Technical Field of the I nvention The present invention relates to a hanging apparatus with multiple modules, which is used for lighting products that are hung on a wall or from a ceiling and which includes the technological features between the support (wall, ceiling) and the lighting product.

The modules and products compatible with the aforementioned fixture hanging apparatus can be more easily mounted and managed.

Known State of the Art ( Prior Art)

There is no standard mounting technique for the lighting products in the known art. Usually, lighting products are hanged onto the support by means of fixing plugs-screws or carrier hooks. The energy transfer to the lighting product is achieved by connecting the energy cables available at the ceiling to the energy cables of the products by means of an electric terminal.

Power management of the lighting product is achieved via a switching button or a fuse switch present in an accessible location in the area (room, hall, etc.) depending on the condition of the structure (construction process) . I t is necessary to make reconditioning or use non-standard sensors when it is desired to change the location of the power management.

Objects and Summary of the I nvention

The present invention provides a hanging apparatus with multiple modules, which is used for lighting products hung on a wall or from a ceiling and which includes the technological features between the support (wall, ceiling) and the lighting product, and the development of the fixture hanging apparatus aims at

• Preventing the cables from being damaged, and the consequences thereof (such as breaking of cables, short-circuits, electrocution, etc.) , due to the movement of the energy cables at the connection point by means of a fixed and stable lower connection base, • Contributing to the prevention of the product from damaging itself , the connection parts and the hanging surface by enabling said product to flex against external impact thanks to the moving joint,

• Applying said apparatus to both new compatible products and existing lighting products,

• Mounting the product in horizontal, vertical and rotation positions without professional assistance,

• Completing the hanging of the product in a single move without using any hand tools,

• Eiasily mounting cameras, microphones, sensors for detecting movement, heat, gas and smoke,

• EEasily performing the cleaning, relocation troubleshooting of the lighting product and

• Enabling the users to manage the lighting product via voice or motion without utilizing switches in locations such as corridors, passage points and kitchens in the area

Description of the Figures (Explaining the I nvention

The figures and the related definitions used for a better explanation of the fixture hanging apparatus developed with the present invention are listed below.

Figure-1 : a two dimensional frontal view of the Main Base Module (MBM)

Figure-2: a two dimensional frontal view of the Connection Bracket

Figure-3: a two dimensional frontal view of the Main Carrier Part

Figure-4: a two dimensional frontal view of the Connection Electric Terminal Figure-5: a two dimensional frontal view of the Sensor Connection Bearings

Figure-6: a two dimensional frontal view of the Electric Terminal Auxiliary Contact Parts

Figure-7: a two dimensional frontal view of the Locking Connection Bearings on the outer edge

Figure-8: a two dimensional frontal view of the Locking Connection Bearings without the Phase Electric Terminal and Neutral Electric Terminal Figure-9: a two dimensional frontal view of the Locking Connection Bearings on the inner edge

Figure-10: a top view of the Main Base Module (MBM)

Figure-1 1 : a two dimensional frontal view of the Wireless Communication Module (WCM) Figure-12: a two dimensional frontal view of the Shunted Auxiliary Contact Splitter

Figure-13: a two dimensional frontal view of the Electric Terminal Auxiliary Contact Part

Figure-14: a two dimensional frontal view of the Groove, Set Locking Parts

Figure-15: a two dimensional frontal view of the Connection Electric Terminal

Figure-16: a two dimensional frontal view of the Connection Electric Terminal and Locking Tabs

Figure-17: a top view of the Wireless Communication Module Six (WCM 6)

Figure-18: a two dimensional frontal view of the Converter Adapter Module

Figure-19: a two dimensional frontal view of the Set

Figure-20: a two dimensional frontal view of the Electric Terminal Figure-21 : a two dimensional frontal view of the Joint Bearing

Figure-22: a two dimensional frontal view of the Moving Joint

Figure-23: a two dimensional frontal view of the Auxiliary Connection Element

Figure-24: a view of the connection between the Auxiliary Connection Element and the fixture link (chain) Figure-25: a two dimensional view of the connection between the Cables and the Electric Terminal

