TWM434164U - Lamp structure - Google Patents

Description

M434164 V. New description: [New technical field] This creation is about a luminaire structure, especially the luminaire structure that can be installed on the surface of various structures. [Prior Art] It is conventional to mount a lamp on various structural surfaces such as cabinets, decorative structures, walls, etc., usually by screws, magnetic force, double-sided tape or other complicated fixing structure, and the lamp is fixed to the aforementioned structure. surface. However, when such lamps are installed on various structural surfaces such as cabinets, decorative structures, walls, etc., it is usually impossible to adjust the direction of illumination, or another device that generates a light source, such as a light-emitting diode or a lamp bead, is disposed on a mechanism. And the relative movement of the main body of the lamp can be achieved, and the adjustment of the illumination direction of the light source is achieved, so that the overall aesthetic appearance of the lamp is often destroyed, and the convenience is not good. Moreover, the design of such luminaires generally limits the form of power used during design. If the form of the power supply is to be changed, the entire luminaire structure must be redesigned. Therefore, this creation is based on the lack of conventional lamps. [New content] This creation is about a luminaire structure. Its main purpose is to provide a luminaire structure with a simple fixing method, and it can be directly installed on cabinets, decorative structures, walls and other furniture or structures. The second purpose of the luminaire structure of the present invention is the fixing structure of the luminaire structure, which can be directly installed on various furniture such as cabinets, decorative structures, walls or the like, or the 3 M434164 is a structure, and the illumination direction of the light source can also be adjusted.

A further object of the luminaire structure of the present invention is to provide a luminaire structure that can be selected from a variety of power sources, such as a battery, an AC power source, and a wireless transmission power source, so that it can be applied to various environments. A further object of the luminaire structure of the present invention is to provide a luminaire structure having a switch or inductor to facilitate control of the opening or closing of the luminaire structure. The present invention relates to a lamp structure and is used in combination with a structure, and includes: a main body, which includes a receiving portion, a light transmitting portion and a first joint portion; and a light-emitting device a light source for driving light through an electric power; an electric circuit portion including a selection module, a power supply portion, and a control unit; and a base including: a second joint portion and a fixing portion, the first The second joint portion corresponds to the first joint portion and can be coupled to or detached from each other, and the base is fixed to the structure through the fixing portion; wherein the receiving portion is a hollow portion in the body; The light transmissive portion is a penetrable light structure extending through the main body, and the light source of the light emitting device is transmitted out of the main body through the light transmitting portion; the light emitting device is corresponding to the light transmitting portion of the main body and electrically connected to the light emitting portion An electric circuit unit, wherein the illuminating device and the electric circuit unit are fixed in the accommodating portion of the main body; the selection module is disposed in the accommodating portion of the main body and is configured to select the illuminating device to be turned on or off. operating The electrical component of the surface outputs a corresponding electrical signal; the power supply is a device capable of providing power; the control component is a logic control and power adjustment circuit for determining an electrical signal of the selection module and controlling the illumination device Turning on or off to generate a corresponding electrical operation, and adapting the power of the power supply portion to the electrical circuit portion and the power form required by the illuminating device, and then distributing the electric circuit portion and the illuminating device; and the main body and the The bases respectively include a first and a second joint, the first joints corresponding to the second joints and being coupled to each other or detached from each other. The fixing portion of the base may be a screw perforation, and the screw perforation extends through the base. In the luminaire structure of the present invention, the first joint portion of the main body includes at least one through hole which penetrates the bottom of the main body and protrudes radially outward on the inner surface to form a flange; and the second of the base The binding portion corresponds to the first joint portion of the main body and includes at least a hook body. The hook system extends upward from the base and includes a recess, and the recess is concavely formed on the lateral side of the hook body. And a hole in the perforation of the first joint portion and the hook body in the second joint portion of the base is inserted into the perforated state in the first joint portion of the main body, in the hook body The concave portion is engaged with the flange β in the perforation. In the luminaire structure of the present invention, the first joint portion of the main body includes a perforation, and the second joint portion of the base includes a hook body. a perforated structure and the flange in the perforation is formed in an annular shape, and the recess in the hook body is a circular concave portion formed in the lateral direction of the hook body and a flange in the perforation. And the hook body in the second joint of the base is inserted The recess in the hook body in the perforated state of the first joint of the body engages a flange in the perforation, the body being rotatable relative to the base. Wherein the flange surface of the main body perforation has an annularly arranged internal tooth, and the recess in the base decal body has an external tooth, the external tooth corresponding to the internal tooth, and the external tooth and the internal tooth have The amount of elastic deformation of the external teeth and the internal teeth is sufficient for the external teeth to rotate with the internal teeth. The external teeth and the internal teeth are phased at a minimum rotational spacing.

Right to turn. The Danhe Department has a second knot of the county seat and further includes a ball head, the first and second parts of the body have a perforation and the step includes: the card slot a concave (four) annular concave portion formed concavely in the lateral direction of the hook body and the ball head is a spherical structure formed by the top end of the hook body, the perforation is a circular perforated structure and the flange in the perforation Forming an annular structure corresponding to the concave portion of the hook body and the cutting line formed in the material of the material hole--the empty space corresponding to the ball head of the hook body, such that the ball head of the card body and the punching card The grooves combine to form a universal joint mechanism. Furthermore, in the luminaire structure of the present invention, the first knot of the main body includes a through hole penetrating through the bottom of the main body and protruding radially outward on the inner surface to form a flange; and the base The second joint portion corresponds to the first joint portion of the main body and includes a plurality of hook bodies. The hook hook systems are arranged in an annular distribution, and each hook system extends upward from the base and includes a concave portion. The concave portion of the hook body is concavely formed on the side concave portion and corresponds to the flange in the through hole of the first joint portion, and each hook body in the second joint portion of the base is simultaneously inserted into the main body In the state of the perforations in the first joint, the recesses in each of the hook bodies engage the flanges in the perforations. The punching holes of the first joint portion of the main body are a circular perforated structure. The hook systems in the second joint portion of the base are arranged in a circular annular shape, and each hook in the second joint portion of the base is In a state in which the body is simultaneously inserted into the perforation in the first joint portion of the main body, the recesses in each of the hook bodies are engaged with the flanges in the perforations, and the main body and the base system are relatively rotatable. In addition, the surface of the flange in the main body perforation has an inner tooth arranged in an annular shape, and the concave portion in the base body has an external tooth, and the M434164 /. . ________ -_____ external tooth system corresponds to the internal tooth, the outer The tooth has a considerable flexibility with the internal tooth system, and the elastic deformation amount of the external tooth and the internal tooth is sufficient for the external tooth to rotate with the internal tooth, and the external tooth and the internal tooth rotate with a minimum of one tooth The spacing is * relative rotation. In addition, in the luminaire structure of the present invention, the first junction of the main body includes two parallel corresponding sliding grooves, and the sliding groove is formed in a parallel elongated groove structure of the bottom portion of the main body; And the second joint portion of the base corresponds to the first joint portion of the main body and includes two parallel corresponding flanges, and the flanges are formed in a parallel strip-like structure at the top of the base and are in the main body In the state in which the respective flanges of the second joint portion of the base are simultaneously inserted into the first joint portion of the main body, each of the flanges is engaged with the corresponding sliding groove. Furthermore, in the luminaire structure of the present invention, the first joint portion of the main body includes at least one iron piece having a ferromagnetic property material and fixing the bottom surface of the main body; and a second joint portion of the base Corresponding to the first joint of the main body and including at least one magnet fixed to the base and corresponding to the iron piece in the main body. Wherein the first joint portion of the main body includes a groove formed on the bottom surface of the main body and recessed from the surface, and the iron piece is disposed in the groove; and the base is The second joint portion further includes a convex portion formed on the bottom surface of the base and protruding from the surface, the magnet is disposed in the convex portion, and the base convex portion corresponds to the main body groove, The base protrusion can be inserted into the body recess. In the luminaire structure of the present invention, the electrical circuit portion further includes an external power connection device electrically connected to the power supply portion and including a connection line and an AC/DC power supply adapter 7 M434164, whistling The connecting line is a power lead, and the AC/DC power adapter is an electrical device that converts AC power into a DC power source. Wherein the connection line of the external power connection device extends from the main body to the outside of the main body, the part of the connection line in the main body is electrically connected to the AC/DC power adapter; and the AC/DC power adapter is The AC power input by the cable is converted into a DC power source, and the DC power source is transmitted to the power supply unit. Alternatively, the AC/DC power adapter can be external to the body. Furthermore, the power supply unit in the main body further includes a battery module, and the battery module is disposed in a structure of the battery disposed in the receiving portion of the main body and electrically connected to the power supply portion, the battery The battery installed in the module is a secondary battery, and the power supply unit converts the DC power input by the external power connection device into power for charging the battery module. In the luminaire structure of the present invention, the power supply unit in the main body further includes a battery module, and the battery module is disposed in a structure of the battery disposed in the receiving portion of the main body and electrically connected to the electric power. The supply unit, and the battery installed in the battery module is selected from the group consisting of a primary battery and a secondary battery. In the luminaire structure of the present invention, the electrical circuit portion further includes a control circuit board, the control circuit board is disposed on a circuit board in the accommodating portion of the main body, and the selection module and the control component are disposed on The control circuit board and the power supply unit are electrically connected to the control circuit board. In the luminaire structure of the present invention, the power supply portion of the electrical circuit portion further includes an electrical energy receiver including a receiving component and a rectifying circuit, and the electrical energy receiver 8 M434164

