TW202214982A - Lamp structure and supporting module thereof - Google Patents

Abstract

Disclosed are a lamp structure and a supporting module thereof. The lamp structure includes a lighting module, a supporting module and a base module. The supporting module includes an upper rotation axis module, an upper limit module, a middle rotation axis module, a lower limit module and a lower rotation axis module. The lighting module and the upper limit module are connected through the upper rotation axis module. The upper limit module and the lower limit module are connected through the middle rotation axis module. The lower limit module and the base module are connected through the lower rotation axis module. A first elastic unit and a first sliding unit of the upper limit module are accommodated in an upper bracket unit. A second elastic unit and a second sliding unit of the lower limit module are accommodated in a lower bracket unit. By virtue of the manner, the lamp structure and the supporting module thereof provided by the present disclosure can improve the stability of the structure.

Description

Lamp structure and its supporting module

The present invention relates to a lamp structure and a supporting module thereof, in particular to a lamp structure and a supporting module thereof that can be positioned stably and are easy to clean.

Modern people's indoor activities have taken up most of their daily time, such as work, reading, using electronic devices (such as game consoles, computers, etc.), etc., which will gradually blur and decline people's vision in the long run. Therefore, providing good and suitable table lamp lighting is the key to improving indoor lighting.

In order to be able to match the lighting angle required by everyone, some table lamps are currently designed with adjustable angle brackets. At present, most of the common bracket structures are fixed at the joint between the two brackets through a simple screw element locking method; however, this design method often causes the bracket to fail due to the loosening of the screw lock element after the lamp has been used for a period of time. Maintain the adjusted angle.

In addition, in order to attract special customers or escape the monotonous shape of the existing table lamps, some operators have designed table lamps with more complex structures and peculiar shapes, such as using two or more brackets to form a single-section support structure. Most of the table lamps are designed on the premise of two sections, that is, the support structure is composed of at least four brackets. However, under this structural design, since a large number of components of the table lamp are in contact with the outside world, after a period of time, the surface of each component will be covered with foreign matter (such as dust) from the outside world, which makes it very inconvenient for users to clean the table lamp; In addition, under the above-mentioned structural design, most of the wires of the desk lamp are exposed, thus increasing the trouble for users to clean.

Therefore, how to overcome the above-mentioned defects by improving the structural design has become one of the important issues to be solved in the art.

The technical problem to be solved by the present invention is to provide a lamp structure and a supporting module thereof in view of the deficiencies of the prior art.

In order to solve the above technical problems, one of the technical solutions adopted by the present invention is to provide a lamp structure, which includes a lighting module, a support module and a base module. The support module includes an upper rotation shaft module, an upper limit module, a middle rotation shaft module, a lower limit module and a lower rotation shaft module. The upper rotating shaft module is movably connected to the lighting module. The upper limit module includes an upper bracket unit, a first elastic unit and a first sliding unit, the upper bracket unit is movably connected to the upper rotating shaft module, and the first elastic unit and the first sliding unit are located on the upper Inside the bracket unit, the first elastic unit is connected to the upper bracket unit and the first sliding unit, and the first sliding unit is connected to the upper bracket unit. The intermediate shaft module is movably connected to the upper bracket unit. The lower limit module includes a lower bracket unit, a second elastic unit and a second sliding unit, the lower bracket unit is movably connected to the intermediate shaft module, and the second elastic unit and the second sliding unit are located in the lower bracket Inside the unit, the second elastic unit is located between the second sliding unit and the lower shaft module, and the second sliding unit is pushed against the intermediate shaft module by the second elastic unit. The lower rotating shaft module is movably connected to the lower bracket unit and the second sliding unit. The base module is movably connected to the lower shaft module.

In order to solve the above technical problems, another technical solution adopted by the present invention is to provide a support module, which includes an upper shaft module, an upper limit module, a middle shaft module, a lower limit module and a lower limit module. Spindle module. The upper rotating shaft module is movably connected to the lighting module. The upper limit module includes an upper bracket unit, a first elastic unit and a first sliding unit, the upper bracket unit is movably connected to the upper rotating shaft module, and the first elastic unit and the first sliding unit are located on the upper Inside the bracket unit, the first elastic unit is connected to the upper bracket unit and the first sliding unit, and the first sliding unit is connected to the upper bracket unit. The intermediate shaft module is movably connected to the upper bracket unit. The lower limit module includes a lower bracket unit, a second elastic unit and a second sliding unit, the lower bracket unit is movably connected to the intermediate shaft module, and the second elastic unit and the second sliding unit are located in the lower bracket Inside the unit, the second elastic unit is located between the second sliding unit and the lower shaft module, and the second sliding unit is pushed against the intermediate shaft module by the second elastic unit. The lower rotating shaft module is movably connected to the lower bracket unit and the second sliding unit.

One of the beneficial effects of the present invention is that the lamp structure and the supporting module thereof provided by the present invention can pass through "the supporting module includes an upper rotating shaft module, an upper limit module, a middle rotating shaft module, a lower limit Position module and lower shaft module. The upper shaft module is movably connected to this lighting module. The upper position module includes an upper support unit, a first elastic unit and a first sliding unit, and the upper support unit is movably Connected to the upper shaft module, the first elastic unit and the first sliding unit are located inside the upper bracket unit, the first elastic unit is connected to the upper bracket unit and the first sliding unit, the first sliding unit Connected with the upper bracket unit. The intermediate shaft module is movably connected to the upper bracket unit. The lower limit module includes a lower bracket unit, a second elastic unit and a second sliding unit, and the lower bracket unit is movably connected to the upper bracket unit. The intermediate shaft module, the second elastic unit and the second sliding unit are located inside the lower bracket unit, the second elastic unit is located between the second sliding unit and the lower rotating shaft module, the second sliding unit is The push of the second elastic unit pushes against the intermediate shaft module. The lower shaft module is movably connected to the lower bracket unit and the second sliding unit” technical scheme to improve the stability of the structure and provide Convenience when cleaning luminaire structures or supporting modules.