Figure-26: a two dimensional frontal view of the Bulb Adapter Module

Figure-27: a two dimensional frontal view of the Set

Figure-28: a two dimensional frontal view of the Electric Terminal Figure-29: a two dimensional frontal view of the Bulb Holder

Figure-30: a top two dimensional view of the Bulb Adapter Module

Figure-31 : a two dimensional frontal view of the Decorative Cover

Figure-32: a two dimensional frontal view of the Sensors and Sound Module (SSM) Figure-33: a two dimensional frontal view of the Shunted Auxiliary Contact Splitter

Figure-34: a two dimensional frontal view of the Connection Electric Terminal

Figure-35: a two dimensional frontal view of any exemplary Sensor

Figure-36: a top dimensional view of the Sensors and Sound Module (SSM)

Figure-37: a two dimensional frontal view of the Emergency Lighting Module (ELM)

Figure-38: a two dimensional frontal view of the Groove and Set

Figure-39: a two dimensional frontal view of the Electric Terminal

Figure-40: a two dimensional frontal view of the Power Source

Figure-41 : a two dimensional frontal view of the Kit

Figure-42: a top two dimensional view of the Emergency Lighting Module

Figure-43: a top two dimensional view of the Emergency Lighting Module showing th sequence of LEDs in the emergency lighting module

Figure-44: Fixing Plug

Figure-45: a two dimensional view of all modules in mounted form

Figure-46: a view of all modules connected to a pendant

Definitions of the Elements/ Sections/ Parts Forming the I nvention

The parts and sections, which are presented in the drawings for a better explanation of the fixture hanging apparatus developed with the present invention, have been enumerated and the counterpart of each number is presented below.

1 . Main Base Module

1 .1 . Connection Bracket

1 .1 .1 . Fixing Plug Hole

1 .1 .2. Cable Hole 1 .1 .3. Connection Locking tabs

1 .2. Main Carrier Part

1 .2.1 . Fixing Plug Hole

1 .2.2. Groove, Set Locking tabs 1 .3. Connection Electric Terminal

1 .4. Sensor Connection Bearings

1 .5. Electric Terminal Auxiliary Contact Parts

1 .6. Locking Connection Bearings

1 .6.1 . Spring Electric Terminal

1 .6.1 .1 . Phase Electric Terminal

1 .6.1 .2. Neutral Electric Terminal

1 .6.2. Locking bearing

1 .6.3. Energy bearing

1 .6.3.1 . Circuit Bearing

1 .6.3.2. Neutral Bearing

2. Wireless Communication Module

2.1 . Shunted Auxiliary Contact Splitter

2.2. Electric Terminal Auxiliary Contact Part

2.3. Groove, Set Locking Parts

2.4. Connection Electric Terminal

2.5. Energy and communication part

2.5.1 . Connection Electric Terminal

2.5.2. Locking Tabs

3. Converter Adapter Module

3.1 . Set

3.2. Electric Terminal

3.3. Joint bearing

3.4. Moving Joint

3.5. Auxiliary connection element

4. Bulb Adapter Module

4.1 . Set 4.2. Electric Terminal

4.3. Bulb holder

5. Decorative Cover

6. Sensors and Sound Module

6.1 . Shunted Auxiliary Contact Splitter

6.2. Connection Electric Terminal

6.3. Sensors

7. Emergency Lighting Module 7.1 . Groove and Set 7.2. Electric Terminal

7.3. Energy source

7.4. Kit

7.5. LED

8. Fixing Plug

Detailed Description of the I nvention

The fixture hanging apparatus, in its most basic form , comprises

• the main base module (1 ) which can be mounted and dismounted by the end user easily in a safe manner and which can be adapted to various technologies that can be added later, by the end user in a simple manner without utilizing any hand tools,