Receiving an electrical device that transmits resonant energy transmitted by a wireless power transmission technology and converting the resonant energy into power and outputting power of the electrical energy receiver via the power supply; wherein the receiving component includes at least one receiving coil a resonant circuit, the receiving coil receives the resonant signal and converted into a power output; and the rectifier circuit is an electrical signal conditioning circuit, and converts the power output of the receiving component into power required by the power supply portion form. In addition, the power supply unit further includes a battery module, and the battery module is disposed in a structure of the battery disposed in the receiving portion of the main body and electrically connected to the power supply unit. The battery is a secondary battery, and the power supply unit converts the DC power input by the external power connection device into power for charging the battery module; wherein the power supply unit determines the state of charge of the battery module And selecting one of the state of charging the battery module and stopping the charging state. Furthermore, the power supply unit further includes an electrical energy transmitter that converts a power into resonant energy and transmits it to an external electrical device, and the electrical energy transmitter is powered by wireless power transmission technology. The resonant energy emitted and the electrical energy receiver resonate with each other, and at least a portion of the resonant energy is received by the electrical energy receiver. Wherein the electrical energy transmitter is separate from the main system and further comprising an external power source, a oscillating emission driving circuit and a transmitting component; the external power source is a power supply source and is required to supply the electrical energy transmitter for operation The resonant emission driving circuit is an electrical signal conditioning circuit, and converts part of the power provided by the external power source into an electrical signal output to the transmitting component; and the transmitting component includes at least one transmitting coil, and the The transmitting coil is the resonant launcher 9 M434164

The electrical signal generated by the moving circuit is converted into resonant energy and emitted outward. The luminaire structure of the present invention further includes a transparent cover which is formed of a transparent material and is a cover structure having an open bottom, and is covered on the main body and fixed on the main body. In the luminaire structure of the present invention, the control component in the electrical circuit portion further includes a means for detecting insufficient power of the power supply portion, and the control component is selected to be intermittently corresponding to a state in which the power supply portion is insufficient in power. Turning the illumination device on and off. The control unit in the electrical circuit unit detects the power shortage of the power supply unit by detecting a voltage signal of the power supply unit. In the luminaire structure of the present invention, the selection module is a vibration sensor. In addition, the selection module can also be an electrical switching element that generates a trigger signal through a touch, and the surface of the system that provides the touch operation of the selection module is disposed on the body and exposed. The selection module can be selected from an electric switch component of a push button switch and a capacitive touch switch. Furthermore, the selection module can also be a non-contact optical sensing element, and the selection module is disposed on the body and exposed. The selection module can be selected from a pyroelectric infrared sensor, a reflective optocoupler, a photoresistor, and an electrical switching component of a solar sensor. In order to familiarize the person skilled in the art with the purpose, features and functions of the present invention, the following specific embodiments, together with the accompanying drawings, are described in detail below. 10 M434164

In order to make this creation more clearly understood, a specific implementation will be described below as a description of the creation. 〃

The luminaire structure of the present invention is mainly installed directly on various structures and used as a lighting fixture. 2 is a perspective exploded view showing an embodiment of the present lamp structure, FIG. 2 is a perspective exploded view showing another embodiment of the present drawing, and FIG. 3 is a perspective assembled view showing the embodiment of the present invention. Referring to FIG. 2 and FIG. 3, the lamp structure of the present invention comprises a main body (1), a light-emitting device (2) and an electric circuit portion (3) having a receiving portion. ( ιι) and a structure of a light transmitting portion (12), the accommodating portion (11) is a hollow portion of the body (1), and the light transmitting portion (12) is a penetrating body (1) a structure for penetrating light, the light-emitting device (2) is a light source capable of driving illumination via electric power and correspondingly electrically connecting the electrical circuit portion (3), the electrical circuit portion (3) having a logic control, adjusting power, Selecting the light-emitting device (2) to turn on or off and supply the electrical circuit of the electrical circuit portion (3) and the light-emitting device (2), and the light-emitting device (2) is connected to the electrical circuit portion (3) Provided in the accommodating portion (11) of the main body (1), the illuminating device (2) is corresponding to the light transmitting portion (12) of the main body (1), and thus can be controlled by the electric circuit portion (3) and Driving the light-emitting device (2) to be turned on or off, and the light source of the light-emitting device (2) can penetrate through the light-transmitting portion (12) of the body (1) Out of the main body (1). The luminaire structure of the present invention further includes a base (4) fixed to the main body (1), and the main body (1) is transmitted through the base 11 M434164

