Rotating and adjustable modular support and electrical module with lying surface

Abstract

- Main claim 1. Rotatable and adjustable modular support and electrical module with attached lying surface, comprising - a column construction with a base-side anchor plate for mounting on a foundation, slab or concrete base, - a bearing arrangement rotatable about a vertical axis for absorbing radial and axial forces, - a braking device for adjusting the rotational resistance of the rotary movement, - an adjustment device for tilting a reclining module around a horizontal axis, - as well as a detachably attached lying module, characterized in that the system is modular in design and is designed to carry out a rotational and adjustment movement of the lying surface.

Description

Brief description

[0001] The invention relates to a rotatable and adjustable modular support and electrical module (6) with a lying surface (8). The module is intended for use particularly outdoors and enables controlled rotation as well as ergonomic tilt adjustment of the lying surface. The modular design simplifies transport, assembly, maintenance, and the use of different lying surfaces. Description

[0002] The invention relates to a rotatable and adjustable support and electrical module (6) with an attached lying surface (8). For the purposes of this invention, the term "lying surface" also includes a surface designed or usable as a seat. The electrical module is designed to accommodate electrical and electronic components. The module enables controlled mechanical rotation about a vertical axis and stepless adjustment of the lying surface about a horizontal axis. An adjustable mechanical belt brake (5 / 5a) is provided for adjusting the rotational resistance.

[0003] The lying surface consists of a metallic substructure and a weather-resistant fiber-reinforced plastic composite material, preferably BPC, and is detachably connected to the support and electrical module. This allows the system to use different lying surfaces in terms of material, shape, and construction while maintaining the same support unit.

[0004] A further advantage of the invention is that the individual modules are transported separately and only assembled at the installation site. This particularly facilitates installation in hard-to-reach locations, such as gardens without direct access, sloping plots, parks, and wooded areas. At the same time, assembly, maintenance, and the replacement of individual components are simplified. Figure overview Fig. 1. Overall view of the system Fig. 2 Modular design of the support and electrical module with lying module Fig. 3 Rotary unit with bearing and brake Fig. 4. Adjustment of the reclining module using a linear drive Fig. 5 Detachable module connections Fig. 6 Rear control panel with upper service flap Fig. 1 - Overall view

[0005] Fig. Figure 1 shows the rotatable and adjustable support and electrical module according to the invention with a lying surface attached.

[0006] The system consists of a support and electrical module (6) with a vertically oriented column structure (2) which is attached to the floor via an anchor plate (1). A lying surface (8) with a metallic substructure and a fiber-reinforced plastic composite material, preferably BPC, is detachably mounted on this module.

[0007] The lying surface can be rotated around a vertical axis and its inclination can also be adjusted around a horizontal axis. Fig. 2 - Modular structure

[0008] Fig. Figure 2 shows the modular structure of the system according to the invention in an expanded view.

[0009] The system consists of at least two main modules that can be detachably connected to each other, namely: • a carrier and electrical module, consisting of a base area with anchor plate (1), a column structure attached to it (2) as well as a splash-proof electrical module (6) arranged on the column for receiving electrical components, • and a lying module with the lying surface (8).

[0010] The support and electrical module is designed as a pre-assembled functional unit and provides static support, rotation and braking functions, as well as electrical supply.

[0011] The electrical module (6) has a waterproof, removable flap (9e) which allows access for installation, service and maintenance work without disassembling the support module or the lying module (8).

[0012] The separation into individual modules is solely for the purpose of facilitating transport, assembly and maintenance, as well as for the use of different lying surfaces, thereby simplifying manufacturing and series production.

[0013] The system is specifically designed for reclining modules with a width of at least 1 meter. Fig. 3 - Rotary unit with brake

[0014] Fig. Figure 3 shows a sectional view and a bottom view of the rotary unit.

[0015] The rotary movement is achieved via an axial needle bearing (3) and a double roller bearing (4) to absorb radial and axial forces.

[0016] A mechanical brake unit is provided for controlled adjustment of the rotational resistance, comprising a brake disc (5) and a belt brake (5a).

[0017] The rotational resistance is adjustable via a clamping element (9d), thereby providing a defined and quiet braking effect. Fig. 4 - Adjustment device / lifting function

[0018] Fig. Figure 4 shows a side view of the system according to the invention with the lying surface raised.

[0019] The adjustment is made by means of a linear drive integrated in the carrier and electrical module (7).

[0020] The linear drive (7) is used to raise and lower the lying module (8) and thereby enables • an ergonomically improved seat and reclining height to make sitting down and standing up easier for users, • access to the upper service hatch (9e) of the electrical module (6) for installation and maintenance work, • as well as reaching and releasing the detachable connections between the support and electrical modules and the lying module.

[0021] The linear drive (7) is designed so that the adjustment is stepless and the lying module (8) is held in each set position in a self-locking and / or lockable manner.

[0022] Furthermore, the lying module (8) is designed in two parts. The lying module (8) consists of two longitudinally arranged sub-modules (8a, 8b) which are separated from each other in the middle area of ​​the lying surface.

[0023] This two-part design serves • simplifying assembly and disassembly, • the easier transport of the individual sub-modules, • as well as the free design of the reclining shape, especially in ergonomic or customer-specific designs.

