CN101216159A - Fluorescent lamp and electrical wire for fluorescent lamp - Google Patents
Fluorescent lamp and electrical wire for fluorescent lamp Download PDFInfo
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- CN101216159A CN101216159A CNA2007100329790A CN200710032979A CN101216159A CN 101216159 A CN101216159 A CN 101216159A CN A2007100329790 A CNA2007100329790 A CN A2007100329790A CN 200710032979 A CN200710032979 A CN 200710032979A CN 101216159 A CN101216159 A CN 101216159A
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Abstract
The invention relates to a fluorescent lamp which comprise at least one supporter, a lamp holder body, a lamp holder, a ballast assembly arranged inside each supporter, two power lines each is eclectically connected with the circuit board of the ballast assembly at one end, and at least one electromagnetic wave-shielding layer arranged on the line segment beside the ballast assembly in the two power lines. The invention also relates to a power line used with the fluorescent lamp, which comprise at least one electricity-conducting wire consisting of a copper core, an inner insulating layer and an outer insulating layer, and at least one electromagnetic wave-shielding layer arranged on the electricity-conducting wire. Since the segment of power line beside the ballast assembly inside the fluorescent lamp is provided with at least one electromagnetic wave-shielding layer and the power line used with the fluorescent lamp is provided with at least one electromagnetic wave-shielding layer, the invention can ensure the fluorescent lamp to work normally and meet the national quality and safety standards, and also has the advantages of simple structure, easy fabrication and low production cost.
Description
Technical field
The present invention relates to a kind of light fixture, the electric wire of particularly a kind of fluorescent lamp and fluorescent-lamp-use.
Background technology
Existing fluorescent lamp, mostly power line that provides power supply by stake body and the ballast component that is installed on lamp holder, lamp socket, the fluorescent tube at these stake body two ends and is installed on the stake body inner chamber and being used to of being connected with this ballast component etc. is formed, and because the normal device of its power line is on the next door of ballast component, so it is normal because of the electromagnetic mutual interference problem between ballast component and the power line, especially the electromagnetic wave that the ballast component produced is to the interference of power line, and causes taking place the light stroboscopic, makes us using problems such as discomfort.The light pipe supporting structure of the especially existing band plug connector that can conveniently a plurality of fluorescent lamps be connected, because its electrical input with on it that is placed through the stake body inner chamber mostly will pass from the next door of ballast component with the power line that the electric output that power supply is provided for another fluorescent lamp is connected, so in use all can be, and cause taking place the light stroboscopic, make us using problems such as discomfort because of the Electromagnetic Interference phenomenon between ballast component and the power line.And because its electromagnetic interference problem, the light pipe support of these structures all can not meet the quality safety standard of various countries and area (especially European and American areas), thereby the outlet that has also just correspondingly limited each manufacturer is sold.Come cabling and installation ballast component respectively although also there are some producers' employings that two cavitys of separating fully are set in stake body, perhaps be provided for the wire casing of ccontaining power line and power line is placed through in the wire casing in the stake body both sides, to reach the purpose of insulating power supply line and ballast component, but not only difficulty of processing is big, production cost is high, installation is inconvenient for the fluorescent lamp of these structures, and in use still exists the electromagnetic interference to power line that produces because of the ballast component to influence the phenomenons such as operate as normal of fluorescent lamp.When especially these structures being used for the existing fluorescent lamp that has an integrated aluminium alloy post body, loaded down with trivial details especially when power line is installed, production cost is high, therefore also is difficult to satisfy consumers in general's demand.The electric wire of existing fluorescent-lamp-use is made up of conductive copper core and insulating barrier usually in addition.As everyone knows, the electric wire of this structure is in the energising radiation that the time can generate electromagnetic waves itself, itself also can be disturbed simultaneously, so that in use often influence the operate as normal of light fixture because of Electromagnetic Interference by the electromagnetic wave of other electronic building brick (as ballast) in the fluorescent lamp.In addition
Summary of the invention
The objective of the invention is at above-mentioned existing problems and deficiency, provide a kind of electromagnetism that can effectively shield the ballast component to power line interference and guarantee its operate as normal and reach the purpose of the quality safety standard that meets various countries and area, and its processing and very easy fluorescent lamp is installed.Further purpose of the present invention provides that a kind of both to have shielded electromagnetic effects good, and processes the electric wire of the fluorescent-lamp-use simple and easy, that production cost is low again.
