CN205079168U - Electron lighting apparatus - Google Patents

Abstract

The utility model describes a can be used to found one in the subassembly, this equipment and have a real flame effect that is used for the difference of artifical candle and other electric light equipment equipment includes a flame component, from upwards extension of a shell. A power can dispose for the flame component to take care of the flame component. There are a plurality of actuating mechanism, can dispose in the main part of equipment, can arouse the removal of flame component for the shell. The flame component can use different subassembly jointing equipment's shell or mount to make the flame component hang in the shell.

Description

Electrical lighting equipment

be correlated with and quote

The utility model enjoys the U.S. Provisional Application patent No. 62/033, 294, the applying date is on August 5th, 2014, the U.S. Provisional Application patent No. 62/033, 307, the applying date is on August 5th, 2014, the U.S. Provisional Application patent No. 62/033, 307, the applying date is on August 5th, 2014, the U.S. Provisional Application patent No. 62/041, 595, the applying date is on August 25th, 2014, the U.S. Provisional Application patent No. 62/046, 113, the applying date is on September 4th, 2014, the U.S. Provisional Application patent No. 62/063, 808, the applying date is on October 14th, 2014, the U.S. Provisional Application patent No. 62/076, 534, the applying date is on November 7th, 2014, the U.S. Provisional Application patent No. 62/089, 089, the applying date is on December 8th, 2014, with the U.S. Provisional Application patent No. 62/100, 808, the applying date is on January 7th, 2015.Institute's portion's foreign material of specifying herein is all quoted by entirety and is incorporated to herein.

Technical field

The utility model belongs to electrical lighting equipment technical field, particularly relates to arc lamp.

Background technology

The Information Availability that background information describes is in understanding the utility model.The utility model is to any information quoted alleged prior art and associated documents and provide, or the bright finger of other publications or the information inferred is not all to admit.

The various electric lights of prior art, such as: the patent No. is US8132936, the patent of the artificial people such as time (Patton) that wears of invention; The patent No. is US8070319, and invention people exerts the patent of the people such as Cole (Schnuckle) for this; The patent No. is US7837355, and invention people exerts the patent of the people such as Cole (Schnuckle) for this; The patent No. is US7261455, and invention people exerts the patent of the people such as Cole (Schnuckle) for this; The patent No. is US7159994, and invention people exerts the patent of the people such as Cole (Schnuckle) for this; The patent No. is US2011/0127914, the patent of the artificial people such as time (Patton) that wears of invention; The patent No. is US7350720, invents the patent of the people such as artificial Jaworski (Jaworski); The patent No. is US2005/0285538, invents the patent (being disclosed in December, 2005) of the people such as artificial Jaworski (Jaworski); The patent No. is US7481571, and invention is artificially than the patent of the people such as Si Tesiji (Bistritzky); The patent No. is US2008/0031784, and invention is artificially than the patent (being disclosed in February, 2008) of the people such as Si Tesiji (Bistritzky); The patent No. is US2006/0125420, invents the patent (being disclosed in June, 2006) of the people such as artificial cloth grace (Boone); The patent No. is US2007/0127249, and invention Ren is the patent (being disclosed in June, 2007) of the people such as Mei Deli (Medley); The patent No. is US2008/0150453, and invention Ren is the patent (being disclosed in June, 2008) of the people such as Mei Deli (Medley); The patent No. is US2005/0169666, invents the patent (being disclosed in August, 2005) of the people such as artificial bohr lucky sub-(Porchia); The patent No. is US7503668, invents the patent of the people such as artificial bohr lucky sub-(Porchia); The patent No. is US7824627, and invention people is the patent of the people such as Mike (Michaels); The patent No. is US2006/0039835, and invention people is the patent (being disclosed in February, 2006) of the people such as Nottingham (Nottingham); The patent No. is US2008/0038156, invents artificial Harrar rice Lip river (Jaramillo) (being disclosed in February, 2008); The patent No. is US2008/0130266, invents the patent (being disclosed in June, 2008) of the people such as artificial De Wit (DeWitt); The patent No. is US2012/0024837, invention Ren Wei Tang Pusen (Thompson) (being disclosed in February, 2012); The patent No. is US2011/0134628, invents the patent (being disclosed in June, 2011) of the people such as artificial this spy (Pestl); The patent No. is US2011/0027124, invents the patent (being disclosed in February, 2011) of the people such as artificial Ai Er ratio (Albee); The patent No. is US2012/0020052, and invention Ren is the patent (being disclosed in January, 2012) of the people such as Jia Weite (McCavit); The patent No. is US2012/0093491, invents the patent (being disclosed in April, 2012) of the people such as artificial Blaw moral (Browder); Be US2014/0218903 with the patent No., invention people is the patent of Shen (Sheng).

Above-mentioned and other exterior material is all quoted by entirety and is incorporated to herein.If the definition of bibliography term or usage, with inconsistent or contrary herein, are as the criterion with the definition that the application provides.

But, need prior art to improve arc lamp or other lighting devices.

Utility model content

The utility model provides a kind of electrical lighting equipment (such as artificial candle light), system, method, comprises the element of many composition electrical lighting device structures, to maintain the candle flame of emulation at one time.

On the one hand, electrical lighting equipment comprises a flame element and a shell.The sidewall of this flame element is provided with through hole and has empty internal.This shell comprises an inner chamber and and extends until the arm of inner chamber from horizontal plane.Being arranged to of the arm size of this shell and size extends through through hole and rests on flame element to take and be arranged in inner chamber, so so that flame element can move together with shell.Preferably, the projection of flame element extends downward the groove of arm, and during to make flame element mobile, its projection is positioned at groove.It is worth mentioning that, this structure is that at least one factor makes the movement of flame element and genuine candle flame be similar to.

Expectedly, when flame element take rest arm moves time, this flame element can guarantee to prevent unexpected from arm dropping, thus reduces the risk that flame element drops from arm or be separated.Such as; flame element comprises one to downward hasp of getting angry, and to define sidewall or through hole, the arm of shell can be respectively equipped with projection downward or upward; make the projection of hasp and arm overlapping, when flame element take rest on arm time to guarantee flame element really on arm.In other words, the extension of the projection of at least one hasp and arm also partly covers other length, so that flame element is held on the arm of shell.Therefore, can predict the hasp being is flexible material.When flame element frame is on arm, preferably flame element is detachable for electrical lighting equipment or replaces.In another preferred embodiment, the arm be combined on shell is deformable, and so consequently flame element can be suspended on arm, and the arm be combined on shell can hang flame element and be positioned at enclosure.

In addition, or as selecting, flame element can be fixed on shell by a nail post.Be positioned at empty internal to be fixed on arm by flame element by the second through hole being arranged to extend through flame element being contemplated that this nail post size and size.This nail post can be provided with groove being fixed on arm to make flame element to lower convexity with tie arm.The size of nail post is variable.Such as, nail post is provided with the first diameter, and empty internal is provided with Second bobbin diameter, and the first diameter and Second bobbin diameter preferably differ within 10%.