For a further understanding of the features and technical content of the present invention, please refer to the following detailed descriptions and drawings of the present invention. However, the drawings provided are only for reference and description, and are not intended to limit the present invention.

The following are specific specific embodiments to illustrate the embodiments of the "lamp structure and its supporting module" disclosed in the present invention, and those skilled in the art can understand the advantages and effects of the present invention from the content disclosed in this specification. The present invention can be implemented or applied through other different specific embodiments, and various details in this specification can also be modified and changed based on different viewpoints and applications without departing from the concept of the present invention. In addition, the drawings of the present invention are merely schematic illustrations, and are not drawn according to the actual size, and are stated in advance. The following embodiments will further describe the related technical contents of the present invention in detail, but the disclosed contents are not intended to limit the protection scope of the present invention.

It should be understood that, although the terms "first", "second", "third" and the like may be used herein to describe various elements, these elements should not be limited by these terms. These terms are primarily used to distinguish one element from another. In addition, the term "or", as used herein, should include any one or a combination of more of the associated listed items, as the case may be.

[First Embodiment]

Please refer to FIGS. 1 to 5 , which are a schematic structural diagram of the lamp structure and a three-dimensional schematic diagram of the support module according to the first embodiment of the present invention, respectively, and a first cross-sectional schematic diagram and a second cross-sectional schematic diagram of the IV-IV section in FIG. 3 . As shown in the figure, the first embodiment of the present invention provides a lamp structure Z, which may include a lighting module 1 , a supporting module S and a base module 2 . The support module S may include an upper shaft module S1, an upper limit module S2, a middle shaft module S3, a lower limit module S4 and a lower shaft module S5. The upper rotating shaft module S1 is movably connected to the lighting module 1 . The upper limit module S2 may include an upper bracket unit S20, a first elastic unit S21 and a first sliding unit S22, the upper bracket unit S20 is movably connected to the upper rotating shaft module S1, and the first elastic unit S21 is connected to the first sliding unit S22. The unit S22 is located inside the upper bracket unit S20, the first elastic unit S21 is connected to the upper bracket unit S20 and the first sliding unit S22, and the first sliding unit S22 is connected to the upper bracket unit S20. The intermediate shaft module S3 is movably connected to the upper bracket unit S20. The lower limit module S4 may include a lower bracket unit S40, a second elastic unit S41 and a second sliding unit S42, the lower bracket unit S40 is movably connected to the intermediate shaft module S3, the second elastic unit S41 and the second sliding unit S42 is located inside the lower bracket unit S40, the second elastic unit S41 is located between the second sliding unit S42 and the lower rotating shaft module S5, the second sliding unit S42 is pushed by the second elastic unit S41 and is pushed against the middle rotating shaft module S3. The lower rotating shaft module S5 is movably connected to the lower bracket unit S40 and the second sliding unit S42. The base module 2 is movably connected to the lower shaft module S5.

Specifically, the lamp structure Z of the present invention can be a work lamp (work desk lamp) or a general desk lamp, and the lamp structure Z can include a lighting module 1 , a support module S and a base module 2 . The support module S can be the main body of the lamp structure Z, one end of the support module S is connected to the lighting module 1 , and the other end of the support module S is connected to the base module 2 . The support module S may include an upper shaft module S1, an upper limit module S2, a middle shaft module S3, a lower limit module S4 and a lower shaft module S5.

Further, as shown in FIGS. 3 and 4 , one end of the upper bracket unit S20 of the upper limit module S2 and the lighting module 1 can be movably connected to the same upper shaft module S1 . The upper bracket unit S20 may be a hollow structure, and may be used for accommodating the first elastic unit S21 and the first sliding unit S22; wherein, the first elastic unit S21 may be a tension spring, but not limited thereto. One end of the first sliding unit S22 is connected to the first elastic unit S21, and the other end of the first sliding unit S22 is connected to the upper bracket unit S20. Therefore, the lamp structure Z of the present invention can restrain the upper rotating shaft module S1 and the upper limit module S2 by the first elastic unit S21 and the first sliding unit S22, and the lighting module 1 can be adjusted by the user (for example, adjust the projection angle) ), the rotating shaft module S1 and the upper limit module S2 can stably maintain the current position of the lighting module 1, so that the lighting module 1 does not sag.

3 and 5, one end of the lower support unit S40 and the other end of the upper support unit S20 can be movably connected to the same intermediate shaft module S3, and the other end of the lower support unit S40 is connected to the base module. 2 can be movably connected to the same lower shaft module S5. The lower bracket unit S40 may be a hollow structure, and may be used to accommodate the second elastic unit S41 and the second sliding unit S42; wherein, the second elastic unit S41 may be a compression spring, but not limited thereto. One end of the second elastic unit S41 abuts against the second sliding unit S42, and the other end of the second elastic unit S41 abuts against the lower bracket unit S40; for example, the inner wall of the lower bracket unit S40 may have at least one stopper portion S40a is used to prevent the second elastic unit S41 from being separated from the lower bracket unit S40; that is, the other end of the second elastic unit S41 abuts against the stopper S40a. Therefore, in the lamp structure Z of the present invention, the second elastic unit S41 and the second sliding unit S42 can be provided, and the second elastic unit S41 can be used to push the second sliding unit S42, and the second sliding unit S42 can be driven to press against the intermediate shaft mold. In the group S3, after the user adjusts the position of the upper bracket unit S20, the second sliding unit S42 can push the upper bracket unit S20 upward through the intermediate shaft module S3, so that the upper bracket unit S20 can be stably positioned without There will be sagging problems.