The present invention has two technical schemes that belong to a total inventive concept:
Technical scheme one: fluorescent lamp of the present invention, comprise at least one stake body and be installed on described stake body two ends lamp holder, lamp socket, fluorescent tube, be installed on the ballast component of described stake body inner chamber and be placed through power line in the stake body, one deck is used to shield the shielding electromagnetic waves separation layer to be characterized in the described power line at least being provided with at least on it is positioned at the line segment on next door, described ballast component.
Wherein, said power can be to be connected in the electrical input of above-mentioned stake body and two leads between the above-mentioned ballast component, and described two leads are provided with at least near the line segment by the ballast component, and one deck is used to shield the shielding electromagnetic waves separation layer; For making things convenient for the user in use a plurality of fluorescent lamps to be connected, to satisfy the illumination needs of different fields of employment, also can on above-mentioned stake body or its lamp holder, be provided with and be respectively the electric output that above-mentioned ballast component provides the electrical input of power supply and power supply is provided for the ballast component in another light pipe support, and be connected by the power line that places in the above-mentioned stake body between described electric output and the electrical input, the line segment that is positioned at next door, above-mentioned ballast component on the described power line is provided with at least that one deck is used to shield the shielding electromagnetic waves separation layer.And be further to reduce the electromagnetic interference of power line and reduce the electromagnetic interference of power line, also can on said power, all be provided with at least one shielding separation layer other electric wire or assembly.
The concrete material of the number of plies of above-mentioned shielding separation layer and shielding separation layer and can set arbitrarily according to the needs that use with the syndeton of power line is as being provided with one or more layers shielding separation layer on said power; Above-mentioned shielding separation layer can be the screen layer that directly is sprayed on the power line; Also can be the gauze screen that is coated on the power line; For making its processing and installing simply, convenient, and shield effectiveness is better, and the preferred version of the shielding separation layer among the present invention is to adopt wrapped aluminium foil layer on power line.And in the present invention, both independent shielding separation layer can be set respectively on each power line; For making its installation more convenient, simple and easy and effectively reduce production costs, also many power lines can be built in the same shielding separation layer, and for making many power lines be difficult for scattering when the wrapped shielding separation layer, further to make things convenient for its production and to strengthen its reliability of structure, preferred version of the present invention is earlier power line closely to be fixed together by a film clad, and then above-mentioned shielding separation layer is coated on the outer surface of film clad.For further strengthening its reliability of structure, the outer surface of above-mentioned shielding separation layer is provided with external coating or sleeve pipe.The present invention also can be according to the needs that use at the earth connection that is provided with between shielding separation layer and external coating or the sleeve pipe and the shielding separation layer links to each other.
Technical scheme two: the electric wire of fluorescent-lamp-use of the present invention, comprise at least one electrified wire, wherein, described electrified wire comprises the copper core and is coated on inside and outside insulating barrier on the described copper core, one deck is used to shield the shielding electromagnetic waves separation layer to be characterized in being provided with at least by described electrified wire, and described shielding separation layer is wrapped aluminium foil layer in described electrified wire outer surface.
The concrete number of plies of wherein above-mentioned shielding separation layer can be set arbitrarily according to the needs that use, as can be one deck; Also can be multilayer or the like.
For further strengthening its reliability of structure, the outer surface of above-mentioned shielding separation layer is provided with clad or sleeve pipe.
Be provided with between the outer surface of above-mentioned shielding separation layer and above-mentioned clad or the sleeve pipe and shield the ground wire that separation layer links to each other.
