Such DJ booths may present safety risks. Summary Accordingto first embodiments, there is provided a DJ booth comprising: a booth body; and a power distribution system comprising: a power inlet to receive power from an external power source; and a power outletto provide powerto electrical equipment via power cabling; and integrated loudspeakers comprising two or more front-facing loudspeakers and / or a rear-facing soundbar, wherein the booth body has a cabling void through which the power cabling passes when the power cabling is coupled to the electrical equipment. Brief Description of the Drawings Various embodiments will now be described, by way of example only, with reference to the accompanying drawings in which: Figure 1 shows a front elevation view of an example DJ booth without an art piece. Figure 2 shows a front elevation view of the example DJ booth shown in Figure 1 with an art piece. Figure 3 shows a rear elevation view of the example DJ booth shown in Figures 1 and 2 with cable void doors closed. Figure 4 shows a rear elevation view of the example DJ booth shown in Figure 3 with cable void doors open. Figure 5 shows a rear isometric view of the example DJ booth shown in Figures 1 to 4. Figure 6 shows a front elevation view of an example DJ booth. Figure 7 shows a side elevation view of the example DJ booth shown in Figure 6. Figure 8 shows a close-up side elevation view of the example DJ booth shown in Figures 6 and 7. Figure 9 shows a front elevation view of an example DJ booth. Figure 10 shows a side elevation view of the example DJ booth shown in Figure 9. Figure 11 shows a close-up side elevation view of the example DJ booth shown in Figures 9 and 10. Figure 12 shows a front elevation view of an example DJ booth. Figure 13 shows an isometric view of the base of the example DJ booth shown in Figure 12. Figure 14 shows a side elevation view of an example DJ booth. Figure 15 shows a side elevation view of the example DJ booth shown in Figure 14. Figure 16 shows an isometric view of the example DJ booth shown in Figures 14 and 15. Figure 17 shows an isometric view of the example DJ booth shown in Figures 14to 16. Figure 18 shows a front elevation view of an example DJ booth. Figure 19 shows a view from below of the example DJ booth shown in Figure 18. Figure 20 shows a front elevation view of an example DJ booth. Figure 21 shows an isometric view of a base of the example DJ booth shown in Figure 20. Figure 22 shows an isometric cross-section view of the base of the example DJ booth shown in Figures 20 and 21. Figure 23 shows a front elevation exploded view of an example DJ booth. Figure 24 shows a rear elevation exploded view of the example DJ booth shown in Figure 23. Figure 25 shows a side elevation exploded view of the example DJ booth shown in Figures 23 and 24. Figure 26 shows an isometric exploded view of the example DJ booth shown in Figures 23 to 25. Figure T1 shows a rear elevation view of an example DJ booth. Figure 28 shows a rear isometric view of the example DJ booth shown in Figure Tl. Figure 29 shows a rear isometric cross-section view of the example DJ booth shown in Figures 27 and 28. Figure 30 shows a front isometric view of an example DJ booth. Figure 31 shows a front elevation view of an example DJ booth. Figure 32 shows a front elevation view of an example DJ booth. Figure 33 shows a rear elevation view of an example DJ booth. Figure 34 shows a side elevation view of an example DJ booth. Figure 35 shows a side elevation view of an example DJ booth. Figure 36 shows a plan view of an example DJ booth. Figure 37 shows a plan view of an example DJ booth. Figure 38 shows a rear isometric view of an example DJ booth. Figure 39 shows a rear elevation view of the example DJ booth shown in Figure 38. Figure 40 shows a rear isometric view of an example DJ booth. Figure 41 shows a three-dimensional view of the example DJ booth shown in Figure 40. Detailed Description As explained above, existing DJ booths have basic functionality, for example supporting DJ equipment off the ground. However, they can nevertheless present safety risks. Audio and music equipment generally involves multiple cables. These may present health and safety compliance considerations, for example being trip hazards. Existing DJ booths do not have satisfactory safety features around cable management for lighting, audio and / or power cables. For example, cables are not readily retractable, which may not be effective for health and safety. Without loss of generality, examples described herein provide a bespoke, multifunctional DJ booth. The term “DJ booth” is generally used herein to mean a structure that supports audio playback equipment and behind which a person can stand when they play back recoded music using the audio equipment. The person may be a professional DJ, an amateur