JP2008103177A - Method for manufacturing shade for lighting equipment, and shade for lighting equipment - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method for manufacturing a shade for lighting equipments which is formed with frames and sheet bodies provided on each of the frames wherein a portion formed especially with the sheet body is formed in a curved surface shape, thereby the shade for lighting equipments capable of brewing soft impression can be simply manufactured. <P>SOLUTION: The method for manufacturing a shade for lighting equipments, which is formed with frames and sheet bodies provided on each of the frames, includes the steps of forming frame components of a two-dimensional shape having opening portion partially by bending a wire material for constituting the frames, forming piece bodies by providing the sheet bodies on at least one surface of each of the frame components, and joining ends of the opening of each of the piece bodies to a base portion provided on a lighting equipment. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a lighting fixture shade that can be used in various lighting fixtures such as a pendant type lighting fixture and a floor light (floor stand) such as a desk lamp, and a method of manufacturing the same, and particularly to a rounded shape. The shade for lighting fixtures which can produce a soft impression can be provided, and its manufacturing method.

  Conventionally, various shades for lighting fixtures have been provided. For example, a lamp shade in which Japanese paper is pasted on the surface of a frame is disclosed in Patent Document 1 (Japanese Patent Laid-Open No. 9-265818). In the lamp shade shown in this document, a large number of slits are formed on almost the entire surface of Japanese paper by cutting out any shape, and some of the lamps that pass through the slits are part of the slits. It is configured to express a direct light pattern with a unique shape that is blocked and combined with light and shadow, improving the problem that conventional lamp shades were not attractive due to illumination only with indirect light It is.

  An electric lighting fixture that can be used as a desk lamp or a pendant type lighting fixture is described in Patent Document 2 (Japanese Patent Laid-Open No. 2006-73542). The electric lighting fixtures described in this document can be easily changed from monochromatic lighting to colored lighting in a few seconds in a short time. A lighting apparatus is provided.

  Furthermore, it is described in patent document 3 (Unexamined-Japanese-Patent No. 2004-34497) to improve the design property in a lighting fixture. In this document, in a method for producing a light-transmitting sheet in which a fibrous sheet and a light-transmitting substrate are bonded, the fiber sheet is inkjetted before and / or after the bonding between the fiber sheet and the light-transmitting substrate. A method for producing a light-transmitting sheet that is colored by printing or sublimation transfer printing has been proposed, and it is possible to give the interior member a high texture, texture, and the like, which are excellent in design and obtained by this production method. An easy translucent sheet has been proposed, and a lighting fixture using the translucent sheet as a lamp shade has also been proposed.

And the manufacturing method of the lamp shade using a wire is described in patent document 4 (Unexamined-Japanese-Patent No. 2005-281929). The manufacturing method described in this document is a flexible wire that does not deform under its own weight (that is, metal wire such as rattan, stainless steel, silver, aluminum, etc., or made from Japanese paper). The lamp shade is made by continuously knitting and forming three-dimensionally. As a result, it is easy to manufacture, has excellent strength, and can maintain the desired three-dimensional shape or planar shape over a long period of time. Crafts are provided.
JP-A-9-265818 JP 2006-73542 A JP 2004-34497 A JP 2005-281929 A

  As described above, a lamp shade in which Japanese paper is pasted on the surface of a frame is known, and a method for manufacturing a lamp shade using a wire rod and Japanese paper is also known. However, when manufacturing the shade for lighting fixtures which consists of a frame and the sheet | seat body provided in the said frame, the manufacturing method which can improve the design property of the whole is not disclosed. In this regard, the above-mentioned Patent Document 4 discloses a method for manufacturing a folk craft that can also be used as a lampshade. However, this lampshade is composed exclusively of a wire, and a sheet body such as Japanese paper or film is used. Not for use.

  Therefore, in the present invention, a shade for a lighting fixture comprising a frame and a sheet body provided on the frame, in particular, a portion formed by the sheet body has a curved surface shape, and the shade for a lighting fixture that can create a soft impression can be easily obtained. It is an object to provide a manufacturing method that can be manufactured.

  Further, Patent Document 2 proposes an electric lighting fixture that can be used as a desk lamp or a pendant type lighting fixture. In the first place, a highly decorative shade using a pattern paper is replaced. From the viewpoint of design that focuses on the shape, it does not provide a lighting fixture that can be used as a desk lamp or a pendant type lighting fixture without a sense of incongruity.