As mentioned above, flame element can have to lower convexity and the groove being positioned at arm to hang flame element.But foreseeable, concave surface top is arranged on the top of flame element empty internal.In this embodiment, arm is provided with and raises up, so so that on concave surface takes and rest and raise up, when flame element is suspended on arm, this flame element can move.Can preferably, flame element is provided with a hasp with the connection of further firm above-mentioned flame element and arm.

On the other hand, electrical lighting equipment comprises a flame element and a shell.The sidewall of this flame element is provided with one first through hole bottom surface and is provided with one second through hole.This shell comprises inner chamber and extends at horizontal plane and be positioned at the arm of inner chamber.The size of this arm and be sized to extend through the first through hole to hang flame element in the lumen, with make flame element can with shell relative movement.Such as, the projection that flame element is provided with to downward-extension is placed in the groove of arm, moveable constantly to make flame element hang.

Similar with foregoing description, flame element is fixed on arm, when flame element hangs by least one nail post and a projection.Such as, follow closely the size of post and be sized to through the second through hole and be positioned in the empty internal of flame element, so that flame element is fixed on arm.This nail post is provided with the first diameter, and empty internal is provided with Second bobbin diameter, and the first diameter and Second bobbin diameter preferably differ within 10%.

Flame element comprises the through hole on an empty internal and a sidewall.Arm extends horizontally to interior grooves from shell and passes the through hole of flame element and be positioned at flame element inside grooves.Preferably, arm is provided with embedded region, and flame element is provided with the projection that extends downward empty internal.The projection of flame element be placed in embedded region with, when projection is placed in embedded region, flame element is moved in two or more size.

On the other hand, flame element comprise one clip arrange or close to flame-shaped part, for connecting flame element to reinforcement.The size of this reinforcement and size arrange identical clip and move to make flame element opposite shell, when flame element connection strengthening rib.Foreseeable, when flame element connected with outer casing, it can move, and this is that at least one factor makes the movement of flame element and real candle flame move approximate.

On the other hand, electrical lighting equipment comprises a flame element, a fixed mount and a Support Level.This flame element comprises a flame-shaped part and a main part.This flame-shaped part has a face, and main part comprises one and extends through main part and be parallel to the through hole in facial direction, and it is about 15 °, more typically becomes 5 ° with horizontal plane.In other words, through hole does not extend in facial direction, but is crossing the extension of facial length direction.Described face refers to the major surfaces of flame element flame-shaped part.

Fixed mount is set in order that receive the Support Level that extends inward through through hole and to connect flame element in fixed mount.This Support Level can many applicable mode supporting and mounting bracket.Such as, fixed mount is provided with gap, and its size and dimensional fits receive Support Level.In another example, Support Level is connected to fixed mount by clasp.

Preferably, flame element moves in a hanging manner, and movement and the real candle light of consequently flame element like this are similar to.Expected, flame-shaped part has the first weight, and main part has the second weight, and the second weight is greater than the first weight.Therefore, the barycenter of flame element is below through hole, so that flame element keeps vertical.In addition, or conduct is selected, and main part comprises an elongated portion and a foundation, and wherein elongated portion has a cross section less than foundation.

Flame element suspended on, so that flame-shaped part extends in above fixed mount.In addition, the connection of the shell and fixed mount with upper shed is dismountable.In an embodiment, expectedly Support Level prevents below open top, and flame element extends in above open top at least partially.Therefore, the visibility of Support Level is made to reduce.

Electrical lighting equipment also can comprise a light source.This light source is placed in fixed mount groove.Expectedly the placement of Support Level and the light source light that makes Support Level can not hinder light source to launch.Therefore, Support Level can be arranged on fixed mount inside, and the light that flame element can not be launched because of light source forms shadow.

It should be understood that disclosed theme provides many beneficial effects and comprises and provide the design of various artificial candle with approximate real candle light.Therefore, by theme of the present disclosure, the shortcoming of many conventional methods can reduce, and even may eliminate completely.

Various object of the present utility model, feature, content and advantage are by following examples, and together with appended accompanying drawing, and the detailed description of the assembly of middle label representative will become clearly.

Accompanying drawing explanation

Figure 1A and 1B is front view and the rearview of electrical lighting equipment in embodiment respectively.

Fig. 1 C is the sectional view of electrical lighting equipment in Figure 1A.

Fig. 1 D is the partial enlarged drawing of Fig. 1 C.

Fig. 2 A and 2B is front view and the side view of electrical lighting equipment in another embodiment respectively.

Fig. 2 C is the explosive view of electrical lighting equipment in Fig. 2 A.

Fig. 2 D is the sectional view of electrical lighting equipment in Fig. 2 A.

Fig. 3 A is the front perspective view of the flame element in embodiment.

Fig. 3 B is the rear perspective view of the flame element of Fig. 3 A.

Fig. 3 C is the face upwarding stereogram of the flame element of Fig. 3 A.

Fig. 3 D is the sectional view of the flame element of Fig. 3 A.

Fig. 4 A is the front perspective view of embodiment housing.

Fig. 4 B is the rear perspective view of the shell in Fig. 4 A.

Fig. 4 C is the sectional view of the shell in Fig. 4 A.

Fig. 5 A is the front view of the electrical lighting equipment being provided with nail post in embodiment.

Fig. 5 B is the explosive view of the electrical lighting equipment of Fig. 5 A.

Fig. 5 C is the sectional view of the electrical lighting equipment of Fig. 5 A.

Fig. 5 D is the partial enlarged drawing of the electrical lighting equipment of Fig. 5 C.

Fig. 6 A and 6B is that in embodiment, part flame element is the sectional view of concave surface.

Fig. 7 A is the top view utilizing wire clip to arrange the electrical lighting equipment of flame element in embodiment.

Fig. 7 B is the explosive view of the electrical lighting equipment of Fig. 7 A.

Fig. 7 C and Fig. 7 D is stereogram and the side view of the electrical lighting equipment of Fig. 7 A respectively.

Fig. 7 E is the enlarged drawing of the wire clip of Fig. 7 A.

Fig. 8 A is the top view utilizing arched door to arrange the electrical lighting equipment of flame element in embodiment.

Fig. 8 B is the explosive view of the electrical lighting equipment in Fig. 8 A.

Fig. 8 C is the stereogram of the flame element of electrical lighting equipment in Fig. 8 A.

Fig. 9 A is the explosive view of electrical lighting equipment in embodiment.

Fig. 9 B is the enlarged drawing of the clip of the connection strengthening rib of electrical lighting equipment in Fig. 9 A.

Fig. 9 C is the sectional view of electrical lighting equipment in Fig. 9 A.

Fig. 9 D is the stereogram of the flame element of electrical lighting equipment in Fig. 9 A.

Figure 10 A is the stereogram of the electrical lighting equipment being provided with cross-brace line in embodiment.

Figure 10 B is the sectional view of electrical lighting equipment in Figure 10 A.

Figure 10 C and Figure 10 D is stereogram and the side view of the flame element of electrical lighting equipment in Figure 10 A respectively.

