M417054 周邊21 彎摺處22 熔接部201 收納空間40 五、新型說明： 【新型所屬之技術領威】 本創作係有關一種收納裝置，尤指一種由數個布片組 . 成之收納裝置，其係利用超音波熔接技藝，針對布片及布 . 片之間預定超音波熔接之位置處、布片之周邊及布片之彎 摺處進"f亍超音波溶接並且溶接在一起，以使布片及布片之 間形成收納空間者，藉以避免習知以車缝方式所需之包邊 作業之麻煩。 【先前技術】 按，收納裝置於一般生活中多有所見，如收納箱、衣 套、衣櫥、床下櫥、昂櫥、多格鞋櫥、多格衣櫥、多格掛 袋…等型態，其目的在提供給使用者可分類收納、方便收 納之外，還可依實際需要移動收納裝置而改變設置位置且 φ 容易移動。 ' —般常見的收納裝置在其適當位置處設有供物品置入 ’及取出之開:，開口處進-步可配合設置活動組件，如外 盘或拉鍊，還可將收納裝置隔出數個置物空間，還能在收 納裝置的上端設置開孔以配合掛釣吊掛使用，也可設置黏 扣帶以供黏掛在吊桿使用。 而目前所見之收納農置，係由具備足夠強度、撓性的 纖維布或塑料布製成，其結構通常是利用數個面材以車缝 方式使相對應之面材間彼此車縫連結成一體，並且在車缝 處施以包邊作業’兹以吊櫥為例，為使加工容易，故其通 2 M417054 系使用軟性的布材車缝製成具有二側壁，以及連接於上 側壁後方的後壁，並在二側壁之間以上下間隔排列車 個水平之隔板，並且在車縫處上再進行包邊作業，.數 為習知技術，故不另加詳述，藉以區隔出數個容置空2俱 供物品分類收納置放；由於吊櫥是採用軟性布材製成1以 此，在吊櫥不使用時，可以被摺疊成較小體積以便於收因 但是其包邊的結構卻容易造成干涉，以致於影響摺聂彳= 平整性，不僅外觀不佳，且會影響到實質縮小的體積^又、， —般包邊之外觀為m定樣式’且其結構通f無法再施以 工以增加裝飾性，因此，大大降低吊櫥整體的美感。 由於習知技術，存在上述之缺失與不足，基於 步=未來趨勢前提下’實在有必錢出具體的改善方案， 2合產業進步之所需，更進—步提供業界更多的技術性 選擇。 因此，本創作提出-種收納裝置是為了要解決上述習 $術的缺失，而提供不必以另外包邊作#，以精簡構造、 升生產效率、降低製造成本、節省人力又符合經濟性。 【新型内容】 本創作之主要目的乃在於提供一種收納裝置，該收納 由至少-第一布片及至少一第二布片彼此在溶接處 j =超音祕接技藝熔接成型，城接處不需要再施以包 業u提供良好之平整性，以使該收納裝置能增加設 ==容㈣及包裝’藉以簡化製程、提升 因此，本創作收納裝置之成型步驟，依據收納裝置之 M417054 r 靡計，提供至少-第-布片’該第一布片係裁切成預 設之形狀及尺寸’其上並設有至少〜熔接部供進行超音波 溶接’依據$述之收納裝置之結構毁計，提供至少一第二 布片，其材質係與該第-布片相同，其係裁ς成預設之形 狀及尺寸，其上並设有至少一炫接部供對應於該第一布片 之至少一熔接部供進行超音波熔接；利用超音波熔接技 藝’進行超音波炫接作業’以使該第一布片之熔接部與該 第·一布片之溶接部超音波溶接在一起，並使該至少一第一 鲁布片及該至少一第二布片之間形成至少一收納空間，以完 成一收納裝置。 此外，該至少一第一布片及該至少一第二布片之熔接 部通過超音波炫接後呈平整狀外觀’供使該收納裝置具有 良好的平整性以易於摺疊及包裝；又，於熔接部的表面上 還可形成超音波熔接之壓線以增加設計感及美觀；又，該 溶接部還可實施花邊加工，如縫合、裁切、分條、壓形、 印色、燙金、打折、補強加工，用以增加美觀及裝飾性。 • 【實施方式】 為使本創作更加明確詳實，茲列舉較佳實施例並配合 下列圖示’將本創作之結構及其技術特徵詳述如後： 請參考圖1至圖5所示，係本創作收納裝置之各實施 例立體不意圖。本創作之收納裝置係包含至少一第一布片 10及至少一第二布片20，且兩者係由相同材質製成，如化 于合成纖維布料、含有化織混紡布、化學薄膜或適合超音 ，熔接材料者；其中該至少一第一布片 10設有至少一熔接 4 101供進行超音波熔接，該至少一第二布片20設有至少 4 M417054 r 一炫接部201供對應於該第一布片ι〇之至少一熔接部ι〇1 供進行超音波熔接’並且利用超音波熔接技藝進行超音波 炫接作業’以使該第一布片10之熔接部101與該第二布片 20之炫接部201超音波溶接在—起，並使該溶接部iQi、 2〇1形成平整狀外觀，並且於該至少一第一布片10及該至 少一第二布片20之間形成至少一收納空間40。 本創作收納裝置包含一成型步驟，其係於相同材質之 至少一第一布片10及至少一第二布片20之容接部1〇1、 # 201、周邊u、21及彎摺處12、22以超音波熔接技藝進行 超音波熔接’並使該第一布片1〇及該第二布片2〇之間形 成收納空間40，以完成一收納裝置，其製造方法步驟： 步驟（1):依據收納裝置之結構設計，提供至少一第一 布片10’該第一布片1〇係裁切成預設之形狀及尺寸，其 上並設有至少一熔接部供進行超音波熔接。 步驟（2):依據前述之收納裝置之結構設計，提供至少 —第二布片20’其材質係與該第一布片1〇相同，其係裁 切成預設之形狀及尺寸，其上並設有至少一熔接部供對應 鲁於該第一布片10之至少一熔接部供進行超音波熔接。 步驟（3):利用超音波熔接技藝，進行超音波熔接作 業’以使該第一布片10之熔接部與該第二布片20之熔接 部超音波熔接在一起，並使該至少一第一布片1〇及該至少 一第二布片20之間形成至少一收納空間40，以完成一收 納裝置。 其中’該第一布片1〇之熔接部1〇1可以設置在該第一 布片10之周邊11與彎摺處12 ;而該第二布片20之熔接 部201可以設置在該第二布片2〇之周邊21與彎摺處22， 上述之熔接部101及熔接部201還可分別設置在該第一布 5 M417054 ·， 及該第二布月20之間預定超音波熔接之位置處。 上述之收納裝置配合使用需要，使其外形具有多種不 同樣式，因此，該至少一第一布片1〇及該至少一第二布片 =而先裁切成預疋之形狀，如果需要彎摺則配合彎摺成 ，定之形狀’再將該至少一第二布片20擺置在與該至少一 布片10所對應之預定位置，再實施超音波熔接作業以 該至少一第一布片及該至少一第二布片2〇超音波熔 接成一體，而製作成預定樣式之收納裝置。 此外，依據設計需要，該至少一第一布片10及該至少 鲁二布片20進一步可包覆至少一支撐片23 (如圖从所 不）’以提供更佳之支撐力，用以避免在承置物品時產生變 形’並可延長該收納裝置之壽命。 本創作之收納裝置係可為衣套、多格掛袋、多格衣櫥、 收納箱、衣櫥、床下櫥、吊櫥、多格鞋櫥。 〔實施例1〕 睛參考圖1所示，以衣套為例，將該第二布片2〇疊置 在該弟一布片10上，並使該第一布片1Q之周邊U及該第 二布片20之周邊21對正，且在該周邊u、21(熔接部1〇1、 201)上實施超音波熔接，以使該第一布 •片2。超音波溶接在一起，並於該第4片片;以:; 片20之間形成該收納空間4〇 ’又，該笫二布g 之中間 處進一步設一拉鍊50供可打開與關閉該收納空間4〇。 〔實施例2〕 各，請參考圖2及圖2A所示，以多格掛袋為例，提供一適 虽形狀、尺寸之一第一布片1〇,將數個第二布片2〇由上 而下間隔疊置在該第一布片10之—側面13上，並使該第 了布片10及該等第二布片20之周邊1]L、21左右邊對正， 並在該第一布片10及該等第二布片2〇之周邊u、21 (熔 接部101、201)實施超音波熔接，以使該等第二布片2〇 之左右邊及下邊熔接固定在該第—布片1〇之側面13上， M417054 又，該等第二布片20之正面適當位置處進一步以間隔方式 實施超音波炫接，以使該第一布片1Q及該等第二布片2〇 之間隔出數個收納空間40，如圖2所示，該收^空間4〇 的數量為24個，但不限制；如圖2A所示，該第一布片 之周邊11先予以彎摺而形成彎摺處12，使該彎摺處12炎 合該第二布片20之周邊21，再實施超音波熔接；又，該 等第二布片2G上設置數個呈左右對稱之f摺處22且形成 該熔接部201以供實施超音波熔接，用以增進該收納空間 40之結構強度，並使該收納空間4〇在打開使用時不易扭 曲變形，收合時則可提升平整性。 