The present invention is owing to adopt dexterously on the line segment of the power line that is positioned at the next door, ballast component in being placed through stake body at least the structure of one deck shielding separation layer at least is set, thereby make fluorescent lamp in the process of using, can effectively intercept the generation of its power line by the shielding action of shielding separation layer has the electromagnetic wave of electromagnetic interference effectively to be isolated in outside the power line to the noisy electromagnetic wave in ballast component with what the ballast component produced to power line, to reach the operate as normal of guaranteeing ballast component and power line and to meet various countries and the purpose of the quality safety standard in area, and when mounted, the power line of band shielding separation layer can be positioned over the optional position of stake body inner chamber, so install very simple and easy, and its overall structure is simple, processing and install simple and easy, production cost is low, has solved existing fluorescent lamp effectively and has used discomfort and processing and install very loaded down with trivial details, can not be by problems such as various countries and regional quality safety authentications.Because the present invention also adopts the structure that the film clad is set and external coating or sleeve pipe are set outside the shielding separation layer between the outer surface of power line and shielding separation layer, further made things convenient for its production and strengthened its reliability of structure.And, further simplified its overall structure because the stake body among the present invention adopts integrated aluminium-alloy pipe body structure.The present invention is simple in structure, reliable, use is comfortable, easy for installation, can be widely used in various illuminations place.And because the present invention also adopts on the electrified wire of fluorescent-lamp-use wrapped one deck at least to be used to shield the structure of the aluminium foil layer of isolating electromagnetic, thereby make the present invention in the process of using, can effectively intercept the generation of its electrified wire by the good shielding action of aluminium foil layer to other electronic building brick or the noisy electromagnetic wave of human body with effectively be isolated in outside the electrified wire to the noisy electromagnetic wave of electrified wire with what other electronic building brick produced, guarantee its light fixture operate as normal and purpose safe in utilization to reach, and it is simple in structure, process simple and easy, production cost is low.
The present invention is further illustrated below in conjunction with accompanying drawing.
Description of drawings
Fig. 1 is the structural representation of an embodiment of fluorescent lamp among the present invention;
Fig. 2 is the assembly structure schematic diagram of Fig. 1;
Fig. 3 analyses and observe the structure for amplifying schematic diagram for the A-A of the embodiment I of Fig. 1;
Fig. 4 analyses and observe the structure for amplifying schematic diagram for the A-A of the embodiment II of Fig. 1;
Fig. 5 analyses and observe the structure for amplifying schematic diagram for the A-A of the embodiment III of Fig. 1;
Fig. 6 is the structural representation of another embodiment of fluorescent lamp among the present invention;
Fig. 7 is the B-B sectional structure enlarged diagram of Fig. 6;
Fig. 8 is another user mode structural representation of Fig. 1;
Fig. 9 is the user mode structural representation of another embodiment of fluorescent lamp among the present invention;
Figure 10 is the wiring schematic diagram of fluorescent lamp one embodiment among the present invention;
Figure 11 is the structural representation of an embodiment of the electric wire among the present invention;
Figure 12 is the structural representation of another embodiment of the electric wire among the present invention;
The specific embodiment
As Fig. 1-shown in Figure 10, fluorescent lamp of the present invention, comprise at least one stake body 1 and be installed on the lamp holder 2 at described stake body 1 two ends, lamp socket 3, the fluorescent tube that connects two lamp sockets 3, be installed on the ballast component 4 and the power line 5 that places in the stake body 1 of described stake body 1 inner chamber, for the interference of the electromagnetic wave that effectively prevents ballast component 4 to power line 5, at least being provided with at least on it is positioned at the line segment on 4 next doors, described ballast component in the described power line 5, one deck is used to shield shielding electromagnetic waves separation layer 6, thereby make fluorescent lamp in the process of using, can effectively intercept its power line 5 generations by the shielding action of shielding separation layer 6 has the electromagnetic wave of electromagnetic interference effectively to be isolated in outside the power line 1 to ballast component 4 noisy electromagnetic waves with what ballast component 4 was produced to power line 1, to reach the operate as normal of having guaranteed ballast component 4 and power line and to make us using comfortable and meet the purpose of various countries and regional quality safety standard, and when mounted, the power line 5 of band shielding separation layer 6 can be positioned over the optional position of stake body 1 inner chamber, so install very simple and easy, and its overall structure is simple, processing, production cost is low, has solved existing fluorescent lamp effectively and has made us using discomfort and processing and install very loaded down with trivial details, can not be by the problems such as quality safety standard in various countries and area.Wherein, said power 5 can be to be connected in the electrical input of above-mentioned stake body 1 and two leads between the above-mentioned ballast component 4, and the line segment on close 4 next doors, ballast component of