TW201610348A - Combination lamps set - Google Patents

Abstract

An outdoor lighting device, a light source for an adjustable position and direction of the device; outdoor lighting device having a to achieve best lighting effects. This device is called a combination lamps set, combination lamps set by a light source components, Space Structure components, lamp components. Combination lamps set to increase solar elements in outdoor areas without electricity, their own power supply combination lamps set reused. Combination lamps set has disassemble, the combination of simple and convenient, easy storage, easy to carry, and other functions.

Description

Combination lighting unit

The combined lamp set of the invention is a method and device for adjusting the position of the light source of the lamp and the direction of the light source to achieve the best illumination effect of the outdoor lamp; the related technologies are optical technology, structural technology, ergonomics There are circuit technology and solar photovoltaic technology that convert electricity or solar energy into electricity.

Nowadays, the illumination sources of outdoor action lamps, such as flashlights, headlights, camping lights, etc., most of the illumination sources are horizontal illumination, and the illumination sources will illuminate the eyes in parallel, which will cause the eyes to look directly at the illumination source, which will make the eyes glare, not Comfortable. On the other hand, the horizontal illumination direction of the illumination source is a horizontal infinity divergent photon, the number of photons per unit area is small, so the illumination efficiency is low, the illumination efficiency is not as low as that of the illumination source, and the photon number is concentrated in the downward limited illumination area, and the illumination source is downward. When the surface of the object has a large number of photons per unit area, the object to be illuminated will be brighter, so the illumination source has the best illumination efficiency. Moreover, the existing outdoor lighting is limited by various geographical environments, and it is inconvenient or impossible to adjust the three-dimensional position of the light source, and the lighting effect is not good.

The existing illumination source of outdoor lighting with solar power, such as the existing outdoor lighting, cannot adjust the three-dimensional position of the luminous source, and also causes the existing outdoor lighting with solar power to have poor lighting effect.

The combined luminaire group is a luminaire group that uses a connecting component to connect and combine. The maximum difference between the combined luminaire group and the existing outdoor luminaire is that the illuminating source can directly illuminate downward, and now Like indoor lighting, it will not be horizontally illuminating or refracting like the existing outdoor lighting source, which will cause the eye to look directly at the light source to make the eyes glare and uncomfortable; the existing outdoor lighting source is horizontal, and the illumination direction is horizontal infinity space, nearby The number of photons per unit area on the vertical plane of the object is small, resulting in poor illumination. It is not as good as the illumination source is in the limited projection area. The number of photons is concentrated in the downward limited projection area. The number of photons per unit area is more efficient. When the light source is irradiated downward, the object in the projected area of the light source will be brighter than the parallel illumination, and the illumination efficiency is good.

In order to achieve the illuminating source of the luminaire, the position and direction can be adjusted in three dimensions, and the functions of combination, storage and carrying are conveniently combined to design the combined luminaire group of the creation. The components of the combined luminaire group and the components are connected by plugging, screwing or snapping, and the luminaires can be simply and quickly connected and used in combination. The combination lamp group is mainly divided into three parts: a light source component, a space structure component, and a lamp socket component. The spatial structural components can be divided into: vertical structural components that can adjust the height of the luminaire, steering structural components that can be adjusted from vertical to horizontal, horizontal structural components that can adjust the horizontal position, and length, which can adjust the space of the three-dimensional spatial position of the illuminating source. The structural components, and the adjustable illumination angle, together with the rotatable 360-degree lamp holder, allow the combined luminaire set to move and adjust the illuminating source to the optimal illumination position for the three-dimensional space as needed. The space structure component of the combined lamp set of the present invention is designed to be tubular or column-shaped, and the connection end has a connection structure, and the connection mode can be plugging, screwing, and snapping, which can be easily and quickly connected and combined into a lamp; the combination lamp group With the connecting elements, it can be quickly connected and used in combination, and the connecting elements can be easily stored and conveniently carried to the place where they are needed.

The combined luminaire group can also be equipped with solar components for solar energy charging in the outdoor or in the power-free area to supply the electric energy used for night illumination. The solar charging can be re-cycled for a long time, so that the combined mobile lamp group does not need to change the battery frequently. Environmentally friendly.

The purpose of this creation is to design a combination of lighting fixtures to improve the existing use of outdoor lighting, The shortcomings of the light source irradiation direction lead to the improvement of the shortcomings of the lighting effect. The combination of the creative combination lamp is easy to disassemble; and the volume is reduced after being disassembled, and the storage is easy and portable, and meets the requirements of the action lamp.

Combination luminaire group component description or noun definition: combined luminaire group components: three categories of detachable light source components, spatial structural components, and lampholder components.

The light source is defined as: the surface of the object that can emit photons; the surface of the light source is perpendicular to the direction of illumination, and the direction of illumination is the direction of illumination.

The light source element is defined as an element having a light source, such as a light-emitting connection tube, a dual-light source circuit connection tube, and the like. In addition to the light source, the light source component usually has a power module to supply electrical energy; the power of the power module can be supplied by the battery, the rechargeable battery, the external wire, and the solar energy.

Spatial structural components: The spatial structural components can be divided into three parts: a horizontal component, a vertical component, and a steering component. The spatial structural components can be combined to adjust the vertical height, the horizontal extension distance, and the direction of the light source of the combination light source component. The spatial position of the illuminating source element in a limited three-dimensional position and orientation can be controlled by utilizing the spatial structural elements and rotating the socket element by hand. The hose connecting pipe and the folding connecting pipe have the functions of a horizontal component, a vertical component and a steering component.

In this creation, the pipe word is defined as: hollow tubular shape, hollow polygonal column shape, hollow long strip-shaped object.

Connecting element: One end, or more than one end, has a connection structure, and can connect components of other connecting elements.

Connecting pipe: There is a pipe with connecting structure. The connection mode of the connecting pipe is separable and movable plugging, screwing and carding, and the fixed locking and bonding are collectively called connection. Most of the creations are connected and separable and movable for easy storage and carrying. Refer to each component and figure.

The plug connection is defined as a connection structure with the same shape and different circumferences at the joint of the two connecting pipes. When the connection is small, the circumference is small and the structure is inserted into the circumference. The connection method is called plugging. The plug uses two tightly fitting joints to connect the pipe friction and the structural weight as the connection force, so that the two connecting pipes are not Will move and separate.

The screw connection is defined as: the connection structure of the two connecting pipes has different circumferences and different lengths, and the connecting structure is a threaded outer tube with a small circumference and a large thread inner tube with a circumference, and the rotation-fit connection is called a screw connection.

Light-emitting connecting tube: a connecting tube with a light-emitting source, one end has a connection structure, and can be connected with other components; the surface of the light-emitting source is perpendicular to the irradiation direction (light-emitting direction), and the surface of the light-emitting connecting tube can be powered by a solar panel.

Telescopic connecting pipe: a plurality of casings with different circumferences, the circumference is small and inserted into the casing of the circumference to form a matching casing, the casings can move with each other, the overlap is short, the overlap is small, the overlap is long, and the casing overlap is mostly Less adjustment length; after adjusting the length, the sleeve can be fixed with a part that is not moved, which is called a telescopic tube; the two ends of the telescopic tube are connected with a connecting structure, which is a telescopic connecting tube.