(4) being fixed to the foregoing structure, wherein the main body (1) and the base (4 respectively have a first joint portion (13) and a second joint portion (41), the first joint portion Corresponding to the second joint portion, and the first joint portion and the corresponding second joint portion can be coupled to each other or detached from each other, and the main body (1) is fixed on the base (4) or The base (1) is detached from the base (4). The base of the luminaire structure of the present invention may further include at least one fixing portion (42), and the fixing portion (42) is disposed on the base (4). The base (4) is fixed to the structure. The fixing portion (42) may be formed by a double-sided tape attached to the bottom surface of the base (4). 42) may be disposed on the base (a magnet structure of the sentence. In the foregoing lamp structure of the present invention, the body (1) may further include an upper cover (14) and a lower cover (15), and the upper cover (14) The combined inner portion of the lower cover (15) forms a hollow structure of the receiving portion (11), and the light transmitting portion U2) is formed on the upper cover (14) The base (4) is mounted on the lower cover 0, and FIG. 4 is an electrical connection diagram showing the structure of the original lamp. Referring to FIG. 1 and FIG. 4, the light fixture of the present invention is described. The electric circuit part (3) further comprises a selection module (31) ... a power supply part (32) and a control part (33), wherein the selection module (31) is capable of selecting the illuminating device, (2) (4) an electrical component of the operation interface and outputting a corresponding electrical signal; the power supply unit (32) is a device capable of providing power; and the control (4) member (7) is a logic control and a power adjustment circuit for judging the selection The electrical signal of the module (3) is controlled by the illumination device (7) 12 M4J4164 ^ or OFF to generate a corresponding electrical operation, and the power of the electric device is adjusted to the electrical circuit portion (3) and the illumination device (7) = force form is then distributed to the electrical and lighting device (7) in the electrical circuit portion (7), wherein the selection module (3 (10) is disposed in the body (1) and when the Shan & group (3) generates a trigger message = component (10) will make __ or _ the hair, the force supply (10) will provide the hair Means (2) of the desired electrical operating knife 0

In the foregoing electrical circuit portion (3), the control unit (33) is configured to turn on or off == for the electrical signal of the slanting and swaying, and the power supply unit (32) provides the hairline ( 2) The power required for electrical transportation. Wherein the control component (33) includes a means for detecting the power supply (32) power failure, and when the control component (9) correspondingly selects to gradually turn the illumination device on and off (2) ). Therefore, when the power supply unit (32) has sufficient power*, the hair unit (2) will flash a warning.

The control unit (33) in the electric circuit unit (3) just described detects that the power supply unit (32) is insufficiently powered by the voltage signal of the power supply unit (32). Referring again to FIG. 4, in another embodiment of the present luminaire structure, the foregoing selection module (31) may be a vibration sensor (a physical sensor for detecting whether the structure generates vibration). And output the corresponding electrical signal. Therefore, when the selection module (31) receives the energy of the vibration, the electrical signal can be output to the control component (33), and the control component (33) will correspondingly select the illumination device (2) to be turned on or off. Referring again to FIG. 1 , FIG. 2 , FIG. 3 and FIG. 4 , in one embodiment of the present invention, the selection module ( 31 ) can generate a trigger signal through a touch. An electrical switching component, such as a push button switch, a capacitive touch switch, or the like, and the selection module (31) provides a partial surface of the touch operation disposed on the main body (1) and exposed, so that the selection can be performed through a touch operation In the case of the module (31), the lighting device (2) is selected to be turned on or off by the control unit (33). The foregoing selection module (31) may be a non-contact optical sensing component such as a Pyroelectric Infrared Radial Sensor, Reflected Infrared Sensors, a photoresistor or a solar sensor. And the selection module (31) is disposed on the main body (1) and exposed, so that when the optical condition of the selection module (3丨) is changed and triggered, an electric signal is output corresponding to the control. The component (33)' and through the control component (33) selects the illumination device (2) to be turned on or off. Referring again to Figures 1, 2 and 3, a transparent cover (5) is further included based on the specific embodiment of the prior art luminaire structure. The transparent cover (5) is formed of a transparent material and has a cover structure with an open bottom and can cover the main body (1) and is fixed to the main body (1). Fig. 5A is a partial perspective view showing an embodiment of the present luminaire structure, and Fig. 5B is a cross-sectional view showing a portion f of the combination of the embodiment of Fig. 5 and Fig. 5; Referring to FIG. 2, FIG. 5A and FIG. 58, in the luminaire structure of the present invention, the first joint portion (13) in the lower cover (15) of the main body (1) includes at least one through hole (131), the perforation (i3i) extends through the bottom of the main body (1) and protrudes radially outward on the inner surface to form a flange (131a); the second joint portion (41) of the base (4) corresponds to the main body (1)

The first joint portion (13) of the M434164 includes at least one hook body (411) extending upward from the base (4) and including a recess (41 la), the recess portion (411a) A concave portion formed concavely in the lateral direction of the hook body (411) and corresponding to a flange (131a) in the through hole (131) of the first joint portion (13). Therefore, when the hook body (411) in the second joint portion (41) of the base (4) is inserted into the through hole (131) in the first joint portion (13) of the main body (1) The recess (411a) in the hook body (411) engages with the flange (131a) in the through hole (131), so that the main body (1) is fixed to the base (4). The fixing portion (42) in the base (4) of the luminaire structure of the present invention can be inserted through a screw through the base (4) for providing a screw (not shown) through the corresponding solid A base (42) is provided to lock the base (4) to the aforementioned structure. Therefore, the base (4) can pass through the screw perforation structure of the fixing portion (42) by using a screw, and fix the base (4) to the foregoing structure by the screw; and when the base ( 4) when the second joint portion (41) and the first joint portion (13) of the body (1) are coupled to each other, the body (1) is fixed to the structure by the base (4). . 6A is a partial perspective view showing an embodiment of the present luminaire structure; FIG. 6B is a partial longitudinal sectional view showing the combination of the embodiment of FIG. 6A; and FIG. 6C is a view showing the combination of the embodiment of FIG. A partial cross-sectional view of the section. Referring to FIG. 1 , FIG. 2 , FIG. 6A , FIG. 6B and FIG. 6C , the first joint portion in the lower cover ( 15 ) of the main body ( 1 ) is based on the luminaire structure of the embodiment described in the above-mentioned creation of FIG. 5 . 13) has a perforation (131'), and the second joint (41) of the base (4) has a hook body (41'), the perforation (131') is a circular perforated structure and the perforation (131) The flange (131a') in the ') is formed in an annular shape, and the concave portion (411a') in the hook body (41') is a circular concave formed concavely on the side of the hook body (411'). Shape corresponding to 15 M434164

a flange (131a,) in the perforation (13Γ). Therefore, when the hook body (411,) in the base joint portion (41) is inserted into the first knot: the through hole (131') in the portion (13), the hook body a recess (4112) in the (4U,) engages with a flange (131a,) in the through hole (13Γ), such that the body (1) is fixed to the base (4), and the body (1) and the base ( 4) A relative rotating motion can be performed to form a rotating mechanism. Therefore, when the base (4) is fixed to the structure, the main body (1) can adjust the light emitting device through the operation of the rotating mechanism ( 2) The overall illumination direction of the light source produced.