Therefore, the lamp structure Z of the present invention utilizes the above-mentioned technical solutions to set the first elastic unit S21, the first sliding unit S22, the second elastic unit S41 and the second sliding unit S42, so that the rotating shaft module S1 and the upper limit The module S2 can stably maintain the current position of the lighting module 1, and the upper bracket unit S20 can be stably positioned without the problem of sagging; at the same time, the lamp structure Z of the present invention can also use the upper rotating shaft module S1 , the middle shaft module S3 and the lower shaft module S5 clamp the upper bracket unit S20 and the lower bracket unit S40 to generate frictional force on the upper bracket unit S20 and the lower bracket unit S40, so as to use the frictional force to appropriately assist the first elastic unit S21 And the balance between the second elastic unit S41 and the lighting module 1, so that the upper bracket unit S20 and the lower bracket unit S40 can be balanced at various angles without shaking and sagging.

In addition, according to the above content, the present invention further proposes a support module S, which can be applied to a lamp structure Z. The support module S can include an upper shaft module S1, an upper limit module S2, and a middle shaft module S3, the lower limit module S4 and the lower shaft module S5. The upper rotating shaft module S1 is movably connected to the lighting module 1 . The upper limit module S2 includes an upper bracket unit S20, a first elastic unit S21 and a first sliding unit S22, the upper bracket unit S20 is movably connected to the upper shaft module S1, the first elastic unit S21 and the first sliding unit S22 is located inside the upper bracket unit S20, the first elastic unit S21 is connected to the upper bracket unit S20 and the first sliding unit S22, and the first sliding unit S22 is connected to the upper bracket unit S20. The intermediate shaft module S3 is movably connected to the upper bracket unit S20. The lower limit module S4 includes a lower bracket unit S40, a second elastic unit S41 and a second sliding unit S42, the lower bracket unit S40 is movably connected to the intermediate shaft module S3, the second elastic unit S41 and the second sliding unit S42 Located inside the lower bracket unit S40, the second elastic unit S41 is located between the second sliding unit S42 and the lower rotating shaft module S5, the second sliding unit S42 is pushed by the second elastic unit S41 and abuts against the intermediate rotating shaft module S3 . The lower rotating shaft module S5 is movably connected to the lower bracket unit S40 and the second sliding unit S42.

It is worth mentioning that the application of the support module S proposed by the present invention is not limited to the above-mentioned embodiments. In actual implementation, the support module S of the present invention is also applied in other technical fields, for example, it can be applied to support TVs. , computer screens, etc., or used in trays supporting daily necessities or medical equipment, but not limited to this.

However, the above-mentioned example is only one possible embodiment and is not intended to limit the present invention.

[Second Embodiment]

Please refer to FIG. 6 to FIG. 9 , which are an exploded schematic diagram of one viewing angle, an exploded schematic diagram of another viewing angle, a partially disassembled schematic diagram, and a structural schematic diagram of the lamp structure of the support module according to the second embodiment of the present invention. See Figures 1 to 5. As shown in the figure, the lamp structure Z of this embodiment is substantially similar to the lamp structure Z of the above-mentioned first embodiment, and details are not repeated here. In this embodiment, the upper bracket unit S20 may further include a first upper rod S200 and a second upper rod S201, and the first upper rod S200 and the second upper rod S201 are movably connected to the upper shaft module S1 and the intermediate shaft module S3, the first upper rod S200 and the second upper rod S201 are parallel to each other, and the first elastic unit S21 and the first sliding unit S22 are located on the first upper rod S200 or the second upper rod S201 wherein, the first sliding unit S22 includes a first sliding member S220 and a first linking member S221, the first sliding member S220 is connected to the first elastic unit S21 and the first linking member S221, and the first linking member S221 It can be movably connected to the first upper rod S200 or the second upper rod S201.

For example, as shown in FIGS. 4 , 6 to 8 , the first upper rod S200 and the second upper rod S201 can be arranged parallel to each other and in a dislocation, and the first upper rod S200 and the second upper rod S201 It can be a tubular structure of equal length, but is not limited thereto. The inside of the second upper rod member S201 can accommodate the first elastic unit S21, the first sliding member S220 and the first link member S221. One end of the first elastic unit S21 is detachably connected to the second upper rod S201, and the other end of the first elastic unit S21 is detachably connected to the first sliding block S220. One end of the first link member S221 is pivotally connected to the first slider member S220, and the other end of the first link member S221 can be movably connected to the first upper rod S200; wherein the other end of the second upper rod S201 has a The first groove S2010 can be used for the first link S221 to be movably hidden in the second upper rod S201 or exposed outside the second upper rod S201, and the other end of the first upper rod S200 may have A groove S2000 is provided for the other end of the first link member S221 to be movably buckled in the groove S2000. It is worth noting that, in this embodiment, although the first elastic unit S21, the first sliding member S220 and the first link member S221 are arranged in the second upper rod member S201 as an example, it is not limited to this. In actual implementation, the first elastic unit S21, the first sliding member S220 and the first link member S221 may also be arranged in the first upper rod member S200, and the first upper rod member S200 may have the above-mentioned first groove S2010, the second upper rod S201 has a groove S2000. Therefore, in the lamp structure Z of the present invention, the first elastic unit S21 and the first sliding unit S22 can be arranged in the upper bracket unit S20 to utilize the contraction force of the first elastic unit S21 itself to pass through one end of the first elastic unit S21 The other end of the first link S221 forms a restraining force on the first upper rod S200 and the second upper rod S201; that is to say, no matter when the upper bracket unit S20 is active, or the lighting module 1 is too heavy, it can be The upper bracket unit S20 can be balanced at various angles without shaking and sagging.