Folding connecting pipe: a space structure that can be folded in half. The joint of the two-folded structure is a concave-convex joint, and the joint has a common rotating shaft. The two-folded structure can be moved from an angle of 0 to 180 degrees, and the angle is overlapped by 0 degrees. 180 degrees is fully expanded. The two-fold structure rotation resistance is the supporting force, and the supporting force can be obtained by the two-fold structure friction force of the rotating shaft; or the small spring is applied to the rotating shaft to press the two pinion gears with the elastic force to make the small spring Rotate the two pinions with a spring to make it move. The two-fold structure can be folded by positioning or moving the two-fold structure; the two-fold structure is added with a connecting structure to form a folded connecting tube. The folded tube two-fold structure can be composed of one or two circular and rectangular shapes. More than one folding tube has a horizontal structure, a vertical structure, and a steering structure, which is called a space structure.

Hose connecting pipe: connecting the two ends of the hose to form a hose connecting pipe; the hose connecting pipe is mainly used as a steering structural component; it can also be used in a horizontal structure for re-adjusting the light source angle. Longer and stiffer hose connections have horizontal, vertical and steering structures and are referred to as space structures.

Circuit connection pipe: It is a kind of connection pipe, and the space in the pipe can be placed in the power module, the control module and the circuit components such as the circuit, the wire, and the like. The connection pipe is called a circuit connection pipe; the circuit connection pipe One end is connected to other components, and the other end is usually connected to the cap connecting tube. When the circuit connecting tube is separated from the cap connecting tube, the battery can be inserted and removed. When the circuit connecting pipe and the cap connecting pipe are used in a vertical structure, it can be regarded as having the dual function of vertically increasing the connecting pipe and storing the circuit component. The circuit connecting pipe is located on the vertical structure, mainly to reduce the weight of the horizontal structure, increase the stability of the combined lamp group and reduce the burden of the steering structure.

Cap connecting pipe: a connecting pipe, when one end is connected with a connecting pipe with a dry battery, a cap connecting pipe, such as a circuit connecting pipe, a double light source circuit connecting pipe, etc., can be placed when the connecting pipe with a dry battery is separated In and out of the dry battery. The other end has a connection structure to connect other components, and the main function of the cover connection tube is to put in and take out the dry battery.

Y-shaped connecting pipe: a connecting pipe, the vertical end of the Y-shaped connecting pipe is connected with the vertical structural component, and the other two ends are respectively connected with the horizontal structural component and respectively connected to the light-emitting source component; two light-emitting source components are on the single combined light fixture group, Y-shaped connecting tube features.

Multi-directional connecting pipe: a connecting pipe, the vertical connecting element is connected to the vertical lower end of the multi-directional connecting pipe, and the connecting pipe or the solar connecting pipe is connected to the vertical upper end of the multi-directional connecting pipe; the other two ends are respectively connected with the horizontal structural components and then connected to the light-emitting source components respectively. The multi-directional connecting tube is characterized by a solar connecting tube and two illuminating source elements on a single combined luminaire set.

Switch: The creation switch can be a general switch, a program switch, or a selection switch.

Double light source circuit connecting tube: there is a double light source, one light source is at one end of the double light source circuit connecting tube, and the other The light source is on the surface of the parallel connection direction of the double light source circuit connecting tube, the power module and the control module are in the tube, the double light source circuit connecting tube is connected (screwed), the cap connecting tube, the double light source circuit connecting tube and the cap connecting tube When separating, you can put in and take out the dry battery.

Single light source circuit connecting tube: The light source of one end of the double light source circuit connecting tube is a single light source circuit connecting tube, and the light source of the single light source circuit connecting tube is parallel to the single light source circuit connecting tube.

Dual-source flashlight connecting tube: it is characterized by two illumination sources for illumination in different directions, the first illumination source is irradiated to the front of the user, and the second illumination source is irradiated to the ground of the user's feet and the ground in front of the feet to reach the user double The ground light and the ground in front of both feet are illuminated by sufficient light to increase the nighttime safe lighting method, so the second light source is designed. The first illumination source is located at one end of the dual-source flashlight connecting tube, and is the same as the general flashlight; the other end is a connection port, which can be connected to the horizontal structural component of the combined lamp group; the second illumination source is located in the hole on the tubular surface of the dual-source flashlight connection tube, the hole Close to the first light source; the holes may be singular or plural, the holes may be illuminated by one or more LED light sources, and the singular or plural holes are on the tubular surface of the dual light source circuit connecting tube. Not exceeding two-thirds of the circumference of the tubular surface at the position, leaving more than one-third of the range as a light-blocking portion to prevent the second light-emitting source from illuminating the eye upward; the second light-emitting source is adjacent to a grip; Forming a first light source, a second light source, a grip and a connection port of the dual light source flashlight connecting tube in sequence, wherein the grip portion is adjacent to the connecting end portion and the connecting structure can be designed as a connecting port; the first light source and the second light source The angle formed by the light source is between 30 degrees and 100 degrees, forming the vertical ground of the user of the dual-source flashlight connecting tube, the ground in front of the feet, and the illumination light in front. Night operations security.

Lamp holder component: a bottom member supporting a lamp, and a socket connection on the lamp holder component The vertical structural component used to connect the combined luminaire group is called a connection port.

Gaze lamp holder: the inner hollow container, the container has an opening to allow liquid or small solid to fill the hollow container to be weighted as a lamp holder, and the lamp holder cover is used to seal the container opening; the lamp holder has a connection structure for connecting the vertical structural elements . The cover of the lamp holder on the Gaza lamp holder has a large diameter, which can add sand and small stones. The specific gravity of the sand is several times larger than that of the water, so that the Gaza lamp holder can be heavier and more stable after sanding. In addition, the sand and small stones have a larger proportion. The Gaza lamp holder can also be made smaller and easy to store and carry.

Bottom lamp holder: There are a plurality of lamp holder notches at the bottom of the lamp holder of the Gaza lamp holder. Inserting the lamp holder into the tip can increase the area of the bottom of the lamp holder, and is used for reducing the volume of the lamp holder for storage and carrying.

Hose lamp holder: There is a connection structure at one end, and there are a plurality of elbows at opposite ends of the connection structure. The bottom of the plurality of hoses is surrounded by a spherical body, and the spherical body can be contacted with the ground at any angle as a support, and the hose can be adjusted by the bendability of the hose. The curvature is the angle of the polygon at the bottom of the lamp holder, and the bottom polygon area formed by each corner. The larger the area of the bottom polygon is, the more stable the hose holder is. The plurality of hoses of the hose socket can be folded into a straight shape and the volume becomes smaller. It is easy to carry in a small storage box. The lower end of the multi-leg lamp holder structure is connected with more than three lamp bases, which can be adjusted to provide support on different planes and on the ground, which is beneficial to the combination of lamp support and stability in uneven places.

Storage lamp holder: The storage lamp holder is a container, the outer shape is a rectangular parallelepiped, the top of the rectangular parallelepiped has a cover and a connection port, and the cover has a connection port. The cover of the storage lamp holder can be opened and placed in each component of the combined lamp group, and the storage lamp holder has a handle on the side of the lamp holder, so that the portable convenience function is provided; when the combination lamp group is used, the components of the combination lamp group are taken out of the storage lamp holder, and then covered. The lid can be used after the lid is connected; there is a connecting hole beside the lid, and the connecting hole is used to connect the space component of the action light fixture group The vertical component, the storage lamp holder functions as a lamp holder at this time; the sand or water bag can be placed in the storage lamp holder to increase the weight of the storage lamp holder for stabilizing the tall mobile lighting group without falling down, and the portable lamp holder can directly carry Backpacks and items can be placed on the storage lamp holder cover to increase the weight of the storage base for stabilizing the tall mobile lighting unit. The storage lamp holder can put all the components of the action lighting group into the box of the rectangular body to reduce the space and facilitate the storage, and it is more convenient to carry the combined lamp. Since the upper surface of the storage socket and the bottom surface are parallel to each other, the storage socket can be superimposed and transported; and the storage socket has the characteristics of easy carrying and convenient arrangement. The storage lamp holder has a lamp holder and a storage box function.