In the embodiment of the present invention, in the embodiment of FIG. 6A, FIG. 6B and FIG. 6C, the surface of the flange (131 &,) in the perforation (131) of the main body (1) has an annular arrangement of internal teeth (131b,). And the recess (411a') in the base (4) hook body (411,) has an external tooth (4iib,) corresponding to the inner tooth (131b')' (41 lb·) and the internal teeth (131b,) have comparable pullability 'such that the external teeth (411b') and the internal teeth (131b,) are elastically deformed enough for the external teeth (411b,) Rotating with the internal tooth (131b'), and when the base is fixed on the structure, the main body (1) can be rotated relative to the rotation mechanism, and the external tooth is rotated while being rotated

A tooth and a tooth are jumped on the internal tooth (131b·) such that the external tooth and the internal tooth (131 b') are relatively rotated with a tooth at a minimum rotational pitch. Figure 7A is a partial perspective view showing an embodiment of the present luminaire structure; and Figure 7B is a partial cross-sectional view showing the combination of the embodiment of Figure 7A. Referring to FIG. 1 , FIG. 2 , FIG. 7A and FIG. 7B , in the luminaire structure of the embodiment described in FIG. 5 , the second joint portion ( 41 ) of the base ( 4 ) has a hook body ( 412) and further comprising a ball head (412a) 'The first joint portion (13) in the lower cover (15) of the main body (1) has a through hole (132) and further includes a card slot (132a), the card The recess (412b) in the hook body (412) 16 is a ring-shaped quadrangular portion formed by the side of the hook body (412), and the ball head (412a) is at the top end of the hook body (412). a spherical structure formed, the perforation (132) is a circular perforated structure and the flange (132b) in the perforation (132) forms an annular structure corresponding to the recess (412b) of the hook body (412) and The card slot (132a) is a spherical hollow portion of the ball head (412a) of the hook body (412) formed in the through hole (132), so that the ball head of the hook body (4丨2) 412a) is combined with the card slot (i32a) of the perforation (132) to form a universal joint mechanism. Therefore, when the hook body (411) in the second joint portion (41) of the base (4) is inserted into the through hole (131) in the first joint portion (13) of the body (1), the card The ball head (412a) of the hook body (412) is engaged with the card slot (132a) of the punching hole (132), and the concave portion (4lia) in the hook body (411) and the convex portion (131) are convex. The edge (132b) is engaged, so that the main body (1) is fixed on the base (4), and the main body (1) and the base (4) can pass through the first joint portion (13) and the second portion The universal joint mechanism formed by the joint portion (41) performs a relative rotational motion. Therefore, when the base (4) is fixed to the structure, the main body (1) can adjust the overall illumination direction of the light source generated by the light-emitting device (2) through the operation of the rotating mechanism. 8A is a partial perspective exploded view showing an embodiment of the present luminaire structure; FIG. 8B is a partial longitudinal sectional view showing the combination of the embodiment of FIG. 8A; and FIG. 8C is a combination of the embodiment of FIG. Partial cross section view. Referring to FIG. 1 , FIG. 2 , FIG. 8A , FIG. 8B and FIG. 8C , in the luminaire structure of the present invention, the first joint portion ( 13 ) of the main body lower cover ( 15 ) includes a through hole ( 133 ). The through hole (133) extends through the bottom of the main body (1) and protrudes radially outward on the inner surface to form a flange (133a); and the second joint portion (41) of the base (4) corresponds to the main body (1) The first joint portion (13) includes a plurality of hook bodies (413), and the hook bodies (413) are arranged in an annular distribution, and each of the hook bodies (413) is from the base (4) extending upwardly and including a recess (413a), each recess (413a) of the hook body (411) being concavely formed in a concave manner laterally and corresponding to the perforation of the first joint portion (13) (133) The flange (133a) in the middle. Therefore, when the respective hook bodies (413) in the second joint portion (41) of the base (4) are simultaneously inserted into the through holes (133) in the first joint portion (13) of the main body (1), The recess (413a) in each of the hook bodies (413) engages with the flange (133a) in the through hole (131) such that the body (1) is fixed to the base (4). In the luminaire structure of the present invention, the through hole (133) of the first joint portion (13) of the main body (1) is a circular perforated structure, and the cards in the second joint portion (41) of the base (4) The hook bodies (413) are arranged in a circular annular shape, so that when the hook bodies (413) in the second joint portion (41) of the base (4) are simultaneously inserted into the first body (1) When the perforations (133) in the joint portion (13) are engaged, the recesses (413a) in the respective hook bodies (413) are engaged with the flanges (133a) in the perforations (131), so that the main body (1) It is fixed on the base (4), and the main body (1) and the base (4) can be rotated relative to each other to form a rotating mechanism. Therefore, when the base (4) is fixed to the structure, the main body (1) can adjust the overall illumination direction of the light source generated by the light-emitting device (2) by the operation of the rotating mechanism. In the embodiment of the present invention, the flange (133a) surface of the main body (1) has a ring-shaped inner tooth (133b), and the base (4) is hooked. The recess (413a) in the body (413) has an external tooth (413b) corresponding to the internal tooth (133b), and when the base (4) is fixed to the aforementioned structure, The main body (1) can be relatively rotated by the action of the rotating mechanism, and the external teeth (413b) will be on one tooth and one tooth on the inner teeth (133b) while rotating, and (413b) and the inner teeth The teeth (丨33b) are rotated relative to each other with a minimum rotational pitch. Figure 9A is a partial perspective view showing an embodiment of the present luminaire structure; and Figure 9B is a partial cross-sectional view showing the combination of the embodiment of Figure 9A. Referring to FIG. 2, FIG. 9A and FIG. 9B, in the luminaire structure of the present invention, the first joint portion (13) in the lower cover (15) of the main body (1) includes two parallel corresponding sliding grooves ( 134) the chute (134) is a parallel elongated groove structure formed at the bottom of the main body (1); and the second joint portion (41) of the base (4) corresponds to the main body (丨) A joint portion (13) includes two parallel corresponding flanges (414), and the flanges (414) are formed in a parallel strip-like structure at the top of the base (4) and corresponding to the main body (1) Chute (134). Therefore, when the respective flanges (414) of the second joint portion (41) of the base (4) are simultaneously inserted into the sliding grooves (134) in the first joint portion (13) of the main body (1)' Each of the flanges (414) is engaged with the corresponding slot (134) such that the body (丨) is fixed to the base (4). Fig. 10A is a partially exploded perspective view showing an embodiment of the present luminaire structure; and Fig. 10B is a partial cross-sectional view showing the combination of the embodiment of Fig. 1A. Referring to FIG. 1, FIG. 2, FIG. 1A and FIG. 10B, the first joint portion (13) in the lower cover (15) of the present invention includes at least one iron piece. (135), the iron piece (135) is made of a ferromagnetic material and the bottom surface of the body is fixed; and the second joint (41) of the base (4) corresponds to the first joint of the main body (1) (13) comprising at least one magnet (415) fixed to the base (4) and corresponding to the iron piece (135) in the body (1) such that the body (1) and the The base (4) can be fixed to each other by magnetically attracting the iron piece (135) through the magnet (415). The first joint portion (10) in the supplementary lower cover (10) includes the main body (1) = the groove (four) is formed on the bottom surface of the main body (1) and the bottom portion is the same as the bottom groove. Middle; with * ς ς 彡 诚 ( ( ( ( ( ( 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且(4) convex part

Will: ^ Γ the main body (1) groove (136) and the magnet (415) ^ corresponding to the position of the iron piece (135) and magnetic effect on the iron piece (135) ',,: ▲ the base (4) When the convex portion (4丨6) of the first joint portion (41)_ is engaged with the groove (136) of the first joint portion (13) of the main body (1), the magnet (415) = position is automatically facing The position of the iron piece (135) is such that the main body (1) is fixed on the base 5 (4), and the magnetic attraction force between the magnet (415) and the iron piece (135) can be maximized.