Figure 11 A and Figure 11 B is the top view of the electrical lighting equipment being provided with detachable arms.

Detailed description of the invention

Following discussion provides many embodiments of the present utility model.Although each embodiment represents the single combination of utility model element, the utility model also can be thought and comprises likely combining of open element.Thus, if an embodiment comprises element A, B, C, and second embodiment comprises element B and D, and so the utility model also thinks the combination comprising other remaining A, B, C or D, even if it is clearly not open in the utility model.

The utility model discloses a kind of electrical lighting equipment, this electrical lighting equipment can be manufactured by multiple design, does not reduce the ability of the true candlelight of simulation one.Concrete, these flame parts are unsettled by multiple device institute, and sacrificial mold does not emulate the ability of real candlelight.Such as, these flame parts can be installed on the arm of shell.In another example, flame parts can have one for connecting the clip of a mounting rod.Actual, should be understood that the supporting construction hanging flame parts is hiding, like this they would not easily see by user, and can not due to the light source irradiation light of electrical lighting equipment to flame parts projecting shade.Therefore, the electrical lighting equipment of different Reality simulation candle lights is disclosed.

In Figure 1A-1D, an electrical lighting equipment 100 comprises flame element 101 and an outer shell 103.Flame element 101 part is filled with outer shell 103, and flame element 101 like this can move with the form simulating a movable flame.Such as, a circuit board can control with driving device, can be an electromagnet, a fan, or other parts, makes flame element 101 move to simulate the action of a Flame.For the electrical lighting equipment exemplary internal configuration of movable flame element specific embodiments cocoa from while pending trial PCT application PCT/US15/11642 find, it is in this as reference.

Outer shell 103 can have a savory or tasteless wax coating and a uneven top ridge 102, as shown in Figure 1B, to mate the outward appearance of true candle.Should be noted that have multiple parts to be filled with outer shell 103, cooperate the electrical lighting equipment 100 that operates.Such as, the cross-sectional view of an electron illuminating system 100 shown in Fig. 1 C, a circuit board 104 and flame element 101 are placed in outer shell 103 at least partially.The part of what other should be noted that be placed in outer shell 103 is a Lighting control material, such as an opaque layer, and it reduces or prevents light from all or part of light leak of outer shell 103 part.Such as, an opaque internal material can around the inner ring of outer shell 103, would not be have seen like this from light source light out by outer shell 103.In another example, electrical lighting equipment 100 can comprise skim, is generally plastics, depends on outer shell 103 and sees the light of the light source in electrical lighting equipment 100 to prevent shell 103 outside.Although this thin layer can be located at the Zone Full of outer shell 103 inside, it should be noted that thin layer can be placed in (top, center, the bottom) at least partially of electrical lighting equipment 100.This thin layer also can be penetrated from the side of official to reduce light by the Zone Full can also being located at outer shell 103 inside.In this embodiment, it should be noted that a zone of opacity, or other material can wrap up a part of light source, shed from center position from light to prevent light.

In another example, electrical lighting equipment 100 can comprising an opaque inner chassis and should be understood that these photocontrol materials will strengthen the simulation of electrical lighting equipment 100 at electrical lighting equipment at least partially, as such seen by real candle limit light from electrical lighting equipment 100 directive top to simulate a real candle.

Fig. 1 D shows the enlarged drawing of the top area of an electrical lighting equipment 100.Electrical lighting equipment 100 comprises flame element 101 and shell 105.Flame element 101 has the inside 107 of a hollow and aperture 109 shell 105 being located at the side 111 of flame element 101 to have inner chamber 113 and an arm 115, stretching in inner chamber 113 of arm 115 level.Should be understood that inner chamber 113 is doubly designed to receive size and the size of flame element 101 part.Arm 115 is designed to through the aperture 109 of flame element 101 to hang size and the size of flame element in inner chamber 113, flame element opposite shell 105 can be made like this to move.Traditional, arm 115 besides shell 105 integrates (e.g., they are made into single, the part of inside moulding), but arm 115 also can be independent parts.Such as, arm 115 by multiple interconnection technique (as buckle matching, press-in matching, lock matching, rotary lock matching, rotary buckle matching, use such as screw, nut, the fastener of screw pole and/or pad) to be movably connected with shell 105, or the parts by other make arm 115 be fixed in shell 105.Should be understood that make arm 115 as shell 105 can make before user hangs flame element 101 in shell 195, to insert arm 115 to hang flame element 101 by aperture 109 with separating component.Once arm 115 is in the aperture 109 of flame element 101, arm 115 can be connected to hang flame element 101 in the inner chamber 113 at shell 105 with shell 105.With in exemplary embodiments, arm 115 can slip into a groove part of a shell 105, then haply level stretch into shell 105 to hang flame element 101 thus.

Should be taken into account that outstanding 117 of a flame element 101 settle to hang flame element 101 in the groove part of arm 115.In addition, or selectable, should be taken into account on the side 111 that a TAB 129 is placed in flame element 101 to reduce the risk that flame element 101 drops or is separated from arm 115.Reduce this risk part because TAB 129 and arm 115 lap one downward outstanding, the height of the arm 115 that the aspect ratio of aperture 109 like this measures from the tip of the end face to outstanding 137 of arm 115 is little.Therefore, should be taken into account that TAB 129 can be moveable to make flame element 101 insert from arm 115 or to remove.

Electrical lighting equipment 100 also can comprise light source 123 and lens 124.Light source 123 can be a LED or illumination can be incident upon light source on flame element 101 by other.Lens 124 can be used for light cover from light source 123 to go out.Should be taken into account that a photocontrol material (as belt, or other thin layer or other commercial suitable material) can be placed in an interior surface of at least shell 105, the outside of a shell 105 shows, and the border of the shell of light source 123 and lens 124.This photocontrol material can be placed light and leak hunting out from one of shell, and light leaks hunting out from one of shell can reduce the ability that electronics burning face equipment 100 simulates a true candle.

Flame element 101 also can comprise in the passage near bottom that an O type ring 122 is placed in flame element 101.Should be taken into account that circular rings 122 collides in order to reduce the flame element 101 when flame element 101 moves to imitate a movable flame noise that shell 105 produces.Time near the bottom that circular rings 122 is placed in flame element 101, should be taken into account that O shape ring 122 can be placed in other regions of flame element 101, as long as or multiple circle change 122 and to be placed on flame element it and to may be used for reducing the noise produced when flame element 101 collides shell 105.

Fig. 2 A shows electrical lighting equipment 200 and comprises a flame element 201 and a shell 205 electrical lighting equipment as Figure 1A-1D, and flame element 201 is draped it is moved in the mode simulating a true candle light.Fig. 2 B shows a side view of electrical lighting equipment 200.Shell 205 has one with the upper area of open top 269, its periphery than one of bottom section bottom little compared with the periphery of large opening.As shown in Figure 2 B, flame element 201 stretches out through near one end (as leading portion or rear end) of open top 269.In other words, flame element 201 is not stretch out from the center of open top 269.But in the embodiment that other are considered, flame element 201 stretches out to hang flame element 201 from the center of open top 269.