DJ, or otherwise. The person may or may not be playing back the music to an audience. The DJ booth may feature one or more retractable pins forfront panel application. The retractable pin(s) may allowfor artwork and / or a screen and / or anothertype of object to be readily attached to, and detached from, the DJ booth. This may enhance the audience experience. The DJ booth may feature an integrated, retractable power cable. The power cable may be retractable in the sense that it may be retracted inside the DJ booth. Such retracting may be automatic (for example, via a spring-based retraction mechanism), or may be manual (for example, by pulling the cable). The power cable may be used for lighting or otherwise. The retractable power cable may be hidden, out of sight and touch of the audience (for example, members of the public), during use. This may help with cable management and / or health and safety. The DJ booth may feature a supportive, rotational base. The base may be supportive in that it supports one or more other components. Such other component(s) may be particularly heavy. The base may be rotational in that it may allow one or more components of the DJ booth to rotate with respect to the base and / or it may allow the DJ booth as a whole (including the base) to be rotated, for example on a floor. The DJ booth may be able to rotate (i.e., spin), for example 360 degrees, on its base. A rotating base may allowfor easiertransportation. The DJ booth may have only one point of contact with the floor. The DJ booth may be configured such that one person may move the DJ booth, even if the DJ booth is particularly heavy. Otherwise, a high-quality DJ booth may be too heavy to move. Wheels may be attached to move the DJ booth. However, this may increase the risk of the DJ booth sliding away. This may reduce safety where the DJ booth is particularly heavy. The DJ booth may feature a sectional modular construction. For example, the DJ booth may comprise modular sections for decompartmentalization. This may enhance portability and / or facilitate safer transportation. The DJ booth may feature integrated lighting, for example with hidden cables. Lighting, power and / or audio cables may be accessible only by one or more lockable doors inside the DJ booth. This may improve safety by preventing, or at least reducing the likelihood of, accidental cable unplugging. This may also avoid, or at least reduce, risks and / or hazards of any cables from the DJ booth. Having the lockable door(s) for electricity access may aid health and safety compliance and / or standards. Thus, deck, speaker and / or light-emitting diode (LED) lighting cables may be retained within a void. The void may be accessed via the lockable door(s). This may make the DJ booth safer to use and / or transport. The DJ booth may thereby protect DJs from electrical malfunction via hidden and retractable electrics. The DJ booth may have a single International Electrotechnical Commission (IEC) plug from the wall into the DJ booth. Having a single entry IEC plug may result in fewer cables that could be tripped over and may reduce other hazards. The DJ booth may feature a wide cutout for electrics to allow for direct plug dropdown into secure power sockets and better access. In particular, audio equipment may be quickly and easily unplugged and plugged in again when moved, with short, neat cabling. The cabling may be laterally placed. Where numerous power sockets are provided, there is space to accommodate the cabling, and equipment may be readily plugged into, and removed from, power sockets. This isfacilitated by the wide cutout and may mean that an extension plug does not need to be used. Figures 1 to 5 show assembled front, rear and isometric elevations of an example complete DJ booth, with and without an art piece. Various components of the DJ booth will now be described. The DJ booth comprises a top 1. The top 1 is the top of the booth body of the DJ booth. The top 1 may be in the form of an upstand. The upstand may have a top with an overhang or lip. The top 1 may comprise Arabescato marble. One or more loudspeakers may be secured to the top 1, facing the DJ. The loudspeaker(s) may be bolted to the top 1, for example to the marble, using one or more fixings. The loudspeaker(s) may be in the form of a soundbar. The soundbar may be rectangular in shape when viewed by the DJ. An underside of the top 1 may comprise one or more LEDs, for example one or more integrated LEDs. The DJ booth comprises an upper base 2. The upper base 2 is the upper part of the base of the booth body of the DJ booth. Audio equipment may sit on the upper base 2 in use. The DJ booth comprises a recessed separation 3. The recessed separation 3 may be a shadow gap. The recessed separation 3 may be stepped-in. One or more LEDs may be provided around the