TW201407092A - Honeycomb-shaped lamp shade assembly - Google Patents

Abstract

A honeycomb-shaped lamp shade assembly is provided. The lamp shade assembly includes a honeycomb-shaped outer cover and a corresponding inner cover. The honeycomb-shaped outer cover is formed by a plurality of suitably-configured sheets, which includes at least two interlocking areas to connect to the inner cover, and an embedding recess formed between the separated interlocking areas. The inner cover contains a reception region for receiving a light-emitting device therein, and at least one mounting section. A further connecting opening for an electric cable attached to the light-emitting device to pass therethrough may be optionally included in said inner cover. Wherein said mounting section contains at least two mounting ribs and a mounting groove formed between said mounting ribs. Any one of the interlocking areas of the outer cover may be used to fasten upon any one of the mounting groove located between said at least one mounting section, or an interval portion of the inner cover so as to form a variety of configurations for the lamp shade assembly.

Description

Honeycomb shade assembly

The present invention relates to a honeycomb shade assembly comprising a honeycomb cover having at least two snap-in portions, and an inner cover having a receiving area and at least one snap-in area. By inserting any of the engaging portions of the honeycomb cover with any of the engaging regions or the partition portions of the inner cover, a lamp cover assembly having a large change in appearance is formed.

Luminous lighting is an indispensable product in daily life. In general, most indoor lighting fixtures, whether table lamps, chandeliers or wall lamps, have a lighting device and a suitable lampshade to cover the lighting device to provide a means of protecting the lighting device. In the progressive modern society, in addition to shielding the light-emitting device to protect the light-emitting device, the lampshade is also worth pursuing in terms of economy, environmental protection, visual beauty and the like.

A common lampshade consists of a frame and a cover covering the frame. The frame may be a wire frame or other material frame such as plastic, wood, etc., and the outer layer is composed of opaque or translucent sheet material such as paper, plastic, foil, and the like. Only such a common lampshade needs to be manufactured with a frame and a cover layer, and requires an additional assembly procedure to be combined, so that it is relatively time consuming, labor intensive, and consumes a lot of energy and materials. In addition, such a lampshade cannot be disassembled once it is assembled, so it is relatively inconvenient and takes up space for transportation and collection. Therefore, it is a relatively expensive lampshade for manufacturing cost, transportation cost, storage cost, and the like. Moreover, as far as the materials used are concerned, the common lampshade usually uses a wire frame with a flexible plastic material, and thus is relatively incompatible with environmental protection requirements. Moreover, the conventional lampshade is an externally fixed cover, and the appearance cannot be arbitrarily changed during use, and it is inevitable that the appearance of the lamp can be plagued by the appearance of the long-term, and the visual aesthetics cannot be satisfied.

In order to solve the problems caused by the above lampshade, the prior art has created a new patent for a lamp holder, which is entitled "Hot-type paper core lamp holder structure" (for details, see National Patent Publication No. 581199). The lamp holder of the novel patent comprises a honeycomb core lampshade, one end of which can be sleeved to a conventional lamp holder to form a mask for protecting the light-emitting device on the lamp holder. Although the lampshade of the lamp holder has improved the economic, environmental protection and aesthetics of the conventional lampshade, only the fixed group is assembled, so that the overall appearance is relatively monotonous and lacks change, so the problem that the appearance does not change remains to be solved. .

Based on the above, it is an object of the present invention to provide a lampshade assembly having a variable shape, the honeycomb lampshade assembly including a honeycomb casing and an inner casing. The honeycomb cover is composed of a plurality of moderately cut chips, and is connected to a continuous honeycomb body which can be continuously unfolded and collapsed by means of a staggered space therebetween, and the interior thereof comprises at least two separate embedded bodies. a card portion and a card slot located between the at least two card portions. The inner cover is provided with an accommodating area for accommodating an illuminating device therein, and has at least one accommodating area, which is formed by at least two rib ribs and a locking groove between the ribs composition. A gap is formed between the carding area and the carding area on the inner cover, and between the carding area and the receiving area. Using any of the engaging portions of the outer cover to be snapped onto any of the latching grooves on the inner cover of the inner cover, or any of the spacers on the inner cover to form a shape A multi-variable lampshade assembly. According to the present invention, a cable extension interface for mounting the light-emitting device can be selectively disposed at the other end of the inner cover relative to the accommodating portion.