Moreover, one end of the first upper rod S200 and the second upper rod S201 can be pivotally connected to the upper rotating shaft module S1. Further, as shown in FIG. 6 and FIG. 7 , the upper shaft module S1 may include a clamping unit S10 , a first upper shaft plate unit S11 and a second upper shaft plate unit S12 . The clamping unit S10 may include a first clamping plate S100 and a second clamping plate S101 . The first clamping plate S100 and the second clamping plate S101 can be detachably engaged with each other and can movably clamp the lighting module 1 . The first upper axle plate unit S11 and the second upper axle plate unit S12 clamp the clamping unit S10, and the clamping unit S10 is pivotally connected to the first upper axle plate unit S11 and the second upper axle plate unit S12. The first upper axle plate unit S11 has a plurality of first protruding columns S110 on one side opposite to the second upper axle plate unit S12; on the contrary, the second upper axle plate unit S12 has a side opposite to the first upper axle plate unit S11. There are also a plurality of second protrusions S120 corresponding to the plurality of first protrusions S110. Therefore, one end of the first upper rod S200 and the second upper rod S201 can be pivotally connected to the plurality of first protrusions S110 and the plurality of second protrusions S120.

The other ends of the first upper rod S200 and the second upper rod S201 can be pivotally connected to the intermediate shaft module S3. Further, as shown in FIGS. 6 to 7 , the intermediate axis module S3 may include a first intermediate axis plate unit S30 and a second intermediate axis plate unit S31 . The first central axis plate unit S30 has a plurality of third convex columns S300 and a plurality of fourth convex columns S301 on one side relative to the second central axis plate unit S31; on the contrary, the second central axis plate unit S31 is opposite to the first central axis plate unit S31. One side of the S30 also has a plurality of fifth bosses S310 and a plurality of sixth bosses S311, the plurality of fifth bosses S310 correspond to the plurality of third bosses S300, and the plurality of sixth bosses S311 correspond to the plurality of The fourth boss S301. In addition, the other end of the upper bracket unit S20 is pivotally connected to the plurality of third protrusions S300 and the plurality of fifth protrusions S310. Therefore, the other ends of the first upper rod S200 and the second upper rod S201 can be pivotally connected to the plurality of third protrusions S300 and the plurality of fifth protrusions S310.

Accordingly, in the lamp structure Z of the present invention, through the above-mentioned structural design, the upper rotating shaft module S1, the first upper rod member S200, the second upper rod member S201 and the intermediate shaft module S3 can form a parallelogram-shaped linkage mechanism ( As shown in Figure 4). Therefore, when the user operates the upper bracket unit S20 to cause the first upper rod S200 and the second upper rod S201 to be displaced, although the lighting module 1 will be displaced along with it, the lighting module 1 is relatively relative to the object ( For example, the inclination angle of books, tables, etc.) is fixed (that is, the upper hinge module S1 will not rotate with the movement of the upper bracket unit S20, as shown in Figures 1 and 8), so that the lighting module 1 The angle of the projected light beam remains unchanged, which can avoid discomfort to the user's eyes. In addition, the upper rotating shaft module S1 also has a multi-axis structure (eg, three axial directions) design, which can provide the lighting module 1 with various angles of movement, so that the lighting module 1 has a wide illumination range and no dead angle. It is worth mentioning that, when the supporting module S of the present invention is used to support a TV, a computer screen, a tray or other items, when the user moves the upper bracket unit S20, the TV, computer screen connected to the upper hinge module S1 , the angle of the tray or other objects will not change due to the movement of the upper support unit S20.

Further, the lower support unit S40 of the present invention may further include a first lower rod S400 and a second lower rod S401. The first lower rod S400 and the second lower rod S401 can be movably connected to the intermediate shaft module S3 and the lower shaft module S5, the first lower rod S400 and the second lower rod S401 are parallel to each other, and the second elastic The unit S41 and the second sliding unit S42 are located in the first lower rod S400 or the second lower rod S401; wherein, the second sliding unit S42 includes a second sliding member S420 and a second linking member S421. The second sliding member S420 is located between the second elastic unit S41 and the second linking member S421. The second sliding member S420 is pushed against the second linking member S421 by the second elastic unit S41, thereby driving the second linking member S421. The piece S421 abuts against the intermediate shaft module S3.

For example, as shown in FIG. 6 to FIG. 8 , the first lower rod S400 and the second lower rod S401 can be arranged parallel to each other and dislocated, and one end of the first lower rod S400 and the second lower rod S401 can be A plurality of fourth protrusions S301 pivotally connected to the first central axis plate unit S30 and a plurality of sixth protrusions S311 of the second central axis plate unit S31; wherein, the first lower rod S400 and the second lower rod S401 may be Equal length tubular structures, but not limited thereto. The second lower rod member S401 can accommodate the second elastic unit S41, the second sliding member S420 and the second link member S421. One end of the second elastic unit S41 is abutted against and sleeved on one end of the second sliding member S420, and the other end of the second sliding member S420 has a recess S420a. One end of the second linking member S421 is accommodated in the recessed portion S420a, and interferes with the recessed portion S420a, and the other end of the second linking member S421 can be movably connected to the intermediate shaft module S3; wherein, the second lower rod S401 There is at least one second groove S4010 thereon, for the second link S421 to be movably hidden in the second lower rod S401 or exposed outside the second lower rod S401. It is worth noting that in this embodiment, although the second elastic unit S41, the second sliding member S420 and the second linking member S421 are arranged in the second lower rod member S401 as an example, it is not limited to this. In actual implementation, the second elastic unit S41 , the second sliding member S420 and the second linking member S421 may be disposed in the second lower rod member S401 or in the first lower rod member S400 .