  Therefore, an object of the present invention is to provide a method for easily manufacturing a lighting fixture shade that can be used as a desk lamp or a pendant type lighting fixture without a sense of incongruity.

  In order to solve the above-mentioned problems, in the present invention, a sheet body such as Japanese paper is attached to a frame constituent unit to form a single piece, and then integrated into the base, thereby making the sheet in the single piece spherical or thru Can be formed into a curved surface shape, thereby providing a method by which a shade for lighting equipment having an excellent design can be easily produced.

  That is, in the present invention, in order to solve any of the above problems, there is provided a method for manufacturing a shade for a lighting fixture comprising a frame and a sheet body provided on the frame, wherein a part of the wire material constituting the frame is bent. An open two-dimensional frame structural unit is formed, a sheet body is provided on at least one surface of the frame structural unit to form a single body, and an open end of the single body is held by a lighting fixture. The manufacturing method of the shade for lighting fixtures joined to a base is provided.

  According to this manufacturing method, a sheet body such as Japanese paper or a film is provided in a frame constituent unit to form a piece, and this is joined to a base held by a lighting fixture. That is, the work of providing the sheet body with respect to the frame structural unit can be performed easily and easily. Further, since the frame structural unit is formed in a two-dimensional shape in which a wire is bent and a part thereof is opened, after the sheet body is provided and formed into a single body, the interval between the open ends in the single body If it joins to the base hold | maintained at a lighting fixture, narrowing a sheet | seat, a sheet | seat body can be loosened easily. If a tack or a pleat is formed so as to constrict only the open end side of the sheet body, the sheet body becomes substantially spherical, and a spherical or curved piece can be easily configured. be able to.

  Therefore, when forming a shade for a lighting fixture in which the sheet body in a single body forms a spherical shape, the open end of each sheet is narrowed and joined to the base, and the open end of the sheet body in each single body A method of forming a tack on the part side is preferable.

  The frame structural unit can be formed into various two-dimensional shapes such as a shape that simulates a part of an animal or plant, or a geometric shape, and the wire that forms this is derived from nature such as rattan and bamboo Wire, metal wire such as wire, copper wire, aluminum wire, or wire formed using a synthetic resin can be used. Which wire is to be used may be appropriately selected according to the shape of the frame structural unit to be formed, ease of manufacture, etc., for example, when it is desired to manufacture simply or when forming a complicated shape with many bent portions It is desirable to use a metal wire formed to a thickness that can be bent manually. In addition to the papers such as Japanese paper and synthetic paper, the sheet body may be a cloth including a synthetic resin film and other natural plant-derived knitting.

  Then, by providing a sheet body on one surface of any one of the frame structural units formed of the wire, a single body can be formed as a part for forming a lighting fixture shade. It is desirable that this piece is formed so as to transmit the light of the luminaire on which the shade is installed, and therefore, the sheet member constituting this is preferably used having light transmittance.

  Here, as a means for providing the sheet body in the frame structural unit, in many cases, both are integrated by glue, adhesive, etc. In addition, adhesive tape is used, eyelets and other connecting tools Both may be integrated using In particular, when both are bonded, the piece is formed by sticking a sheet member to at least one surface of the frame constituent unit.

  One piece can be installed on one base, but it is desirable to install a plurality of pieces. Moreover, when installing several piece with respect to one base, it is desirable to arrange | position each piece at equal intervals. This is to enhance the design effect and prevent the deviation of the center of gravity when held in the lighting fixture.

  Moreover, in order to solve one of the said subjects in this invention, the manufacturing method of the shade for lighting fixtures using a some shade structural unit is provided.

  That is, a method for manufacturing a shade for a lighting fixture comprising a frame and a sheet body provided on the frame, wherein the shade for a lighting fixture is a combination of two or more shade constituent units comprising a frame and a sheet body provided on the frame. Each shade constituent unit forms a two-dimensional frame constituent unit in which a wire constituting the frame is bent to open a part thereof, and at least one surface (both sides thereof) of the frame constituent unit may be formed. ) To form a single piece, and then the open end of the single piece is joined to the base held by the lighting fixture, and the single piece in each shade constituent unit is curved. Form a three-dimensional shape, and combine one shade composition unit with another shade composition unit with the center of the base aligned. To a method of manufacturing a luminaire shade.