• the wireless communication module (2) which is connected to the main base module (1 ) and which enables remote operation of the fixture hanging apparatus or which can enable data communication by communicating with the other devices within the location by utilizing RF-RS-WI FI communication options,

• the sensor and sound module (6) by which various sound and sensor modules can be used separately in a block or which has combined sensor models utilizing several features, the emergency lighting module (7) which provides illumination in the location at a low lux value for a certain period in cases of power failure, the converter adapter module (3) which enables the fixture and Main Base Module coupling, and energy transfer which can be applied to future fixture models as well as adapting most of the fixtures that are already manufactured in the known art to the system, the bulb adapter module (4) which enables users who don't want to use a pendant or any type of fixture to use the system directly by putting a bulb on the Main Base Module and the decorative cover (5) which contributes to the aesthetics in case no module is installed on the Main Base Module and which protects and secures the open electric terminal ends.

The Main Base Module (1 ) comprises · a connection bracket (1 .1 ) made of a non-conductive material of a certain thickness,

• a main carrier part (1 .2) made of a metal material of a certain thickness,

• a connection electric terminal (1 .3) which provides the energy required by the main base module (1 ) , the converter adapter (3) and the sound and sensor modules (6) which can be installed in the future,

• sensor connection bearings (1 .4) which allow sensors to be installed,

• electric terminal auxiliary contact parts (1 .5) which enable the energy,

reaching to the adapter from the main base module (1 ) by entering and exiting adapter, to be discharged from the main base module (1 ) directly to the adapter in case the sensors are not used, by switching the energy flow,

• locking connection bearings (1 .6) located on the outer edge of the main base module (1 ) and

• energy bearings (1 .7) located on the inner section of the main base module, which transfers two-stage energy to the adapter The connection bracket (1.1) is made of a non-conductive plastic material which is round and two millimetres thick. There is a fixing plug hole (1.1.1) in the middle of the connection bracket (1.1), which is wide enough for a steel fixing plug (8) to pass through. There is a cable hole (1.1.2) right next to the fixing plug hole (1.1.1), which allows the cables in the ceiling to reach inside the main base module (1). There are connection locking tabs (1.1.3) on four corner points of the connection bracket (1.1), allowing the emergency lighting module (ELM) which may be installed later onto the module to be mounted with a simple turning motion.

The main carrier part (1.2) is made of a metal material which is round and two millimetres thick. There is a fixing plug hole (1.2.1) in the middle of the main carrier part (1.2), which is wide enough for a steel fixing plug (8) to pass through. There are groove, set locking tabs (1.2.2) on two sides of the main carrier part (1.2), which form the hanging surface to the fixture. They also maximize the weight of the fixture to be carried by the main carrier part (1.2) via the application of metal and the right slope and cross- sect ion. The connection electric terminal (1.3) enables the energy required by the main base module (1), the adapter and the sensor modules which can be installed later, to be provided. The floor of the connection electric terminals (1.3) are fixed and the connection points thereof can flex. Thus, it provides mobility in the installation of the sound and sensor modules (6) mounted thereon. There are four connection electric terminals (1.3) on the main base module. The first one serves as the phase input and return, the second one as the neutral input and return, the third one as the 12-24 volt input and return and the fourth one as the data communication signal input and return. The ability of these connection electric terminals (1.3) to provide various points and power variety increases the range of sensor modules with various voltages and characteristics. The sensor connection bearings (1.4) are the lowermost parts of the main base module (1) when viewed from the top. There are grooves and sets on four points of the sensor connection bearings (1.4). They enable the sensors, which are going to be installed on the sensor connection bearings (1.4), to be connected and mounted.

Electric terminal auxiliary contact parts (1.5) enable the energy, reaching to the adapter from the main base module (1) by entering and exiting the sound and sensor modules (6), to be discharged from the main base module (1) directly to the adapter in case the sensors are not used, by switching the energy flow. Thus, the user can utilize the product as a mechanical part even if no sensors are used. In such cases, the product continues to provide mechanically easy cleaning and relocation opportunities and if additional sensors are installed, the splitter on the sensor breaks the connection to redirect the energy to the sensor.

