M303643 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種除塵手套，特指一種立體除塵手套。 【先前技術】 市面上之除塵手套之除塵表面多爲平面狀表面，縱然手 套外緣可設置絨片來深入細小之細縫內清潔，惟此點並未 改善除塵手套之除塵表面之清潔效果。 例如，日本新型專利證書第3090 1 78號專利，即揭示有 I 一種靜電除塵手套，其主要係由兩相對應之一上片體與一 下片體所組成，並經由超音波熔接機以將該上片體與下片 體表緣適當對應處密合成一封閉面，以構成一手套本體 者，俾供人手置入其間。然而，該先前技術並未思及如何 藉由添加層間之襯墊，來改良除塵手套清潔面之立體性。 【新型內容】 有鑑於先前技術之缺點，本案發明人特提出一種立體除 B 塵手套，其係於構成該立體除塵手套之基布與靜電除塵布 之間，設置一個或一個以上之襯墊，使得該立體除塵手套 之清潔面，呈現爲立體狀，藉以將大量之污垢聚集於該除 塵手套清潔面之一個或以上之立體空間內，同時由於清潔 面被形成爲立體狀，故更能集中摩擦力，產生一邊刮除一 邊收容灰塵污垢之效果。 【實施方式】 爲了達成上述之發明目的，如第一圖所示，本創作主要 係由相對應之一上片體1與一下片體2所組成，並如第二 5 M3 03 643 圖所示，經由超音波融接機以將該上片體1與下片體2表 緣適當對應處密合成一封閉面4，以構成一手套本體3， 俾供人手置入其間，其中： 該手套本體之封閉面4之外緣未密合之上片體1與下片 體2係依其弧面裁切成數個絨片7，該絨片7間則形成交 錯縱橫之相序排列，俾當該絨片7深入較細微縫隙時’即 可提供多角度之接觸面，而增加與縫隙角落之接觸機會， 以達可徹底清除縫隙灰塵之功效。 B 另，如第二圖所示，該手套本體3之上片體1與下片體 2設有數條相序交錯之溝槽5，並於該導槽5與導槽5之 交錯間形成凸塊6，該凸塊與凸塊間形成網格狀排列，俾 於擦拭灰塵時，即可利用凸塊6與導溝5之間隔差距來增 加與接觸面之摩擦係數。 又，該手套本體3所構成之上片體1與下片體2其成分 係由吸水棉與可熱融性纖維所組成，並經由超音波熱融之 B 方式，將該熱融性纖維融解及黏合，而即可利用該可熱融 性纖維不易吸水之特性，而於使用時可持續保持乾燥，以 避免其內部滋生細菌，且又無需以縫線固定，而進可排除 有線頭脫落之虞。 再者，如第三圖所示，本創作之絨片7係可爲角錐狀8 等其他形式，以配合各種縫隙之不同需求。 續請參閱第4圖，爲本創作上片體1的剖面圖，如圖所 示，上片體1主要係由一基布24、一靜電除塵布21所組成， 並且這兩片布體中夾設有複數之襯墊22，用以將該上片體 6 M3 03 643 1之表面凸起形成立體狀，同時該靜電除塵布21上更開設 有複數之肋片10，在肋片10下形成有容置空間9。 續請參閱第5圖，爲與第4圖對應之手套本體3的正面 視圖，如圖所示，該手套本體3在一清潔面上塡塞襯墊22 之位置係形成有兩個凸起之立體長型空間，因此當一使用 者的手插入該除塵手套之後，即可利用手套上之立體空間 進行細部的清潔動作。另外如第6圖所示，該襯墊22亦可 設置爲一條，並且視需要可透過堆疊襯墊22，以獲得更高 ’ 的凸起程度。 第7圖爲本創作之手套本體3的背面視圖，其中形成該 手套本體3之背面之下片體2，可爲一般的不織布層，亦 可如上片體1般的塡塞襯墊22，使得本創作之手套雙面皆 具有立體的構成。第8圖與第9圖爲本創作之使用狀態圖， 本創作之立體除塵手套除了可抹除桌面之髒物外，亦可抹 除牆面之髒污，同時由於本創作之手套之清潔面具有複數 B 之肋片10與容置空間9，因此污物容易被固定在該手套之 清潔面上。 【圖式簡單說明】 第1圖爲本創作之除塵手套之上片體與下片體之分解 圖； 第2圖爲本創作之除塵手套之上片體與下片體之結合 圖； 第3圖爲本創作之除塵手套之絨片形狀之示意圖； 第4圖爲本創作之除塵手套之上片體之剖面圖； 7 M303643 第5圖本創作之除塵手套之正面圖； 第6圖本創作之除塵手套另一型態之正面圖； 第7圖本創作之除塵手套之背面圖； 第8圖本創作之除塵手套之使用狀態圖； 第9圖本創作之除塵手套之清潔面之放大視圖 【主要元件符號說明】 1…上片體 _ 2 ···下片體 3…手套本體 4…封閉面 5…溝槽 6…凸塊 7…絨片 8…角錐狀 9 …容置空間 鲁 1 〇 ···肋片 21…靜電除塵布 22…襯墊 24…基布 8M303643 VIII. New description: [New technical field] This creation department is about a kind of dust-removing gloves, especially a kind of three-dimensional dust-removing gloves. [Prior Art] The dust-removing surface of the dust-removing gloves on the market is mostly a flat surface. Even though the outer edge of the glove can be provided with a velvet piece to be cleaned in a fine slit, this point does not improve the cleaning effect of the dust-removing surface of the dust-removing glove. For example, Japanese Patent No. 3090 1 78 discloses that an electrostatic precipitating glove mainly consists of two corresponding upper and lower sheets, and is passed through an ultrasonic welding machine to The upper body and the lower body surface are appropriately combined to form a closed surface to form a glove body, and the hand is placed between them. However, this prior art does not consider how to improve the three-dimensionality of the cleaning surface of the dust removing glove by adding a spacer between the layers. [New content] In view of the shortcomings of the prior art, the inventor of the present invention has proposed a three-dimensional dust-removing glove, which is disposed between the base cloth constituting the three-dimensional dust-removing glove and the electrostatic dust-removing cloth, and one or more pads are disposed. The cleaning surface of the three-dimensional dust-removing glove is formed in a three-dimensional shape, thereby collecting a large amount of dirt in one or more three-dimensional spaces of the cleaning surface of the dust-removing glove, and at the same time, since the cleaning surface is formed into a three-dimensional shape, the friction surface is more concentrated. The force produces the effect of squeezing dust and dirt while scraping. [Embodiment] In order to achieve the above object, as shown in the first figure, the present invention mainly consists of a corresponding upper body 1 and a lower body 2, and as shown in the second 5 M3 03 643 And the outer surface of the upper body 1 and the lower body 2 are appropriately combined to form a closed surface 4 via an ultrasonic splicer to form a glove body 3, for which a human hand is placed, wherein: the glove body The outer edge of the closed surface 4 is not closely adhered. The upper body 1 and the lower body 2 are cut into a plurality of piles 7 according