〔實施例3〕 請參考圖3及圖3A所示，以多格衣櫥為例，將一個第 -布片1G預1成“C”型態樣，使其外觀呈現上、下、前 端為開放而内部形成有矩形"16，將數個矩形狀之第二 布片20從上端至下端間隔排列在該至少一第一布片1〇所 預置形成之矩形空間16上，將該等第二布片2〇之周邊21 ΐίΐΐίΐ邊與所對應之該第一布片10之内側面14實 加超曰波溶接，以使該第一布片10及該等第二布片20之 匕201超音波熔接在-起’並於該第-布片10 及，等弟一布片20之間隔出適當數量之收納空間40，如 圖3所不’該枚納空間4〇的數量為6個，但不限制。 此外，該等第二布片進一步包覆至少一支撐片23, =第二布片2〇的強度’以避免在承置物品時多格 衣櫥產生變形。 〔實施例4 .〕 上所示，以衣櫥為例，將數個第-布片10預 iU::間之態樣，且設置一開口15 ’將該第二布 w μί邊實施超音波熔接，以使該第一 布片1G及㈣二布片2Q之雜部m、2()i超音波溶接在 7 M417054 一起，並於該第一布片10及該第二布片20之間形成該收 納空間40，又’該第二布片20之中間處進一步設一拉鍊 50供可打開與關閉該收納空間40。 〔實施例5〕 請參考圖5所示’以收納箱為例，其係一矩形收納箱， 但不限制，如圓形，該收納箱60之底面由第一布片1〇構 成，收納箱之側面由第二布片20構成，該第一布片1〇之 周邊11及該第二布片20之下緣周邊21實施超音波熔接， 以使該第一布片10及該第二布片20之熔接部ι〇ι、2〇1超M417054 Periphery 21 Bending place 22 Welding part 201 Storage space 40 V. New description: [New technology technology] This creation is related to a storage device, especially a storage device made up of several pieces of cloth. Using ultrasonic welding technology, the cloth and cloth are placed at the position where the ultrasonic wave is welded between the sheets, the periphery of the cloth, and the bend of the cloth sheet are melted and melted together so that The storage space is formed between the cloth piece and the cloth piece, so as to avoid the trouble of the edging work required by the sewing method. [Prior Art] According to the storage device, there are many things in general life, such as storage boxes, clothesets, wardrobes, bed cabinets, sturdy cabinets, multi-shoe cabinets, multi-grid wardrobes, multi-bags, etc. The purpose is to provide the user with categorizable storage and convenient storage, and the storage device can be moved according to actual needs to change the installation position and φ can be easily moved. 'The common storage device is provided with the item for insertion and removal at its proper position: the opening step can be used to set the movable components, such as the outer disk or the zipper, and the storage device can be separated by several The storage space can also be provided with an opening at the upper end of the storage device to be used for hanging fishing, or a fastening tape can be provided for sticking to the hanging rod. At present, the storage farms are made of fiber cloth or plastic cloth with sufficient strength and flexibility. The structure is usually made by sewing a plurality of face materials to separate the corresponding surface materials into one body. And the edging operation is carried out at the seams. For example, in the case of a hanging cabinet, in order to make the processing easy, the 2 M417054 is made of a soft fabric and has two side walls and is connected to the rear side of the upper side wall. The rear wall, and the horizontal partitions of the vehicle are arranged at intervals between the two side walls, and the edging operation is performed on the seams. The number is a conventional technique, so it is not separately detailed, so as to separate A number of accommodations are provided for the storage and placement of objects; since the cabinets are made of soft cloth, it can be folded into a smaller volume for the purpose of the cabinet but not for use when the cabinet is not in use. The structure is easy to cause