TWM564679U - Wireless power-supplying lamp assembly with quick detachable unit - Google Patents

Abstract

A wirelessly enabled lamp assembly having a quick dismounting unit for mounting on a substrate, the wirelessly enabled lamp assembly comprising a connector fixedly disposed on the substrate, including at least one connector body, having a quick release And at least one wireless enabling unit corresponding to the connector body; a light fixture comprising a set of quick-release units correspondingly coupled to the quick release device; at least one light-emitting unit disposed in the quick-release unit; a wireless coupling unit disposed in the quick release unit and corresponding to wirelessly receiving the wireless enabling unit power, and powering the light emitting unit.

Description

Wireless enabled luminaire assembly with quick disassembly unit

A wirelessly enabled luminaire assembly having a quick disassembly unit.

Lighting is an indispensable part of lighting, shaping the environment and creating an atmosphere, which has a great impact on human visual senses. Therefore, when decorating the lighting, each person's opinions and opinions are different, especially considering the objective environmental constraints, such as how the circuit is guided, the shape of the luminaire, whether the luminaire is equipped with an optical structure, reflection in the optical structure, or The diffuse ratio and angle, the brightness and color temperature of the bulb itself, and even how to hide the circuit from the environment or with the environment, affect the overall effect of the luminaire. In addition to the above conditions, sometimes depending on the constraints of the special environment, the range of lighting fixtures will be further reduced. For example, outdoor lighting, it is necessary to consider the humidity effects such as morning dew or mountain environment. At this time, the waterproof ability of the lamps Become an indispensable constraint.

Therefore, even if there are various kinds of lamps and lanterns in the market or on the Internet, whether the installation and installation effects are suitable or not, the selection process often has to be limited by environmental factors or difficulties. And forced to choose a specific fixture. Especially when the aesthetic ideas of decorators and users are different, lamps and installation interfaces such as ceiling lamps, chandeliers, track lights, etc. are very different from each other. Once one of them is installed, it is difficult to change each other, even if it is reluctant to re Installation, often have to wait for civil and hydropower professionals, the time of the gap, people The cost of the force and material makes the cost of the luminaire change after installation greatly increased.

On the other hand, for example, in a department store, after one or two years, the tenancy will expire and the tenant will change, or the decoration will not change for a long time and the customer will lose freshness. Therefore, the decoration will be updated regularly or irregularly. If you need to re-install the new luminaire every time, in addition to the compatibility of the above installation interface, even for different luminaires, you must re-drill holes in the wall or ceiling to install smoothly. As a result, the aforementioned wall or ceiling is inevitably damaged, and even the ceiling or wall is difficult to recover. In addition to the above-mentioned professional decoration refurbishers, when the average person wants to replace or install the luminaire, the convenience and safety of installation will become a problem.

Recently, with the gradual prevalence of wireless charging, furniture manufacturers have installed wireless power supply devices such as desks, etc., so that portable communication devices such as mobile phones or tablet computers can be recharged without the need for matching, and some suggestions have been made by the industry to allow underwater lamps and the like. Change to wireless power supply. However, since the power supply component and the power receiving component mainly rely on induction power generation, the electromagnetic wave transmission therein varies greatly with distance, and once there is no alignment between the power supply component and the power receiving component, the power supply will be greatly reduced. For portable communication devices, even if the charging efficiency is not good, at most, the battery's power recovery is slow, but for products such as lamps, once the alignment is poor, for example, only half of the energy of the power supply is successfully transmitted, which will result in Light-receiving luminaires cannot be lit at all, or they may not be able to achieve the desired results even though they are lit but half-bright.

In summary, how to make the lamp more convenient to install and replace, improve the compatibility between the lamps, eliminate the problem of wall and ceiling caused by repeated drilling, so that users can safely replace the lamps themselves, improve the convenience of operation and The safety of the installation, and to ensure the efficiency of the power supply, is the purpose of the new model.

One of the objects of the present invention is to provide a wirelessly enabled luminaire assembly having a quick disassembly unit that is easy to disassemble.