Referring again to FIG. 4, the foregoing embodiment of the present luminaire structure has an embodiment in which the electrical circuit portion (3) further includes an external power connection device (34). The external power connection device (34) electrically connects the power supply. The part (32) further comprises a connecting wire (341) and an AC/DC power adapter (342), wherein the connecting wire (341) is a power supply wire, and the AC/DC power adapter (342) is used for converting AC power. In the embodiment of FIG. 4, the external power connection device (34) extends from the main body (1) to the outside of the main body (1). The portion of the connecting line (341) in the main body (1) is electrically connected to the AC/DC power adapter (342); and the AC/DC power supply is adapted to 20 M434164 (4) and the replenishing device (342) is the connecting line. (341) The input AC power is converted into a DC power source, and the DC power source is transmitted to the power supply unit (32). In another embodiment of the external power connection device (34) in the embodiment of the present invention, the connection line (341) extends from the inside of the body (1) to the outside of the body (1). The portion of the connecting line (341) outside the main body (1) is electrically connected to the AC/DC power adapter (342), and the portion of the connecting line (341) in the main body (1) is electrically connected to the power supply. The portion (32); and the AC/DC power adapter (342) convert the AC power to the DC power source, and then pass the DC power to the power supply unit (32) via the connection line (341). 11 is a perspective exploded view showing an embodiment of the present luminaire structure. Referring to FIG. 11, and referring again to FIG. 4, in the foregoing luminaire structure, the power supply unit (32) in the main body (1) The system further includes a battery module (321), the battery module (321) is disposed in the receiving portion (11) of the main body (1), and the battery module (321) is used to install the battery and Transmitting power to the power supply unit (32) such that the power supply unit (32) can adapt the power in the battery module (321) to the electrical circuit portion (3) and the light-emitting device (2) The power form is then distributed to the electrical components in the electrical circuit portion (3) and to the illumination device (2). The battery module (321) is configured to install a battery and transmit power to the battery module (321). The battery module (321) is provided with a battery or a secondary battery. . The battery module (321) in the power supply unit (32) of the electric circuit unit (3) may be selected as a secondary battery, and the power supply unit (32) is the external power connection device (34). The DC power that is turned in is converted to 21 to charge the battery module (321). Referring to FIG. 4 and FIG. 11 again, in the foregoing luminaire structure, the electrical circuit portion (3) further includes a control circuit board (35), and the control circuit board (35) is disposed on the main body (1). a circuit in the accommodating portion (11), wherein the selection module (31) and the control member (33) are disposed on the control circuit board (35), and the power supply portion (32) is electrically connected To the control circuit board (35), the battery module (321) may be further disposed on the control circuit board (35). The foregoing light-emitting device (2) is disposed on the control circuit board (35). The illuminating device (2) may further be a light emitting diode (LED). Fig. 12 is a perspective exploded view showing an embodiment of the luminaire structure, and Fig. 13 is an electrical diagram showing an embodiment of the illuminating lamp structure. Referring to FIG. 12 and FIG. 13 and referring again to FIG. 3 and FIG. 4, and based on the embodiment of the present creation diagram 4, the power supply of the electrical circuit portion (3) in the present luminaire structure Department (32) further includes an electrical energy receiver 322) the electrical energy receiver (322) receives an electrical device that transmits the oscillating energy transmitted by the wireless power transmission technology and converts the (four) vibration energy into electrical power, so that the electrical energy supply (10) can electrically The power output of the receiver (322) is used as the electrical circuit portion (3) and the electrical device (322) required to operate the electrical energy receiver (322). The step-by-step includes a receiving component (322a) and a rectification. a circuit (322b), wherein the receiving component (322 &) comprises at least a receiving coil (322c) Hf oscillator circuit ' such that the receiving coil (3 is capable of receiving the aforementioned resonance subtraction and converting to - power output; and The rectifier circuit (322b) is an electrical signal conditioning circuit for converting the power output of the receiving component (10) to the M434164 power configuration of the desired output of the power supply (32).

Referring to FIG. 12 and FIG. 13 again, in the above-mentioned creation lamp, the power supply unit (32) further includes a battery module (321). The battery module (321) is disposed on the main body (1). The accommodating portion (11) • and the battery module (321) can be used to mount a battery and transmit power to the power supply unit (32), so that the power supply unit (32) can The power in the module (321) is adapted to the electrical circuit portion (3) and the electrical form of the light-emitting device (2), and then distributed to the electrical φ element in the electrical circuit portion (3) and the illuminating device (2) . The battery module (321) is configured to install a battery and transmit power to the battery module (321). The battery module (321) is provided with a battery, and the battery can be selected. The supply unit (32) further supplies the power outputted by the electrical energy receiver (322) to the battery module (321) and determines the state of charge of the battery module (321), and selects the battery module. (321) Charge or stop charging. Referring again to FIG. 12 and FIG. 13 , in the above-described % luminaire structure, the power supply unit (32) further includes an electrical energy transmitter (323). The electrical energy transmitter (323) is electrically connected to the foregoing. The energy receivers (322) can mutually generate a resonant state such that the electrical energy emitter (323) converts a power into resonant energy and emits to the outside, and at least partially the resonant energy is the electrical energy receiving Received by the device (322). The aforementioned electrical energy emitter (323) is separate from the body (1) and further includes an external power source (323a), a resonant emission driving circuit (323b), and a transmitting element (323c). Wherein the external power source (323a) is a power supply source and supplies power required for operation of the electrical energy transmitter (323); the resonant emission drive circuit (323b) is an electrical signal 23 M434164 regulating circuit and the external The portion provided by the power source (323a) is replaced by an electrical signal output to the transmitting element (323c); and the transmitting element (323c) includes at least one transmitting coil (323d), and the transmitting coil (323d) is the resonant The electrical signal generated by the emission driving circuit (323b) is converted into spectral energy and emitted outward. Thus, when a shot is used, the electrical energy emitter (323) is placed at a location that facilitates drawing power and the transmitted resonant energy can be received by the electrical energy receiver (322) in the body (1) The electrical circuit portion (3) can receive the resonant energy through the receiving component (322a) of the electrical energy receiver (322) and pass through the electrical energy receiver

a rectifying circuit (322b) of (322) converting the received resonant energy into a specific power 'and distributing power to the electrical loop portion (3) and the light emitting device (2) via the power supply portion (32) such that the The individual electrical components in the body (1) are operational. I believe that this kind of lighting structure provided by this creation has already explained this creation to the field. However, it is only one of the best examples of this creation. That is, according to this creation

The equivalent changes and modifications made by Shen W3 shall remain within the scope of the patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of an embodiment of the present invention; FIG. 2 is a perspective exploded view of the embodiment of the present invention; FIG. _ 立体 立体 立体 立体 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;

Figure 5B is a partial cross-sectional view showing the combination of the embodiment of Figure 5A; Figure 6A is a partial exploded perspective view showing an embodiment of the structure of the present lamp; Figure 6B is a partial longitudinal section showing the combination of the embodiment of Figure 6A. Figure 6C is a partial cross-sectional view showing the combination of the embodiment of Figure 6A of the present creation;

7A is a partial perspective exploded view showing an embodiment of the present luminaire structure, FIG. 7B is a partial cross-sectional view showing the combination of the embodiment of the present FIG. 7A; FIG. 8A is a partial exploded perspective view showing an embodiment of the luminaire structure. ,