interference, so that it affects the 折 彳 = flatness, not only the appearance is not good, and will affect the volume of the substantial reduction ^,,,,,,,,,,,,,,,,,,, No more work can be done to increase the decor, so Greatly reducing the overall aesthetic hanging cupboard. Due to the above-mentioned shortcomings and deficiencies due to the prior art, based on the step = future trend, there is a need to make specific improvement plans, and the needs of the industrial development are more advanced, providing more technical choices in the industry. . Therefore, the present invention proposes a storage device for solving the above-mentioned deficiencies, and provides that it is not necessary to use an additional edging to reduce the structure, increase the production efficiency, reduce the manufacturing cost, save labor, and be economical. [New content] The main purpose of the present invention is to provide a accommodating device which is formed by welding at least a first cloth piece and at least a second cloth piece at a j-to-spinning technique. It is necessary to apply the packaging industry to provide good flatness, so that the storage device can increase the setting == capacity (4) and packaging 'to simplify the process and improve. Therefore, the molding step of the creation storage device is based on the M417054 r 收纳 of the storage device. Providing at least a first piece of cloth - the first piece of cloth is cut into a predetermined shape and size 'on which is provided with at least a welded portion for ultrasonic fusion" according to the structure of the storage device described Providing at least one second piece of cloth having the same material as the first piece of cloth, which is cut into a predetermined shape and size, and at least one splicing portion is provided thereon for corresponding to the first cloth At least one welding portion of the sheet is used for ultrasonic welding; using ultrasonic welding technology to perform ultrasonic splicing operation to fuse the fusion portion of the first piece of cloth with the ultrasonic portion of the first piece of cloth And make the at least one Forming at least one sheet storage space between a Rub and at least one second fabric piece to complete a storage device. In addition, the welded portion of the at least one first cloth piece and the at least one second cloth piece has a flat appearance after being smashed by ultrasonic waves, so that the storage device has good flatness for easy folding and packaging; Ultrasonic welding pressure lines may also be formed on the surface of the welded portion to increase the design sense and aesthetics; and the welding portion may also perform lace processing such as stitching, cutting, slitting, pressing, printing, bronzing, and discounting. Reinforced processing to increase aesthetics and decoration. • [Embodiment] In order to make the creation more clear and detailed, the preferred embodiment is illustrated and the following diagram is used to describe the structure and technical features of the creation as follows: Please refer to Figures 1 to 5, The embodiments of the present invention are not intended to be stereoscopic. The storage device of the present invention comprises at least one first cloth piece 10 and at least one second cloth piece 