Table lamp holder: When the table lamp holder is put together, it is shaped as a rectangular box to carry it. When unfolded, it is doubled in shape. After unfolding, the rectangular front surface can be used as a desktop. The desktop has a connection port. The connection port can be connected to the vertical structural component of the combined luminaire, and the vertical structural component is connected to the steering component and the illuminating source component to form a combined luminaire group. On the reverse side of the desktop, there are several table legs connecting the connecting tube. The connecting tube on the opposite side of the table has the same function as the table legs. As the connecting tube of the table legs, the length and number of the connecting tubes can be adjusted to adjust the height of the table. When the table lamp holder is stored, the space structure component, the light source element, and the connecting pipe of the combination lamp can be placed in the table lamp holder, so the table lamp holder has functions of use, storage, and carrying.

One-piece lamp holder: a rectangular lamp holder with a lid on the top of the rectangle and a notch on the lid. The bottom of the lamp holder is the bottom of the lamp holder, and the space structure component and the light source component are connected to form a combination lamp unit. The component is a telescopic or folding component. When connecting, the connecting space structural component and the light source component can be directly incorporated into the connected lamp socket, and the cover is conveniently carried after being covered; the cover has a gap, when the combined lamp set is used, The notch on the lid allows the vertical component of the space structure to pass through the lid, and the lid is covered when the action lamp set is used, and the object can be weighted above and below the lid to stabilize the combination of the lamp set and increase The lamp holder looks complete and beautiful. There is a handle on the side of the rectangular lamp holder, which allows the combination lamp set to be easily taken and acted upon.

Refer to Figure 1 for the main component classification and position map of the creative combination lamp group. The combination lamp group can be divided into three parts: the light source component, the space structure component and the lamp socket component. The function of the light source element is for night illumination, and the function of the space structure element is to adjust the position and direction of the light source element in three dimensions, and the function of the lamp holder element is to provide illumination source element and space structure element support. The light source component, the space structure component, and the lamp socket component all have a connection structure, and can be connected and combined into a combined lamp group, and the position of the light source component can be adjusted to achieve an optimal illumination effect.

The spatial structural components of the combined luminaire group can be further divided into horizontal components, steering components, and vertical components. The horizontal component can adjust the horizontal position of the light source component of the combined light fixture set, the vertical component can adjust the vertical position of the light source component of the combined light fixture set, and the steering component can adjust the direction of the light source component of the combined light fixture set.

Referring to Figures 2 and 3, the combination lamp assembly of the first embodiment of the present invention comprises: an illumination connection tube, a hose connection tube, a circuit connection tube, a cover connection tube, a plurality of connection tubes, and a storage unit. Lamp holder. The combined implementation manner is: the light connecting pipe is connected with the hose connecting pipe, the hose connecting pipe is connected to the circuit connecting pipe, the circuit connecting pipe is connected to the cap connecting pipe, the cap connecting pipe is connected to the plurality connecting pipe, and the plurality connecting pipe is connected to the storage lamp socket, that is, A combination luminaire group of cost embodiments.

The light-emitting source has a light-emitting source with a light-emitting direction perpendicular to the light-emitting connection tube, and one end of the light-emitting connection tube has a connection structure, and can be connected with other components. The light-emitting module in the light-emitting connection tube emits light and is transparently illuminated by a transparent cover, and the transparent cover surface becomes The illumination source of the illumination connection tube, the illumination source emits light on the surface of the vertical illumination source, so the illumination direction of the illumination source is perpendicular to the surface of the illumination source; the hose connection tube can be moved to adjust the illumination source on the illumination connection tube to the optimal illumination of the three-dimensional space. Bit The light-emitting connecting tube can also be adjusted very close to the object to be illuminated. The number of photons per unit area of the surface of the illuminated object is more, and the lighting efficiency can be higher than that of the indoor chandelier because the height can be adjusted.

On the one hand, the circuit connecting pipe can be used as a vertical structural component to increase the height of the circuit connecting pipe. The main function of the circuit connecting pipe is that there is a power module and a control module in the pipe, and the circuit connecting pipe has a switch on the surface, and the power module is responsible for the power supply. Or storage, the control module is responsible for the voltage and current control of the light-emitting module, the switch is responsible for controlling the light-emitting module to be turned on or off; the circuit connecting pipe and the cap connecting pipe can be rotated and separated, and the dry battery can be replaced when separated; the cover connecting pipe is connected at one end The connecting tube, the plurality of connecting tubes are connected to the storage lamp holder, and the plurality of connecting tubes are vertical structural elements, and the function thereof is to adjust the vertical height of the light source and the fixed height. In the above embodiment of the present invention, the plurality of connecting tubes may further comprise other vertical structures. Component replacement, such as telescopic connecting tube instead of multiple connecting tubes; small solar panels can be installed on the light-emitting connecting tube, and energy can be stored for nighttime lighting during the day. When the connection is combined, sand or water can be added to the storage lamp holder to support the fixed action lighting unit without dumping. The mobile lighting unit can be equipped with additional wires, plugs and a public power source. In this embodiment, the circuit connecting tube is located on the vertical structure closer to the vertical center of gravity than the horizontal structure. The dry battery in the circuit connecting tube can use the dry battery with large capacity and large weight, and the dry battery is closer to the vertical line of the center of gravity, and the lamp can be more stable. .

FIG. 3 also shows that when the steering structure of the combined lamp unit space structure of the present embodiment uses a hose connecting pipe, the curved connecting pipe or the corner connecting pipe and the connecting pipe can replace the hose connecting pipe as the steering structural component; A connecting tube can be added to the structural element to make the light source farther away from the vertical structural element, and the lower movable space will be wider. The single-photovoltaic battery connecting tube has a light-emitting source, a control circuit, a built-in fixed battery, and can also be interchanged with the light-emitting connecting tube, the circuit connecting tube and the cap connecting tube, and the circuit connecting tube and the cap connecting tube element are reduced in the vertical structure after the interchange. .

The combination lamp unit of the embodiment can be additionally provided with a wire and a plug, and the power source of the power extension cable is used. Insert the socket of the combined mobile light unit so that the mobile lighting unit has more power options to choose from.

Referring to Figures 4 and 5, the combination lamp assembly of the second embodiment of the present invention comprises: a dual light source circuit connecting pipe, a cover connecting pipe, a hose connecting pipe, a plurality of connecting pipes, and a storage lamp socket. The combination mode is as follows: the double light source circuit connecting pipe is connected with the cap connecting pipe, the cap connecting pipe is connected with the connecting pipe, the connecting pipe is connected with the hose connecting pipe, the hose connecting pipe is connected with the plurality connecting pipe, and the plurality connecting pipe is connected with the storage lamp socket, that is, A combination luminaire group of cost embodiments.