The honeycomb casing of the present invention can be formed from a variety of suitable materials, including honeycomb paper chips, plastic chips, metal-based thin chips, and any other flexible chip suitable as the honeycomb casing. Preferably, the honeycomb outer cover of the present invention is constructed of a paper chip; more preferably, the paper-like honeycomb outer cover can be manufactured using recycled paper for environmental protection purposes. Furthermore, the inner cover of the present invention can be made of any material, such as opaque, It is made of semi-transparent or light transmissive material, and is suitable as the material of the inner cover, but is not limited to metal, plastic, acrylic, glass, stone, wood, etc., and the like. The example is an inner cover made of ceramic.

According to the present invention, the endless chip of the outer cover can be fixed by an adhesive, a embossing needle or the like, or the like, to form a honeycomb structure main body of the outer cover. Alternatively, in an embodiment of the present invention, a binding member may be disposed on the end chips on both sides of the honeycomb cover so as to be attached to each other after the cover is fully deployed, thereby maintaining and fixing the cover. The appearance of the honeycomb structure when unfolded. When the outer cover is not needed, the honeycomb outer cover can also be disassembled and folded to facilitate storage, carrying or transportation. The bonding member of the present invention may be a member attached to the end chip or a member directly formed by the end chip. For example, the attachment member attached to the end chip can be a Velcro devil glue, double-sided tape, magnetic article, or various mechanical fixtures. Wherein the mechanical fixing device may comprise a hook-and-loop device, a meshing device, or an in-card device, for example, a hook, or a rib, or a card is attached to an end chip, and the chip is formed on the other end chip. A corresponding buckle, or groove, or slot, or other similar mechanical fixtures.

In an embodiment of the invention, the end chips on both sides of the honeycomb cover can also be directly used to form a joint member. For example, the bonding member may be an embedded card and a slot that are snap-fitted to each other; or a protruding card rib and a recessed card slot that are corresponding to each other and can be fixedly coupled to each other. For example, on the end chip of one side of the honeycomb cover, an inset card which can be folded outward is formed directly by the broken cutting line, and a slot slot is formed on the other end chip. The outwardly extending embedded card is inserted into the slot, and the embedded card is placed in the slot by the ear protruding from the two sides of the card, and the honeycomb cover is fixed. Alternatively, a protruding card rib is formed on one end chip of one side, and a concave card slot is formed correspondingly on the end chip of the other side, and the protruding card rib and the recessed card slot are mutually engaged with each other. Connected to achieve the purpose of fixing the honeycomb cover.

In another embodiment of the invention, the honeycomb cover includes first and second card insertion portions, and a card insertion slot between the two card insertion portions. The inner cover comprises two latching regions, wherein each of the latching regions comprises three latching ribs and two latching recesses respectively located between the latching ribs. Furthermore, the inner cover is formed with a first spacing portion between the first carding area and the second carding area, and a second portion is formed between the second carding area and the receiving area. Spacer. In this case, any one of the first and second embedding portions of the honeycomb cover can be snapped into any of the latching grooves of any of the latching regions of the inner cover, or any of the spacer portions to form an outer shape Variable lamp cover assembly.

Another object of the present invention is to provide a method of using the lampshade assembly, the method comprising: providing a lampshade assembly comprising a honeycomb casing and a corresponding inner casing. The honeycomb cover is composed of a plurality of moderately cut chips, and the interior thereof includes at least two mutually separated card portions, and a card insertion slot between the at least two card portions. The inner cover is provided with an accommodating area for accommodating a light-emitting device therein, and at least one accommodating area, and optionally includes a cable extension interface for mounting the illuminating device. The at least one card area has at least two latching ribs, and the latching recesses respectively located between the latching ribs. The carding area and the carding section of the inner cover, and the space between the carding area and the receiving area respectively have a spacing portion. The honeycomb-shaped outer cover composed of a plurality of appropriately cut chips is circumferentially spread in one direction, and the general adhesive or the embedded object or the bonding member on the end chip on both sides of the outer cover is used to The honeycomb cover structure is fixed. Then, any one of the latching portions of the fixed honeycomb cover is snapped onto any of the latching grooves on any of the latching regions of the inner cover, or any of the spacers on the inner cover, The honeycomb shade assembly is then formed.