top and / or bottom of the recess 3. The DJ booth comprises a lower base 4. The lower base 4 is the lower part of the base of the booth body of the DJ booth. For example, one or more LEDs may be provided on an underside of the booth body of the DJ booth, i.e., on an underside of the lower base 4. The recessed separation 3 separates the upper base 2 and the lower base 4. The DJ booth comprises a bottom base 5. The bottom base 5 is the base of the DJ booth and is generally referred to herein simply as the “base” 5. The base 5 may comprise metal, such as brass and / or copper. The DJ booth comprises a left projection 6 when viewed from the front. The DJ booth comprises a right projection 7 when viewed from the front. In this example, the left and right projections 6, 7 are in the form of pins. The pins 6, 7 may be for hanging art and / or another object. The DJ booth may comprise a different number of pins 6, 7, including a single pin, in other examples. The pins 6, 7 may be referred to as “pegs”. The DJ booth comprises a flap-down panel 8. When open, the flap-down panel 8 reveals an openingfor cabling. The opening allows cablingto be passed to and / orfrom a void in the DJ booth, for example so that the cabling may be retracted into the void. When closed, the flap-down panel 8 closes the opening. The DJ booth comprises a retractable electric cable 9. As explained above, the electric cable 9 may be manually and / or automatically retractable. The DJ booth comprises a left loudspeaker 10 when viewed from the front. The DJ booth comprises a right loudspeaker 11 when viewed from the front. The left and right loudspeakers 10,11 may form a stereo pair. The left and / or loudspeakers 10,11 may be wired or wireless loudspeakers. Wired loudspeakers may reduce latency compared to wireless loudspeakers (such as Wi-Fi™ and Bluetooth™ loudspeakers). In some situations, higher audio latency may be acceptable. In other situations, wireless loudspeakers may result in unacceptable audio delay. The DJ booth comprises an IEC connection 12. The IEC connection 12 may be for powering the DJ booth. The DJ booth may have a single IEC connection 12. The DJ booth comprises layers of medium-density fibreboard (MDF) panels 13. The base 5 of the DJ booth comprises a felt underside 14. The DJ booth comprises a removable art piece panel 15. The DJ booth comprises one or more pull-out drawers 16 and / or shelves 16. Where the DJ booth comprises multiple pull-out drawers 16 and / or shelves 16, they may be pulled out and / or closed individually. The drawers 16 and / or shelves 16 may be soft-close. The drawers 16 and / or shelves 16 may have space above to accommodate the height of an amplifier. The DJ booth comprises a left door 17 when viewed from the rear. The DJ booth comprises a right door 18 when viewed from the rear. The DJ booth comprises a middle door 19 when viewed from the rear. The left, right and / or middle door 17, 18, 19 may be chamfered to facilitate opening. The DJ booth may comprise a different number of doors 17, 18, 19 in other examples. In examples, cable management is organised and is not accessible by accident but only by the lockable doors 17,18,19. The DJ booth comprises a removable panel 20. The DJ booth comprises an upper left socket 21 when viewed from the rear. The DJ booth comprises an upper right socket 22 when viewed from the rear. The DJ booth comprises a lower left socket 23 when viewed from the rear. The DJ booth comprises a lower right socket 24 when viewed from the rear. One or more of the sockets 21,22, 23, 24 may comprise double sockets. The sockets 21,22, 23, 24 may be powered by the IEC connection 12 and may form part of a power distribution system with the IEC connection 12. Some or all of the sockets 21,22, 23, 24 may be labelled. Such labelling may involve pre-labelling and / or manual labelling by a user. The DJ booth comprises another removable panel 25. The DJ booth comprises fixings 26. Figures 1 to 5 show the face and the back of the DJ booth, as well as the curvature and housingforthe loudspeakers 10,11. The power outlets 21,22,23,24 are visible once the lockable doors 17,18 are open. Cabling voids are provided behind the lockable doors 17, 18. Cabling may, for example, be run from the power outlets 21,22, 23, 24, through the cabling voids, to electrical equipment. Various materials may be used for the DJ booth. For example, external and / or internal elements may be made of rosewood veneer. The DJ booth may comprise electrics for (integrated) LED connections. Various LED temperatures may be used. Figures 6 to 8 show the flap-down panel 8 revealing the retractable electric cable 9, and Figures 9 to 11 show the retractable electric cable 9 for art piece LED connection. The cable 9 may be pushed or pulled through an opening when the flap-down panel 8 is