to the curved surface thereof, and the piles 7 are formed in a phase sequence of staggered vertical and horizontal lines. When the fleece 7 penetrates into a fine slit, it can provide a multi-angle contact surface, and increase the chance of contact with the corner of the slit, so as to completely remove the effect of the gap dust. B. As shown in the second figure, the upper body 1 and the lower body 2 of the glove body 3 are provided with a plurality of grooves 5 in which the phase sequence is staggered, and a convex portion is formed between the guide grooves 5 and the guide grooves 5. In block 6, the bump and the bump are arranged in a grid shape, and when the dust is wiped, the gap between the bump 6 and the guide groove 5 can be used to increase the friction coefficient with the contact surface. Moreover, the upper body 1 and the lower body 2 of the glove body 3 are composed of absorbent cotton and heat-meltable fibers, and the hot melt fiber is melted by ultrasonic B-mode. And bonding, and the characteristics of the heat-fusible fiber which is not easy to absorb water can be utilized, and can be kept dry during use to avoid breeding bacteria inside, and it is not necessary to fix by suture, and the wire head can be removed. Hey. Furthermore, as shown in the third figure, the crepe sheet 7 of the present invention may be in the form of a pyramidal shape 8 or the like to match the different needs of various slits. Continuing to refer to FIG. 4, a cross-sectional view of the upper sheet 1 is shown. As shown in the figure, the upper sheet 1 is mainly composed of a base cloth 24 and an electrostatic precipitating cloth 21, and the two sheets are in the middle. A plurality of spacers 22 are formed for forming a surface of the upper body 6 M3 03 643 1 to form a three-dimensional shape, and the electrostatic discharge cloth 21 is further provided with a plurality of ribs 10 under the ribs 10 An accommodation space 9 is formed. Continuing to refer to FIG. 5, which is a front view of the glove body 3 corresponding to FIG. 4, as shown, the glove body 3 is formed with two protrusions at a position on the cleaning surface of the cleaning pad 22. The three-dimensionally long space allows a user's hand to be inserted into the dust-removing glove to perform a detailed cleaning operation using the three-dimensional space on the glove. Alternatively, as shown in Fig. 6, the spacers 22 may be provided in a single piece and may be permeable to the stacked spacers 22 as needed to achieve a higher degree of protrusion. Figure 7 is a rear view of the glove body 3 of the present invention, wherein the lower body 2 of the glove body 3 is formed, which may be a general non-woven layer, or a tamping pad 22 as in the above-mentioned sheet body 1 Both sides of the glove of this creation have a three-dimensional structure. Figure 8 and Figure 9 show the state of use of the creation. In addition to the dirt on the table, the three-dimensional dust-removing gloves of this creation can also erase the dirt on the wall and the clean surface of the glove. The rib 10 having the plural B and the accommodating space 9 are thus easily fixed to the cleaning surface of the glove. [Simple description of the drawing] The first figure is an exploded view of the upper and lower body of the dust-removing glove of the present invention; Figure 2 is a combination of the upper and lower body of the dust-removing glove of the present invention; The figure is a schematic view of the shape of the pile of the dust-removing glove of the creation; Figure 4 is a sectional view of the sheet of the dust-removing glove of the present invention; 7 M303643 Figure 5 Front view of the dust-removing glove of the creation; Figure 6 Front view of another type of dusting glove; Figure 7: Rear view of the dusting glove of the creation; Figure 8: State of use of the dusting glove of the present creation; Figure 9: enlarged view of the cleaning surface of the dusting glove of the present creation [Description of main component symbols] 1...Upper sheet _ 2 ··· Lower sheet 3...Glove body 4...Closed surface 5...Groove 6...Bump 7...Fleece 8...Corner shape 9...Accommodation space Lu 1 〇···ribs 21...electrostatic dust cloth 22...pad 24...base cloth 8