In another embodiment of the present invention, the fixed honeycomb cover can be inverted, and any card embedded in the cover can be snapped onto any of the card covers of the inner cover. The recess, or any of the spacers on the inner cover, forms a honeycomb housing assembly of another appearance. Or alternatively, it can be composed of a plurality of moderately cut chips. The honeycomb cover is deployed in the other direction, and the honeycomb structure is fixed by using a general adhesive or an embedded object or a joint member on the end chip on both sides of the cover to form a honeycomb of another different shape. Cover. Furthermore, depending on the needs or preferences, the user can also invert the reverse-expanded honeycomb cover and use any of the embedded portions of the cover to snap into any of the inner regions of the inner cover. Any of the above-described card recesses or any of the spacers on the inner cover form another shaped honeycomb shade assembly. In particular, according to the honeycomb type lampshade assembly of the present invention, the accommodating area of the inner cover can be directly sleeved on the honeycomb cover to form a lamp cover assembly such as a desk lamp. According to the present invention, the user can form different types of chandelier or table lamp type lampshade assemblies according to their preferences or needs, so that the overall lampshade shape is more diverse and varied.

For a better understanding of the structure, function, function, and the like of the present invention, reference should be made to the accompanying drawings, and to ( ') ( ") as the segment between them. However, only with reference to the appended drawings provided for illustrative purposes and is not meant to be limiting of the present invention's.

Referring to the first figure, a lampshade assembly (10) according to an embodiment of the present invention includes a honeycomb casing (20) and an inner casing (30). Referring to the second and third figures, the honeycomb cover (20) is formed by a plurality of moderately cut chips, which are formed in a staggered manner before and after, and mainly include a first embedded portion (24) and a first a second insertion portion (24 ' ) and a card insertion slot (22) between the two insertion portions (24) and (24 ' ). The inner cover (30) includes a receiving area (34) for receiving the light emitting device, and an opposite end of the receiving area (34) for mounting a cable extension interface (36) for the light emitting device. a first carding area (31) and a second carding area (32), and respectively between the first carding area (31) and the second carding area (32), and the second card area (32) Spacers (301) and (302) with the accommodating area (34). The first and second card holding areas (31) and (32) respectively have a plurality of card ribs (311) and (321), and are located between the card ribs (311) and (321). The card is provided with grooves (312), (322). As shown in the figure, the first and second clamping regions (31), (32) have three latching ribs (311, 321) respectively, and are located at the latching ribs (311, 321). The two slots between the two are recessed (312, 322).

The honeycomb casing (20) can be formed from a variety of suitable materials including honeycomb paper chips, plastic chips, metal foil chips, and any other flexible chip suitable for use as a honeycomb casing. Preferably, the honeycomb outer cover (20) of the present invention is constructed of a flexible paper chip, and more preferably, the paper-like honeycomb outer cover (20) can be manufactured using recycled paper for environmental protection. The inner cover (30) may be made of any material, such as opaque, semi-transparent, or light transmissive material, and is suitable as a material of the inner cover, but is not limited to metal, plastic, acrylic. , glass, stone, wood, etc., the invention is an inner cover (30) made of ceramic.

After the unfolding of the honeycomb cover (20), the end chip (26) of the cover (20) can be fixed by a general adhesive, a back stitch or an embedded object, etc., so that the cover (20) is formed. The main body of the structure. Alternatively, in an embodiment of the present invention, the end chip (26) on both sides of the outer cover (20) may further include a coupling member (40), when the honeycomb cover (20) is unfolded, The joining members (40) may be coupled to each other to provide a force to maintain the shape of the honeycomb casing (20) when deployed. Moreover, when the outer cover (20) is not needed, the honeycomb outer cover (20) can be disassembled and folded, and the outer cover (20) is reduced in volume, which is advantageous for storage, carrying or transportation. The bonding member (40) can be a member attached to the end chip (26) or a member formed directly from the end chip (26). For example, in an embodiment of the invention, the bonding member (40) attached to the end chip (26) may be a Velcro devil glue. However, it is generally understood by those skilled in the art that any suitable attachment member capable of providing a bonding force sufficient to maintain the shape of the outer cover (20) can be used as the attachment member (40) of the present invention. . Other suitable attachment coupling members (40) include, but are not limited to, double sided tape, magnetic articles, or various mechanical fastening devices. The mechanical fixing The device may comprise a hook-and-loop device, an intermeshing device, or a snap-in device, that is, a hook, or a rib, or a card is attached to one end chip (26), and the other end chip (26) is attached. Form a corresponding buckle, or groove, or slot, or other similar mechanical fixtures and the like.