described two leads is provided with at least, and one deck is used to shield shielding electromagnetic waves separation layer 6; For making things convenient for the user in use a plurality of fluorescent lamps to be connected, to satisfy the needs of different fields of employment, also can on above-mentioned stake body 1 or its lamp holder 2, be provided with and be respectively the electric output that above-mentioned ballast component 4 provides the electrical input of power supply and power supply is provided for the ballast component in another light pipe support, and be connected by the power line 5 that places in the above-mentioned stake body 1 between described electric output and the electrical input, the line segment that is positioned at 4 next doors, above-mentioned ballast component on the described power line 5 is provided with at least that one deck is used to shield shielding electromagnetic waves separation layer 6.And be further to reduce the electromagnetic interference of power line 5 when energising,, one deck shielding separation layer 6 at least can be set all on power line 5 also as Fig. 1, Fig. 2 and shown in Figure 8.Wherein, above-mentioned each power line 5 can be formed by conductive copper core 51 and the insulating barrier 52 that is coated on the conductive copper core 51, and above-mentioned shielding separation layer 6 is positioned at the outer surface of power line 5 insulating barriers 52; For making its structure more reliable, above-mentioned each power line 5 also can be made up of conductive copper core 51 and the inside and outside insulating barrier 52,53 that is coated on these conduction copper cash 51 outer surfaces etc.And the concrete number of plies of above-mentioned shielding separation layer 6 and concrete material and its can be set arbitrarily according to the needs that use with the syndeton of power line 5, shield separation layer 6 as one or more layers can be set on said power 5; Above-mentioned shielding separation layer 6 can be the screen layer that directly is sprayed on the power line 5; Also can be the various gauze screens that are coated on the power line 5; For making its processing and installing simply, convenient, and shield effectiveness is better, and the preferred version of the shielding separation layer 6 among the present invention is to adopt wrapped aluminium foil layer on power line 5.And in the process of using,, both can on the outer surface of the corresponding line segment of each power line 5, single shielding separation layer 5 be set respectively as Fig. 6-shown in Figure 7; For making its installation more convenient, simple and easy and effectively reduce production costs, as Fig. 1-shown in Figure 5, also the corresponding line segment of each power line 5 can be built in together in the same shielding separation layer 6, and for making many power lines 5 be difficult for scattering when the wrapped shielding separation layer 6, further to make things convenient for its production and to strengthen its reliability of structure, as shown in Figure 4, preferred version of the present invention is earlier power line 5 closely to be fixed together by a film clad 7, and then above-mentioned shielding separation layer 6 is coated on the outer surface of described film clad 7 by wrapped mode.Film clad 7 among the present invention is made for plastic sheeting.For further making things convenient for its production and strengthening its reliability of structure, as shown in Figure 5, also can between the outer surface of above-mentioned two power lines 5 and film clad 7, be provided with and be wound in being used on the power line 5 the closely fixing aramid fiber layers 11 of two power lines 5.For further strengthening its reliability of structure, insulation external coating 8 or sleeve pipe can be set on the outer surface of above-mentioned shielding separation layer 6 also.Can place between above-mentioned shielding separation layer 6 and clad 8 or sleeve pipe in addition and shield the earth connection 9 that separation layer 6 is connected, this earth connection 9 is electrically connected with grounding elastic part on above-mentioned ballast component 4 and the lamp holder 2.For making structure of the present invention simpler, the preferred version of above-mentioned stake body 1 is integrated aluminium alloy body.Make things convenient for being coupled to each other between each light pipe support for making, preferred version of the present invention is to adopt on light pipe support or lamp holder 2 connector structure to be set, and the concrete structure of above-mentioned plug connector can be provided with arbitrarily according to user's needs, as Fig. 1-shown in Figure 8, above-mentioned plug connector can be connection-peg 22 and socket 21 structures on each lamp holder 2 and that can peg graft mutually are set respectively, one end of said power 5 is electrically connected with socket 21, and for making things convenient for the installation of power line 5, above-mentioned ballast component 4 is provided with binding post, and the other end of said power 5 is connected on the described binding post and with above-mentioned connection-peg 22 and is electrically connected; As shown in Figure 9, this embodiment is that employing is provided with socket 21, connection-peg 22 structures in the side of stake body 1.The male and female that can be existing band contact pin and corresponding jack as for the concrete structure of above-mentioned connection-peg 22 and socket 21 is inserted, and also can be the plug construction that is electrically connected by joint pin, is not described in detail in this.Stake body 1 among the present invention can be one; Also a plurality of being linked together.For further strengthening its electromagnetic shielding action and ballast component 4 and stake body 1 effectively separated, the above-mentioned ballast component 4 outer insulation crust bodies 10 that are provided with.The present invention is simple in structure, reliable, working stability, easy for installation, can be widely used in various illuminations place.