Should be taken into account that shell 205 makes independent one piece by mold.By making shell 205 make one piece, the overall complexity of equipment is decreased significantly.By making shell 205 make one piece, the quantity of part is minimized, simplify production (as by machine or manually produce line)

Electrical lighting equipment 200 also comprises a fixed mount 219 as shown in Figure 2 C.Fixed mount 219 includes a groove 221, can be used for assembling light source 223.Should be taken into account that groove 221 spreads out with certain angle to stretch, can to irradiate on light to flame element 201 to make light source 223 thus simulation one real candle light.In addition, should be taken into account, a photocontrol forage can be placed in the interior surface of a groove 221, at least one place that the interior surface of a shell 205 and the outside of a shell 205 show.

Light source 223 can project different photochromic, and preferably, it is (such as, orange, yellow, red, blue, or the combination of some colors that it projects the color being similar to candlelight.) lens 224 are for the desirable angle of concentrated light to one.Such as, a focal length being longer than the distance between lens 224 and flame element 201 can provide, than direct, light be focused on light softer on flame element.Optionally, focal length can be less than the distance between lens more than 224 flame element 201 thus reach light irradiation apparatus (as LED) simple in essence the effect of image that reaches similar.

Fixed mount 219 is upwards passed from the bottom opening of shell 205 by direction.Should be taken into account fixed mount 219 can with shell 205 by multiple interconnection technique (as glue, epoxy resin, buckle matching, press-in matching, lock matching, rotary lock matching, rotary buckle matching, uses such as screw, nut, the fastener of screw pole and/or pad) connect, or the parts by other make fixed mount 219 be fixed in shell 205.Therefore, should be understood that shell 205 is set as size and the size of the fixed mount 219 coordinated in inner chamber 213, as shown in Figure 2 D.

Flame element 201 has aperture 209 and an inner space 207.Can 205 have an arm 215 to stretch out from inner space 207, outstanding 217 of such flame element 201 be installed on the recess region of arm 215 to hang flame element 201 in shell 205.Although this embodiment shows arm 215 to stretch out from shell 205, should be taken into account that arm 215 can stretch out to hang flame element 201 shell 205 from fixed mount 219.Optionally, should be taken into account that flame element 201 has one with the passage of a horizontal-extending of tie arm 215, wherein the remainder of flame element 201 is solid.Once flame element 201 hangs on arm 215, light can penetrate from light source thus flame element 201 is simulated the flame of a movement and moved.Should be taken into account that a TAB 229 reduces flame element 201 and moves when the true candlelight of simulation one and the risk that drops or be separated from arm 115.

As shown in Figure 3A, flame element 301 has flame type part 325 and a body part 327 to one typical flame element 301.Flamboyancy part 325 comprises a concave surface having the face of the shape of flame to limit.But the surface of plane or other shapes also can by choice for use.Generally, light flame element 301 in order to simulate a true candle light and opposite shell moves time be projected in flamboyancy part 325.Body part 327 has aperture 309 and a TAB 329, as shown in Figure 3 B.

The sidewall 311 that TAB 329 can be flame element 301 limited.In addition, TAB 329 can limit a part for an aperture 309 of flame element 301.General, TAB 329 is a pliable material, and the bending TAB 329 that an arm of shell like this can be enough is to make arm to enter in flame element 301 inner space 307 and to hang flame element 301.

As described above.Flame element 301 can have one outstanding 317.Outstanding 317 are generally located in inner space 307.Outstanding 317 are rendered as one cylindrical, and should be taken into account that other shape is also applicable to, such as one is spherical, one flat-top cylindrical, a cylindrical shape, a rectangle, one prismatic, and other shapes of the appearance movement of any simulation one true candle light when making flame element 201 hang on shell.

Preferably, flame element 301 is mainly in white, and different colors also should be taken into account, and different transparencies too.Although only have flame element in the example shown by detailed description, the change description herein of color or transparency can the selectable part being only applied to flame element 301.Preferably, flamboyancy part 325 can have different colors and transparency, but body part 327 also can have different colors or transparency.Desirable, flame element 301 is colored, and the light of projection on it is reflected like this, thus its can see by people.Different colors, white or other colors (as redness, orange, yellow, blue, or the combination of any color, to comprise from a color to another and/or variegated gradual change) can by determine by the color of reflective light.In addition, flame element 301 can comprise different materials or the surface of ideal effect.One glossiness surface may be desirable in some cases, and meanwhile, in other situation, the surface of gloss is not desirable.The surface of flame element material can affect light how reflect by flame element 301, wherein the surface of gloss may than the light of the surface reflection more direction of gloss.

The thickness of material also can affect optical quality.Such as, can affect can by the diffusion of the light of flamboyancy part 325 for the thickness of flamboyancy part 325.In addition, flamboyancy part 325 can made by one or more material having different level transparency, from all-transparent to completely opaque.Such as, in certain embodiments, flamboyancy part 325 can make the incident light of unnecessary 50% pass, and in other embodiment, define passing through of the incident light of 40%, the incident light of 30% passes through, and the incident light of 20% passes through, and the incident light of 10% passes through or the incident light of 0% passes through (namely material is substantially opaque).Some embodiments can have different transparencies in the different piece of flamboyancy part 325.Such as, in one embodiment, more transparent and have certain gradient near the part at flamboyancy part 325 top, do not have the transparency of any to reduce gradually towards main part 327 downwards.These effects pair and equipment very important, wherein light is to the survey being incident upon flame element 301, but passing due to light, and light also can be seen at opposite side.

In some embodiments, flame element 301 can comprise light transmission channel, and it makes light be radiated on a region of flame element 301, and light like this can be seen in the zones of different of flame element 301.Such as, if illumination has been mapped in main part 327, can see through optical channel in the flamboyancy part 325 of flame element 301.Selectable for optical channel, this flame element 301 can manufacture similar effect (as flame element 301 can have a core and external skin by having, wherein core is made by the material of substantial transparent, light can pass through it thus, and external skin is by substantially made by translucent material, light can be more effective through whole flame element 301 thus) perfect optical qualities composite material made by.

In certain embodiments, flame element 301 comprises a second orifice 331, as illustrated in figures 3 c and 3d.Second orifice 331 can be located at the bottom of flame element 301.Should be taken into account that a groove 324 is located near second orifice 331.One magnet can be injected in recess 324, and magnet coordinates other part of electrical lighting equipment to produce the flame effect of the move mode of simulation one movable flame.Inner space 307 is extensible between aperture 309 and second orifice 331.Although flame element 301 has second orifice, should be taken into account that flame element 301 can not have aperture, only have an aperture, or have multiple aperture.Flame element 301 also comprises a passage 333, near the bottom being located at flame element 301 of its ring-type.An O shape ring can be established in passage 333, make minimizing work as flame element 301 when flame element 301 moves when the true candlelight of simulation one and touch the noise that side wall of outer shell produces.Should be understood that a magnet can be located in the open loop of second orifice 331, thus cover second orifice 331.