down. The cable 9 may be retracted into a void in the DJ booth by pushing or pulling the cable 9 through the opening into the void. Collectively, Figures 6 to 11 show a recess 3 for an LED lighting strip. The close-ups showthe flap mechanism 8 open and closed that allows the retractable cable 9 to be pulled out. The artwork 15 may be LED-lit using a light box, which may be powered by the cable 9. When the flap 8 is down, the cable 9 in the cabling void may be accessed via the opening in the booth body. The cable 9 may be used for the artwork LED electrics. Figures 12 and 13 show thick felt 14, allowing the DJ booth as a whole to rotate on the spot. The base 5 has only one point of contact with the floor, and sits on top of the thick felt 14. This helps allow easy rotation around a room. Figures 14 to 17 show connection details, indicating the pull-out pins 6, 7 for an art piece hooking point. By the pins 6,7 being retractable, the DJ booth maybe configured with or without artwork, panels, lighting boxes, and / or any other accessories. When configured without a front panel (for example, artwork 15), the pins 6,7 may retract. This avoids, or reduces the risk of, causing hazard for people walking by in comparison to having fixed pins. The pins 6, 7 may be in the form of pop-out, or pull-out, pins 6, 7. The pins 6,7 maybe used to hang art 15. A pin 6,7 may comprise a notch, to facilitate hooking art 15. Figures 18 and 19 show an IEC connection point 12 to power the whole DJ booth unit. The DJ booth presents a complete, pre-wired electrical system allowing the DJ booth to have only one IEC cable to power everything. This may reduce the hazard of tripping and / or messy cabling inside the DJ booth unit. Figures 20 to 22 show the MDF panel 13 composition of base 5 and how the base 5 is secured using fixings 26. The base 5 is configured with multi-layered elliptical plates 13. The plates 13 are screwed to each other with a countersink screw 26 for a flush finish between the plates 13. Figures 23 to 26 show an exploded assembly sequence, indicating how the base 5 joins to the radiused base structure 4, including alignment geometry and fixings 26. Four different components are shown. These components are assembled starting from the base 5 with screws 26, and then the lower base 4, recessed separation 3, upper base 2, and top 1. Figures 27 to 29 illustrate how the structural fixings 26 are concealed behind a removable panel 20. When detached, the removable panel 20 reveals fixings 26 and connection points beneath for assembly and disassembly of the modular components. Thus, a bolted section is provided. The removable panel 20 may be pulled up to reveal bolts 26 below. The bolts 26 allow the base 5 to be unbolted and also to be secured to the booth body. Figure 30 shows an isometric view of an assembled DJ booth. Figure 31 shows a front elevation of an assembled DJ booth with no art piece 15. Figure 32 shows a front elevation of an assembled DJ booth with an art piece 15. Figure 33 shows a rear elevation of an assembled DJ booth. Figure 34 shows a side elevation of an assembled DJ booth with artwork 15. Figure 35 shows a side elevation of an assembled DJ booth with artwork 15 and open pull-out shelves 16. Figure 36 shows a plan view of an assembled DJ booth with artwork 15. Figure 37 shows a plan view of an assembled DJ booth with artwork 15 and open pull-out shelves 16. The pull-out shelves 16 may be mitred. The mitred pull-out shelves 16 may be opened by pullingfrom beneath. Figures 38 and 39 show removable inserts designed for a bar conversion setup. In this example, the inserts comprise a first part T1 of a bar conversion panel, a second part 28 of the bar conversion panel, and a further bar conversion panel 29. Thus, the DJ booth may comprise one or more removable, bespoke bar inserts for glassware and / or accessories. Figures 40 and 41 show the removable panel 25 having dual functionality. One use, for example a primary use, may be to allow DJ equipment cables to route cleanly through to the sockets 21,22, 23, 24 below. Another use, for example a secondary use, may be that the removable panel 25 reinstalls flush on the surface to close the opening and create a continuous flat top. This may enable the DJ booth to be converted into a functional bar, a serving counter, or otherwise. Thus, a DJ booth is provided. The DJ booth comprises a booth body. The DJ booth comprises a power distribution system. The power distribution system comprises one or more power inlets 12 to receive power from one or more external power sources. The power distribution system comprises one or more power outlets 21,22,23,24 to provide powerto electrical equipment via power cabling. The electrical equipment may take any form such as, but not limited to, DJ equipment, audio equipment, and lighting. The power