[0024] The sub-modules (8a, 8b) are detachably connected to each other and are assembled into a functional overall unit after mounting on the carrier and electrical module. Fig. 5 - Detachable module connections

[0025] Fig. Figure 5 shows the detachable connections between the individual modules.

[0026] The modules are connected to each other using screw, plug and / or clamp connections, so that they can be separated and reassembled without damage.

[0027] This makes it easy to transport the individual modules even to hard-to-reach locations, such as gardens without access, slopes or parks. Fig. 6 - Rear view with control panel and service hatch

[0028] Fig. Figure 6 shows a rear view of the carrier and electrical module. An easily accessible control panel (9) is located on the rear surface of the electrical module (6).

[0029] The control panel (9) includes at least • one or more main and function switches (9a), • a voltage or volt display for monitoring the power supply (9b), • a charging port for battery or external power supply (9c), • and a mechanical adjusting screw for adjusting the belt brake (9d), The control panel is modular and expandable, allowing for the addition of further controls, displays or connections.

[0030] Above the control panel (9) is an upper, waterproof service hatch (9e) through which protected access to electrical components is possible for installation, maintenance and repair work.

[0031] The service hatch (9e) is designed to seal against moisture and dirt when closed and to provide sufficient working space for service work when open. Reference symbol list 1 Anchor plate / floor area 2-column construction 3 axial needle bearings 4 double roller bearings 5 brake disc 5a Belt brake 6 Electrical module 7 Linear actuator 8 reclining modules 8a First sub-module 8b Second sub-module 9 Control Panel 9a Switch 9b Voltage display / Voltmeter 9c charging port 9d Brake adjusting screw 9e Upper service hatch

Claims

[1] - Main claim 1. Rotatable and adjustable modular support and electrical module with attached lying surface, comprising - a column construction with a base-side anchor plate for mounting on a foundation, slab or concrete base, - a bearing arrangement rotatable about a vertical axis for absorbing radial and axial forces, - a braking device for adjusting the rotational resistance of the rotary movement, - an adjustment device for tilting a reclining module around a horizontal axis, - as well as a detachably attached reclining module, characterized by that the system is modular in design and is designed to perform a rotational and adjustment movement of the lying surface. [2] - Belt brake 2. Carrier and electrical module according to claim 1, characterized bythat the braking device is designed as a mechanical belt brake with a brake disc and a mechanical tensioning element for stepless adjustment of the rotational resistance. [3] - Electrical module 3. Carrier and electrical module according to claim 1 or 2, characterized by , that a splash-proof electrical module is provided for accommodating electrical components. [4] - Adjustment device 4. Carrier and electrical module according to one of the preceding claims, characterized by that the adjustment device is designed as a linear drive. [5] - Type of actuation 5. Carrier and electrical module according to claim 4, characterized by that the linear drive can be operated electrically or electromechanically. [6] - Function of the linear drive 6. Carrier and electrical module according to one of the preceding claims, characterized by, that the linear drive serves to adjust the tilt of the lying module around a horizontal axis, thereby enabling ergonomically easier sitting down and standing up, access to service and maintenance elements, and the achievement of detachable connections between the modules. [7] - Service hatch 7. Carrier and electrical module according to one of the preceding claims, characterized by that the electrical module has a waterproof upper service hatch. [8] - Service access 8. Carrier and electrical module according to claim 7, characterized by , that the service hatch allows access to electrical components for installation, maintenance and repair work without dismantling the lying module. [9] - Control panel 9. Carrier and electrical module according to one of the preceding claims, characterized by that a control panel is located on the back of the electrical module. [10] - Equipment of the control panel 10. Carrier and electrical module according to claim 9, characterized by that the control panel includes at least one switch, a voltage indicator, a charging port and a brake adjustment screw. [11] - Modular expandability 11. Carrier and electrical module according to claim 9 or 10, characterized by that the control panel is modularly expandable. [12] - Modular main assemblies 12. Carrier and electrical module according to one of the preceding claims, characterized by that the system is modular and consists of at least two main modules that can be detachably connected to each other, the main modules comprising a support module with an electrical module and a separate lying module. [13] - Purpose of module separation 13. Carrier and electrical module according to claim 12, characterized bythat the modular separation of the main modules facilitates transport, assembly and maintenance, as well as the use of different lying surfaces. [14] - Lying module with BPC 14. Lying module for a support and electrical module according to one of claims 1 to 13, characterized by that the lying module is detachably connectable to the support and electrical module, has a load-bearing substructure and comprises a lying surface made of a weather-resistant fiber-reinforced plastic composite material, preferably BPC, wherein the lying module is designed to absorb payloads during a rotation and adjustment movement of the lying surface. [15] - Width / Multi-person lounger 15. Lounger module according to claim 14, characterized by that it is designed for lying surfaces with a width of at least 1 meter and is suitable for single or multi-person loungers. [16] - Two-part design 16. Lying module according to claim 14 or 15, characterized bythat the lying module is designed in two parts. [17] - Submodules 17. Lying module according to claim 16, characterized by , that the lying module consists of two sub-modules which are arranged in the middle area of ​​the lying surface and are detachably connected to each other.

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