The two-light source circuit has two light-emitting sources in the connecting tube, one light-emitting source has a light-emitting direction parallel to the double-light source circuit connecting tube, and the other light-emitting source has a light-emitting direction of a vertical dual-light source circuit connecting tube. The other end of the dual light source circuit connecting pipe is connected (screwed) to the cap connecting pipe, and the other end of the cap connecting pipe is connected with the hose connecting pipe, and the dual light source circuit connecting pipe is designed to be illuminated like a street lamp illumination source; another function is After the double-light source circuit connecting pipe is connected to the cap connecting pipe, when the hose connecting pipe is not connected and used separately, the double-light source circuit connecting pipe itself has a switch, a power module, a control module, and can be moved and forward like a flashlight. Lighting function. The connecting pipe and the hose connecting pipe can adjust the optimal connection position of the double-light source circuit connecting pipe to the three-dimensional space, and the lighting efficiency is high because the moving adjustment is very close to the lighting object. The double-light source circuit connecting tube can also be used as a horizontal structure extension; the dual-light source circuit connecting tube and the cover connecting tube can replace the dry battery of the battery module in the circuit connecting tube; the plurality of connecting tubes can be used as the dual-light source connecting tube vertical support With the adjustment of high and low use, the length of the connection pipe is not connected when the length is shortened, which is convenient for storage and carrying; the storage lamp holder is used as a lamp holder on the one hand, and the other components of the combination lamp are also stored in the box on the other hand when the lamp is not used. Carry with action.

Referring to FIG. 6, the combination lamp assembly of the third embodiment of the present invention comprises: a single light source circuit connecting pipe, a cover connecting pipe, a hose connecting pipe, and a hose lamp socket. Combined implementation The single-light source circuit connecting pipe is connected with the cap connecting pipe, the cap connecting pipe is connected with the hose connecting pipe, and the hose connecting pipe is connected with the hose lamp socket, that is, the action lamp group of the cost embodiment. In the action lamp group of the embodiment, a thicker and longer hose connecting pipe is used to strengthen the bendability, supportability and fixing property, so that the light source of the single light source circuit connecting pipe can be moved and adjusted to the three-dimensional space. Lighting location. The hose connecting pipe can be folded into a plurality of turns to shorten the length, and the plurality of hoses of the hose socket can be folded into a straight line to make the volume smaller, and can be conveniently placed in a small storage box. The hose holder can be adjusted to different heights. On the uneven ground, the hose holder can use its hose function to prevent the combination lamp assembly from falling over.

Referring to Figures 7 and 8, it is a combination lamp assembly of the fourth embodiment of the present invention. The utility model comprises: a double light source circuit connecting pipe, a cover connecting pipe, a hose connecting pipe, a telescopic connecting pipe, a connecting pipe and a storage lamp socket. The combined embodiment is: a dual light source circuit connecting pipe connecting the cap connecting pipe, a cap connecting pipe connecting the hose connecting pipe, a hose connecting pipe connecting the telescopic connecting pipe, a telescopic connecting pipe connecting the connecting pipe, and the connecting pipe connecting the storage lamp socket, ie A combination luminaire group of cost embodiments.

The vertical structure of the combined structure of the lamp assembly of the present embodiment uses the telescopic connecting tube and the connecting tube, and the advantage is that the connecting tube can be shorter after the connecting tube is added, which is convenient for storage and carrying, and the telescopic connecting tube adjusts the vertical height when compared with the connecting tube. The vertical height can be adjusted in more detail. After the telescopic connecting pipe is fully contracted, more of the telescopic connecting pipe will be longer and unfavorable for storage and carrying. The reason is that the inner pipe of the telescopic connecting pipe must protrude adjacent to the outer pipe so that the telescopic connecting pipe can be extended by hand. Pulling to the protruding inner tube, more sections protruding from the inner tube will increase the length of the telescopic connecting tube when contracting, and the contraction length is increased, which is disadvantageous for storage and carrying, so adding a connecting tube can reduce the number of telescopic connecting tube sections, and reduce the contraction of the telescopic connecting tube The length is included for storage. The dual light source circuit connecting tube, the single light source circuit connecting tube, the single light battery connecting tube, and the double light battery connecting tube all have a light emitting module, a circuit module, a power module, a connection structure, and can be illuminated and connected, so they can be interchanged.

Referring to FIG. 9, a combination lamp assembly according to a fifth embodiment of the present invention comprises: a pair of lights The source circuit connecting tube, a cover connecting tube, a connecting tube, a curved connecting tube, a plurality of connecting tubes, and a lamp holder. The combined implementation manner is: a dual light source circuit connecting pipe connecting the cap connecting pipe, a cap connecting pipe connecting the connecting pipe, the connecting pipe connecting the curved connecting pipe, the curved connecting pipe connecting the plurality of connecting pipes, and the plurality connecting pipes connecting the lamp socket, that is, the cost A combination luminaire set of an embodiment. The steering structure of the space structure of the present embodiment uses a curved connecting pipe, and the horizontal structural connecting pipe is connected by a plug, and the angle A of the curved connecting pipe must be greater than or equal to 90 degrees or more, and the horizontal structure is connected at a joint by a plugging method. Will not fall due to gravity.

The dual light source circuit connecting tube, the single light source circuit connecting tube, the single light battery connecting tube and the double light battery connecting tube of the combined lamp group of the embodiment all have a light emitting module, a circuit module, a power module, a connection structure, and can emit light, Connected so they can be interchanged. The lamp holder and the storage lamp holder are interchangeable.

Combination luminaire group component description or noun definition: three-way connecting pipe: a connecting pipe with three directional ends and a connecting structure, three directional ends are: vertical upper end, vertical lower end, third end; three-way connecting pipe vertical lower end and first The three ends can be used as the steering structure of the space structure, and the angle between the two is greater than or equal to 90 degrees or more, so that the connecting pipes connected by the horizontal structure by the plugging method are not separated by gravity. The vertical upper end of the three-way connecting pipe is used for connecting the connecting pipe and then connecting the solar connecting pipe, and the three-way connecting pipe is used for the combined moving lamp group with the solar connecting pipe, belonging to the steering structural component of the space structure and the vertical upper end of the three-way connecting pipe is used for connecting The tube is connected to the solar connection tube. The connecting tube at the third end of the three-way connecting pipe may have a straight shape or an arc shape.

Curved connecting pipe: a kind of steering structural component, the steering method is to directly manufacture a curved pipe with an angle of more than 90 degrees at both ends, and the angle A of the curved pipe is greater than or equal to 90 degrees or more, so that the horizontal structure is not connected by the plugging method. The tube is separated by gravity, and the curved tube has a connecting structure at both ends, that is, a curved shape Connecting pipe.

Folding connecting pipe: a kind of steering structural component, the steering method is to directly manufacture a pipe with a steering angle of more than 90 degrees, and the angle A of the pipe is greater than or equal to 90 degrees or more, so that the connecting pipe of the horizontal structure connected by the plugging method is not caused by gravity Separation, the two ends of the tube have a connecting structure, that is, a folded angle connecting tube.