20, and the two are made of the same material, such as synthetic fiber cloth, containing woven fabric, chemical film or suitable The at least one first piece 10 is provided with at least one welding 4 101 for ultrasonic welding, and the at least one second piece 20 is provided with at least 4 M417054 r a splicing portion 201 for corresponding At least one welding portion ι〇1 of the first cloth sheet is subjected to ultrasonic welding 'and ultrasonic wave splicing operation is performed by ultrasonic welding technology to make the welding portion 101 of the first cloth sheet 10 and the first portion The splicing portion 201 of the second cloth sheet 20 is ultrasonically dissolved, and the fused portions iQi, 2〇1 are formed into a flat appearance, and the at least one first cloth sheet 10 and the at least one second cloth sheet 20 are formed. At least one storage space 40 is formed between them. The creation storage device includes a molding step of the at least one first piece 10 of the same material and the at least one second piece 20 of the receiving portion 1〇1, #201, the periphery u, 21, and the bent portion 12 22, ultrasonic welding is performed by ultrasonic welding technology, and a storage space 40 is formed between the first cloth piece 1〇 and the second cloth piece 2〇 to complete a storage device, and the manufacturing method steps are as follows: Step (1) According to the structural design of the storage device, at least one first piece of cloth 10' is provided, the first piece of cloth 1 is cut into a predetermined shape and size, and at least one welded portion is provided thereon for ultrasonic welding . Step (2): According to the structural design of the storage device, at least the second cloth piece 20' is made of the same material as the first cloth piece 1b, and is cut into a preset shape and size. And at least one welding portion is provided for at least one welding portion corresponding to the first cloth sheet 10 for ultrasonic welding. Step (3): performing an ultrasonic welding operation by ultrasonic welding, so that the welded portion of the first piece of cloth 10 and the welded portion of the second piece of cloth 20 are ultrasonically welded together, and the at least one At least one storage space 40 is formed between a cloth sheet 1 and the at least one second cloth sheet 20 to complete a receiving device. Wherein the welded portion 1〇1 of the first panel 1〇 may be disposed at the periphery 11 and the bent portion 12 of the first panel 10; and the welded portion 201 of the second panel 20 may be disposed at the second portion The periphery 21 of the panel 2 and the bent portion 22, the welded portion 101 and the welded portion 201 may be respectively disposed at a position where the ultrasonic wave is welded between the first cloth 5 M417054 and the second cloth 20 At the office. The above-mentioned storage device is required to be used in combination with a plurality of different shapes. Therefore, the at least one first panel 1〇 and the at least one second panel are first cut into a pre-shaped shape, and if necessary, bent. Then, the at least one second panel 20 is placed at a predetermined position corresponding to the at least one panel 10, and then the ultrasonic welding operation is performed to the at least one