cabling may comprise one or more power cables. The booth body has one or more cablingvoidsthrough which the powercablingpasses when the power cabling is coupled to the electrical equipment. Audio cabling may pass though the cablingvoid(s) when the DJ booth is being used. The DJ booth may comprise one or more cabling void covers 17, 18, 19. The cabling void(s) may be accessible via the cabling void cover(s) 17,18,19. An example of a cabling void cover 17, 18, 19 is a door. However, the cabling void cover(s) 17, 18, 19 may take other forms in other examples. The cabling void cover(s) 17,18,19 may be lockable. A lockable cabling void cover 17,18,19 may be lockable by a key, a bolt, or otherwise. The cabling void cover(s) 17, 18, 19 may have a chamfered edge. The chamfered edge may facilitate openingthe cablingvoid cover(s) 17,18,19. The cabling void cover(s) 17, 18, 19 may be one or more hinged doors 17, 18, 19. However, the cabling void cover(s) 17, 18, 19 may be non-hinged. For example, the cabling void cover(s) 17, 18, 19 may be friction fit with a pull-tab to remove the cabling void cover(s) 17,18,19 to access the cabling void(s). The DJ booth may comprise one or more retractable pins 6, 7. The retractable pin(s) 6, 7 may be operable to support an object 15 when the retractable pin(s) 6, 7 is (are) in an extended state with respect to the booth body. The object 15 may comprise artwork, a screen, a television, and / or a panel. The retractable pin(s) 6, 7 may not extend from an outer surface of the booth body when the retractable pin(s) 6, 7 is (are) in a retracted state. The retractable pin(s) 6, 7 may be flush with the outer surface of the booth body when the retractable pin(s) 6, 7 is (are) in the retracted state. This may reduce the risk of being a hazard when retracted. The DJ booth may comprise at least one additional retractable pin 6, 7. The booth body may comprise one or more flaps 8. The flap(s) 8 may be closeable to close one or more cable opening(s) in the booth body and may be openable to allow a retractable power cable 9 to pass through the one or more cable opening(s). The retractable power cable 9 may be useable to power the object 15 and / or to transfer power to a light source to illuminate the object 15. The retractable power cable 9 may be manually and / or automatically retractable. The DJ booth may comprise a base 5. The base 5 may have a felt underside 14. The felt underside 14 may enable the DJ booth to translate and / or rotate easily on particular floorings. The DJ booth may be especially heavy, for example, 200 kilograms (kg). The felt underside 14 also protects the flooring when the DJ booth is moved. The base 5 may have a single point of ground contact. The booth body may be bolted to the base 5. The base 5 may have an elliptical transverse cross section. If the width of the ellipse (its largest dimension) is oriented side-to-side when viewed from behind the DJ booth and the height of the ellipse (its smallest dimension) is oriented front-to-back when viewed from behind the DJ booth, weight distribution may be facilitated. If the DJ booth is pushed downwards at one side, it may remain stable, given the relatively large width of the ellipse. However, a DJ’s feet may still have space under the DJ booth given the relatively small height of the ellipse. The power inlet 12 may comprise an IEC power socket. A compatible cable may be connected to the IEC power socket 12 to power the DJ booth. The cable may be rightangled to promote cable neatness. The power distribution system may have a single power inlet 12. However, more than one power inlet 12 may be used in other examples. The power outlet(s) 21,22, 23, 24 may comprise one or more alternating current, AC, power sockets 21,22, 23, 24. The power distribution system may have at least two power outlets 21,22, 23, 24. The DJ booth may comprise at least two modular components. The DJ booth may comprise integrated lighting. The lighting may be dimmable, for example under control of a software application. The integrated lighting may be multicoloured. Different lights of the integrated lighting may have different colours. The lighting may be made to flash. The DJ booth may comprise one or more integrated loudspeakers 10, 11. The integrated loudspeaker(s) 10, 11 may comprise two or more front-facing loudspeakers 10, 11 and / or a rear-facing soundbar. A centrally located soundbar may face back towards the DJ. The soundbar may be attached to an upstand (for example, a marble upstand), such that the soundbar is integrated into the DJ booth. The soundbar may be hung vertically. A lip on the top 1 of the booth body may direct sound from the soundbar backwards towards the DJ. The DJ booth may comprise one or more shelves 16 and / or one or more drawers 16. A shelf 16 may be a pull-out shelf and / or the drawer 16 