Socket connection pipe: a kind of steering structural component, a two-side separate steering connection pipe, the steering method is a separation of the convex and concave polygons on both sides of the pipe, wherein one side is a convex polygonal structure, and the other side is a convex polygonal structure, and the structure includes a relatively micro structure. The large hollow fits the concave polygon; the two convex and concave matching polygons can be compactly combined as a socket connecting pipe, and the socket connecting pipe is separated from the two sides, and the two ends of the socket connecting pipe are respectively connected with the vertical structural component and the horizontal structural component of the space structure. The angle A of the two ends of the socket connection pipe must be greater than or equal to 90 degrees or more, so that the connection pipe is not separated by gravity when the horizontal structure is connected by the plugging method.

Right-angle steering connecting pipe: a kind of steering structural component, the steering method is that the two-side metal piece is overlapped with a hole at the overlap, and the other end of the large-sized metal piece is a connecting pipe to connect the connecting pipe, and the width of the large right-angled metal piece is larger than the diameter of the two connecting pipes and When the two connecting tubes are parallel, a small metal piece is placed on the large right-angled metal piece and can be rotated according to the hole. The size of the metal piece is partially overlapped and the metal piece has overlapping holes, and the overlapping holes are locked with the screw and the spacer. Elastically, the size of the metal piece is rubbed against each other, and the connecting piece of the rotating angle or the fixed angle is adjusted by the frictional force of the size of the metal piece and the rotation characteristic of the hole.

Parallel steering connecting pipe: a kind of steering structural component. The steering method is that there are holes in the overlap of the two metal sheets. After the two metal sheets overlap the holes, the screws and the gasket are locked, and the two pieces of metal pieces are controlled by screws and washers. The metal sheets rub against each other, and the connecting tubes of the rotating angle or the fixed angle are adjusted by the frictional force of the two metal sheets and the rotation of the holes.

Spherical adjustment connecting pipe: a rotating element, the steering method is that the middle side of the connecting pipe has a spherical body, the other side has a hollow spherical body structure enclosing the spherical body more than half, and the hollow spherical body structure has a slit at one side to adjust the hollow spherical body structure The size, in turn, controls the frictional force between the spherical body and the hollow spherical body structure; the screw tightness controls the size of the slit, and the size of the slit controls the size of the hollow spherical body structure, and further controls the friction between the hollow spherical body structure and the spherical body. When the friction is small, the spherical body can adjust the angle of movement. When the friction is large, the spherical body can be fixed. The spherical body is connected with the connecting structure, and the connecting structure is connected with the light source element. Therefore, the spherical adjusting connecting tube is used for adjusting the angle of the light source, and the spherical body is hollow. The spherical body structure can be rotated to adjust various angles.

Rotary adjustment connecting pipe: a rotating component, the connecting pipe is screwed tightly in the middle, and the screw is used as the rotating shaft, and the contact surface of the middle side is made of uneven rubber. The steering method is to use rubber elasticity when the rubber on both sides rotates, the torque is greater than The frictional force can rotate the connecting pipe to adjust the angle, which is a connecting pipe for adjusting the rotating angle; when the connecting pipe of the horizontal structure is screwed, the rotation angle of the light source is finally adjusted.

Referring to FIG. 10, a combination lamp assembly according to a sixth embodiment of the present invention comprises: a light source, a clip connecting pipe, a connecting pipe, a curved connecting pipe, a plurality of connecting pipes, and a storage lamp socket. The action lamp group lamp seat component, the vertical component, the steering component, and the horizontal component of the embodiment are common to other mobile lamp sets; the difference is that the end of the horizontal component uses a clip connecting pipe, and the clip connecting pipe has a clip for clamping the existing General flashlights, headlights, work lights or camping lights... etc., so that the illumination direction is downward, the illumination source of the combination lamp group is down and the spatial structure component can adjust the illumination source to the optimal position of the three-dimensional space illumination.

The combined luminaire group of the sixth embodiment uses the existing luminaire as the illuminating source, and can reduce the number of components of the combined luminaire group, and the necessities can be reduced for the mountaineer carrying the necessary necessities for the whole use of manpower. The more the less the better, the further use of the camping nail instead of the original lamp holder can reduce the number of components of the action luminaire group carried by the hikers, leaving the space structure components behind the components of the mobile luminaire. If the camping nail is used instead of the lamp holder component, the camping account is nailed into the campsite, leaving a camping nail to expose the camp, and the camping nails and connecting pipes are wrapped with rope or tape to support the fixed action lighting unit, the camping nail function and the lamp. The seat components are the same; the mobile lighting unit only needs to carry the space structural components, reducing the hiker light source components and the lamp holder components, and the existing material technology can make the spatial structural components light and thin, making the space structural components the lightest. Under the minimum load, there is a better light source available for the climber's night activities.

Refer to Figure 11 for the replacement of the spatial structure components of the combined luminaire group in this creation. The spatial structure can be subdivided into a vertical vertical structure, a horizontally oriented steering structure in a horizontal direction, a horizontal horizontal structure, and a rotating element for adjusting the angle of the illumination source. Some steering structures have a long horizontal structure, a vertical structure, and have a steering structure, a horizontal structure, and a vertical structure. They are called space structural components, such as a long hose connecting pipe, a multi-section folding connecting pipe, depending on the length thereof, Depending on the function. For example, a short hose connecting pipe and a folded connecting pipe are mainly used as a steering function and can be called a steering structural component.

The vertical structural components are: telescopic connecting pipe, connecting pipe, thick connecting pipe, folding connecting pipe; steering structural components are: hose connecting pipe, curved connecting pipe, folding connecting pipe, folding connecting pipe, socket connecting pipe, right angle steering connection Pipe, parallel steering connecting pipe, three-way connecting pipe; horizontal structural components are: connecting pipe, telescopic connecting pipe, folding connecting pipe.

Vertical structural components of space structure: telescopic connecting pipe, connecting pipe, folding connecting pipe can be interchanged, horizontal structural components of space structure: connecting pipe, telescopic connecting pipe, folding connecting pipe can be interchanged, steering structure component of space structure: hose connection Tube, curved connecting tube, folded connecting tube, The angled connecting pipe, the socket connecting pipe, the right angle steering connecting pipe, and the parallel steering connecting pipe are interchangeable. The vertical structure and the horizontal structure can also increase or decrease the connecting pipe to adjust the vertical height and horizontal length of the light source, and the lamp holder can rotate 360 degrees, and the light source can reach the optimal illumination position of the three-dimensional space. The rotating element for adjusting the angle of the light source has a spherical adjusting connecting tube and a rotating adjusting connecting tube. The spherical adjusting connecting tube can be added to the end of the horizontal structure to connect the light source, and adjust various angles of the light source; the horizontal structure is connected by a screw connection. The end uses a rotary adjustment connection tube, and the rotation adjustment connection tube can rotate the illumination source for an angle.

Referring to Figures 12 and 13, the combination lamp assembly of the seventh embodiment of the present invention comprises: a single light source circuit connecting pipe, a cover connecting pipe, a plurality of right angle steering connecting pipes, a plurality of telescopic connecting pipes, and a joint body. Lamp holder. The combined implementation manner is as follows: a single light source circuit connecting pipe is connected with a screw cap connecting pipe, a cap connecting pipe is connected with a right angle steering connecting pipe, a right angle steering connecting pipe is connected with a telescopic connecting pipe, a telescopic connecting pipe is connected with a right angle steering connecting pipe, and a right angle steering connecting pipe is connected The telescopic connecting tube and the telescopic connecting tube are connected to the connected lamp holder, that is, the combined lamp unit of the cost embodiment.