  According to this manufacturing method, the single-piece | unit which comprises a shade structural unit can be formed in a spherical shape, and the shade for lighting fixtures of various forms can be formed by combining multiple this.

  Furthermore, in order to solve at least one of the above-described problems, the present invention provides a lighting fixture shade formed by combining a plurality of shade constituent units.

  That is, a shade for a lighting fixture used together with a lighting fixture, and the shade for the lighting fixture is configured by combining two or more shade constituent units each having a sheet body on a frame. Is formed by joining a single body formed by providing a sheet body on one surface (or both surfaces) of a two-dimensional frame structural unit to a base portion held by a lighting fixture. The structural unit is formed in a three-dimensional shape by curving each piece, and is formed by combining another shade structural unit with the center of the base aligned in any shade structural unit. It is the shade for lighting fixtures characterized by the above-mentioned.

  According to the shade for lighting equipment, the shade for lighting equipment that can be used in combination with each shade constituent unit according to the user's preference is provided.

  Each shade constituent unit can be formed in a different shape, and can also be formed in the same shape or a similar shape. What shape each shade constituent unit is formed in and how it is combined may be appropriately changed according to the user's preference.

  According to the present invention, in order to solve at least one of the above problems, a shade for a lighting fixture used together with a lighting fixture, wherein a plurality of pieces are radially provided on an annular base portion held by the lighting fixture. There is provided a shade for a lighting fixture configured by combining two or more shade constituent units.

  In such a shade for lighting fixtures, each piece constituting each shade constituent unit is bent in a shade shape, and another constituent unit is arranged in each shade constituent unit, and each piece comprises a wire. It is desirable to form by sticking a sheet body to a bent frame.

  Such a shade for a lighting fixture also provides a shade for a lighting fixture that can be used in combination with each shade constituent unit according to the user's preference.

  Furthermore, in order to solve at least one of the above-mentioned problems, the present invention provides a lighting fixture formed using the above-mentioned shade for a lighting fixture. That is, it is a lighting fixture in which a light source is arranged inside a lighting fixture shade formed by combining a plurality of shade structural units as described above.

  Hereinafter, based on drawing, an example of the shade 10 for lighting fixtures concerning this invention and an example of the manufacturing method of the shade 10 for said lighting fixtures are shown concretely.

  FIG. 1 is an exploded perspective view of a luminaire shade 10 according to the present embodiment, and FIG. 2 shows a luminaire shade 10 that is a combination thereof. FIG. 3 shows a process chart for forming the shade structural unit 11 constituting the shade 10 for lighting equipment.

  As shown in FIG. 1, the shade 10 for a lighting apparatus according to this embodiment is configured by combining three shade constituent units 11 formed in a substantially similar shape, and each shade constituent unit 11 has a leaf-like shape. The plurality of pieces 12 formed in the above are fixed and integrated with the base 20.

  Each shade constituent unit 11 constituting the shade 10 for a lighting fixture is formed in a three-dimensional shape by bending each piece 12 in a rising shape, and on the outer side than the shade constituent unit 11 existing on the inner side. Each piece 12 is bent so that the existing shade structural unit 11 spreads.

  And each shade structural unit 11 makes the base 20 correspond, and as shown in FIG. 2, each piece 12 overlaps from the outside to the inside as shown in FIG. The single body 12 has a shape like a petal, and the shade 10 for a lighting fixture is realized which has a form of conceiving a flower as a whole.

  In the luminaire shade 10 formed in this way, the base 20 existing at the center of the luminaire shade 10 is held by the luminaire, so that the illumination fixture light source exists at the center of the luminaire shade 10. An instrument can be formed. As such a light source, a fluorescent light, an LED, or the like can be used in addition to a light bulb, but a spherical light source is preferably used so as to exist in the shade 10 for the lighting fixture. The base 20 can be fixed to various sockets such as a light bulb socket, for example, a light source socket in a lighting fixture, or can be provided on a pedestal (not shown) on which these sockets are installed.