There are four locking connection bearings (1 .6) on the outer edge of the main base module (1 ) and two on the inner edges. The spring electric terminal (1 .6.1 ) is located on the locking connection bearings (1 .6) on the outer edge. These spring electric terminals (1 .6.1 ) allow the emergency lighting module (7) , which can be installed on the module later, to be charged. These spring electric terminals (1 .6.1 ) are divided into phase electric terminal (1 .6.1 .1 ) and neutral electric terminal (1 .6.1 .2) . These electric terminals allow different lighting elements, on which emergency lighting modules of various powers and amperes can be installed, to be utilized. For example, night lamps, colored light decorations, etc. can be used.

Energy bearings (1 .6.3) are located on the inside of the main base module (1 ) . Energy bearings consist of two circuit bearings (1 .6.3.1 ) and one neutral bearing (1 .6.3.2) ; they enable two-stage energy transfer and serve as a bearing for the adapter to be installed and hanged.

Wireless communication module (2) comprises,

• the shunted auxiliary contact splitter (2.1 ) which is located on the connection section of the wireless communication module (2) and which has a conductive and a non-conductive end,

• the electric terminal auxiliary contact part (2.1 ) which switches the energy to return if no other sensor is installed on the wireless communication module (2) ,

• the groove, set locking parts (2.3) which enable the wireless communication module to be connected to the main base module,

• the connection electric terminals (2.4) which allow energy to be processed and discharged, and

• the energy and communication part (2.5) which serves as the energy and communication bearing for the sensors to be installed after itself .

There are four groove and set locking parts (2.3) in total. There is a connection electric terminal (2.5.1 ) in the middle of the energy and communication part (2.5) . The connection electric terminal (2.5.1 ) is a spring electric terminal. There are four locking tabs (2.5.2) around the energy and communication part (2.5) . The locking tabs (2.5.2) enable the sensors to be mechanically installed.

Converter Adapter Module (3) comprises,

• the set (3.1 ) which connects to the main carrier part (1 .2) ,

• the flexible electric terminal (3.2) which has an end coming out of the converter adapter module (3) ,

• the moving joint bearing (3.3) which serves as a bearing for the moving joint (3.4) ,

• the moving joint (3.4) which is round on the inside and hollow towards the outside and which is shaped as an M8 threaded pipe, and

• the auxiliary connection element (3.5) which is hollow, shaped as m8 thread on the outside and shaped as a ring on the lower part, which is adapted to the moving joint

The inside of the moving joint has the ability to move spherically at 30 degrees in a rotational manner. The 30 degree movement ability prevent the external elements from damaging the lower mechanism by tolerating the tremors on the fixture. The moving joint (3.4) is hollow, in order to enable cables to pass through.

Bulb Adapter Module (4) comprises,

• the set (4.1 ) which connects to the main carrier part (1 .2) ,

• the flexible electric terminal (4.2) which has an end coming out of the bulb adapter module (4) , and

• the bulb holder (4.3) where the bulb is placed

The bulb adapter module (4) has the same connection points, size and diameter as the converter adapter module (3) . The difference between the bulb adapter module (4) and the converter adapter module (3) is that its open on the front side and it has different models of bulb holders such as G10, E14 and E27. Thus, the user is able to use the bulb model they desire directly. The bulb adapter module (4) is different from the converter adapter in that the various bulb holders (4.3) are made of ceramic or fireproof rigid plastic material.

The Sensors and the Sound Module (3) enable various sound and sensor modules to be used separately in a block or combined sensor models utilizing several features.

Mainly, these sounds and sensors include: various sensors such as motion, heat, smoke, gas, camera, etc. There are numerous sensor types available and they can be used without different standards. However, the sensors and sound module (3) of our invention has several features which distinguishes it from the known art. These features are as follows: the mainly combined design allows the end user to install and replace any sensor module they desire without using hand tools; when it's desired to change the type of a sensor installed according to the known art, most of the time it's not possible due to space and mass resulting from the use of same area and surface. However, our design eliminates such problems because, all of the aforementioned sensors are models which we have designed using the same molds and standards and their connection and surface is related to a single standard.