In this embodiment, the components of the mobile lighting unit are fixedly connected from the cover connecting pipe to the ends of the connected lamp socket; the folding connecting pipe and the connecting pipe can replace the telescopic connecting pipe; The body lamp holder pulls out the fixed connecting pipe or straightens the folding connecting pipe, and then closes the cover, and the cover has a notch, so that the vertical component of the combined lamp group can pass through the cover, and the cover can be covered when used. . It is only necessary to shrink or fold the light source element and the space element into the connected lamp holder during storage, and it is convenient to use and operate. The single-light source circuit connecting tube and the cap connecting tube can be separated, mainly for changing the battery and adjusting the direction of the light source of the single-light source circuit connecting tube; the connected lamp holder has the dual function of the lamp holder and the storage box, and also reduces the component usage. Referring to Fig. 12, for the replacement of the figure of the 11 figure, the folding connecting pipe and the connecting pipe can be used instead of the telescopic connecting pipe and the right angle steering connecting pipe. Original space structure.

Referring to Figures 14 and 15, the combination lamp assembly of the eighth embodiment of the present invention comprises: a solar connection tube, a circuit connection tube, a cover connection tube, a light connection tube, a hose connection tube, and a connection tube. , a three-way connecting pipe, a plurality of connecting pipes, and a storage lamp holder. The combined implementation manner is: a solar connection pipe is connected to the circuit connection pipe, a circuit connection pipe is connected to the cover connection pipe, and a cover connection pipe is connected to the vertical upper end of the three-way connection pipe; the light-emitting connection pipe is connected to the hose connection pipe, and the hose connection pipe is connected to the connection pipe The connecting pipe is connected to the third end of the three-way connecting pipe, the vertical connecting end of the three-way connecting pipe is connected to the plurality of connecting pipes, and the plurality of connecting pipes are connected to the storage lamp holder, that is, the combined lamp group of the cost embodiment.

In the embodiment, the three-way connecting pipe has three connecting ends and has a connecting structure for connecting other connecting elements, and the three direction ends are: a vertical upper end, a vertical lower end, and a third end, and a vertical upper end connecting cover of the three-way connecting pipe The connecting pipe is connected to the circuit connecting pipe; the circuit connecting pipe is connected to the solar connecting pipe, the third end of the three-way connecting pipe is connected with the connecting pipe, the connecting pipe is connected with the hose connecting pipe, and the hose connecting pipe is connected with the luminous connecting pipe; The vertical lower end of the connecting pipe connects the plurality of connecting pipes. The solar connection tube is located at the uppermost end of the combined mobile light group and is not blocked by other objects. The solar panel of the solar connection tube has different inclination angles according to various places to facilitate solar energy absorption efficiency; the solar panel absorbs solar energy to generate electric energy, and the circuit is matched with the circuit. The rechargeable battery in the connecting tube stores electric energy, so that the action lighting unit of the embodiment can store electric energy during the day, and is used for night lighting, and can be reused without changing the battery frequently. The light connecting pipe is connected with the hose connecting pipe to cooperate with other space structures, and the lighting connecting pipe can be adjusted to the optimal lighting position of the three-dimensional space. The angle between the vertical lower end and the third end of the three-way connecting pipe must be greater than or equal to 90 degrees or more, so that the connecting pipe connected by the horizontal structure by the plugging method is not separated by gravity. In the embodiment, the single-photovoltaic battery connecting tube and the dual-photovoltaic battery connecting tube of the mobile lighting unit can simultaneously replace the light-emitting connecting tube, the circuit connecting tube and the cap connecting tube. The difference is whether to use a replaceable dry battery or a fixed dry battery. If you use a replaceable dry battery, you must use a light-emitting connection tube. If you use a fixed dry battery, you must use a single-photo battery connection tube or a dual-photo battery connection tube, a replaceable dry battery or a fixed dry battery. Each has its own convenience.

See Figure 16 for the solar energy storage base in this creation. The solar energy storage seat comprises: a solar connection tube, a circuit connection tube, a cover connection tube, a plurality of connection tubes, and a storage lamp holder. The combined implementation manner is: a solar connection pipe is connected to the circuit connection pipe, a circuit connection pipe is connected to the cover connection pipe, a cover connection pipe is connected to the plurality of connection pipes, and a plurality of connection pipes are connected to the storage lamp socket, and the solar energy storage seat is formed. The solar energy storage seat can store the electric energy generated by the solar panel into the power module of the solar energy storage base, and the solar panel is inclined to the horizontal plane of the solar energy connection tube, and the electric energy can be transmitted through the electric wire at the same time. The power module of the mobile lighting unit connects the power module in the tube to store electrical energy or other load components; the solar energy storage seat stores energy during the day to supply power for the night action lighting group. By using the storage lamp holder, the lamp holder component can be shared with the lamp unit of the action lamp group, and the number of components of the action lamp group can be reduced.

According to the detailed description of the above embodiments, the combined lamp set of the present invention and the design can be moved to the optimal position of the three-dimensional space illumination, which can greatly increase the lighting effect and efficiency, and has better illumination effect and efficiency than the existing outdoor lamp. . The action lighting unit has a simple structure, and each connecting component can be simply connected, assembled, disassembled, and carried, and meets the requirements of the mobile device, so it has practical utility. And the use of solar panels and rechargeable batteries that can be recycled for a long time as a source of electrical energy meets the requirements of green energy and environmental protection, and is an advanced and practical outdoor lighting invention and design.

1‧‧‧Light source

2‧‧‧Connecting tube

3‧‧‧Lighting connection tube

4‧‧‧Circuit connection tube

5‧‧‧Cover connecting pipe

6‧‧‧Lighting module

7‧‧‧Power Module

8‧‧‧Control module

9‧‧‧ Telescopic connecting tube

10‧‧‧ Thick connecting pipe

11‧‧‧Double light source circuit connecting tube

12‧‧‧Single light source circuit connecting tube

13‧‧‧Transparent cover

14‧‧‧ switch

15‧‧‧Wire

16‧‧‧ plug

17‧‧‧Hose connecting tube

18‧‧‧Bended connecting tube

19‧‧‧Folding connecting pipe

20‧‧‧ socket connection

21‧‧‧ Right angle steering connecting pipe

22‧‧‧Parallel steering connecting pipe

23‧‧‧Spherical adjustment connecting tube

24‧‧‧Rotary adjustment connecting pipe

25‧‧‧screws and gaskets

26‧‧‧ lamp holder

27‧‧‧Gasha lamp holder

28‧‧‧Bottom lamp holder

29‧‧‧Hose lamp holder

30‧‧‧ lamp holder cover

31‧‧‧ lamp holder

32‧‧‧ lamp holder gap

33‧‧‧ solar panels

34‧‧‧Solar connection tube

35‧‧‧Y-shaped connecting tube

36‧‧‧Multidirectional connecting pipe

37‧‧‧Three-way connecting pipe

38‧‧‧Worklights

39‧‧‧Camping Lights

40‧‧‧Double light source flashlight connecting tube

41‧‧‧Storage lamp holder

42‧‧‧Folding connecting tube

43‧‧‧Connected lamp holder

44‧‧‧Connecting port

45‧‧‧Cineley nails

46‧‧‧Clip connecting tube

47‧‧‧Flashlight

48‧‧‧ headlights

49‧‧‧foot connection

50‧‧‧Table lamp holder

51‧‧‧ gap

52‧‧‧ lid

53‧‧‧ grip

The first picture is the main structure of the creation.