Figure 8B is a partial longitudinal cross-sectional view showing the combination of the embodiment of Figure 8A; Figure 8C is a partial cross-sectional view showing the combination of the embodiment of Figure 8A; Figure 9A is a partial perspective view showing an embodiment of the present lamp structure. Figure 9B is a partial cross-sectional view showing the combination of the embodiment of Figure 9A; Figure 10A is a partial exploded perspective view showing an embodiment of the present luminaire structure, 25 M434164 Figure 10B shows the combination of the embodiment of Figure 10A. FIG. 11 is a perspective exploded view showing an embodiment of the present luminaire structure; FIG. 12 is a perspective exploded view showing an embodiment of the luminaire structure; and FIG. 13 is a view showing the creation A block diagram of the electrical relationship of an embodiment of the luminaire structure. [Description of main component symbols] Main body (1) Receptacle part (11) Transmitted part (12) First joint part (13) Perforation (131) Flange (131a) Perforation (131·) Flange (131aJ internal tooth ( 131b') Perforation (132) Card slot (132a) Flange (132b) Perforation (133) M434164

Flange (133a) Internal Teeth (133b) Chute (134) Iron Plate (135) Groove (136) Upper Cover (14) Lower Cover (15) Illumination Unit (2) Electrical Circuit Section (3) Selection Module (31 Power Supply (32) Battery Module (321) Electrical Energy Receiver (322) Receiving Element (322a) Rectifier Circuit (322b) Receiver Coil (322c) Electrical Energy Transmitter (323) External Power Supply (323a) Resonant Emission Drive Circuit (323b) Transmitter (323c) Transmitter (323d) Control Unit (33) 27 M434164 -,, ., External Power Connection (34) Supplement f Cable (341) --- AC/DC Power Adapter (342 ) Control circuit board (35) . Base (4) Second joint (41) Card body (411) Recess (411a) Card body (41Γ) Recess (411a') External teeth (41 lb') (412) Ball Head (412a) Recess (412b) ^ Card Body (413) Recess (413a) External Teeth (413b) Flange (414) Magnet (415) Projection (416) Fixing (42) Transparent Cover (5) 28

Claims (1)