may be a pull-out drawer. The shelf 16 and / or drawer 16 may be soft-close. A shelf 16 and / or drawer 16 may be individually controlled such that, for example, one shelf 16 and / or drawer 16 may be pulled out while another is pushed in. The shelf 16 and / or drawer 16 may have a clearance that is at least large enough to accommodate an amplifier. The power inlet(s) 12 may be on an underside of the booth body. In general terms, an item of furniture comprising a body and a power distribution system has been described. The power distribution system comprises one or more power inlets 12 to receive power from one or more external power sources. The power distribution system comprises one or more power outlets 21,22, 23,24 to provide power to electrical equipment via power cabling. The body has one or more cabling voids through which the power cabling passes when the power cabling is coupled to the electrical equipment. The item of furniture may take the form of a DJ booth, a bar, a drinks console, a combination of such items, or otherwise. The following numbered clauses on pages 13 to 15 of the present description correspond to the claims of UK patent application no. 2519088.5, from which the present application is divided, as filed. The claims of the present application as filed can be found on the subsequent pages 16 and 17 of the specification which begin with the heading “Claims”. 1. A DJ booth comprising: a booth body; and a power distribution system comprising: a power inlet to receive power from an external power source; and a power outletto provide powerto electrical equipment via power cabling, wherein the booth body has a cabling void through which the power cabling passes when the power cabling is coupled to the electrical equipment. 2. A DJ booth according to claim 1, comprising a cabling void cover, wherein the cabling void is accessible via the cabling void cover. 3. A DJ booth accordingto claim 2, wherein the cabling void cover is lockable. 4. A DJ booth according to claim 2 or 3, wherein the cabling void cover has a chamfered edge. 5. A DJ booth according to any of claims 2 to 4, wherein the cabling void cover is a hinged door. 6. A DJ booth according to any of claims 1 to 5, comprising a retractable pin, the retractable pin being operable to support an object when the retractable pin is in an extended state with respect to the booth body. 7. A DJ booth according to claim 6, wherein the retractable pin does not extend from an outer surface of the booth body when the retractable pin is in a retracted state. 8. A DJ booth accordingto claim 7, wherein the retractable pin is flush with the outer surface of the booth body when the retractable pin is in the retracted state. 9. A DJ booth according to claim 6 or 7, comprising at least one additional retractable pin. 10. A DJ booth according to any of claims 6 to 9, wherein the object comprises: artwork; a screen; a television; and / or a panel. 11. A DJ booth according to any of claims 6 to 9, wherein the booth body comprises a flap, the flap being closeable to close a cable opening in the booth body and being openable to allow a retractable power cable to pass through the cable opening, the retractable power cable being useable to power the object and / or to transfer power to a light source to illuminate the object. 12. A DJ booth accordingto any of claims 1 to 11, comprising a base. 13. A DJ booth accordingto claim 12, wherein the base has a felt underside. 14. A DJ booth according to claim 12 or 13, wherein the base has a single point of ground contact. 15. A DJ booth accordingto any of claims 12 to 14, wherein the base has an elliptical transverse cross section. 16. A DJ booth according to any of claims 1 to 15, wherein the power inlet comprises an International Electrotechnical Commission, IEC, power socket. 17. A DJ booth according to any of claims 1 to 16, wherein the power distribution system has a single power inlet. 18. A DJ booth accordingto any of claims 1 to 17, wherein the power outlet comprises an alternating current, AC, power socket. 19. A DJ booth according to any of claims 1 to 18, wherein the power distribution system has at least two power outlets. 20. A DJ booth according to any of claims 1 to 19, wherein the DJ booth comprises at least two modular components. 21. A DJ booth according to any of claims 1 to 20, comprising integrated lighting. 22. A DJ booth according to any of claims 1 to 21, comprising integrated loudspeakers. 23. A DJ booth accordingto claim 22, wherein the integrated loudspeakers comprise: two or more front-facing loudspeakers; and / or a rear-facing soundbar. 24. A DJ booth according to any of claims 1 to 23, comprising a pull-out shelf and / or a pull-out drawer. 25. A DJ booth according to any of claims 1 to 24, wherein the power inlet is on an underside of the booth body.