The other end of the second linking member S421 may be in the shape of a trident, and the first central axis plate unit S30 or the second central axis plate unit S31 may have a plurality of positioning posts S32; S32 is an example where independent components are inserted into the first central axis plate unit S30 and the second central axis plate unit S31, but it is not limited to this. In the actual implementation of the present invention, the positioning post S32 can also be designed to be connected with the first central axis plate unit S32. The unit S30 or the second central axis plate unit S31 is an integrated structure. In addition, the second elastic unit S41 pushes against the second sliding member S420 to drive the second sliding member S420 to push against the second linking member S421, so that the other end of the second linking member S421 can press against a plurality of Positioning post S32. Therefore, according to the above-mentioned structural design of the lamp structure Z of the present invention, after the user adjusts the position of the upper bracket unit S20, the lower bracket unit S40 can use the second sliding unit S42 to face the upper bracket unit S20 through the intermediate shaft module S3. An upward thrust is generated, so that the upper bracket unit S20 can be positioned stably without the problem of sagging.

In addition, the other ends of the first lower rod S400 and the second lower rod S401 can be pivotally connected to the lower rotating shaft module S5. Further, as shown in FIGS. 6 to 7 , the lower shaft module S5 may include a first lower shaft plate unit S50 and a second lower shaft plate unit S51 . The side of the first lower axle plate unit S50 opposite to the second lower axle plate unit S51 has a plurality of seventh protruding columns S500; on the contrary, the side of the second lower axle plate unit S51 opposite to the first lower axle plate unit S50 There are also a plurality of eighth studs S510 corresponding to the plurality of seventh studs S500. The first lower shaft plate unit S50 or the second lower shaft plate unit S51 may further have a connecting column S52, and the lower rotating shaft module S5 can be detachably connected to the base module 2 through the connecting column S52; wherein, in the In this embodiment, the connecting column S52 is set on the first lower shaft plate unit S50 as an example, but it is not limited to this. Therefore, the other ends of the first lower rod S400 and the second lower rod S401 can be pivotally connected to the plurality of seventh protrusions S500 and the plurality of eighth protrusions S510.

Accordingly, in the lamp structure Z of the present invention, through the above-mentioned structural design, the intermediate shaft module S3, the first lower rod S400, the second lower rod S401 and the lower shaft module S5 can form a parallelogram-shaped linkage mechanism ( as shown in Figure 5). Therefore, when the user operates the lower support unit S40 to cause the first lower rod S400 and the second lower rod S401 to be displaced, although the lighting module 1 and the upper support unit S20 will be displaced together, the lighting module 1 and the inclination angle of the upper bracket unit S20 relative to objects (such as books, desks, etc.) is fixed (that is, the intermediate shaft module S3 will not rotate with the movement of the lower bracket unit S40), thereby making the lighting module The angle of the light beam projected by the group 1 remains unchanged, which can avoid causing discomfort to the user's eyes.

In addition, the first central axis plate unit S30 of the present invention may further have a plurality of first convex rib portions S304, and the second central axis plate unit S31 may also have a plurality of second convex rib portions corresponding to the plurality of first convex rib portions S304 S314, and the plurality of first protruding ribs S304 and the plurality of second protruding ribs S314 define a cable channel A. Therefore, the lamp structure Z of the present invention can connect cables (not shown in the figure, for example, used to connect the lighting module 1 ) through the first upper rod S200 , the cable channel A and the first lower rod S400 And the wires that transmit power to the lighting module 1) are stored in the interior of the lamp structure Z, which not only achieves the aesthetic effect, but also provides convenience for the user to clean the lamp structure Z, and can also reduce the damage to the cable. chance. In addition, the upper shaft module S1 can also have a plurality of first shielding units S13 that can be detachably combined with the outer surfaces of the first upper shaft plate unit S11 and the second upper shaft plate unit S12, and the intermediate shaft module S3 can also be There are a plurality of second shielding units S33 detachably coupled to the outer surfaces of the first central axis plate unit S30 and the second central axis plate unit S31, and the lower hinge module S5 may also have a detachable combination with the first lower axis plate. A plurality of third shielding units S53 on the outer surfaces of the unit S50 and the second lower axle plate unit S51.

However, the above-mentioned example is only one possible embodiment and is not intended to limit the present invention.

[Third Embodiment]

Please refer to FIG. 10 and FIG. 11 , which are respectively a schematic cross-sectional view of the upper limit module and a cross-sectional view of the lower limit module of the support module according to the third embodiment of the present invention, and please refer to FIGS. 1 to 9 together. As shown in the figure, the lamp structure Z of this embodiment is substantially similar to the lamp structure Z of the above-mentioned embodiments, and details are not described herein again. In the present embodiment, the upper position module S2 may further include an upper cover unit S23, and the upper cover unit S23 shields a part of the upper bracket unit S20; wherein the upper cover unit S23 may have a plurality of first shielding parts S230 and a first body portion S231 connected to the plurality of first shielding portions S230, the first body portion S231 is located between the first upper rod S200 and the second upper rod S201, and each of the first shielding portions S230 shields a portion of the The first upper rod S200 and part of the second upper rod S201, and the plurality of first shielding parts S230, the first upper rod S200 and the second upper rod S201 define a first closed space P1; wherein, the upper The cross section of the cover plate unit S23 is H-shaped.