first panel and The at least one second piece of cloth 2 is ultrasonically welded and integrated to form a storage device of a predetermined pattern. In addition, according to design requirements, the at least one first piece of cloth 10 and the at least two pieces of the second piece of cloth 20 may further cover at least one of the supporting pieces 23 (as shown in the figure) to provide better supporting force to avoid Deformation occurs when the article is placed' and the life of the storage device can be extended. The storage device of the present invention can be a garment cover, a multi-bag, a multi-coloured wardrobe, a storage box, a wardrobe, a bed under cabinet, a hanging cupboard, and a multi-shoe shoe. [Embodiment 1] The eye is shown in Fig. 1. Taking the jacket as an example, the second panel 2 is stacked on the disc 1 and the periphery U of the first panel 1Q and the The periphery 21 of the second panel 20 is aligned, and ultrasonic welding is performed on the peripherals u, 21 (welding portions 1〇1, 201) to make the first sheet 2. The ultrasonic waves are fused together and formed on the fourth piece; the storage space is formed between the pieces 20; and a zipper 50 is further provided at the middle of the second cloth g to open and close the storage. Space is 4 inches. [Embodiment 2] Each of the two pieces of the first cloth piece 1〇 Stacked on the side surface 13 of the first panel 10 from top to bottom, and the left and right sides of the first cloth sheet 10 and the second cloth sheet 20 are aligned, and The first cloth sheet 10 and the peripheral edges u and 21 (welding portions 101 and 201) of the second cloth sheet 2 are ultrasonically welded so that the left and right sides and the lower side of the second cloth sheet 2 are welded and fixed. On the side surface 13 of the first cloth piece 1 , M417054, further, the ultrasonically splicing is further performed at an appropriate position on the front surface of the second cloth piece 20 so that the first piece piece 1Q and the second piece are A plurality of storage spaces 40 are spaced apart from each other. As shown in FIG. 2, the number of the receiving spaces 4 is 24, but is not limited; as shown in FIG. 2A, the periphery of the first cloth is 11 first. The bending portion 12 is bent to form the bending portion 12 so that the bending portion 12 is smothered with the periphery 21 of the second panel 20, and ultrasonic welding is performed. Further, the second cloth sheet 2G is provided with a plurality of left and right symmetry. f The folding portion 22 is formed to form the welding portion 201 for ultrasonic welding to increase the structural strength of the storage space 40, and the storage space 4 is not easily twisted and deformed when opened, and the flatness is improved when folded. . [Embodiment 3] Referring to FIG. 3 and FIG. 3A, a multi-screen wardrobe is taken as an example, and a first cloth sheet 1G is pre-formed into a "C" shape, so that the appearance thereof is upper, lower, and front ends. Opened and internally formed with a rectangle "16, a plurality of rectangular second pieces 20 are arranged at intervals from the upper end to the lower end on the rectangular space 16 formed by the at least one first piece 1〇, and the like The inner side surface 14 of