Claims

1. A DJ booth comprising:a booth body; anda power distribution system comprising:a power inlet to receive power from an external power source; anda power outletto provide powerto electrical equipment via power cabling; andintegrated loudspeakers comprising two or more front-facing loudspeakers and / or a rear-facing soundbar,wherein the booth body has a cabling void through which the power cabling passes when the power cabling is coupled to the electrical equipment.

2. A DJ booth according to claim 1, comprising a cabling void cover, wherein the cabling void is accessible via the cabling void cover.

3. A DJ booth accordingto claim 2, wherein the cabling void cover is lockable.

4. A DJ booth according to claim 2 or 3, wherein the cabling void cover has achamfered edge.

5. A DJ booth according to any of claims 2 to 4, wherein the cabling void cover is a hinged door.

6. A DJ booth accordingto any of claims 1 to 5, comprising a base.

7. A DJ booth accordingto claim 6, wherein the base has a felt underside.

8. A DJ booth accordingto claim 6 or 7, wherein the base has a single point of groundcontact.

9. A DJ booth according to any of claims 6 to 8, wherein the base has an elliptical transverse cross section.

10. A DJ booth according to any of claims 1 to 9, wherein the power inlet comprises an International Electrotechnical Commission, IEC, power socket.

11. A DJ booth according to any of claims 1 to 10, wherein the power distribution system has a single power inlet.

12. A DJ booth accordingto any of claims 1 to 11, wherein the power outlet comprises an alternating current, AC, power socket.

13. A DJ booth according to any of claims 1 to 12, wherein the power distribution system has at least two power outlets.

14. A DJ booth accordingto any of claims 1 to 13, comprising integrated lighting.

15. A DJ booth according to any of claims 1 to 14, comprising a pull-out shelf and / ora pull-out drawer.

16. A DJ booth according to any of claims 1 to 15, wherein the power inlet is on an underside of the booth body.

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