In another embodiment of the present invention, the end chip (26) on both sides of the honeycomb casing (20) can also be directly used to form a bonding member (40). For example, the bonding member (40) may be an embedded card (40') and a slot (41') that are engaged with each other, or a protruding rib (40") that is corresponding to each other and can be fixed to each other. With a recessed card slot (41"). Referring to the second A and second B diagrams of the present invention, an end-cut chip (26) on one side of the honeycomb casing (20) can be directly formed by an rupture cutting line to form an outwardly foldable extension. a card (40'), and a slot slot (41') is formed in the end chip (26) on the other side, and the outwardly extending embedded card (40') is inserted into the slot (41'). The embedded card (40') is stuck in the slot (41') by the ears protruding from the sides of the card (40'), so that the honeycomb cover (20) is fixed. Alternatively, a protruding card rib (40") is formed on one end chip (26), and a concave card slot (41") is formed on the other end chip (26). The protruding rib (40") and the recessed card slot (41") are engaged and engaged with each other to achieve the purpose of fixing the honeycomb cover (20).

According to the present invention, the honeycomb cover assembly (10) can be formed by various combinations of the honeycomb outer cover (20) and the inner cover (30). As shown in the first figure, the first insert portion (24) of the outer cover (20) is snapped into one of the latching grooves of the first cover region (31) of the inner cover (30). The state in 312). Referring to the fourth to sixth figures, respectively, the first engaging portion (24) of the cover (20) can be snapped into the first spacing portion (301) of the inner cover (30) to form a fourth portion. The appearance of the lampshade assembly (10) is shown. Alternatively, the first engaging portion (24) of the outer cover (20) may be snapped into the second spacing portion (301) of the inner cover (30) to form a lamp cover assembly as shown in FIG. (10) Appearance. In this embodiment, the inner cover (30) includes two latching regions (31), (32), and two spacers (301), (302) are formed, but the two latching regions (31) And (32) are merely preferred embodiments provided for carrying out the invention, it being understood that the inner cover (30) may also only be included The lamp cover assembly (10) of the multi-variant profile is formed by including a carding zone or two or more carding zones as desired.

Referring to the fifth and seventh figures, the inner cover (30) of the present invention can optionally have an extension interface (36) for mounting the cable (50), via which the interface (36) extends (36). A light-emitting device (54), such as a light bulb, can be mounted in the receiving area (34) of the inner cover (30). The cable (50) can be extended through the extension (36) while the shade assembly (10) is suspended in any suitable position by a latch member (52). Alternatively, the lampshade assembly (10) can also be used as a lamp, which can be placed directly on a table or any platform, at which time the inner cover (30) acts as a lamp holder. Furthermore, the latch member (52) can be a trapezoidal member having a narrow end and a wide end at the other end. Since the wider end has a larger dimension than the extension interface (36), it is suitable for stable locking and fixing to the extension interface ( 36), the light-emitting device (54) is suspended in the accommodating area (34).

Referring to the eighth figure, according to the variable shape lampshade assembly (10) of the present invention, the honeycomb casing (20) can also be used as a base, and the inner casing (30) can be directly used as a lamp above the casing (20). use. Referring to the ninth figure, which differs from the first, fourth and sixth figures, the outer cover (20) is in an inverted state, that is, one of the narrower ends is downward (the narrow ends of the first, fourth and sixth figures are upwards) ). At this time, the second snap portion (24') of the inverted honeycomb cover (20) is snapped into the second spacer (302) to form a shade assembly (10) as shown in FIG. .