Figure 2 is a perspective view of the first embodiment of the creation.

Figure 3 is an exploded perspective view of the first embodiment of the creation.

Figure 4 is a perspective view of a second embodiment of the creation.

Figure 5 is a perspective exploded view of the second embodiment of the creation.

Figure 6 is a perspective view of a third embodiment of the creation.

Figure 7 is a perspective view of a fourth embodiment of the present invention.

Figure 8 is a perspective exploded view of the fourth embodiment of the present invention.

Figure 9 is a perspective view of a fifth embodiment of the present invention.

Figure 10 is a perspective view of a sixth embodiment of the present invention.

Figure 11 is an alternative diagram of the spatial structure components of the creation.

Figure 12 is a perspective view of a sixth embodiment of the present invention.

Figure 13 is a component replacement diagram of the sixth embodiment of the present invention.

Figure 14 is a perspective view of a seventh embodiment of the present invention.

Figure 15 is a perspective exploded view of the seventh embodiment of the present invention.

Figure 16 is a perspective view of the solar energy storage base of the creation.

Figure 17 is a perspective view of the table lamp holder of the creation.

Referring to Figures 2 and 3, the combination lamp assembly of the first embodiment of the present invention comprises: an illumination connection tube 3, a hose connection tube 17, a circuit connection tube 4, a cover connection tube 5, and a plurality of connections. The tube 2 and the storage lamp holder 41. The combined embodiment is: the light connecting pipe 3 is connected to the hose connecting pipe 17, the hose connecting pipe 17 is connected to the circuit connecting pipe 4, the circuit connecting pipe 4 is connected to the cap connecting pipe 5, and the cap connecting pipe 5 is connected to the plurality of connecting pipes 2, plural The connecting tube 2 is connected to the storage socket 41, that is, a combination of cost embodiments Lighting set. Additional wires 15 and plugs 16 can be used, using an external power supply.

Referring to Figures 4 and 5, the combination lamp assembly of the second embodiment of the present invention comprises: a dual light source circuit connecting pipe 11, a cover connecting pipe 5, a hose connecting pipe 17, and a plurality of connecting pipes 2, The lamp holder 41 is housed. The combined embodiment is: the dual light source circuit connecting pipe 11 is connected to the cover connecting pipe 5, the cover connecting pipe 5 is connected to the connecting pipe 2, the connecting pipe 2 is connected to the hose connecting pipe 17, and the hose connecting pipe 17 is connected to the plurality of connecting pipes 2, plural The connecting tube 2 is connected to the storage socket 41, that is, the combined lighting unit of the cost embodiment.

Referring to FIG. 6, a combination lamp assembly according to a third embodiment of the present invention comprises: a single light source circuit connecting pipe 12, a cover connecting pipe 5, a hose connecting pipe 17, and a hose lamp holder 29. The combined embodiment is: a single light source circuit connecting pipe 12 is connected to the cap connecting pipe 5, the cap connecting pipe 5 is connected to the hose connecting pipe 17, and the hose connecting pipe 17 is connected to the hose lamp holder 29, that is, the combined lamp group of the cost embodiment .

Referring to Figures 7 and 8, the combination lamp assembly of the fourth embodiment of the present invention comprises: a dual light source circuit connecting pipe 11, a cover connecting pipe 5, a hose connecting pipe 17, a telescopic connecting pipe 9, and a connecting body. Take over 2 and house the lamp holder 41. The combined embodiment is: the dual light source circuit connecting pipe 11 is connected to the cap connecting pipe 5, the cap connecting pipe 5 is connected to the hose connecting pipe 17, the hose connecting pipe 17 is connected to the telescopic connecting pipe 9, and the telescopic connecting pipe 9 is connected to the connecting pipe 2, The connecting tube 2 is connected to the storage socket 41, that is, the combined lighting unit of the cost embodiment.

Referring to FIG. 9 , a combination lamp assembly according to a fifth embodiment of the present invention comprises: a dual light source circuit connecting pipe 11 , a cover connecting pipe 5 , a connecting pipe 2 , a curved connecting pipe 18 , and a plurality of connecting pipes 2 . A lamp holder 26. The combined embodiment is: the dual light source circuit connecting pipe 11 is connected to the cover connecting pipe 5, the cover connecting pipe 5 is connected to the connecting pipe 2, the connecting pipe 2 is connected to the curved connecting pipe 18, and the curved connecting pipe 18 is connected to the plurality of connecting pipes 2, plural The connecting tube 2 is connected to the lamp holder 26, that is, the combined lamp unit of the cost embodiment.

Referring to FIG. 10, the combination lamp set of the sixth embodiment of the present invention comprises: a flashlight The cartridge 47, a clip connecting tube 46, a connecting tube 2, a curved connecting tube 18, a plurality of connecting tubes 2, and a housing socket 41. The combined embodiment is: the storage lamp holder 41 is connected to the plurality of connecting pipes 2, the plurality of connecting pipes 2 are connected to the curved connecting pipe 18, the curved connecting pipe 18 is connected to the connecting pipe 2, the connecting pipe 2 is connected to the clip connecting pipe 46, and the clip connecting pipe 46 is clamped The live and stationary flashlights 47 are illuminated downwards, i.e., the combined lighting fixture of the cost embodiment.

Referring to Figures 12 and 13, the combination lamp assembly of the seventh embodiment of the present invention comprises: a single light source circuit connecting pipe 12, a cover connecting pipe 5, a plurality of right angle steering connecting pipes 21, and a plurality of telescopic connecting pipes 9 , a connected lamp holder 43. The combined embodiment is: a single light source circuit connecting pipe 12 is screwed to the cover connecting pipe 5, the cover connecting pipe 5 is connected to the right angle steering connecting pipe 21, the right angle steering connecting pipe 21 is connected to the telescopic connecting pipe 9, and the telescopic connecting pipe 9 is connected to the right angle steering connection The tube 21, the right angle steering connecting pipe 21 is connected to the telescopic connecting pipe 9, and the telescopic connecting pipe 9 is connected to the connected lamp socket 43, that is, the combined lamp group of the cost embodiment.

Referring to Figures 14 and 15, the combination lamp assembly of the eighth embodiment of the present invention comprises: a solar connection pipe 34, a circuit connection pipe 4, a cover connection pipe 5, an illumination connection pipe 3, and a hose connection. The tube 17, a connecting tube 2, a three-way connecting tube 37, a plurality of connecting tubes 2, and a storage socket 41. The combined embodiment is: the solar connection pipe 34 is connected to the circuit connection pipe 4, the circuit connection pipe 4 is connected to the cover connection pipe 5, the cover connection pipe 5 is connected to the vertical upper end of the three-way connection pipe 37; the luminous connection pipe 3 is connected to the hose connection pipe 17 The hose connecting pipe 17 is connected to the connecting pipe 2, the connecting pipe 2 is connected to the third end of the three-way connecting pipe 37, the vertical connecting pipe 37 is connected to the vertical connecting pipe 2 at the lower lower end, and the plurality of connecting pipes 2 are connected to the storage lamp holder 41, that is, the cost is implemented Example combination lamp set.