It can be asymmetrical type in main part that Fig. 3 D shows flame element 301.Especially, consider that the bottom 373 of a main part 327 is an asymmetrical type, thus one end is greater than the other end.Such as, shown in Fig. 3 D, the opposite side of bottom 373 to aperture 309 is than side horizontal-extending more of bottom 373 at aperture 309.But in different embodiments, main part can for piling shape.

One typical shell 405 as illustrated in figures 4 a and 4b.Shell 405 can have groove 421, light source can put with wherein.But, also consider that a fixed mount has one for the groove of a light source, and shell is designed to size and the size of the fixed mount being combined with light source.Fig. 4 C display housing 405 comprises an arm 415, has a recess 435 and to give prominence to 437.Arm 415 is a part for shell 405, considers that arm 415 can be a resolution element of shell 405.In this embodiment, arm 415 can be connected by multiple interconnection technique as above is removable with shell 405.Recess 435 is designed out cooperation one from the outstanding size of flame element and size, and such flame element, as shown in front Fig. 1 D and 2D, can hang on shell 405.This shell 405 has an inner chamber 409, at least can take over a part for a flame element and fixed mount.

Consider that some embodiments can comprise a nail post in addition, to provide the additional stability of the flame element on the arm of shell.Such as, Fig. 5 A and 5B shows an electrical lighting equipment 500 flame element 501, shell 505 and a nail post 539.Nail post 539 is designed to such as Fig. 5 C the second empty and the size penetrated in the inner space of flame element 501 and size through a flame element 501.Consider that arm 515 can be connected with shell 505 is removable.

Arm 515 extends into flame element 501, and has a recess 535, and as shown in Figure 5 D, what receive flame element 501 is still in outstanding 517 in recess 535, to ensure the motion of the flame element 501 when outstanding 517 are still in recess 535.Hand arm 515 has in a downward recess 541 being still in nail post 539 outstanding 537, to provide the stability of extra flame element 501, and reduces the risk that flame element 501 falls since hand arm 515 or be separated.Can predict, nail post 539 has first diameter and the internal structure of hollow has a Second bobbin diameter, it is characterized in that, is good within the first diameter and Second bobbin diameter difference 10%.Nail post 539 can be inserted into flame element 501 rear portion, is in the flame element 501 hand arm 515 protected on hand arm 515.When follow closely post 539 can suitably protect hand arm 515 and neither one TAB as discussed above time, can predict that flame element 501 comprises a TAB further.

As above discuss, electrical lighting equipment can have one to be with outstanding flame element, and ledge extends into the inside of hollow and is still in housing.But foreseeable, flame element 601 has one with the main part 627 of concave vertex 643, and as shown in Figure 6 A and 6B, this concave vertex part determines the top of the inside 607 of hollow.Similar the above embodiments, flame element 601 has a TAB 629 and a second orifice 631.Hand arm 615 extends into hollow inside 607 from housing or fixed mount suspends to make flame element.In this embodiment, hand arm 615 have one upwards outstanding 645, and recessed top 643 be still in upwards outstanding 645 on, to ensure the motion of the flame element 601 when flame element 601 is suspended on hand arm 615.

It is contemplated that when flame element 601 moves a true candle power hour an of simulation, TAB 629 is that flame element 601 provides extra support to remain on hand arm 615.As shown in figures 6 a-6b, flame element 601 has a TAB 629 belonging to aperture 609 part limited by sidewall.Hand arm 615 comprises one downward outstanding 637, and TAB 629 and hand arm 615 is downward outstanding 637 overlapping, the flame element 601 when recessed top 643 is still in upwards outstanding 645 on protection hand arm 615.In the embodiment of expection, at least one TAB 129 and downward outstanding 137 bends, to ensure that flame element 101 can be removed or be positioned over hand arm 115 from hand arm 115.

When a hand arm can be used to make a flame element hang in the enclosure, can expect, other suitable parts can be used to be that flame element hangs, and need not sacrifice the ability of Reality simulation candle light.Give an example, Fig. 7 A shows the electrical lighting equipment 700 that one comprises flame element 701, shell 705, clip (such as wire clip 747) and detachable mounting rod 749.Can expect, clip is placed on an outer surface of flame element, and making flame element does not need aperture or through hole hang in the enclosure to make flame element.

Flame element 701 is at least partly placed in shell 705, and wire clip 747 is placed on flame element 701.Detachable mounting rod 749 adjusts size and size by engagement wire clip 747, with in conjunction with flame element 701, object be flame element 701 and shell in conjunction with time, the motion of guarantee flame element 701 opposite shell 705.

Fig. 7 B shows the exploded view of an electrical lighting equipment 700.As shown, electrical lighting equipment can comprise a fixed mount 719 further.Can predict, detachable mounting rod 749 engages wire clip 747, and is engaged on the slot 751 on fixed mount 719.Fixed mount 719 can be held by shell 705, hangs in shell 705 to make flame element 701.In addition, or optionally, fixed mount 719 can hold the light source 723 being placed and giving out light to flame element 701.Although Fig. 7 B shows, fixed mount 719 is mounted to be used for holding detachable mounting rod 749, and foreseeable, detachable mounting rod 749 can directly be connected with shell 705, instead of is connected with fixed mount 719.

As seen in figure 7 c, flame element 701 has a flamboyancy part 725 and a main part 727.Wire clip 747 is installed on one end of flamboyancy part 725 of flame element 701, and the other end is close in flamboyancy part.Can predict, detachable mounting rod is mounted for fixing flame element 701 by the frictional force between wire clip 747 and flame element 701.Extraly, or optionally, wire clip 747 forms a through hole 746, and detachable mounting rod is installed through through hole 746 fixes wire clip 747.Fig. 7 D shows the side view of a flame element 701, containing the wire clip 747 be arranged on flamboyancy part 725 one end of flame element 701.Can predict, wire clip 747 is installed on the other end on surface 767 of flame element 701.Typically, light is transmitted on surface 767, carrys out Reality simulation candle light to illuminate flame element 701.But can predict, wire clip 747 can be installed on the surface 767 of flame element 701.

When wire clip can be used to make flame element hang, can predict, as shown in Figure 8 A, electrical lighting equipment 800 comprises one and is installed on arc 853 on flame element 801.Detachable mounting rod 849 can be mounted to connect arc 853 and shell 805, hangs to make flame element 801.

Electrical lighting equipment 800 comprises a fixed mount 819 further, and as shown in Figure 8 B, this fixed mount has a slot 851, and can hold a light source 823.Detachable mounting rod 849 can fix arc 853 and fixed mount 819 by slot 851.Therefore, can understand, the size of shell 805 and size need to be enough to hold fixed mount 819, are suspended in shell 805 to make flame element 801.Optionally, fixed mount 849 can directly be connected with shell 805, hangs in shell 805 to make flame element 801.