Referring to the tenth and eleventh figures, the honeycomb casing (20) of the present invention is oriented in the other direction, and is reversely wrapped around the outer casing (20') which is formed when it is unfolded. One of the rounded tops of the honeycomb cover (20') is sleeved down into the inner cover (30), and is fastened to the inner cover (30) by a snap portion in the outer cover (20'). A spacer (301), which forms the shade assembly (10) shown in the tenth figure. Finally, referring to the eleventh figure, the honeycomb cover (20') of the tenth figure is inverted such that the top end of the circle faces upward, and the outer cover (20') is inserted into the inner cover (30) and utilized. The other snap-in portion of the cover (20') is snapped to the first spacer (301), which forms the appearance of the shade assembly (10) as shown. If the lampshade assembly (10) of the present invention is used as a desk lamp, the inner cover (30) may not have a light-emitting device for mounting. The cable (50) extends the interface (36), and a light-emitting device is placed directly into the inner cover (30), such as a battery-powered LED light or other illumination source.

However, the above description is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto. Therefore, the equivalent structural changes of the present specification and the contents of the drawings are equally included in the present invention. Within the scope of the invention, it is given to Chen Ming.

10‧‧‧shade assembly

20‧‧‧Hive shell

22‧‧‧Inch card slot

24‧‧‧The first embedded card department

24’‧‧‧Second Embedded Card Department

26‧‧‧End chip

30‧‧‧ inner cover

31‧‧‧First card zone

32‧‧‧Second card zone

33‧‧‧Light hole

34‧‧‧Receiving area

36‧‧‧End interface

40‧‧‧Combined components

40’‧‧‧ embedded card

40"‧‧‧ prominent ribs

41’‧‧‧Slot

41"‧‧‧ recessed card slot

50‧‧‧ cable

52‧‧‧Carton components

54‧‧‧Lighting device

301‧‧‧ first compartment

302‧‧‧Second compartment

311‧‧‧Card ribs

312‧‧‧ card groove

321‧‧‧ card ribs

322‧‧‧ card groove

The first figure is a perspective view of an embodiment of a honeycomb shade assembly of the present invention.

The second drawing is a cross-sectional view of an embodiment of a honeycomb casing of the present invention.

The second A picture is one of the joint members directly formed on the end chip of the honeycomb cover, which is an embedded card and slot which are inserted and engaged with each other.

The second B-picture is another aspect of the joint member directly formed on the end chip of the honeycomb-shaped outer cover, which is a protruding rib and a recessed card groove which correspond to each other and can be fitted and fixed to each other.

The third figure is a perspective view of an embodiment of an inner cover of the present invention.

Figure 4 is a perspective view of an embodiment of a honeycomb shade assembly of the present invention.

Figure 5 is a cross-sectional view of an embodiment of a honeycomb shade assembly of the fourth figure.

Figure 6 is a perspective view of another embodiment of a honeycomb shade assembly of the present invention.

Figure 7 is a cross-sectional view of an embodiment of a honeycomb shade assembly of the sixth diagram.

The eighth figure is a perspective view of another embodiment of the honeycomb type lampshade assembly of the present invention, which is formed by directly placing the inner cover on the outer cover.

Figure 9 is a perspective view of an embodiment of the honeycomb shade assembly of the present invention with the cover inverted.

The tenth view is a perspective view of an embodiment of the honeycomb shade assembly of the present invention in which the cover is unfolded.

Figure 11 is a perspective view of the embodiment of the honeycomb shade assembly of the tenth embodiment when the cover is inverted.

10‧‧‧shade assembly

20‧‧‧Hive shell

30‧‧‧ inner cover

33‧‧‧Light hole

34‧‧‧Receiving area

301‧‧‧ first compartment

302‧‧‧Second compartment

311‧‧‧Card ribs

321‧‧‧ card ribs

322‧‧‧ card groove

Claims (18)