Another object of the present invention is to provide a wirelessly enabled luminaire assembly having a quick disassembly unit with high compatibility between luminaires.

Still another object of the present invention is to provide a water-repellent, wireless-enabled luminaire assembly having a quick-disassembling unit.

A further object of the present invention is to provide a wirelessly enabled luminaire assembly with a quick release unit that is highly secure when replaced.

Still another object of the present invention is to provide a wirelessly enabled luminaire assembly having a quick disassembly unit that ensures power supply efficiency.

The present invention provides a wirelessly enabled lamp assembly having a quick disassembly unit for mounting on a substrate, the wirelessly enabled lamp assembly including a connector fixedly disposed on the substrate, including at least one connector body, having a a quick-disconnecting device; and at least one wireless enabling unit corresponding to the connector body; a lamp comprising a set of quick-release units correspondingly coupled to the quick-release device; at least one light-emitting device disposed in the quick-release unit a unit; and a wireless coupling unit disposed in the quick release unit and corresponding to wirelessly receiving the wireless enabling unit power, and powering the light emitting unit.

Because the wirelessly enabled lamp assembly with the quick disassembly unit disclosed in the present invention is wirelessly enabled without directly connecting the circuit with a wire, the user does not have to have the circuit in a live state. The electric shock is used to improve the safety of the operation during the disassembly and assembly process; on the other hand, it ensures that the lamps and the connecting seats can achieve the effect of water repellent. And the electricity obtained by the bulb It can be obtained by electromagnetic induction technology. The connector mounted on the substrate can be replaced without replacing the lamp. As long as the lamps are compatible with each other, it can be easily disassembled to complete the quick release function. The luminaires with different appearances can be quickly installed on the connection base; in particular, the design of the alignment unit not only allows the lamp to efficiently charge the wireless power supply, but also ensures that the luminaire is illuminated as expected.

10,10’,10”‧‧‧Connecting Block

100,100’‧‧‧connector body

101,101’,101”‧‧‧ Quick release equipment

1011’, 1011’‧‧‧Fitting Limiting Department

103,103’,103”‧‧‧Wireless enabling unit

105', 105" ‧ ‧ holdings

107"‧‧‧ alignment parts

20,20’,20”‧‧‧ lamps

201,201’,201”‧‧‧ quick release unit

2011’, 2011” ‧ ‧ press release inserts

203, 203" ‧ ‧ lighting unit

205,205',205"‧‧‧Wireless coupling unit

207”‧‧‧Limited parts

7”‧‧‧Environmentally enabled modules

8”‧‧‧ Energy storage unit

9,9',9"‧‧‧Substrate

1 is a schematic view of a wirelessly enabled luminaire assembly having a quick dismounting unit of the first preferred embodiment.

2 is a schematic view of the quick release assembly and quick release unit of FIG. 1.

3 is a schematic diagram of a wirelessly enabled luminaire assembly having a quick dismounting unit of the second preferred embodiment.

4 is a schematic view of the quick release assembly and quick release unit of FIG. 3.

FIG. 5 is a schematic diagram of a wirelessly enabled luminaire assembly having a quick dismounting unit according to a third preferred embodiment.

Figure 6 is a schematic view of the quick release assembly and quick release unit of Figure 5.

The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the preferred embodiments. Labeled.

The first preferred embodiment of the present invention is shown in FIG. 1 and FIG. 2, wherein FIG. 1 is a schematic view of the first preferred embodiment, and FIG. 2 is a schematic view of the first preferred embodiment. This is a schematic diagram of the quick release assembly and quick release unit for this example. In the first preferred embodiment, the wirelessly enabled lamp assembly of the present embodiment having a quick dismounting unit is mounted on the substrate 9. For convenience of description, the application scenario of the present example is a commercial field, so in this example The material of the material 9 is a plaster applied to a light steel frame. The ceiling, and the wirelessly enabled luminaire assembly includes a connector 10 fixedly disposed on the substrate 9, and a luminaire 20. The connector body 100 has a quick release device 101 and a wireless enabling unit 103 corresponding to the connector body 100. The luminaire 20 includes a set of quick-release units 201 correspondingly coupled to the quick-release unit 101, and at least one light-emitting unit 203 disposed in the quick-release unit 201, and correspondingly wirelessly receiving the power of the wireless-enabled unit 103. And the power supply enables the wireless coupling unit 205 of the above-described light emitting unit 203.