M434164 Sixth, the scope of application for patents: 1. A lamp structure, which is disposed on a structure, comprising: a main body, comprising a receiving portion, a light transmitting portion and a first joint portion, a light emitting device, a light source capable of driving light through electricity; - an electrical circuit portion comprising: a selection module - a power supply portion and a control member; and a base comprising a second joint portion and a fixing portion, the first Two combined department The first joint portion may be coupled to each other or to each other, and the base is fixed to the structure through the fixing portion; Wherein the accommodating portion is an empty portion of the body towel; the light transmitting portion is a penetrable light structure penetrating the body, and the wire of the illuminating device is escaping from the light transmitting portion and penetrating outside the body; The illuminating device is disposed in the permeable portion of the main body and is connected to the electric circuit portion, and the illuminating device and the electric circuit portion are fixed in the accommodating portion of the main body; the selecting module is disposed in the domain容 射 射 —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— Adjusting circuit 'for selecting the electrical signal of the module and controlling the light-emitting device to be turned on or off' to generate corresponding electrical operation, and adapting the power of the power supply portion to the electrical circuit portion of the ship light-emitting device (4) The money is distributed to the electrical circuit portion and the first coupling portion of the body includes at least a perforation that extends through the bottom of the body and is convexly convex (four) m and a second joint portion of the base Correct The first joint portion of the main body includes at least a hook body, and the hook system extends upward from the base and includes a recessed portion that is recessed in a laterally concave shape and corresponds to the first a flange in the perforation of the joint portion, and the hook body of the second joint portion of the base is inserted into the perforated state in the first joint portion of the main body, and the recess (4) in the hook body is combined with the perforation # Flange. '2. The luminaire structure of claim 1, wherein the perforation of the main body is circular. The perforated structure and the flange in the perforation form an annular shape, and the recess in the hook body of the base Attached to the circular concave portion formed in the lateral direction of the hook body and corresponding to the convex φ and the edge in the through hole, and the hook body in the second joint portion of the base is inserted into the first joint of the main body In the perforated state in the portion, the recess in the hook body engages the flange in the perforation, the main body and the base are rotatable relative to each other; and the flange surface in the main body perforation has an annular inner tooth And the concave portion of the base hook body has an external tooth, the external tooth corresponding to the internal tooth, the external tooth and the internal tooth system have a corresponding flexibility, and the elastic deformation amount of the external tooth and the internal tooth Sufficient for the external teeth to rotate relative to the internal teeth, the external teeth and the internal teeth are relatively rotated with a tooth at a minimum rotational interval. # 3. The luminaire structure according to the above-mentioned item, wherein the perforation of the main body is a circular perforated structure and the flange in the hole is formed, and the recess in the hook body of the base is a circular concave portion formed by a laterally concave portion of the hook body and a flange in the through hole, and the hook body in the second joint portion of the base is inserted into the through hole in the first joint portion of the main body Shooting, the card (10) towel _ portion of the flange of the perforated towel, the base can be relatively rotated; and the second joint of the base has a hook body and further includes, the body of the first The joint has a perforation and further includes a card slot, and the recess in the hook body is a ring formed in the lateral direction of the hook body 30 M434164 The through-wasson is also a concave portion and the 3-ball lion has a spheroidal structure formed by the top end of the card body, a circular circular perforated structure, and the flange in the perforation forms a recess corresponding to the concave portion of the hook body: Γ=! is a pair of spheres formed in the perforation that should be hooked to the ball head. The unit of the 吏 料 之 无 无 — — — 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万 万The ten-joint portion includes a plurality of hook bodies, and the hook systems are arranged in an annular distribution. Each of the hook systems extends upward from the base and includes a recess, each of which The side of the hook body of the card body is _shaped and the red joint portion is corresponding to the first joint portion: the flange and the card in the second joint portion of the base are inserted into the first joint portion of the main body when the hook is purchased In the state of the perforation, the recesses in each of the hook bodies are shouted with the flanges in the perforations; and the perforation of the main portion of the main body is a perforated structure, and the base is coupled to the second The hook systems are arranged in a ring-shaped distribution, and each of the hooks in the second joint portion of the base is inserted into the recessed portion of the hook body in the state of the perforation in the first joint portion of the body. Coupling with the flange in the perforation, the body and the base are rotatable relative to each other; and the body The flange surface in the hole has an annular arrangement: the domain in the bottom hook body has external teeth, and the material has corresponding flexibility to the inner and outer teeth and the inner tooth system, and the outer tooth and the inner tooth The elasticity is only shaped! It is sufficient for the external teeth to rotate with the internal teeth, and the external teeth and the internal teeth are relatively rotated with a tooth at a minimum rotational interval. 5. 5. M434164 For the structure of the luminaire as described in claim 1, the cap is secured by at least a perforation, and the lion perforation extends through the base. 6. The luminaire structure of claim 2, wherein the power supply portion of the electrical circuit portion further comprises a gas energy connection (4), the electrical energy receiver comprising a receiving 7C device and a rectifier circuit, and The electrical energy connection (4) is an electrical device that receives the spectral energy transmitted by the wireless power transmission technology and converts the hybrid energy into electric power and outputs the power of the money energy (4) via the power supply; Wherein the receiving component is at least a resonant circuit including a receiving coil, the receiving coil receives the resonant chirp and is converted into an electric power output; and the money circuit is an electric signal adjusting circuit, and is output by the receiving component The power regulation is converted into the power form required by the power supply unit. 7. The luminaire structure of claim 6, wherein the power supply unit further comprises a battery module, wherein the battery module is disposed in a housing of the main body of the main body and Electrically connected to the power supply unit, the battery module is provided with a secondary battery, and the power supply unit converts the DC power input by the electrical energy receiver into power for charging the battery module. The power supply unit determines a state of charge of the battery module and selects one of a state in which the battery module is charged and a state in which the battery is stopped. 8. The luminaire structure of claim 6, wherein the power supply further comprises an electrical energy transmitter that converts a power into spectral energy and transmits it to an external electrical The device, and the electrical energy transmitter is powered by a wireless power transmission technology. The functional quantity is not f gas energy connection (4). The mutual production is 32 M434164 :: :ι·sheng resonance state, and at least part of the resonance energy system is The electrical energy receiving device; wherein the electrical energy emitter is separate from the main system and further comprising an external power source, a resonant emission driving circuit, and a transmitting component; the external power source is a power supply source Supplying electrical power required for operation of the electrical energy transmitter; the resonant emission drive circuit is an electrical signal conditioning circuit, and converting part of the power provided by the external power source into an electrical signal output to the transmitting component; The transmitting component includes at least one transmitting coil, and the transmitting coil emits the electrical energy generated by the spectral excitation circuit The message is converted to vibrational energy and emitted outward. 9. The luminaire structure of claim 1, wherein the power supply unit of the main body further comprises a battery module, the battery module being disposed in the accommodating portion of the main body And the battery is installed in the power supply unit, and the battery installed in the battery module is selected from the group consisting of a primary battery and a secondary battery. 10. The luminaire structure of claim 1, wherein the electrical circuit portion further comprises: an external power connection device electrically connecting the power supply portion and including a connection line and - AC/DC power adapter, the cable-power cable's and the flow/news__--electrical devices that are streamed and converted to DC power. 11. If the luminaire structure of the patent syllabus 1 (1) is applied, the power supply unit of the main towel includes a battery-made module to be placed in the accommodating portion of the main body. The battery is configured to be electrically connected to the power supply unit, and the battery module 33 M434164 is provided with a battery-based secondary battery that is installed, and the power supply unit inputs the external electrical input. Convert Wei line to the electricity of the group. 12. If you apply for a patent scope! The luminaire structure of the present invention, further comprising a transparent cover, the transparent cover being formed of a transparent material and being a cover structure having an open bottom, and covering the main body and being fixed to the main body. 13. The luminaire structure of claim 12, wherein the control component in the Wei loop portion further comprises: detecting a power shortage of the power supply unit, and the control component is corresponding to the power supply The state in which the power is insufficient is selected to gradually turn the light-emitting device on and off. The control device in the electrical circuit portion detects that the power supply portion is insufficiently powered by detecting the voltage signal of the power supply portion. 14. The luminaire structure of claim 1, wherein the selection module is a vibration sensor. 15. The luminaire structure of claim 1, wherein the selection module is capable of generating a subtractive-electrical component through a touch, and the selection pool provides a touch operation with a partial surface disposed thereon. And being exposed on the main body, the selection module is selected from an electric switch element of a push button switch and a capacitive touch switch. 16. The luminaire structure of claim 1, wherein the selection module can be a non-contact optical sensing component, and the selection module is disposed on the body and exposed, the selection module is The invention is selected from the group consisting of a pyroelectric infrared sensor, a reflective optocoupler, a photoresistor, and an electrical switching component. 17. A lamp structure, which is disposed on a structure, comprising: a body comprising a receiving portion, a light transmitting portion and a first joint portion; 34 M434164 a light-emitting device, which is a light source capable of driving light via electric power; an electrical circuit portion including a selection module, a power supply portion, and a control unit; and a base including a second joint portion and a fixing portion, the second joint portion is corresponding to the first joint portion and can be coupled to or detached from each other, and the base is fixed to the structure through the fixing portion; wherein the receiving portion is the body a hollow portion; the light transmissive portion runs through the body a light transmissive structure of the light-emitting device, and the light-emitting device is permeable to the outside of the body through the light-emitting portion; the light-emitting device rides through the body and electrically connects the electrical circuit portion' and the light-emitting device The electric circuit part is fixed in the accommodating part of the main body; the selection module is disposed in the accommodating part of the social body and is connected to the electric component and output corresponding to the __ _ hairline is turned on or off The electric power supply unit is a device capable of supplying power to the power supply unit. The control unit is a logic control and a power adjustment circuit for electrically connecting the electrical signals of the selection module and controlling (4) the illumination device is turned on or off. Closed to generate corresponding electrical operation, and adapt the power of the power supply unit to the electrical circuit portion to (10) dispose the required power shape to be distributed to the remaining circuit portion and the xenon illuminating device, the first combination of the main body The ministry includes two parallel corresponding chutes formed in a parallel wire-shaped groove structure of the main Wei portion; and a second of the base. The P-to-ship joint of the ship body includes two parallel pairs of flanges, and the factory flange is formed on the top of the base to recite the wire-like structure and corresponds to the chute in the main body, and the second of the beak Each of the first joints of the main body of the main body of the main joint portion of the main joint portion is engaged with the corresponding cylinder groove. 