the first cloth piece 10 and the corresponding inner side surface 14 of the first cloth piece 10 are super-chopped so that the first cloth piece 10 and the second cloth piece 20 are adjacent to each other. The 201 ultrasonic wave is welded at the same time, and the appropriate number of storage spaces 40 are spaced apart from the first piece of cloth 10 and the other piece of cloth 20, as shown in Fig. 3, the number of the space 4 is 6 But not limited. In addition, the second panels are further wrapped with at least one support panel 23, = the strength of the second panel 2' to avoid deformation of the plurality of cabinets when the article is placed. [Embodiment 4] As shown in the above, taking the wardrobe as an example, a plurality of the first cloth sheets 10 are pre-iU:: and an opening 15' is provided to perform ultrasonic waves on the second cloth w μί side. Welding so that the first m pieces 1G and (four) two pieces 2Q of the miscellaneous parts m, 2 () i are ultrasonically coupled together at 7 M417054, and between the first piece 10 and the second piece 20 The accommodating space 40 is formed, and a zipper 50 is further disposed at the middle of the second panel 20 to open and close the accommodating space 40. [Embodiment 5] Please refer to FIG. 5 as an example of a storage box, which is a rectangular storage box, but is not limited to, for example, a circular shape, and the bottom surface of the storage box 60 is composed of a first piece of cloth 1 ,, a storage box The side surface is composed of a second cloth sheet 20, and the periphery 11 of the first cloth sheet 1 and the periphery 21 of the lower edge of the second cloth sheet 20 are ultrasonically welded to make the first cloth sheet 10 and the second cloth sheet The welding part of the piece 20 is ι〇ι, 2〇1 super
音波熔接在一起，並使該第一布片10及第二布片20之間 形成該收納空間40’且該收納空間40具有一開口 61向上； 同時；又’收納箱60上之開口 61進一步設置一上蓋7〇供 可打開與關閉該收納空間40 ;又，該收納箱6〇之外側面 上進一步以超音波塔接方式固定一把手8〇。 請參考圖6所示，該熔接部、2〇1進一步實施花邊 加工，如缝合、裁切、分條、壓形、印色、燙金、打折、 ，強加工；舉例來說，提供一超音波花邊縫合機，用以對 該熔接部101、201進行壓形加工，使該熔接部1〇1、2〇1The sound waves are welded together, and the storage space 40' is formed between the first cloth piece 10 and the second cloth piece 20, and the storage space 40 has an opening 61 upward; and; the opening 61 on the storage box 60 is further An upper cover 7 is provided for opening and closing the storage space 40; further, a handle 8 is further fixed by ultrasonic bridge on the outer side of the storage box 6〇. Referring to FIG. 6 , the welding portion and the second part further perform lace processing, such as stitching, cutting, slitting, pressing, printing, bronzing, folding, and strong processing; for example, providing an ultrasonic wave. a lace stitching machine for performing press forming on the welded portions 101 and 201 such that the welded portions 1〇1, 2〇1