Fig. 8 C shows, and arc 853 can be formed by a part for flame element 801.But can expect, arc 853 is the unitary part being attached to flame element 801.Arc 853 can be installed in flamboyancy part 825, but foreseeable, and arc 853 also can be installed in main part 827. when arc 853 are revealed in the landscape configuration, and arc 853 can be installed in landscape configuration.

The electrical lighting equipment that another contains Band clamp flame element is explained in Fig. 9 A.Electrical lighting equipment 900 has shell 905, flame element 901 and with fixed mount 919.Electrical lighting equipment 900 comprises the clip 955 that extends into the recess 957 of flame element 901.Detachable mounting rod 949 is mounted to connect clip 955, and detachable mounting rod 949 can be inserted in the slot 951 of fixed mount 919.Be to be understood that fixed mount 919 can hold the light source 923 being placed and giving out light to flame element 901.The size of shell 905 and size are large enough to hold fixed mount 919, and the flame element 901 being is suspended in shell 905.

Fig. 9 B shows the enlarged drawing that is connected the detachable mounting rod 949 on fixed mount 919 and clip 955.Can predict, clip 955 can slide in detachable mounting rod 949, or clip 955 and detachable mounting rod 949 are moulded in coupled configuration.As shown better in Fig. 9 C, detachable mounting rod 949 can slide in slot 951.Therefore, flame element 901 can be suspended in the flame of simulating in shell 905 and rocking.

Fig. 9 D shows clip 955, its mounted flamboyancy part 925 being close in flame element 901, and extends in the recess 957 that is in the main part 927 of flame element 901.Can predict, clip 955 is also installed in flamboyancy part, and recess 957 is no longer required.And arc 959 provide support to clip 955.As shown in fig. 9d, clip 955 is parts of separating with flame element 901.But in other embodiments, clip is formed by flame element 901 at least partially.

It should be understood that clip described above can be installed on the outer surface of flame element.Give an example, clip can be installed in the main part of one of them flamboyancy part and flame element.Therefore, flame element supports flame element, and does not need on flame element porose, does not also need to extend through hole with the support wire of supporting outer Flame element.

As above discuss when clip and generally can be used to flame element is hung, during to ensure the motion of Reality simulation candle light, can predict further, support wire also can make suspension.Give an example, Figure 10 A shows one with the electrical lighting equipment 1000 of flame element 1001 and shell 1005.Flame element 1001 extends out from the upper top opening 1069 of shell 1005 at least partly.It should be understood that support wire 1061 extends out below open top 1069, to reduce the visibility of support wire 1061.In a preferred embodiment, support wire 1061 is at least lower than open top 10692mm, although the degree of depth of line can different (such as 1mm, 3mm, 4mm, 1-2mm, 2-3mm, 3-4mm) in various embodiments.

Figure 10 B shows a dismountable fixed mount 1019 be connected with shell 1005.In other words, in the lumen, the size of shell 1005 and size can be adjusted to hold fixed mount 1019.Fixed mount 1019 has a crack 1063, and its size dimension can change to hold support wire 1061.As Figure 10 B shows, crack 1063 can vertically extend into fixed mount 1019.Support wire 1061 extends through the aperture 1065 of flame element 1001 from crack 1063, to support flame element 1001.It should be understood that flame element 1001 is supported, to ensure the motion of the Reality simulation candle light of flame element 1001.

Support wire 1061 is optionally connected to fixed mount 1019, although may optionally be arranged in certain embodiments on shell 1005.Additionally, support wire 1061 can be connected on fixed mount 1019 or on shell 1005 in many ways.Give an example, in certain embodiments, each end of support wire 1061 can be put into the groove being arranged in fixed mount 1019 or shell 1005.In other embodiments, support wire 1061 can be sticked on fixed mount 1019 or shell 1005, although in other embodiments, it is used tightening technology (such as screw, adhesive, pressure piece, be with each end support wire matching parts in reception hole, or or even the material deformation of support wire 1061 so that it is connected on fixed mount 1019 or 1005) fixedly enter assigned address.Foreseeable, when shell 1005 holds fixed mount 1019, shell 1005 has the bottom surface in an overlapping crack 1063, and support wire 1061 is at least protected in crack 1063 by shell 1005 part.

Fixed mount 1019 may further include the light source 1023 being placed and giving out light to flame element 1001.Light source 1023 can be still in the groove 1021 of fixed mount 1019.But foreseeable, shell 1005 also has a groove being mounted to hold light source 1023.However, it should be understood that mode that support wire 1061 do not stop the light launched from light source 1023 by a kind of (such as, be positioned the below of the light launched from light source 1023, locate to make vertical line extend to light source 1023, etc.) is located.In other words, support wire 1061 does not project at the flame element 1001 of the light launched from light source 1023.In other words, support wire 1061 is hidden in the front end of the flame element 1001 determined by surface 1067 the most typically.

As illustrated in figure 10 c, flame element 1001 has a flamboyancy part 1025 and a main part 1027.Flamboyancy part 1025 is faces 1067 of the main surface area of representational flamboyancy part 1025.Aperture 1065 is positioned in main part 127, and has more the elongated portion 1071 being placed in a main part 1027 typically.But foreseeable, aperture 1065 can be installed on the bottom 1073 of main part 1027, or in flamboyancy part 1025.In the embodiment expected, aperture 1065 extends through main part 1027 with the direction being parallel to face 1067.In other words, aperture 1065 extends with the straight line being parallel to the plane in face 1067.

Foreseeable, flame element 1001 can have the flamboyancy part 1025 of band first weight, and the main part 1027 of band the second weight, makes the second weight be greater than the first weight.Representatively, the center of gravity of flame element 1001 is below aperture 1065, and this ensures that flame element 1001 is kept upright when being supported in shell 1005.Additionally, or optionally, main part 1027 comprises elongated part 1071 and bottom 1073, and elongated portion 1071 has a sectional view less than bottom 1073.It can be a through hole being arranged on main part 1027 that Figure 10 D shows aperture 1065.

As discussed above, various different configuration is suggested to predict electronic lighting apparatus.As shown in Figure 11 A and 11B, various predicted configuration one of them comprise one band dismountable electrical lighting equipment 1100 being connected to the hand arm 1115 of shell 1105.In Figure 11 A and Figure 11 B, hand arm 1115 can be slipped into a recessed part 1171 to be connected on shell 1105 by hand arm 1115.Supervise a slide arrangement to be disclosed, should predict, other predicted interconnection techniques comprise closes button, pressure buckle, snap close, rotating latch, rotating close button, uses fixture such as screw, nut, screw pole and/or packing ring.

Figure 11 A shows one with the top view of the shell 1105 of connection hand arm 1115, allows user to be connected on hand arm 1115 by flame element by open top 1169.But foreseeable, flame element also can be connected on hand arm 1115, be then with flame element hand arm 1115 can be connected in turn on shell 1105.Figure 11 B shows the hand arm 1115 pulled down from shell 1105.Recessed part 1171 can extend into shell to create the slot that connects a part of hand arm 1115.Can predict that hand arm 1115 can be removed outside the recessed part 1171 in shell 1105 by slip hand arm 1115.The hand arm 1115 being connected to shell 1105 it is emphasized that detachable can be incorporated in other the above embodiments.