As Fig. 1-shown in Figure 2, the electric wire of fluorescent-lamp-use of the present invention, comprise at least one electrified wire 5, wherein, described electrified wire 5 comprise copper core 51 and be coated on the described copper core 51 in, external insulation layer 52,53, has advantages of favorable electromagnetic shielding effect when making the present invention on being used for fluorescent lamp, described electrified wire 5 is provided with at least, and one deck is used to shield shielding electromagnetic waves separation layer 6, described shielding separation layer 6 is wrapped aluminium foil layer in described electrified wire 5 outer surfaces, thereby make the present invention in the process of using, can effectively intercept each electrified wire 5 generation by the good shielding of aluminium foil layer to other electronic building brick or the noisy electromagnetic wave of human body with other electronic building brick produced electrified wire 5 noisy electromagnetic waves effectively are isolated in outside the electrified wire 5, reaching the operate as normal of guaranteeing fluorescent lamp and purpose safe in utilization, and it is simple in structure, process simple and easy, production cost is low.The concrete number of plies that wherein shields separation layer 6 can be set arbitrarily according to the needs that use, as can be one deck; Also can be multilayer or the like.For making the present invention when many electrified wires 5 are wrapped, each electrified wire 5 is difficult for scattering, further to make things convenient for its production and to strengthen its reliability of structure, the present invention adopts each electrified wire 5 closely fixing by a film clad, and then above-mentioned shielding separation layer 6 is coated on the outer surface of described film clad.Film clad among the present invention can adopt plastic film material to make.For further making things convenient for its production and strengthening its reliability of structure, also can adopt between the outer surface of above-mentioned lead and above-mentioned film clad, to be provided with to be used for the aramid fiber layers that each electrified wire 5 is closely fixing.For making its structure more reliable, the outer surface of above-mentioned shielding separation layer 6 is equipped with clad 8 or sleeve pipe.Above-mentioned clad 8 or sleeve pipe are that insulating materials is made.When electrified wire 5 was provided with multilayer screen separation layer 6, above-mentioned clad 8 or sleeve pipe were positioned at the outer surface of the shielding separation layer 6 of outermost.As shown in figure 12, the present invention also can be according to using needs at the earth connection 9 that is provided with between the outer surface of above-mentioned shielding separation layer 6 and above-mentioned clad 8 or the sleeve pipe and shielding separation layer 6 links to each other.The wire structure of fluorescent-lamp-use of the present invention is simple, reliable, effective shield electromagnetic interference, safe in utilization when using, and can use widely in the various field of fluorescent lamps.
Claims (11)
1. fluorescent lamp, comprise at least one stake body (1) and be installed on described stake body (1) two ends lamp holder (2), lamp socket (3), fluorescent tube, be installed on the ballast component (4) of described stake body (1) inner chamber and be placed through power line (5) in the described stake body (1), one deck is used to shield shielding electromagnetic waves separation layer (6) to it is characterized in that being provided with at least by described power line (5) at least on it is positioned at the line segment on next door, described ballast component (4).