Referring to FIG. 16, the solar energy storage base of the present invention comprises: a solar energy connection tube 34, a circuit connection tube 4, a cover connection tube 5, a plurality of connection tubes 2, and a storage lamp holder 41. group In the embodiment, the solar connection tube 34 is connected to the circuit connection tube 4, the circuit connection tube 4 is connected to the cover connection tube 5, the cover connection tube 5 is connected to the plurality of connection tubes 2, and the plurality of connection tubes 2 are connected to the storage lamp holder 41, that is, solar energy Energy storage seat.

1‧‧‧Light source

2‧‧‧Connecting tube

5‧‧‧Cover connecting pipe

11‧‧‧Double light source circuit connecting tube

17‧‧‧Hose connecting tube

41‧‧‧Storage lamp holder

53‧‧‧ grip

Claims (11)

A combined lamp set comprising a light source element, a space structure element and a lamp socket element; a light source element to a space structure element, a space structure element to a lamp socket element, and a connection structure, which can be sequentially connected and combined into a combined lamp group Method; the light source component, the space structure component, and the lamp socket component of the combined lamp group, and the same functional component can be used interchangeably. The spatial structural component of a combined luminaire group according to claim 1 of the patent application can be divided into a vertical structural component, a horizontal structural component, and a steering structural component; the horizontal structure and the vertical structure of the combined luminaire group can be the same or different horizontal structural components and vertical structures. The component connections are combined, and the horizontal structural components and the vertical structural components can be used in combination with different numbers of connections. For example, the combination lamp group of the first application patent scope; the light source component: the light-emitting connection tube, the single-light source circuit connection tube, the dual-light source circuit connection tube, the single-light battery connection tube, the dual-photo battery connection tube are used interchangeably; and the horizontal structural element thereof : connecting pipe, thick connecting pipe, telescopic connecting pipe, folding connecting pipe, interchangeable use and connection; vertical structural components: connecting pipe, thick connecting pipe, telescopic connecting pipe, circuit connecting pipe, folding connecting pipe, interchangeable use and Connection; its steering structural components: hose connecting pipe, curved connecting pipe, corner connecting pipe, socket connecting pipe, right angle steering connecting pipe, parallel steering connecting pipe, folding connecting pipe, etc. can be used interchangeably; Y-shaped connecting pipe, more The connecting pipe and the three-way connecting pipe can be used for adding the light source element or the solar connecting pipe; the lamp seat component: the lamp holder, the lamp holder, the sanding lamp holder, the base lamp holder, the hose lamp holder, the table lamp holder, etc. It can be used interchangeably; the power of the power module of the light source component can be supplied by the battery, the rechargeable battery, the external wire, and the solar energy. A combined lamp set comprises: a light source element, and the light source element can be a flashlight, a headlight, a work light, a camping light; a clip connecting tube, clamping or hanging the light source element to illuminate downward; a plurality of connecting tubes connecting the curved connecting tube; a curved connecting tube connecting the plurality of connecting tubes; and a plurality of connecting tubes connecting the socket members; The socket element, the socket element can be a storage socket or a bat. A combined lamp set comprises: a single light source circuit connecting pipe, connected with a right angle steering connecting pipe; a right angle steering connecting pipe connecting the telescopic connecting pipe; a telescopic connecting pipe connecting the right angle steering connecting pipe; a straight angle steering connecting pipe, connecting and expanding a connecting tube; a telescopic connecting tube connecting the connected lamp holder; a connected lamp holder comprising: a rectangular parallelepiped, a lid at the top, a handle on the side; a lid on the top of the rectangular parallelepiped, which can be opened or closed; There is a notch on the top; a notch is located on the lid to allow the vertical structural elements to pass; a handle is located on the side of the rectangular parallelepiped. A combined lamp set comprises: a solar connecting pipe connecting a circuit connecting pipe; a circuit connecting pipe, one end is connected to the solar connecting pipe, the other end is connected to the cap connecting pipe; and one cap connecting pipe is connected at one end to the circuit connecting pipe, and the other end is connected to the circuit connecting pipe Connect the vertical upper end of the three-way connecting pipe; a light-emitting connecting pipe, connecting the hose connecting pipe; the light-emitting connecting pipe, the single-light power connecting pipe, and the double The light power connection tube is interchangeable; a hose connection tube has one end connected to the light-emitting connection tube, one end is connected with the connection tube; one connection tube is connected at one end to the third end of the three-way connection tube, one end is connected to the hose connection tube; and one is a three-way connection tube, The vertical upper end is connected with the cover connecting pipe, the vertical lower end is connected to the plurality of connecting pipes, the third end is connected to the connecting pipe; the plurality of connecting pipes are connected to the upper end of the three-way connecting pipe; and the storage lamp holder is connected to the plurality of connecting pipes. For example, in the combination lamp group of claim 6, the solar connecting pipe component uses a three-way connecting pipe as a steering structural component, and the circuit connecting pipe and the cap connecting pipe may be located at an upper end or a lower end of the three-way connecting pipe; The horizontal structural component can be composed of different and the number of connecting pipes, thick connecting pipes, telescopic connecting pipes and folding connecting pipe connecting elements. A solar energy storage seat of a combined lamp set comprises: a solar connecting pipe, a connecting circuit connecting pipe; a circuit connecting pipe connecting the cap connecting pipe; a cover connecting pipe connecting the plurality of connecting pipes; a plurality of connecting pipes, plural The connecting tube is connected to the storage lamp holder; a storage lamp holder is connected to the plurality of connecting tubes. A dual-source flashlight connecting tube is characterized in that it comprises two illumination sources for illumination in different directions, the first illumination source is irradiated to the front of the user, and the second illumination source is irradiated to the ground of the user's feet and the ground in front of the feet to reach the user. The ground on both feet and the ground in front of both feet are illuminated by sufficient light to increase the safety of nighttime operation. The first illumination source is located at one end of the dual-source flashlight connecting tube, and the other end is a connection port, which can be connected to the horizontal structural components of the combined lighting unit; Two light source a hole in the tubular surface of the dual-source flashlight connecting tube, the hole on the tubular surface is close to the first light source; the hole may be singular or plural, and the hole may illuminate the second light source of one or more LEDs, The singular or plural holes may be on the tubular surface of the dual-source flashlight connecting tube. On the surface of the dual-source flashlight connecting tube, all the holes on the tubular surface of the dual-source flashlight connecting tube have a maximum annular length not exceeding the position of the tubular surface ring Two-thirds of all circumferences, more than one-third of the range is used as a function of blocking light to prevent the illumination source from illuminating the eyes; the second illumination source is adjacent to a grip to form the first of the dual-source flashlight connection tubes. The light source, the second light source, the grip and the connecting port are arranged in sequence, wherein a part of the grip can be a connecting port; the angle between the first light source and the second light source is between 20 degrees and 100 degrees. The utility model relates to a storage lamp holder, wherein the storage lamp holder is a container, can be loaded into all components of the combined lamp group, and has a connection port on the surface of the storage lamp holder, which can be connected to the vertical structural component of the combined lamp group; the storage lamp holder can be stored and loaded into the combination lamp group. Component; the storage lamp holder has a lamp holder and a method for accommodating two functions of the combination lamp unit component. A table lamp holder, the table lamp holder is put together as a container, and all the components of the combined lamp group can be loaded into the container when assembled, and can be used as a desktop when unfolding; there is a connection port on the desktop, and the connection port can be connected to the vertical of the combined lamp group The structural component; the table top connection port on the reverse side of the table top, the table leg connection port can be connected to the connection pipe, and the connection pipe can be used as a table leg.