A honeycomb type lampshade assembly comprising: a honeycomb cover, consisting of a plurality of moderately cut chips, the interior of which comprises at least two mutually separated cam portions, and at least one of which is located between the at least two card portions And an inner cover comprising an accommodating area for accommodating an illuminating device therein, at least one accommodating area, and at least one spacer portion located at the at least one accommodating area and being disposed Between the regions, or between the at least one latching region and the accommodating region, wherein the at least one latching region has at least two latching ribs, and at least one latching recess located between the latching ribs; By using any of the embedded portions inside the honeycomb cover, any of the latching grooves of any of the latching regions on the inner cover, or any of the different snap-in combinations between the spacers, or The inner cover is placed directly on the honeycomb casing to form the honeycomb cover assembly having the variable shape. The honeycomb type lampshade assembly of claim 1, wherein the inner cover further comprises a cable extension interface for mounting the light-emitting device. The honeycomb cover assembly of claim 1, wherein the honeycomb cover is formed of any chip having a flexible material. The honeycomb shade assembly of claim 3, wherein the honeycomb cover is composed of a paper chip. The honeycomb type lampshade assembly of claim 1, wherein the inner cover is made of a material that is opaque, semi-transparent, or light transmissive. The honeycomb type lampshade assembly of claim 5, wherein the material of the inner cover may comprise metal, plastic, acrylic, glass, stone, wood, ceramic, or the like. The honeycomb type lampshade assembly according to any one of claims 1 to 6, further comprising a coupling member on the end chip on both sides of the honeycomb casing, the bonding member being attachable to A member on the end chip, or a member formed directly from the end chip. The honeycomb type lampshade assembly of claim 7, wherein the bonding member is an attached bonding member, which may include, but is not limited to, a devil glue, a double-sided tape, a magnetic object, and various mechanical fixing members. Or its analogy. The honeycomb type lampshade assembly of claim 7, wherein the bonding member is a member directly formed on the end chip, which may include, but is not limited to, an embedded card and a slot that are snap-fitted to each other, or The protruding ribs and the recessed card slots are corresponding to each other and can be fixedly fitted to each other. The honeycomb lampshade assembly of claim 2, wherein the outer cover comprises a first card portion and a second card portion, the inner cover comprising a first carding area and a second carding area, wherein the The first and second card holding regions respectively comprise a plurality of card ribs, and a latching groove between the plurality of card ribs. The honeycomb lampshade assembly of claim 10, wherein the honeycomb casing is constructed of any chip having a flexible material. The honeycomb shade assembly of claim 11, wherein the honeycomb cover is composed of a paper chip. The honeycomb lampshade assembly of claim 11 or 12, further comprising a bonding member on the end chip on both sides of the honeycomb casing, the bonding member being a member attached to the end chip Or a member formed directly from the end chip. A method for using a honeycomb type lampshade assembly as set forth in claim 1 of the scope of the patent application The method comprises: providing a honeycomb type lampshade assembly comprising a honeycomb cover and an inner cover, the honeycomb cover being composed of a plurality of moderately cut chips, the interior of which comprises at least two mutually separated cam portions, And at least one card slot located between the at least two card portions; the inner cover includes a receiving area for receiving a light emitting device, at least one carding area, and at least one spacing portion, wherein the at least one The card holding area has at least two latching ribs and at least one latching recess located between the latching ribs; and the honeycomb shell formed by a plurality of moderately cut chips is deployed in one direction and utilized a generally adhesive, or an inlay member, or a bonding member on the end chip on both sides of the honeycomb casing, fixing the honeycomb casing structure; and inserting any of the embedded honeycomb casings into the card portion Fastening on any of the latching grooves on any of the inner regions of the inner cover or any of the spacers on the inner cover, or directly placing the inner cover on the honeycomb outer cover to form the outer shape Honeycomb shade set . The honeycomb shade assembly of claim 14, wherein the inner cover further comprises a cable extension interface for mounting the illumination device. The method of claim 14 or 15, wherein the fixed honeycomb cover is inverted and the card portion of the outer cover is buckled in any of the inner regions of the inner cover. In any of the latching grooves or any of the spacers on the inner cover, another shaped honeycomb shade assembly is formed. According to the method described in claim 14 or 15, the honeycomb cover composed of a plurality of moderately cut chips can be deployed in the other direction, and the general adhesive or the embedded object can be used. , or a bonding member on the end chip on both sides of the outer cover, fixing the honeycomb outer cover structure to form another difference Honeycomb-shaped outer cover. According to the method of claim 17, the fixed honeycomb cover can be inverted and any one of the engaging portions of the outer cover can be buckled on any of the inner regions of the inner cover. Another recessed honeycomb cover assembly is formed in the recess or in any of the spacers on the inner cover.