  When forming such a shape resembling a flower, it is particularly important that the shape is rounded as a whole. For this purpose, each piece 12 is formed so as to form a spherical surface or a curved surface. It is desirable to be done. Here, when a sheet body 16 such as Japanese paper is affixed to the frame structural unit 15 formed of the wire 13, it is extremely difficult to affix the sheet body 16 to a three-dimensional shape having a three-dimensional effect. is there. Therefore, in the following, in the formed shade 10 for a lighting fixture, a manufacturing method that can easily form a sheet body 16 such as Japanese paper into a three-dimensional shape will be specifically described.

  FIG. 3 is a process diagram showing an example of a manufacturing method of the lighting fixture shade 10 according to the present invention. By forming the lighting fixture shade 10 by the manufacturing method specified by the drawing, the manufacturing ease is improved. Thus, it is possible to form the lighting fixture shade 10 that is excellent in design effect in a completed state.

(1) Step of forming frame structural unit 15 As shown in FIG. 3A, when manufacturing the shade 10 for a lighting fixture, the frame configuration that becomes the edge of the single body 12 that is a portion that covers the light source first. Unit 15 is formed.

  In the present embodiment, the frame structural unit 15 is formed using a metal wire such as a wire or a copper wire, is formed in a leaf shape, and its one end is opened. The reason for opening the one end side in this way is that the open end portion 14 needs to be joined to the base portion 20 held by the lighting fixture.

  The frame structural unit 15 is formed so as to exist on the entire circumference of the base portion 20 and spread radially, and to form a shade shade in a state in which this occurs. For this reason, the two-dimensional shape formed by the frame structural unit 15 needs to be formed so as to partition a certain area on the inside. In particular, in the present embodiment, the frame structural unit 15 is formed in a leaf shape, but may be formed in various geometric shapes such as a heart shape, a rhombus, an ellipse, a rectangle, or a shape imitating a person, a dog, or a cat, Alternatively, it can be formed by imitating the contour shapes of various articles and animals and plants such as a shape imitating a tree. Or it can form in the outline shape which does not depend on a well-known shape etc.

  Moreover, since each shade structural unit 11 which comprises the shade 10 for lighting fixtures in this Embodiment is joined and formed with the some frame structural unit 15 with respect to the one base 20, the said frame structural unit It is necessary to prepare a plurality of 15. At this time, the frame structural units 15 can be formed in the same shape, but can be formed in different shapes or in two or more types.

(2) Forming Step of Single Body 12 As shown in FIG. 3B, the sheet structural unit 15 is bonded to the frame structural unit 15 formed in the two-dimensional contour shape as described above. Form body 12. This piece 12 is a part for forming the surface of the umbrella portion of the shade 10 for lighting equipment, and a shade shade portion can be formed by combining a plurality of these pieces. As the sheet body 16 used to form such a single body 12, various sheet-like materials such as Japanese paper, a resin film, or a knitted natural plant can be used. A transparent material is used. Further, in consideration of the design effect of the completed shade 10 for a lighting fixture, it is desirable that such a sheet body 16 is appropriately colored, and the sheet body 16 is formed so that the light from the transmitted light source produces light and darkness. You can also

  When forming the single body 12, it is desirable that the open end 14 side in the frame structural unit 15 is slightly wider than the state in which it is attached to the base 20, and the sheet body 16 is bonded thereto. As will be described later, when the piece 12 is attached to the base 20, the sheet body 16 can be loosened by narrowing the open end 14 side, and pleats or tacks are formed on the open end 14 side of the sheet body 16. This is because the central portion of the piece 12 swells, thereby making it possible to form a curved surface or a spherical shape.

  The engagement of the sheet body 16 with the frame structural unit 15 can be performed using glue or an adhesive if the sheet body 16 is Japanese paper or the like, and if the cloth body or natural plant is knitted, Both can be integrated by letting the frame structural unit 15 pass as if the sheet body 16 is sewn.

  In addition, since it is difficult to change a shape etc. in a subsequent process except the open end part 14, the formed piece 12 is formed in a shape that does not require a change in the contour shape as much as possible.

  By sticking the sheet body 16 to the frame structural unit 15 in this way, the work of bonding the sheet body 16 to the frame structural unit 15 can be easily performed. That is, if all the frame structural units 15 are joined to the base 20 and then the sheet body 16 is bonded, the sheet body 16 that matches the shape must be used in advance. The sheet body 16 must be molded according to the shape of the frame structural unit 15. In this respect, if the sheet body 16 is affixed to the frame structural unit 15 as in the present invention, the excess portion protruding from the frame structural unit 15 can be cut off after the affixing, and it is necessary to temporarily mold Even if there is, the sheet body 16 having a predetermined shape can be formed accurately and easily by taking a mold while pressing the frame structural unit 15.