Sensors and Sound Module (3) comprises,

· the shunted auxiliary contact splitter (6.1 ) which is located on the connection section of the sensors and sound module (3) , which has a conductive and a non-conductive end, and which allows the energy to be transferred to the wireless communication module (2) ,

• the connection electric terminals (6.2) which allow energy to be processed and discharged, and

• the sensor (6.3) .

Emergency Lighting Module (7) comprises,

• the groove and set (7.1 ) which is located on the inner bottom part of the emergency lighting module, · the electric terminals (7.2) which are fixed at the bottom and which have flexible ends, the energy source (7.3) which enables the emergency lighting module to work in case of a power failure,

the kit (7.4) which charges the energy source if necessary by controlling the energy from the main base module (1 ) and which directs the energy from the energy source to the LEDs (7.5) when necessary, and the LEDs (7.5) which have the desired power and lux

The emergency lighting module (7) provides illumination in the location at a low lux value for a certain period in cases of power failure. There are four grooves and sets (7.1 ) used in the inner bottom part of the

emergency lighting module. Three of the grooves and sets (7.1 ) serve only as a locking mechanism , while the fourth one serves both as a locking mechanism and an energy bearing.

The energy source (7.3) of the emergency lighting module (7) can be a battery or a cell battery.

The modules and elements included in the invention can be of any geometrical shape.

An embodiment of the invention is provided in Figure 47. I n this embodiment; · 47.1 : The external sensor module; the emergency lighting module is divided into at least two, preferably four equal parts and 4 different sound and/or sensor modules are used therein. This embodiment allows for more sensors to be used at the same time. More or less sections can be preferred depending on specific needs.

• 47.2: The protective cover of the modules built as the external sensor module · 47.3: The connection module of the external sensor modules; this module is installed on the outside of the MBM to increase the number of sensor modules, the low voltage in the MBM carries the 220 volt energy and external possible cable connections and transfers them to the external sensor modules, the module can be turned to the left or right. I t can be locked to stay fixed or it can complete full rotations. Thus, it is possible to use it for fixed areas, or partial areas in the location or sweeping the location, depending on the application. 47.4: fixture/ chandelier converter adapter

47.5: GU10 and similar socket legged holder module; this module is used for utilizing spot lamps instead of pendant type bulbs when necessary.

47.6: E14 and E27 bulb module; this model is used for utilizing bulbs that are installed by rotation, in order to use such bulbs instead of pendants when necessary.

47.8: sphere slot ; this element is a part of the fixture converter adapter and it can be screwed to said module, can be installed by pressing or can be manufactured together.

47.9: sphere; moving joint which is spherical on the inside and which has the ability to move spherically at 30 degrees in a rotational manner. The inside of the moving joint has the ability to move spherically at 30 degrees in a rotational manner. This part can be made of materials having various strengths depending on specific needs. This part can be different according to the fixture type.

47.10: Converter part ; this part is the last part of the converter adapter and it enables the adaptation of the fixture to be installed to the converter adapter; this part can be of various sizes and shapes depending on specific needs.

47.1 1 : carrier part: this element is a part of the MBM. I t can be installed before the MBM to provide ease of mounting.

47.12: Sensors module; this module can be used as a decorative complementary product when needed, or it can be used as a sensor module, sound module, communication module or transformer driver module.

47.13: sensor module cover

47.14: MBM module cover; this cover can include multiple parts depending on the condition of the transformer driver and other pieces that can be installed later in the empty areas of the MBM.

47.15: MBM side cover; this part is the cover of the energy connection parts which will transfer energy to the external sensor modules to be installed on the MBM.

47.16: MBM chamber; this part is a chamber which includes empty areas for the parts to be added to the module later on.