2. fluorescent lamp according to claim 1, it is characterized in that said power (5) for to be connected in the electrical input of above-mentioned stake body (1) and two leads between above-mentioned ballast component (4), and described two leads are provided with at least near the line segment by the ballast component (4), and one deck is used to shield shielding electromagnetic waves separation layer (6).
3. fluorescent lamp according to claim 1, it is characterized in that above-mentioned stake body (1) or its lamp holder (2) are provided with is respectively the electric output that above-mentioned ballast component (4) provides the electrical input of power supply and power supply is provided for another fluorescent lamp, wherein, is connected by the power line (5) that places in the above-mentioned stake body (1) between described electric output and the electrical input, and is positioned at line segment by the above-mentioned ballast component (4) on the described power line (5) and is provided with at least that one deck is used to shield shielding electromagnetic waves separation layer (6).
4. according to claim 1 or 2 or 3 described fluorescent lamps, it is characterized in that said power (5) comprises that conduction copper cash (51) reaches the inside and outside insulating barrier (52,53) that is coated on this conduction copper cash (51) outer surface successively, above-mentioned shielding separation layer (6) is wrapped aluminium foil layer on the external insulation layer (53) of the corresponding line segment of said power (5).
5. according to claim 1 or 2 or 3 described fluorescent lamps, it is characterized in that above-mentioned each power line (5) closely is fixed together by a film clad (7), above-mentioned shielding separation layer (6) is wrapped in the outer surface of described film clad (7).
6. fluorescent lamp according to claim 1 is characterized in that the outer surface of above-mentioned shielding separation layer (6) is provided with external coating (8) or sleeve pipe.
7. fluorescent lamp according to claim 6 is characterized in that placing between above-mentioned shielding separation layer (6) and the clad (8) and earth connection (9) that shielding separation layer (6) links to each other.
8. fluorescent lamp according to claim 1 is characterized in that the aluminium alloy body that above-mentioned stake body (1) is formed in one.
9. the electric wire of a fluorescent-lamp-use, comprise at least one electrified wire (5), wherein, described electrified wire (5) comprises copper core (51) and is coated on inside and outside insulating barrier (52,53) on the described copper core (51), one deck is used to shield shielding electromagnetic waves separation layer (6) to it is characterized in that being provided with at least by described electrified wire (5), and described shielding separation layer (6) is wrapped aluminium foil layer in described electrified wire (5) outer surface.
10. the electric wire of fluorescent-lamp-use according to claim 9 is characterized in that the outer surface of above-mentioned shielding separation layer (6) is provided with clad (8) or sleeve pipe.
11. be provided with between the electric wire of fluorescent-lamp-use according to claim 10, the outer surface that it is characterized in that above-mentioned shielding separation layer (6) and above-mentioned clad (8) or sleeve pipe and shield the earth connection (9) that separation layer (6) links to each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2007100329790A CN101216159A (en) | 2007-12-29 | 2007-12-29 | Fluorescent lamp and electrical wire for fluorescent lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2007100329790A CN101216159A (en) | 2007-12-29 | 2007-12-29 | Fluorescent lamp and electrical wire for fluorescent lamp |
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| Publication Number | Publication Date |
|---|---|
| CN101216159A true CN101216159A (en) | 2008-07-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2007100329790A Pending CN101216159A (en) | 2007-12-29 | 2007-12-29 | Fluorescent lamp and electrical wire for fluorescent lamp |
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| CN (1) | CN101216159A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102853395A (en) * | 2012-08-30 | 2013-01-02 | 宁波罗特电器有限公司 | Ceiling lamp fixing structure of thermal container |
| CN104937327A (en) * | 2013-01-25 | 2015-09-23 | 宗拓贝尔照明器材有限公司 | Lighting strip system |
-
2007
- 2007-12-29 CN CNA2007100329790A patent/CN101216159A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102853395A (en) * | 2012-08-30 | 2013-01-02 | 宁波罗特电器有限公司 | Ceiling lamp fixing structure of thermal container |
| CN104937327A (en) * | 2013-01-25 | 2015-09-23 | 宗拓贝尔照明器材有限公司 | Lighting strip system |
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