(3) Shade constituent unit 11 formation step As shown in FIG. 3C, the plurality of pieces 12 formed as described above are joined to the base 20 held by the lighting fixture in this step. . What is necessary is just to select the optimal thing for this base 20 suitably according to what lighting fixture the shade concerning this invention is used. For example, in the case of forming as a shade for a pendant type lighting fixture, a structure that engages with a portion of the fixture (including a light bulb socket) constituting the pendant type lighting fixture or a cord that suspends the lighting fixture. What has a part can be used. On the other hand, when used in a stand-type lighting fixture, it engages with a fixture portion (including a light bulb socket) that constitutes the stand-type lighting fixture, or a stand or leg that holds the lighting fixture. What has an engaging part can be used.

  In particular, in this embodiment, it is embodied as a shade for a stand-type lighting fixture, and a circular shape that is engaged by mounting on a table that holds the lighting fixture is used. ing. However, also in the present embodiment, the base portion 20 can be formed in an elliptical shape or a polygonal shape, or can be formed in a cylindrical shape. This is because the base 20 in the present embodiment can be formed in any shape as long as it holds each piece 12 and can stably place the formed shade constituent unit 11. It is.

  The open end 14 of the piece 12 is fixed to the circular base 20 formed in this way. The fixing of the piece 12 to the base 20 is preferably performed by first locking the plurality of pieces 12 to the base 20 and then fixing with a solder or an adhesive. This is because the arrangement interval of each piece 12 can be adjusted in advance. However, it is also possible to arrange the piece bodies 12 one by one with respect to the base portion 20 and sequentially join them. For the installation of the piece 12 with respect to the base 20, it is desirable that the open end 14 of the piece 12 is wound around the base 20 and temporarily fixed, and then the two are joined with an adhesive or solder. This is because the two can be integrated while adjusting the interval between the individual pieces 12.

  And when forming this shade 10 for lighting fixtures as an arts and crafts, it is desirable to use a solder for the connection of the said base 20 and the open end part 14 of the piece 12. After the shade structural unit 11 is formed, the piece 12 may be bent so as to rise, and even in such a case, the connection between the base 20 and the piece 12 can be reliably performed by a simple method. This is because it can be done. Thus, when joining both with solder | pewter, it is desirable that both the wire 13 and the base 20 which comprise the piece 12 are formed using a copper wire. This is because a copper wire can be firmly joined by soldering, and the appearance of undesirably rust such as iron rust can be prevented.

  As described above, when the piece 12 is joined to the base portion 20, the open end portion 14 of the piece 12 is narrowed, so that the sheet body 16 of the piece 12 is slackened. Therefore, by forming a pleat or a tack on the open end 14 side of the sheet body 16, the central portion swells, and as a result, the wrinkle also has a petal-like shape. Here, in the case of a manufacturing method in which all the frame structural units 15 are bonded to the base 20 in advance and then the sheet body 16 is bonded, it is quite skilled to loosen and bond the sheet body 16. Although it is necessary or takes a long time, such a bulge can be formed without difficulty by forming the piece 12 as in the present invention and then joining it to the base 20. Can do.

  A plurality of shade structural units 11 formed as described above are formed, in this embodiment, three. Although each shade structural unit 11 may be formed in the same shape, it is desirable to form each shade structural unit 11 in a different shape like this Embodiment. This is to increase the freedom of combination. In particular, in the shade 10 for lighting fixtures in the present embodiment, the length of the piece 12 of each shade constituting unit 11 constituting the same is different, and the first shade constituting unit 11a having the short piece 12 is provided. Three shade constitutional units 11 are formed: a second frame constitutional unit 15b having a longer piece 12 and a third shade constitutional unit 11c having the longest piece 12 (see FIG. 1). Further, it is of course free to form each shade constituent unit 11 and the single body 12 forming each shade constituent unit 11 with different colors or different materials.