For example, as shown in FIG. 1 to FIG. 10 , the upper cover plate unit S23 can cover a part of both sides of the upper bracket unit S20 . Further, the upper cover plate unit S23 can close the space between the first upper rod S200 and the second upper rod S201 through a plurality of first shielding parts S230 to form a first closed space P1. Both ends of the plurality of first shielding portions S230 may further have a first fixing portion S230a; and, the first upper shaft plate unit S11 and the second upper shaft plate unit S12 of the upper rotating shaft module S1 may also have a first upper shaft plate unit S12 respectively. A joint portion S111, S121, the first central axis plate unit S30 and the second central axis plate unit S31 of the intermediate shaft module S3 may also have a second joint portion S302, S312, respectively. Each of the first shielding parts S230 can be detachably connected to the corresponding first connecting parts S111, S121 and the second connecting parts S302, S312 by the first fixing parts S230a at both ends thereof, so as to be firmly fixed to the upper bracket unit on the S20.

Further, the lower limit module S4 may further include a lower cover unit S43, and the lower cover unit S43 shields part of the lower bracket unit S40; wherein, the lower cover unit S43 may have a plurality of second shielding parts S430 and are connected to a plurality of second shielding parts S430. A second body portion S431 of the second shielding portion S430, the second body portion S431 is located between the first lower rod S400 and the second lower rod S401, and each second shielding portion S430 shields a portion of the first lower rod S400 and part of the second lower rod S401, and a plurality of second shielding parts S430, the first lower rod S400 and the second lower rod S401 define a second closed space P2; wherein, the lower cover unit S43 The section is H-shaped.

For example, as shown in FIG. 1 to FIG. 11 , the lower cover plate unit S43 can cover a part of both sides of the lower bracket unit S40 . Further, the lower cover plate unit S43 can close the space between the first lower rod member S400 and the second lower rod member S401 through a plurality of second shielding portions S430 to form a second closed space P2. Both ends of the plurality of second shielding portions S430 may further have a second fixing portion S430a; and, the first central axis plate unit S30 and the second central axis plate unit S31 of the intermediate axis module S3 may also respectively have a third joint. Parts S303, S313, the first lower shaft plate unit S50 and the second lower shaft plate unit S51 of the lower shaft module S5 may also have a fourth joint part S501, S511, respectively. Each of the second shielding parts S430 can be detachably connected to the corresponding third connecting parts S303, S313 and the fourth connecting parts S501, S511 through the second fixing parts S430a at both ends of the second shielding part S430, so as to be firmly fixed to the upper bracket unit on the S20.

Accordingly, in the lamp structure Z of the present invention, the first elastic unit S21 and the first sliding unit S22 can be arranged inside the upper bracket unit S20 by the above technical solutions, and the second elastic unit S41 and the second sliding unit S42 is arranged inside the lower support unit S40, and the upper cover unit S23 and the lower cover unit S43 are used to cover a part of the outer edges of the upper support unit S20 and the lower support unit S40 respectively, which can not only reduce and avoid external foreign matter (such as dust) , liquid splashed by beverages, etc.) adhere to the various components of the lamp structure Z, and can avoid personal injury caused by the first elastic unit S21 or other components, and can provide convenience for the user to clean the lamp structure Z, thereby solving the existing table lamp. The appearance is easy to hide dirt, and it is not easy to clean, and it is easy to cause the problem of personal injury; at the same time, the lamp structure Z of the present invention can also improve the aesthetics through the simple appearance.

In addition, when the lower bracket unit S40 is actuated to change the angle, the distance between the first lower rod S400 and the second lower rod S401 will change; wherein, although the plurality of second shielding parts S430 shield the first lower rod S400 and the second lower rod S401 The space between the second lower rods S401 prevents the user from being pinched, but the matching design of the plurality of second shielding parts S430 and the lower bracket unit S40 will not affect the first lower rod S400 and the second lower rod the action of S401. In addition, the plurality of second shielding parts S430 can be movably connected to the third joint parts S303 and S313 of the intermediate shaft module S3 and the fourth joint parts S501 and S511 of the lower shaft module S5 through the second fixing parts S430a , therefore, when the first lower rod S400 and the second lower rod S401 move, the intermediate shaft module S3 and the lower shaft module S5 will be affected to rotate together, and then the lower cover unit S43 will be moved together, so that the The lower cover plate unit S43 will not affect the activities of the first lower rod S400 and the second lower rod S401. It is worth mentioning that the linkage relationship between the aforementioned upper cover plate unit S23 and the first upper rod member S200 and the second upper rod member S201 is also the same as that in the above-mentioned embodiment, so it is not particularly described.

However, the above-mentioned example is only one possible embodiment and is not intended to limit the present invention.