35 M434164 i8. The application of the lamp according to Item 17 of the specification, wherein the button comprises at least a screw perforation, the screw hole running through the base. The luminaire structure of claim 17, wherein the electric power supply part of the electric circuit part comprises an electric energy receiver, the electric energy receiver comprising a receiving element and a rectifying circuit, And the electrical energy connection (4) receives the electric energy transmitted by the wireless power transmission technology, and converts the vibration energy into electric power and outputs the electric energy of the electric energy receiver via the power supply unit; Wherein the receiving unit is a vibration-receiving circuit including at least a receiving coil, and the receiving coil receives the dysfunction remaining as a power output; the reducing circuit is an electrical signal adjusting circuit and the receiving component is The power regulation of the output is converted to the power form required by the power supply unit. 20. The luminaire structure of claim 19, wherein the power supply unit further comprises a battery module, wherein the battery module is disposed in a housing of the main body of the main body and Electrically connected to the power supply unit, the battery module is provided with a battery, and the power supply unit converts the DC power input by the electrical energy receiver into power for charging the battery module. The power supply unit determines a state of charge of the battery module and selects one of a state in which the battery module is charged and a state in which the battery is stopped. 21. The luminaire structure of claim 19, wherein the power supply further comprises an electrical energy transmitter that converts a power into resonant energy and transmits it to an external electrical device. And the electrical energy transmitter generates a resonance reduction between the vibration energy system emitted by the wireless power transmission technology and the electrical energy receiver 36 M434164, and the at least partial vibration energy system is (four) gas energy 尧 ^ ^': receiving; the towel is electrically separated from the social system and includes an external power source, a resonant emission driving circuit, and a transmitting component; the external power source is a power supply. Electrical energy is required to transmit n power; the resonant emission drive circuit is an electrical signal conditioning circuit and converts part of the power provided by the external power source into an electrical signal output to the transmitting element; and the transmitting element At least the transmission line 81 is included, and the transmitting coil converts the f-air signal generated by the resonant emission driving circuit into resonance And the amount of emitted outside. The luminaire structure of claim 17, wherein the power supply unit of the main body includes a battery module, and the battery module is disposed in the accommodating type of the main body The structure is electrically connected to the power supply unit, and the battery installed in the battery module is selected from the group consisting of a secondary battery and a secondary battery. 23. The luminaire structure of claim 17, wherein the electrical circuit unit comprises an external power connection device electrically connected to the power supply unit and including a connection line and an alternating current / DC power adapter, the cable is the power cord, and the AC/DC power adapter is an electrical device that converts AC power to DC power. 24. The luminaire structure of claim 23, wherein the power supply unit of the main body further comprises a battery module. The battery module is disposed on the accommodating type of the main body. And electrically connected to the power supply unit, the battery module 37 M434164 replenishes the installed battery-based secondary battery, and the power supply unit converts the input DC power input to the battery The power of the module charging. 25. The luminaire structure of claim 17, further comprising a transparent cover, the transparent cover is formed of a transparent material and is a cover structure having an open bottom, and is covered with the body and fixed Located on the main body. 26. The luminaire structure of claim 17, wherein the control component in the electrical circuit section further comprises: - the power supply is not powered, and the _ component should be powered The power supply unit of the supply unit is configured to gradually turn on and off the light-emitting device, and the control unit in the electric circuit unit is thinner than the power supply unit to detect the voltage signal of the power supply unit. 27. The luminaire structure of claim 17, wherein the selection module is a vibration sensor. 28. The luminaire structure of claim 17, wherein the selection module is capable of generating a sway-week component by touching, and the selection panel provides a partial surface setting of the touch-impact operation. And being exposed on the main body, the selection module is selected from a push button switch and an electrical contact element of a capacitive touch wipe. 29. The luminaire structure of claim 17, wherein the selection module can be a non-contact optical sensing component, and the selection _ is disposed on the contact body and exposed, the selection module is selected Self-pyroelectric infrared sensor, a reflective light, a photoresistor, and a solar sensor - an electrical switching element. 30. A lamp structure, which is disposed on a structure, comprising: - a body comprising: a receiving portion, a light transmitting portion, and a - joint portion; 38 a light emitting device a light source for driving electric light; an electric circuit portion comprising a selection module, a power supply portion and a control component; and a base comprising a second joint portion and a fixing portion, the second joint The portion corresponds to the first joint portion and can be coupled to or detached from each other, and the base is fixed to the structure through the fixing portion; wherein the accommodating portion is a hollow portion in the body; a light-transmitting structure that penetrates through the body, and the light of the light-emitting device penetrates outside the body through the light-transmitting portion, and the light-emitting portion of the body is electrically connected to the electrical circuit portion, And the illuminating device is fixed in the accommodating portion of the main body; the selecting module is disposed in the accommodating portion of the main body and is selected to operate the opening or closing of the hair ray. Electrical components The power supply unit is a device capable of providing power; the control unit is a logic control and a power adjustment circuit 'for determining an electrical signal of the surface module and controlling the light device to be turned on or off' to generate a corresponding gas And adapting the power of the power supply 33 to the electrical circuit portion and the power supply form, and distributing the power to the electrical circuit portion and the light-emitting device; the first-bonding portion of the body includes an iron piece and a groove The iron piece is provided with an iron-like material, the groove is formed on the bottom surface of the body and recessed from the surface, and the iron piece is disposed in the groove; and the second joint portion of the base includes At least - the magnetic and convex portions - the structure of the convex portion forming the bottom surface of the base and protruding from the surface depends on the main fine groove, and the magnetic nerve is disposed in the convex portion of the convex portion and corresponding to the iron piece in the main body. 31. If the lamp body of the 3G item is applied for, the towel base includes at least one screw perforation, and the screw perforation extends through the base. 32. The luminaire structure of claim 30, wherein the power supply portion of the electrical circuit portion includes - an electrical energy receiving H, the electrical energy receiver comprising - receiving a τ component and a rectifying circuit, And the electrical energy receiver receives the power of the Iterative energy transmitted by the wireless power transmission, and converts the energy into power and outputs the power of the electrical energy receiver via the power supply unit; wherein the receiving component is Included at least with a receiving coil, a receiving circuit that receives the resonant signal and converts it into a power output; and the rectifier circuit is an electrical signal conditioning circuit that converts the power output of the receiving component to The form of electricity required by the power supply. The luminaire structure of claim 32, wherein the power supply unit further comprises a battery module, wherein the battery module is disposed in a receiving battery structure of the main body of the main body and Electrically connected to the power supply unit, the battery installed in the battery module is a secondary battery, and the power supply unit converts the DC power input by the electrical energy receiver into power for charging the battery module; The power supply unit determines a state of charge of the battery module and selects one of a state in which the battery module is charged and a state in which the battery is stopped. 34. The application for the luminaire structure according to Item 32, wherein the power supply department further comprises - a Wei energy emitter - the electrical energy emission H system converts the power into hunting energy and transmits it to the outside - An electrical device, wherein the resonant energy system emitted by the wireless power transmission technology and the electrical energy receiver generate a resonant state with each other and at least partially the resonant energy is the receiving; The electrical energy receiver is separate from the main system and further includes an external power source, a resonant emission driving circuit, and a transmitting element; the external power source is a power supply source and supplies the electrical energy emission The power required for the operation of the device; the hybrid emission driving circuit is an electrical signal conditioning circuit and converts a portion of the power provided by the external power source into an electrical signal output to the transmitting component; and the transmitting component includes at least one transmitting coil And the transmitting coil converts the electrical signal generated by the resonant emission driving circuit into spectral energy and emits outward. 3S. The luminaire structure of claim 30, wherein the power supply unit of the main body includes a battery module that is stored in a receiving portion of the main body. The battery is configured and electrically connected to the power supply unit, and the battery installed in the battery module is selected from the group consisting of a secondary battery and a secondary battery. The luminaire structure as described in claim 3, wherein the weiwei circuit portion further includes an external power connection device electrically connecting the power supply portion and including a connection line and an alternating current/ DC power adapter, the cable is the power cord, and the AC/DC power adapter is an electrical device that converts AC power to DC power. 37. The luminaire structure of claim 36, wherein the power supply unit of the main body includes a battery module, and the battery module is disposed in the accommodating portion of the main body. The structure of the battery and the Wei connection line f force supply ^ also the module M434164 installed paste two tender, and _ force _ material _ ▲ source connected to the input DC power converted to the battery module charging power . 38. The luminaire structure according to the third aspect of the patent application, the ^^6·τ further comprises a transparent cover 1 transparent cover system-transparent material and is a cover structure with an open bottom, and is covered The body is fixed to the body. m 39. In the case of the __3G lion's luminaire structure, the electric circuit part (4) of the control unit is further included to detect the power shortage of the power supply unit and the control component corresponds to the power supply unit The state of insufficient power is selected to gradually turn off the lighting device, and the control unit in the electrical circuit portion detects the power shortage of the power supply unit by detecting the voltage signal of the power supply unit. 40. The luminaire structure of claim 30, wherein the selection module is a vibration sensor. The luminaire structure of claim 30, wherein the selection module can be an electrical switching element that generates a trigger signal by touching, and the selection module provides a partial surface of the touch operation. The main body is exposed and exposed, and the selection module is selected from the group consisting of: a button switch and an electrical switch element of the capacitive touch switch. 42. The luminaire structure of claim 3, wherein the selection module is a non-contact optical sensing component, and the selection module is disposed on the body and exposed to the selection module It is selected from a pyroelectric infrared sensor, a reflective surface, a photoresistor, and a component of the sun-sensitive II towel. 42 M434164 IV. Designation of Representative Representatives (1) The representative representative of this case is the picture of (1). (2) Brief description of the symbol of the representative figure: Main body (1) Transmissive part (12) First joint part (13) Upper cover (14) Lower cover (15) Light-emitting device (2) Electrical circuit part (3) Selection Module (31) Base (4) Second joint (41) Fixing part (42) Transparent cover (5)