  When these shade constituent units 11 are made of paper such as Japanese paper, it is desirable to increase the strength by applying various synthetic resin paints such as acrylic or silicon as required. Further, by applying these paints, gloss can be obtained, and thereby the design effect can be enhanced.

(4) Forming Step of Lighting Equipment Shade 10 As shown in FIG. 1, the shade structural unit 11 formed as described above has the first shade structural unit 11a disposed on the outermost side, and the shade structural unit 11a is disposed therein. The second shade constituent unit 11b is arranged, and the third shade constituent unit 11c is arranged on the innermost side, and a plurality of shade constituent units 11 are combined. Thus, since there is no conventional lighting fixture shade 10 formed by combining a plurality of (three in the present embodiment) shade constituent units 11, such a lighting fixture shade 10 itself is novel. It has become a thing.

  Further, the three shade constitutional units 11 can also be joined to each other in the vicinity of the base 20 of the overlapping shade constitutional units 11 with glue or an adhesive. However, in the case where the shade structural units 11 are not joined, each combination can be freely changed, so that it can be appropriately changed depending on the user's preference or scene. In such a free combination, not only the arrangement order of the respective shade constituent units 11 is changed, but only one or two of the three shade constituent units 11 are used. It also includes changing the number of.

  In the shade 10 for lighting fixtures formed as described above, the single body 12 of each shade constituent unit 11 is formed like a petal and further overlaps in the radial direction, so that it has a flower-like shape. be able to. In particular, such a design is formed because each piece 12 swells in a petal shape, and such a shape can be easily reproduced by the manufacturing method of the present invention. become.

  When the shade 10 for lighting fixtures formed as described above is used as a shade for a desk lamp, it can be used with a light source such as a light bulb present on the innermost side, and by lighting the light bulb. The light can be transmitted through the Japanese paper to reproduce various colors, and can produce different colors in places where the Japanese papers overlap and where they do not.

The exploded perspective view of the shade for lighting fixtures concerning this Embodiment The perspective view which shows the shade for lighting fixtures concerning this Embodiment Process drawing which forms shade structural unit 11 which comprises shade 10 for lighting fixtures

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Shade structural unit 12 Piece 13 Wire rod 15 Frame structural unit 16 Sheet body 20 Base

Claims (4)

A method for manufacturing a shade for a lighting fixture comprising a frame and a sheet body provided on the frame,
Bending the wire constituting the frame to form a two-dimensional frame constituent unit that is partially open,
A sheet body is provided on at least one surface of the frame structural unit to form a single body,
The manufacturing method of the shade for lighting fixtures characterized by joining the open edge part in the said single body to the base hold | maintained at a lighting fixture. A method for manufacturing a shade for a lighting fixture comprising a frame and a sheet body provided on the frame,
The manufacturing method includes a frame constituent unit forming step for forming two or more frame constituent units, and a shade forming step for a lighting fixture combining two or more frame constituent units,
In the frame constituent unit forming step, a wire constituting the frame is bent to form a two-dimensional frame constituent unit that is partially opened, and a sheet body is provided on at least one surface of the frame constituent unit. Forming and joining the open end of the piece to a base held by a lighting fixture,
In the shade forming process for lighting fixtures, a single body in each shade constituent unit is curved to form a three-dimensional shape, and another shade constituent unit is combined with one of the shade constituent units with the center of the base aligned. The manufacturing method of the shade for lighting fixtures characterized by including a process. A lighting fixture shade used together with a lighting fixture,
The shade for lighting equipment is configured by combining two or more shade structural units each having a sheet body on a frame,
Each shade constituent unit is formed by joining a piece formed by providing a sheet body on one surface of a two-dimensional frame constituent unit to a base held by a lighting fixture,
Each shade constituent unit is formed in a three-dimensional shape by curving each piece, and is formed by combining another shade constituent unit with the center of the base aligned in any shade constituent unit. The shade for lighting fixtures characterized by the above-mentioned. A lighting fixture shade used together with a lighting fixture,
The shade for the lighting fixture is configured by combining two or more shade constituent units each having a plurality of pieces radially provided on an annular base portion held by the lighting fixture,
The single body constituting each shade constituent unit is bent in a shade shape, and in each of the shade constituent units, other constituent units are arranged,
A shade for lighting equipment, wherein each piece is formed by attaching a sheet body to a frame obtained by bending a wire.