[Advantageous effects of the embodiment]

One of the beneficial effects of the present invention is that the lamp structure Z and the support module S provided by the present invention can pass through "the support module S may include an upper shaft module S1, an upper limit module S2, and an intermediate shaft. The module S3, the lower limit module S4 and the lower shaft module S5. The upper shaft module S1 is movably connected to the lighting module 1. The upper limit module S2 includes an upper support unit S20, a first elastic unit S21 and A first sliding unit S22, the upper bracket unit S20 is movably connected to the upper shaft module S1, the first elastic unit S21 and the first sliding unit S22 are located inside the upper bracket unit S20, and the first elastic unit S21 is connected to the second upper The rod S201 is connected with the first sliding unit S22, and the first sliding unit S22 is connected with the upper bracket unit S20. The intermediate shaft module S3 is movably connected with the upper bracket unit S20. The lower limit module S4 includes a lower bracket unit S40, a second The elastic unit S41 and a second sliding unit S42, the lower bracket unit S40 is movably connected to the intermediate shaft module S3, the second elastic unit S41 and the second sliding unit S42 are located inside the lower bracket unit S40, and the second elastic unit S41 is located in Between the second sliding unit S42 and the lower rotating shaft module S5, the second sliding unit S42 is pushed against the middle rotating shaft module S3 by the second elastic unit S41. The lower rotating shaft module S5 is movably connected to the lower bracket unit S40 With the technical solution of the second sliding unit S42", the stability of the structure can be improved, and the convenience of cleaning the lamp structure Z or the support module S can be provided.

Furthermore, the lamp structure Z and the supporting module S provided by the present invention cleverly accommodate a plurality of components in the supporting module S through the above-mentioned technical solutions, and utilize the upper cover unit S23 and the lower cover. The arrangement of the unit S43 reduces the contact area of the support module S with the outside world, and provides convenience for the user to clean the lamp structure Z or the support module S. In addition, the lamp structure Z of the present invention can also be provided with a first elastic unit S21, a first sliding unit S22, a second elastic unit S41 and a second sliding unit S42, so that the rotating shaft module S1 and the upper limit module S2 can be The current position of the lighting module 1 is stably maintained, and the upper bracket unit S20 can be stably positioned without the problem of sagging. Moreover, the lamp structure Z of the present invention can also accommodate the cables in the first upper rod S200, the cable channel A and the first lower rod S400, which can not only achieve the aesthetic effect, but also provide users with cleanliness. Convenience when the light fixture is constructed Z, and reduce the chance of cable damage.

The contents disclosed above are only preferred feasible embodiments of the present invention, and are not intended to limit the scope of the present invention. Therefore, any equivalent technical changes made by using the contents of the description and drawings of the present invention are included in the application of the present invention. within the scope of the patent.

Z: Lamp structure 1: Lighting module 2: base module S: support module S1: Upper reel module S10: Clamping unit S100: First splint S101: Second splint S11: The first upper axle plate unit S110: The first convex column S111, S121: the first joint S12: Second upper axle plate unit S120: The second convex column S13: The first shielding unit S2: Upper limit module S20: Upper bracket unit S200: The first upper rod S2000: Groove S201: Second upper rod S2010: First trench S21: the first elastic unit S22: The first sliding unit S220: The first slider piece S221: The first link S23: Upper cover unit S230: First shielding part S230a: The first fixing part S231: The first body part S3: intermediate shaft module S30: The first central axis plate unit S300: The third convex column S301: Fourth convex column S302, S312: the second joint S303, S313: the third joint S304: The first convex rib S31: Second Axle Plate Unit S310: Fifth convex column S311: Sixth Column S314: Second convex rib S32: Positioning post S33: Second Shading Unit S4: Lower limit module S40: Lower bracket unit S40a: Stopper S400: The first lower rod S401: Second lower rod S4010: Second groove S41: Second elastic unit S42: Second sliding unit S420: Second slider piece S420a: Recess S421: Second Linkage S43: Lower cover unit S430: Second shielding part S430a: Second fixing part S431: Second body part S5: Lower shaft module S50: The first lower shaft plate unit S500: Seventh Column S501, S511: the fourth joint S51: Second lower shaft plate unit S510: Eighth Column S52: connecting column S53: The third shade unit A: Cable channel P1: First enclosed space P2: Second enclosed space

FIG. 1 is a first structural schematic diagram of a lamp structure according to a first embodiment of the present invention.

FIG. 2 is a second structural schematic diagram of the lamp structure according to the first embodiment of the present invention.

FIG. 3 is a three-dimensional schematic diagram of the support module according to the first embodiment of the present invention.

FIG. 4 is a first schematic cross-sectional view of the IV-IV cross-section of FIG. 3 .

FIG. 5 is a second schematic cross-sectional view of the IV-IV section of FIG. 3 .

FIG. 6 is an exploded schematic view of one of the viewing angles of the support module according to the second embodiment of the present invention.

FIG. 7 is an exploded schematic diagram of another viewing angle of the support module according to the second embodiment of the present invention.

FIG. 8 is a partially disassembled schematic diagram of the support module according to the second embodiment of the present invention.

FIG. 9 is a schematic structural diagram of a lamp structure according to a second embodiment of the present invention.

FIG. 10 is a schematic cross-sectional view of the upper limit module of the support module according to the third embodiment of the present invention.

11 is a schematic cross-sectional view of a lower limit module of a support module according to a third embodiment of the present invention.

Z: Lamp structure

1: Lighting module

2: base module

S: support module

S1: Upper reel module

S2: Upper limit module

S3: intermediate shaft module

S4: Lower limit module

S5: Lower shaft module

Claims (10)