的表面上壓出圖樣31、花邊或紋路，以增加美觀及裝飾交 果，又，該熔接部101、201上還可設計成鏤空之圖樣3 來增進設計感及美觀。 請參考圖6A所示，該熔接部1〇1、2〇1通過超音波熔 接，能在該熔接部1〇1、201之表面形成凹凸狀之超音波熔 接之壓線32 ’以增進設計感及美觀。 由上述組成結構與實施說明可知，本創作與習知結構 相較之下’本創作具有以下之優點： 1.本創作之收納裝置不需另外進行包邊作業，故，結 構較簡單，因此可提升製作效率、降低生產成本。β 2·本創作之收納裝置係利用超音波熔接製成，習知結 8 M417054 構以車缝方式製成，本創作之收納裝置沒有車逢線及其線 頭，因此，較為美觀、裝飾性較佳，且平整性較佳有利於 摺疊、包裝。 3.本創作之收納裝置之熔接部有助於支撐性、定型， 使得該收納裝置不至於因為過於柔軟而在展開使用時變 形，並可延長該收納裝置之壽命。 以上所述僅為本新型的優選實施例，對本新型而言僅 是說明性的，而非限制性的；本領域普通技術人員理解， • 在本新型權利要求所限定的精神和範圍内可對其進行許多 改變，修改，甚至等效變更，但都將落入本新型的保護範 圍内。 【圖式簡單說明】 圖1係本創作收納裝置第一實施例之示意圖。 圖2係本創作收納裝置第二實施例之示意圖。 圖2A係圖2之於展開時橫向剖視局部放大圖。 圖3係本創作收納裝置第三實施例之示意圖。 ®圖3A係圖3之局部放大圖。 圖4係本創作收納裝置第四實施例之示意圖。 圖5係本創作收納裝置第五實施例之示意圖。 圖6係本創作收納裝置之熔接部上的圖樣之示意圖。 圖6A係本創作收納裝置之熔接部上的壓線之示意圖。 【主要元件符號說明】 熔接部101 彎摺處12 内側面14 第一布片10 周邊11 側面13 9 M417054 開口 15 矩形空間16 第二布片20 熔接部201 周邊21 彎摺處22 支撐片23 圖樣31 壓線32 收納空間40 拉鍊50 收納箱60 開口 61 上蓋70 把手80The pattern 31, the lace or the texture is pressed on the surface to increase the aesthetic appearance and the decorative result. Further, the welded portions 101 and 201 can also be designed as a hollow pattern 3 to enhance the design and appearance. Referring to FIG. 6A, the welded portions 1〇1 and 2〇1 are ultrasonically welded, and a concave-line ultrasonic welding line 32' can be formed on the surface of the welded portions 1〇1 and 201 to enhance the design sense. And beautiful. It can be seen from the above-mentioned composition structure and implementation description that the present invention has the following advantages compared with the conventional structure: 1. The storage device of the present invention does not need to perform additional edging operations, so the structure is relatively simple, so Improve production efficiency and reduce production costs. β 2· The storage device of this creation is made by ultrasonic welding, and the conventional knot 8 M417054 is made by sewing. The storage device of this creation has no car line and its thread, so it is more beautiful and decorative. Preferably, the flatness is better for folding and packaging. 3. The welded portion of the accommodating device of the present invention contributes to supportability and shape, so that the accommodating device is not deformed when it is unfolded due to being too soft, and the life of the accommodating device can be prolonged. The above description is only a preferred embodiment of the present invention, and is intended to be illustrative only, and not restrictive; those of ordinary skill in the art understand that: Many changes, modifications, and even equivalent changes are made, but they fall within the scope of this new type of protection. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a first embodiment of the present invention. Fig. 2 is a schematic view showing a second embodiment of the present invention. Fig. 2A is a partially enlarged plan view showing a transverse cross section of Fig. 2 when unfolded. Fig. 3 is a schematic view showing a third embodiment of the creation storage device. Figure 3A is a partial enlarged view of Figure 3. Fig. 4 is a schematic view showing a fourth embodiment of the creation storage device. Fig. 5 is a schematic view showing a fifth embodiment of the creation storage device. Fig. 6 is a schematic view showing a pattern on a welded portion of the creation storage device. Fig. 6A is a schematic view showing a pressure line on a welded portion of the creation storage device. [Main component symbol description] Weld portion 101 Bending portion 12 Inner side surface 14 First cloth sheet 10 Periphery 11 Side surface 13 9 M417054 Opening 15 Rectangular space 16 Second cloth sheet 20 Welding portion 201 Periphery 21 Bending portion 22 Support sheet 23 Pattern 31 Pressure line 32 Storage space 40 Zipper 50 Storage box 60 Opening 61 Upper cover 70 Handle 80