As in this description and running through in following claims and using, " one " and " this " comprise plural reference, unless clearly defined in literary composition, other are regular.Further, as using in this description, the meaning of " inside " comprises the meaning of " inside " and " above ", unless clearly defined other rules in literary composition.

Also as used herein, unless otherwise provided, term " is coupled in " and is intended to comprise both direct-coupling (wherein two elements intercouple and contact) and INDIRECT COUPLING (wherein at least one traditional element is between two elements).So term " is coupled in " and " with being coupled " uses for synonym.

In certain embodiments, the amount of numeral composition, performance, such as concentration, reaction condition etc., be used for describing and requiring that the particular implementation regular meeting of utility model is revised by term " approximately " under being understood to be in certain situation.Therefore, in certain embodiments, the numerical parameter statement of printed instructions and additional statement is the approximation depending on the expectation attribute change that special embodiment is sought.In certain embodiments, numerical parameter should be constructed and apply the general technology that rounds off in the light quantity of published significant digits.Although the setting range of some embodiments of utility model widely number range and parameter is approximation, the numerical value of illustrating in specific examples is accurately reported as feasible.The numerical value being presented out in some embodiments of this utility model, may comprise the mistake that some must derive from the standard deviation of the generation of their respective method of testing.And unless context regulation is contrary, all statements within the scope of this all should be read as the end points comprising them, and unlimited range should be read as and commercially comprises that practical application is worth.Similarly, valuable list should to be seen as and to comprise median, unless context regulation is contrary.

Therefore, concerning those familiar with the art, except those have been described, many technological improvements of not violating utility model design have been possible at this, and this should be apparent.Utility model theme, so, can not be limited, except in disclosed spirit.And when explaining public technology, all terms should be interpreted as consistent with content to greatest extent.Especially, term " comprises " step that should be interpreted as referring under element, parts or non-exclusive attitude, show that the element of indication, parts or step may be presented, or utilize, or combine with other elements, parts or the step that is not specified.

Claims (51)

1. an electrical lighting equipment, comprising:

One flame element, comprise inside and an aperture of a hollow, aperture is arranged on the side of flame element;

One shell, comprises an inner chamber;

Arm on the other hand, extending from shell of level, and there is first end, first end is configured in the central area of inner chamber;

It is characterized in that, described hand arm just in time extends into aperture in size and size, to make described flame element be suspended in inner chamber, and allow for the movement of described flame element relative to described hand arm.

2. electrical lighting equipment as claimed in claim 1, comprises a nail post further, size and size just in time penetrates a second orifice and enters the inside of hollow, being positioned on hand arm with fixing described flame element.

3. electrical lighting equipment as claimed in claim 1, it is characterized in that, when described hand arm inserts described flame element, the first end of described hand arm has a recess, described recess is configured in the inside of the hollow of described flame element, and described flame element has one gives prominence to, the described outstanding inside extending down into hollow, and wherein saidly outstanding rest on described recess, with allow described flame element described outstanding rest on described recess time move.

4. electrical lighting equipment as claimed in claim 3, comprise a nail post further, described nail post has a recess, and wherein said hand arm has one downward outstanding, outstandingly rests in the recess of described nail post.

5. electrical lighting equipment as claimed in claim 1, comprise a light source further, be configured in described shell, and for launching the surface of light to described flame element, and wherein said light source is configured in the face of described flame element, and described hand arm is configured to the opposing face in the face of described flame element front.

6. electrical lighting equipment as claimed in claim 1, is characterized in that, described flame element comprises a flexibility and to stumble button, extends into described aperture from the side of described flame element.

7. electrical lighting equipment as claimed in claim 6, it is characterized in that, described hand arm has one downward outstanding, and the downward outstanding overlap of wherein said stumble button and described hand arm, during to be suspended on described hand arm at described flame element, fixing described flame element is on described hand arm.

8. electrical lighting equipment as claimed in claim 1, is characterized in that there is the top that is recessed, defines a top of the inside of hollow.

9. electrical lighting equipment as claimed in claim 8, it is characterized in that, described hand arm has upwards outstanding and described recessed top on to rest on upwards outstanding, to allow when described flame element is suspended on described hand arm, and the movement of described flame element.

10. electrical lighting equipment as claimed in claim 9, comprise button of stumbling further, button of stumbling defined by sidewall, and become a part for aperture, and wherein said hand arm comprises one downward outstanding further, and wherein said button and the downward outstanding overlap of described hand arm of stumbling, time outstanding to rest on upwards on described recessed top, fix described flame element on described hand arm.

11. 1 kinds of electrical lighting equipment, comprising:

One flame element, comprises one first aperture, and the first aperture is configured on described flame element one sidewall, and

One second orifice, is positioned on described flame element bottom surface;

One shell, comprises an inner chamber;

Arm on the other hand, extending from shell of level, and end at the central area of inner chamber; And

Wherein said hand arm in size and size just in time level through described first aperture, but not described second orifice, to make described flame element be suspended in chamber, moves relative to described hand arm to allow described flame element.

12. electrical lighting equipment as claimed in claim 11, comprise a nail post further, size and size are just in time upward through described second orifice, and enter the inside of described flame element, to suppress the movement of the hand arm end from described flame element.

13. electrical lighting equipment as claimed in claim 11, it is characterized in that, described hand arm has a recess, described flame element has one outward extending outstanding, and wherein said giving prominence to relies on described recess, to allow when described flame element is suspended on described hand arm, the movement of described flame element.

14. electrical lighting equipment as claimed in claim 13, it is characterized in that, described flame element comprises one and movably to stumble button, button of stumbling extends in aperture from sidewall, and the downward outstanding overlap of wherein said stumble button and described hand arm, during to be suspended on described hand arm at described flame element, suppress the movement of the hand arm end from described flame element.

15. 1 kinds of electrical lighting equipment, comprising:

One flame element, comprises the inside of a hollow, and an aperture, and aperture is arranged on a sidewall of flame element, and wherein flame element has one and gives prominence to, the outstanding inside extending down into hollow;

One shell, comprises an inner chamber;

Arm on the other hand, extending from shell through aperture of level, and end at the inside of hollow;

Wherein said hand arm has a recess, and wherein outstandingly relies in recess, with allow described outstanding rely in recess time, the movement of described flame element.

16. electrical lighting equipment as claimed in claim 15, it is characterized in that, described flame element comprises button of stumbling, and button of stumbling defined by sidewall, and becomes a part for aperture.

17. electrical lighting equipment as claimed in claim 16, is characterized in that, described in stumble button and the downward outstanding overlap of described hand arm, with rest at described flame element outstanding on time, fix described flame element on described hand arm.

18. electrical lighting equipment as claimed in claim 15, it is characterized in that, described hand arm is formed by a part for shell.