A lamp structure comprising: a lighting module; A support module, which includes: an upper shaft module movably connected to the lighting module; An upper limit module includes an upper bracket unit, a first elastic unit and a first sliding unit, the upper bracket unit is movably connected to the upper shaft module, the first elastic unit and the first sliding unit Located inside the upper bracket unit, the first elastic unit is connected to the upper bracket unit and the first sliding unit, and the first sliding unit is connected to the upper bracket unit; an intermediate shaft module, which is movably connected to the upper bracket unit; The lower limit module includes a lower bracket unit, a second elastic unit and a second sliding unit, the lower bracket unit is movably connected to the intermediate shaft module, and the second elastic unit and the second sliding unit are located in Inside the lower bracket unit, the second elastic unit is located between the second sliding unit and the lower shaft module, and the second sliding unit is pushed against the intermediate shaft module by the second elastic unit; as well as a lower hinge module movably connected to the lower bracket unit and the second sliding unit; and A base module is movably connected to the lower shaft module. The lamp structure of claim 1, wherein the upper bracket unit further comprises a first upper rod and a second upper rod, the first upper rod and the second upper rod are movably connected to the The upper shaft module and the intermediate shaft module, the first upper rod and the second upper rod are parallel to each other, and the first elastic unit and the first sliding unit are located on the first upper rod or the second upper rod In the upper rod; wherein, the first sliding unit includes a first sliding member and a first linking member, the first sliding member is connected to the first elastic unit and the first linking member, the first linking member The member can be movably connected to the first upper rod or the second upper rod. The lamp structure according to claim 2, wherein the upper limit module further comprises an upper cover plate unit, the upper cover plate unit shields the upper bracket unit of the part; wherein, the upper cover plate unit has a plurality of first a shielding part and a first body part connected to a plurality of the first shielding parts, the first body part is located between the first upper rod and the second upper rod, each of the first shielding parts shields a part The first upper rod and part of the second upper rod, and a plurality of the first shielding parts and the first upper rod and the second upper rod define a first closed space; wherein, the The section of the upper cover plate unit is H-shaped. The lamp structure of claim 1, wherein the lower bracket unit further comprises a first lower rod and a second lower rod, the first lower rod and the second lower rod are movably connected to the The intermediate shaft module and the lower shaft module, the first lower rod and the second lower rod are parallel to each other, and the second elastic unit and the second sliding unit are located on the first lower rod or the second lower rod In the lower rod; wherein, the second sliding unit includes a second sliding member and a second linking member, the second sliding member is located between the second elastic unit and the second linking member, the second sliding member The sliding block is pushed against the second linking piece by the second elastic unit, and then drives the second linking piece against the intermediate shaft module. The lamp structure according to claim 4, wherein the lower limit module further comprises a lower cover unit, the lower cover unit shields a portion of the lower bracket unit; wherein the lower cover unit has a plurality of second shielding parts and a second body portion connected to a plurality of the second shielding portions, the second body portion is located between the first lower rod and the second lower rod, and each of the second shielding portions shields the The first lower rod and part of the second lower rod, and a plurality of the second shielding parts, the first lower rod and the second lower rod define a second closed space; wherein, the lower cover The section of the plate element is H-shaped. A support module, comprising: 1. Upper shaft module; An upper limit module includes an upper bracket unit, a first elastic unit and a first sliding unit, the upper bracket unit is movably connected to the upper shaft module, the first elastic unit and the first sliding unit Located inside the upper bracket unit, the first elastic unit is connected to the upper bracket unit and the first sliding unit, and the first sliding unit is connected to the upper bracket unit; an intermediate shaft module movably connected to the upper bracket unit; and The lower limit module includes a lower bracket unit, a second elastic unit and a second sliding unit, the lower bracket unit is movably connected to the intermediate shaft module, and the second elastic unit and the second sliding unit are located in Inside the lower bracket unit, the second elastic unit is located between the second sliding unit and the lower shaft module, and the second sliding unit is pushed against the intermediate shaft module by the second elastic unit; as well as The lower rotating shaft module is movably connected to the lower bracket unit and the second sliding unit. The support module according to claim 6, wherein the upper bracket unit further comprises a first upper rod and a second upper rod, and the first upper rod and the second upper rod are movably connected to In the upper shaft module and the intermediate shaft module, the first upper rod and the second upper rod are parallel to each other, and the first elastic unit and the first sliding unit are located on the first upper rod or the second upper rod Among the two upper rods; wherein, the first sliding unit includes a first sliding member and a first linking member, the first sliding member is connected to the first elastic unit and the first linking member, the first sliding member The link member can be movably connected to the first upper rod member or the second upper rod member. The support module according to claim 7, wherein the upper limit module further comprises an upper cover unit, and the upper cover unit shields the upper bracket unit of the part; wherein, the upper cover unit has a plurality of first a shielding part and a first body part connected to a plurality of the first shielding parts, the first body part is located between the first upper rod and the second upper rod, each of the first shielding parts shields Part of the first upper rod and part of the second upper rod, and a plurality of the first shielding parts, the first upper rod and the second upper rod define a first closed space; wherein, The section of the upper cover plate unit is H-shaped. The support module according to claim 6, wherein the lower bracket unit further comprises a first lower rod and a second lower rod, the first lower rod and the second lower rod are movably connected to the In the intermediate shaft module and the lower shaft module, the first lower rod and the second lower rod are parallel to each other, and the second elastic unit and the second sliding unit are located on the first lower rod or the second lower rod Among the two lower rods; wherein the second sliding unit includes a second sliding member and a second linking member, the second sliding member is located between the second elastic unit and the second linking member, and the first sliding member is located between the second elastic unit and the second linking member. The two sliders are pushed by the second elastic unit to abut the second linking member, and then drive the second linking member to abut the intermediate shaft module. The support module according to claim 9, wherein the lower limit module further comprises a lower cover unit, and the lower cover unit shields a part of the lower bracket unit; wherein, the lower cover unit has a plurality of second shields part and a second body part connected to a plurality of the second shielding parts, the second body part is located between the first lower rod and the second lower rod, each of the second shielding parts The first lower rod and part of the second lower rod, and a plurality of the second shielding parts, the first lower rod and the second lower rod define a second closed space; wherein, the lower The section of the cover plate unit is H-shaped.

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