For convenience of understanding, in the present example, the quick release device 101 and the quick release unit 201 are respectively illustrated as permanent magnets, the lamp 20 is illustrated as a recessed light, and the light emitting unit 203 is illustrated as a plurality of LEDs. The quick release device 101 and the quick release unit 201 are respectively disposed opposite to each other in the north and south poles, and the wireless enabling unit 103 and the wireless coupling unit 205 are explained by using electromagnetic induction technology, and those skilled in the art can easily understand the electromagnetic induction technology. It can be divided into electromagnetic induction (Magnetic induction, MI) and magnetic resonance (MR) based on electromagnetic induction technology, regardless of the method used as the electromagnetic induction unit, does not affect the implementation of this example.

By adopting electromagnetic induction technology, the luminaire originally limited to the direct-conduction to obtain the enabling type will be driven by the wireless enabling unit 103 in the connector body 100, and the conduction current is passed to the wireless enabling unit 103. The magnetic flux of the wireless enabling unit 103 is changed to form a time-varying electromagnetic field, so that the wireless coupling unit 205 senses the dynamic electron flow of the electromagnetic field, and the wireless coupling is changed by the aforementioned electronic flow. The unit 205 generates an induced current and supplies it to the light emitting unit 203. Since the current is wirelessly transmitted through the electromagnetic induction form, the wireless coupling unit 103 and the wireless coupling unit 205 are not required to directly contact each other, and the wireless coupling unit 205 can sense the current to complete the power supply. The quick release assembly 101 and the quick release unit 201 achieve the purpose of quick disassembly by magnetic attraction, so that the worker can achieve the task of quickly and safely replacing the lamp 20 without worrying about electric shock. Especially in the space or office environment where large-scale exhibition activities are often carried out, it is also possible to quickly replace the lamps required for illumination, in response to the rapid changes in the needs of environmental lighting.

The above-mentioned magnetic induction current mode is used for power supply, in order to achieve low power consumption and improve power conversion efficiency, of course, those skilled in the art can ensure wireless enablement through the combination of the aforementioned quick release mounting and quick disassembly unit forms. The unit and the wireless coupling unit achieve the effect of alignment, which does not hinder the implementation of this example. However, in this example, the connecting base 10 further includes a pair of positioning members 107, and the luminaire 20 has a limiting member 207 corresponding to the aligning member 107, and the alignment member 107 and the limiting member 207 are explained in this example. The bumps and pits corresponding to each other are set and the asymmetric corresponding settings are adopted to ensure that the alignment effect can be more accurate. Of course, those skilled in the art can easily understand that the above-mentioned aligning member and the limiting member are symmetrical or asymmetrical, and are not hindered from the implementation of this example.

In order to fully illustrate the various application areas of the scope of the present invention, please refer to FIG. 3 and FIG. 4, and the schematic diagram of the wirelessly enabled lamp assembly with quick release unit according to the second preferred embodiment of FIG. 3, and FIG. 4 quick release assembly. The schematic diagram of the 埠 and quick disassembly unit further illustrates that the application scenario in this example is a home luminaire, so the substrate 9 ′ of this example will be interpreted as a cement ceiling, and the luminaire 20 ′ will be exemplified as a chandelier, and the wireless enabling unit 103 Both the 'and the wireless coupling unit 205' are illustrated as a set of induction modules using electromagnetic induction.

Because the lamp 20' of this example follows the visual design requirements, the lamp 20' is bound to add a little weight. For stability and safety, the connector 10' must be firmly connected to the substrate 9', so the connector 10 of this example 'Includes a set of holders 105' that snap the connector body 100' to the substrate 9', and the holder 105' of this example is taken as a chandelier fixture.