19. 1 kinds of electrical lighting equipment, comprising:

One shell, comprises an inner chamber;

One fixed mount, dismountable connected with outer casing, and be configured in the inner chamber of shell;

Wherein said shell or fixed mount comprise arm on the other hand, extending from shell of hand arm level, and end in inner chamber;

One flame element, comprises the inside of a hollow, and an aperture, is configured on a sidewall of flame element; Wherein the hand arm of a part enters the inside of flame element hollow through aperture, to make flame element be suspended in the inner chamber of shell, and allows flame element to move relative to hand arm.

20. electrical lighting equipment as claimed in claim 19, it is characterized in that, the first end of described hand arm has recess, when described hand arm inserts described flame element, recess is configured in the inside of the hollow of described flame element, and described flame element have one give prominence to, the outstanding inside extending down into hollow, and wherein saidly outstanding rest on described recess, with allow described outstanding rest on described recess time, the movement of described flame element.

21. electrical lighting equipment as claimed in claim 19, comprise a power supply further, be configured in described fixed mount, and for launching the surface of light to described flame element, and wherein said light source is configured in the side of described flame element, and described hand arm is configured in the opposite side of described flame element.

22. equipment as claimed in claim 19, is characterized in that, described flame element comprises a flexibility further and to stumble button, extends into described aperture from the side of described flame element.

23. equipment as claimed in claim 22, it is characterized in that, described hand arm has one downward outstanding, and the downward outstanding overlap of wherein said stumble button and described hand arm, during to be suspended on described hand arm at described flame element, fixing described flame element is on described hand arm.

24. equipment as claimed in claim 19, is characterized in that, described fixed mount slips into and coordinates described shell.

25. 1 kinds of electrical lighting equipment, have a shell and a fixed mount, and the dismountable connected with outer casing of fixed mount, comprising:

One flame element, at least part of configuration in the enclosure, and has a flamboyancy part, and a main part, wherein has a clip, is configured in flamboyancy part or is adjacent to flamboyancy part; And

One mounting rod, by occlusion clip, size with size is just in time connected flame element and shell, and to allow when flame element connected with outer casing, flame element is relative to the movement of shell.

26. electrical lighting equipment as claimed in claim 25, it is characterized in that, described clip comprises a wire clip, and wire clip forms a through hole, and described mounting rod is used for being engaged described wire clip by through hole.

27. electrical lighting equipment as claimed in claim 26, it is characterized in that, described wire clip is at one end configured in the flamboyancy part of described flame element, and described mounting rod is used for by by the frictional fit provided between wire clip and flame element, is engaged described flame element.

28. electrical lighting equipment as claimed in claim 26, it is characterized in that, described fixed mount comprises a slot, and the slot of wherein said mounting rod occlusion fixed mount, to connect described flame element to described shell.

29. electrical lighting equipment as claimed in claim 25, is characterized in that, described clip comprises one arc, be positioned on described flame element, and wherein said mounting rod is described arc for connecting.

30. electrical lighting equipment as claimed in claim 29, is characterized in that, a described arc part by described flame element forms.

31. electrical lighting equipment as claimed in claim 29, it is characterized in that, described fixed mount comprises a slot, and the slot of wherein said mounting rod occlusion fixed mount, to connect described flame element to described shell.

32. electrical lighting equipment as claimed in claim 25, comprise a recess further, are configured in described main part, and wherein said clip is adjacent to flamboyancy part and extend into described recess.

33. electrical lighting equipment as claimed in claim 32, it is characterized in that, described fixed mount comprises a slot, and the slot of wherein said mounting rod occlusion fixed mount, to connect described flame element to described shell.

34. electrical lighting equipment as claimed in claim 25, it is characterized in that, described clip is configured on an outer surface of described flame element.

35. 1 kinds of electrical lighting equipment, comprising:

One flame element, has a flamboyancy part, and a main part, and wherein flamboyancy part has a surface;

One aperture, is configured in main part, and aperture passes main part with substantially parallel with surface direction; And

One fixed mount, for receiving a support wire, wherein support wire is inwardly through aperture, to support flame element.

36. electrical lighting equipment as claimed in claim 35, it is characterized in that, described flamboyancy part has one first weight, and described main part has one second weight, and wherein said second weight is greater than described first weight.

37. electrical lighting equipment as claimed in claim 36, it is characterized in that, the mass centre of described flame element is lower than aperture, so that described flame element keeps up vertically.

38. electrical lighting equipment as claimed in claim 35, is characterized in that, described fixing can comprise a crack further, and crack just in time receives support wire in size and size.

39. electrical lighting equipment as claimed in claim 38, it is characterized in that, what described crack was vertical extends into described fixed mount.

40. electrical lighting equipment as claimed in claim 35, is characterized in that, described main part comprises bottom an elongated part and, and wherein said elongated part has the cross section less than described bottom.

41. electrical lighting equipment as claimed in claim 35, comprise a shell further, the described fixed mount of the dismountable connection of shell, wherein said fixed mount has an open top.

42. electrical lighting equipment as claimed in claim 41, it is characterized in that, described support wire is configured under open top.

43. electrical lighting equipment as claimed in claim 35, comprise a light source further, rest in the groove on fixed mount.

44. 1 kinds of electrical lighting equipment, comprising:

One flame element;

One fixed mount;

One shell, has an inner chamber, and it is one single that its housing is produced;

Wherein flame element is hung in the enclosure by proficiency arm, and hand arm extends from shell; And

Its housing just in time receives the fixed mount in inner chamber in size and size.

45. electrical lighting equipment as claimed in claim 44, it is characterized in that, prominent before described flame element comprises one, be configured in the inside of the hollow of described flame element, rest in the recess of described hand arm so that prominent before described, hang in the enclosure to make described flame element.

46. electrical lighting equipment as claimed in claim 44, it is characterized in that, described flame element has the inside of a hollow, and comprise a recessed top, recessed top defines the inside of hollow, so that described recessed top rests on upwards front prominent of described hand arm, hang in the enclosure to make described flame element.

47. electrical lighting equipment as claimed in claim 45, comprise a power supply further, rest in the groove of described fixed mount, so that light is from light source irradiation to described flame element.

48. 1 kinds of electrical lighting equipment, comprising:

One fixed mount, has a crack, and vertical extends into fixed mount;

One shell, has an inner chamber, and it is one single that its housing is produced;

One flame element, hung in the enclosure by a support wire, support wire extends from the crack of fixed mount; And

Its housing just in time receives the fixed mount in inner chamber in size and size.

49. electrical lighting equipment as claimed in claim 48, it is characterized in that, described flame element comprises an aperture, and wherein said support wire is through described aperture, is suspended on shell to make described flame element.

50. electrical lighting equipment as claimed in claim 49, it is characterized in that, described flame element has a flamboyancy part and a main part, and wherein said aperture is through described main part.

51. electrical lighting equipment as claimed in claim 48, it is characterized in that, described shell has a bottom surface, and during shell joint receipts fixed mount, bottom surface is overlapping with crack outside, so that at least part of being fixed in crack by shell of described support wire.