However, often after the installation of the luminaire, the atmosphere of the design, feel or shape of the luminaire was found to be less than expected, or it was not compatible with the interior design, resulting in the need to replace the luminaire. Therefore, the lamp replacement can be performed by the structure in which the lamp 20' is firmly engaged with the connecting seat 10', wherein the quick dismounting device 101' includes a set of radially symmetrical forming fitting limiting portions 1011', the fitting The limiting portion 1011' is substantially embedded in the axial direction of a vertical substrate 9', and the quick-release unit 201' includes a plurality of pressing and disassembling inserts 2011' respectively corresponding to the fitting limiting portions 1011'. . Therefore, the replacement of the lamp 20' only needs to be pressed by the simple pressing of the decoupling insert 2011', that is, the lamp 20' can be removed from the connecting seat 10' to improve the installation operation convenience of the indoor lamp 20'. The replacement cost of the replacement lamp 20' is eliminated. In this example, the alignment member 107' and the limiting member 207' are further illustrated as a corresponding groove and a convex ring, thereby enabling the wireless enabling unit 103' and the wireless coupling unit 205' to be aligned with each other. Ensure that no foreign matter is in contact with the lamp 20' and the connector 10'. In the presence of foreign matter, in addition to the inability to ensure the power conversion efficiency of the wireless enabling unit 103' and the wireless coupling unit 205', if the foreign object is metal or In the case of a substance that is subject to magnetic influence, the magnetic force will cause the foreign matter to generate a high temperature in a short time, which is dangerous. Of course, those skilled in the art can easily combine or replace the above-mentioned alignment member and the limiting member with the electromagnetic valve or the sensing module to ensure the accuracy and correctness of the joint, and the implementation of the example is not hindered.

Of course, the scope of use of the luminaire and the application scenario are not only used indoors, but the present invention is more applicable to the outdoor use luminaire. As a detailed description of the third preferred embodiment, please refer to the schematic diagram of the example shown in FIG. 5 and FIG. 6 as an example. Quick release assembly and quick release unit schematics, such lamps 20" used to require outdoor layout through additional wiring works. In addition to the layout of the layout, it is necessary to match the design type of the outdoor environment. Of course, those skilled in the art can easily use the original switching part in the device to adopt an environmentally-friendly conversion energy device, such as The conversion energy device such as solar energy, wind power, and hydraulic power is combined with the energy storage battery as a power supply source, and any of the foregoing or a combination of the conversion energy devices thereof is not hindered from the implementation of the present example.

However, the connector 10" or the lamp 20" in this example further includes an energy storage unit 8" that is connected to the wireless enabling unit 103", and an environmentally enabled module that is coupled to the energy storage unit 8". Group 7", in this example, the storage unit 8" is an example of a rechargeable battery, and the environmentally-enabled module 7" is an example of a solar panel. The design of the lamp 20" is usually designed to meet the needs of landscaping or the environment. The design has a variety of design types that can be used to create an atmosphere with landscaping. In this example, the substrate 9" is interpreted as a ground, and the luminaire 20" is a garden light, and the holding member 105" is an example. It is the mount of the aforementioned luminaire 20".

Because the outdoor environment is always devastated by wind and rain, the requirements for waterproofing, as well as the energy generated by the environment-enabled module 7" exposed to the sun, are still limited by the energy conversion efficiency. In the environmentally-enabled module 7", the conversion efficiency is not high, and only about 25% can be converted. The energy converted in this way is charged and discharged by the energy storage unit 8", and then to the wireless enabling unit 103", the overall The electric energy loss rate will be greatly improved. Therefore, the wireless enabling unit 103" of this example is an electromagnetic coupling resonant electromagnetic induction unit. Since the transmission distance is less than 40 mm compared with the electromagnetic induction, the magnetic coupling resonance transmission distance is long. It can reach 10-20cm or more, and the transmission power can reach the output power of mW units or more, which is less affected by the alignment between the coil circuits, and can be powered by a pair of multiple wireless coupling units 205".

In order to improve the power conversion efficiency, in addition to the distance between the wireless coupling unit 205" and the wireless enabling unit 103", the range of misalignment between the wireless coupling unit 205" and the wireless enabling unit 103" is reduced. The accurate connection between the bit member 107" and the limiting member 207" enables the wireless coupling unit 205" and the wireless enabling unit 103" to be tightly coupled under precise docking. The precise correspondence causes the wireless enabling unit 103" to generate a magnetic flux change, enabling the wireless coupling unit 205" to generate a higher efficiency induced current by the magnetic flux. Of course, those skilled in the art can easily understand that the foregoing alignment member and the limiting member can be applied to the embodiments without hindering the implementation of the present invention, and the wireless enabling unit and the wireless coupling unit are aligned with each other to ensure that the wireless enabling unit and the wireless coupling unit are aligned with each other. The power supply efficiency of the lamps reaches the level standard. In addition, the fitting limiting portion 1011" of the present example and the corresponding pressing and disassembling inserting member 2011" are further divided into two sections to perform a fitting operation, firstly connecting the lamp 20" with the connecting seat 10", and then to the first The direction is rotated, so that the fitting limit portion 1011" is engaged with the press release insert 2011".

In this example, the quick release assembly 101" and the quick release unit 201" on the luminaire are the same as the previous embodiment except that the storage unit 10" is provided in the connection housing 10" for the energy storage unit 8" More efficient use of limited internal space, and does not affect the design of the lamp 20", so the energy storage unit 8" in this example will be placed in the connector hidden in the substrate 9", and has waterproof effect The holding member 105" is fixed, and the light-emitting unit 203" is made of a waterproof light-proof bulb, so that the example can be suitably applied to the outdoor environment and is not easily damaged, and on the one hand, it is not affected by the problem of planning the line in advance, and the other is The aspect can be changed according to the environment required by the outdoor environment, thereby highlighting the novel advantages of the present invention. Of course, those skilled in the art can easily combine the foregoing embodiments to change the environment-enabled module on the one hand. The utility power supply and store energy in the energy storage unit, so that when the energy storage unit that has stored energy is in a state of no power supply, the quick release assembly and the quick release unit are fitted, so that the power supply of the mains can be stored in this example. Take The energy storage unit is used as a power supply luminaire, and the combination of the above changes does not hinder the implementation of this example.

The above is a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Any changes and diversions made in accordance with the scope and specification of the present invention are within the scope of the present invention.

Claims (6)

A wirelessly enabled lamp assembly having a quick dismounting unit for mounting on a substrate, the wirelessly enabled lamp assembly comprising a connector fixedly disposed on the substrate, including at least one connector body, having a quick release And at least one wireless enabling unit corresponding to the connector body; a light fixture comprising a set of quick-release units correspondingly coupled to the quick release device; at least one light-emitting unit disposed in the quick-release unit; a wireless coupling unit disposed in the quick release unit and corresponding to wirelessly receiving the wireless enabling unit power, and powering the light emitting unit. The wirelessly enabled luminaire assembly of the quick release unit of claim 1, wherein the connector further comprises a plurality of holders for locking the connector body to the substrate. The wireless-enabled luminaire assembly of the quick-disconnecting unit according to the first aspect of the invention, wherein the quick-release assembly and the quick-release unit are respectively a plurality of permanent magnets disposed opposite to each other in polarity. A wirelessly enabled lamp assembly having a quick release unit according to claim 1, wherein the quick release device comprises a set of substantially radially symmetrical forming along a vertical axis of the substrate. The limiting portion and the quick dismounting unit include a plurality of pressing and disassembling inserts respectively corresponding to the fitting limiting portions. The wirelessly enabled luminaire assembly of the quick release unit of claim 1, wherein the connector or the luminaire further comprises an energy storage unit that is coupled to the wireless enabling unit, and an energy storage unit Connected environment-enabled modules. A wirelessly enabled luminaire assembly having a quick dismounting unit as described in claim 1 wherein The connecting seat further includes a pair of positioning members, and the lamp has a limiting member corresponding to the positioning member.