200840925 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種用於容納例如可塑性水泥（workable cement) 及乾彻牆結合灰泥（drywall jointing compound)等材料之容器之 絕緣墊（insulator pad)，且更具體而言，係關於一種用於可拆卸 地附裝至一容器之磁性絕緣墊。 【先前技術】 m200840925 IX. Description of the Invention: [Technical Field] The present invention relates to an insulator pad for accommodating a container such as a workable cement and a drywall jointing compound. And, more particularly, to a magnetic insulating mat for detachably attaching to a container. [Prior Art] m
結合灰泥容器通常稱作泥盤（mud pan)此為眾所習知，其係為 乾石切牆塗飾工人在結合先前所安裝之牆板以及牆板間之結合部時 所使用。一般而言，泥盤係為梯形形狀並包含一平整之底部、自 Λ底卩° 及向；向延伸之二傾斜側壁、以及終止於一平整上邊 緣中之二類似傾斜端壁。 現有泥盤之形灿 7狀一般並不適配於工匠之手，因此當泥盤中裝滿 '、、口口灰泥時工匠難以抓握泥盤，於長時間施工期間尤其如此。参 外，現有之泥盤—批 I具有一高之拋光表面光潔度，此使泥盤容易 滑脫，當泥盤變渴士、#， ^ ^ t t “、、守尤其如此，且此使工匠無法保持牢牢地握住 泥盤。此外，由於丁 e人 、 匠會例行地以一「翻轉（flipping)」動作旋轉 泥盤以反覆混合泥般出a， 也盤内含物並防止結合灰泥凝固及硬化，因而泥 盤打滑可導致工诉 匕抓握不住而使泥盤脫手。當於泥盤内放置溫度 車乂低之、。〇灰,尼時’現有之泥盤亦往往會在表面凝結成「水珠 (sweat)」更會增加泥盤之打滑性。 現有泥盤之另—„%各 同碭在於，若因在翻轉泥盤時重量分佈不均勻 會使泥盤打滑或囡 口工匠一般手部疲勞而使泥盤滑落脫手，則會大 5 200840925 幅縮短泥盤之使用壽命。泥盤之損壞嚴重程度可根據諸多因素而 逐漸加重，該等因素例如係為跌落之高度及角度加上泥盤内所容 納之結合灰泥之重量。 為力圖解決該問題，人們已開發出能緊固至泥盤之絕緣墊，以 為工匠之手提供一更舒適且耐低溫之平臺。於頒予Foraker之美國 專利第6,575,328號中，提供一種絕緣墊，其藉由磁片而可拆卸地 緊固至泥盤。具體而言，於Foraker之專利中，該絕緣墊包含藉由 黏合劑附裝至一泡棉橡膠層之一磁性材料層。該磁性材料層被分 成三個相間之區段，以使該絕緣墊能夠彎曲，從而順應於泥盤之 底部及側壁。 然而，Foraker之絕緣墊之一問題在於，用於附裝磁性層與泡棉 層之黏合劑於正常工作狀況下會隨時間而弱化，導致磁性層自泡 棉層剝離並無法正確地附裝至泥盤，從而需要更換絕緣墊。Foraker 之絕緣墊之另一問題在於，由於絕緣墊相對於磁鐵之厚度，磁鐵 及黏合劑可能無法強到足以將絕緣墊牢牢地固定於泥盤上。此 外，於Foraker之絕緣墊中，絕緣墊之厚度使其非常笨重與過大當 不使用時難以儲存。此外，Foraker之絕緣墊較佳係由氯丁橡膠 (Neoprene rubber )製成並對使用者之手提供較差之附著摩擦力， 致使絕緣塾於連續使用後變滑或者難以抓握。此外，於Foraker 之絕緣墊中，絕緣墊之側面幾乎延伸至泥盤側壁之上周緣，因而 當結合灰泥濺出至泥盤側面上且工匠必須利用一刮刀移除結合灰 泥時，絕緣墊可造成干擾與妨礙。再者，當工匠利用刮刀將結合 灰泥刮回至泥盤中時，此種干擾與妨礙可導致損壞絕緣墊。 200840925 因此’需要一種能延長泥盤之使用壽命並防止泥盤脫手及由此 損壞泥盤之改良式磁性絕緣墊。更需要一種用於一泥盤之改良式 絕緣墊，其應防止磁鐵脫離泥盤且能牢固但可拆卸地附裝至泥 盤。亦需要一種用於一泥盤之改良式絕緣墊，其厚度足以於結合 灰泥及/或泥盤與工匠之手之間提供溫度絕緣、但應足夠薄，以牢 固地附裝至泥盤上且使使用者感到舒適。此外，需要一種當不使 用時易於儲存之改良式絕緣墊。最後，需要一種當工匠在塗覆結 合灰泥之同時清理泥盤側面時不會干擾與妨礙到刀或泥盤之改良 式絕緣墊。 【發明内容】 本毛明即可達成或超越上述目的，本發明用以藉由防止無意間 脫手導致泥盤損壞㈣長泥盤之使料命。本發明提供—種用於 一容器之絕緣墊，絕緣塾包含至少—磁鐵，與—傳統塾相比，至It is well known in conjunction with stucco containers, commonly referred to as mud pans, which are used by dry stone wall finishing workers in combination with previously installed wall panels and wall panels. In general, the mud tray is trapezoidal in shape and includes a flat bottom, two sloping side walls extending from the bottom and two sides, and two similar inclined end walls terminating in a flat upper edge. The shape of the existing clay plate is generally not suitable for the craftsman's hand, so it is difficult for the craftsman to grasp the mud plate when the mud plate is filled with ', and the mouth is stucco, especially during long construction. In addition, the existing clay plate - batch I has a high polished surface finish, which makes the mud plate easy to slip off, when the mud plate becomes squeaky, #, ^ ^ tt ", especially, so that the craftsman can not Keep holding the mud plate firmly. In addition, because the Dinger and the craftsman will routinely rotate the mud plate with a "flipping" action to repeat the mixed mud, a also contains the contents and prevents the ash from being combined. The mud solidifies and hardens, so the mud plate slips, which can cause the workmanship to grasp and the mud plate to be removed. When the temperature is placed in the mud tray, the rut is low. In the case of ash, the current clay plate tends to condense into a "sweat" on the surface and increase the slipperiness of the mud plate. The other ones of the existing clay pans are the same. If the weight distribution is uneven when the mud pan is turned over, the mud pan will slip or the handcuffs of the craftsman will cause the mud pan to slip off, which will be 5 200840925. Shorten the service life of the mud tray. The severity of the damage to the mud tray can be gradually aggravated according to many factors, such as the height and angle of the drop plus the weight of the combined plaster contained in the mud tray. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The magnetic sheet is detachably fastened to the clay pan. Specifically, in the Foraker patent, the insulating mat comprises a magnetic material layer attached to a foam rubber layer by an adhesive. The magnetic material layer is divided into A three-phase section to allow the insulating mat to bend to conform to the bottom and side walls of the mud tray. However, one of the problems with Foraker's insulating mat is that it is used to attach the magnetic layer to the foam layer. The mixture will weaken over time under normal working conditions, causing the magnetic layer to peel off from the foam layer and not properly attached to the mud tray, thus requiring replacement of the insulating mat. Another problem with Foraker's insulating mat is that the insulating mat is opposite At the thickness of the magnet, the magnet and the adhesive may not be strong enough to firmly secure the insulating mat to the mud pan. In addition, in Foraker's insulating mat, the thickness of the insulating mat makes it very bulky and too large. In addition, Foraker insulation pads are preferably made of neoprene rubber and provide poor adhesion to the user's hand, making the insulation slippery or difficult to grip after continuous use. In Foraker's insulating mat, the side of the insulating mat extends almost to the periphery of the side wall of the mud pan, so when the plaster is splashed onto the side of the mud pan and the craftsman must use a scraper to remove the bonded plaster, the insulating mat can Causes interference and obstruction. Furthermore, when the craftsman uses a scraper to scrape the combined plaster back into the mud pan, such interference and obstruction can cause damage to the insulating mat. 'There is a need for an improved magnetic insulation mat that extends the life of the mud tray and prevents the mud tray from being removed and thereby damaging the mud tray. There is a need for an improved insulation mat for a mud tray that prevents the magnet from leaving the mud tray and It can be attached securely but detachably to the mud tray. There is also a need for an improved insulating mat for a mud tray that is thick enough to provide temperature insulation between the plaster and/or the mud tray and the craftsman's hand, but should It is thin enough to be securely attached to the mud tray and comfortable for the user. In addition, there is a need for an improved insulation mat that is easy to store when not in use. Finally, there is a need for a craftsman to clean while coating the plaster The surface of the mud plate does not interfere with the improved insulating pad that hinders the knife or the mud plate. [Invention] The present invention can achieve or exceed the above object, and the present invention is used to prevent mud disk damage by inadvertently removing hands (4) The long mud plate makes the life. The present invention provides an insulating mat for a container, the insulating crucible comprising at least a magnet, compared to the conventional crucible
少一磁鐵更牢固地黏附至絕緣墊。本發明之絕緣墊亦薄於一傳統 塾’且能牢固地附裝至容器，同時防止容器及/或結合灰泥與工匠 之手之間出現相m傳遞。此外，本發明之絕緣墊當不使用時 易於儲存且相較-習知絕緣墊而言不笨重。此外，本發明之絕: =包^更可靠之抓握面，用於防止在連續之手打 ’月取後’本發明之絕緣塾係設置於容器上，以防止於使用 干擾與妨礙刮刀。 /曰 一更具體而言’一種用於_容器之絕緣墊包含一撓性本體、至少 器之广：撓性本體具有一第一表面及-用於接觸容 、—表面’弟二表面包含至少一凹陷部。至少一磁鐵與 7 200840925 至少一凹陷部相關聯並設置於至少一凹陷部中，用於將撓性本體 可移動地緊固至容器。以及至少一鉸鏈，設置於撓性本體上，其 中至少一鉸鏈係用以使撓性本體彎曲，以順應於容器之一形狀。 【實施方式】 現在參見第1-3圖，其提供一種用於一容器之絕緣墊，該絕緣 墊一般標記為10。絕緣墊10被構造及設置用於附裝至一容器12 (通常係為一泥盤），然而，亦涵蓋其他容器。絕緣墊10上包含 一撓性本體14，撓性本體14具有一第一外表面16及一用於接觸 容器12之相對第二表面18。如此項技術中所習知，容器12包含 二相對之側壁表面20及二相對之端壁表面21，該二相對之側壁表 面20與二相對之端壁表面21於一底部表面22處結合於一起，以 形成較佳具有圓角隅24之一大致梯形容器，然而，亦涵蓋其他形 式容器構造。 較佳地，撓性本體14係由聚石夕氧烧（silicone)製成，以提供一 耐久且具彈性之本體，本體亦可使工匠之手與容器及/或其内含物 相對極端之溫度相絕緣。具體而言，預期聚矽氧烷本體既能隔絕 高溫、亦能隔絕低溫。舉例而言，由於結合灰泥一般係處於低溫 並可導致容器變涼，因而聚矽氧烷撓性本體14用以使工匠之手與 低溫隔絕。此外，當容器12被儲存於工匠之車輛上或於酷暑天留 在外面時，容器可變得非常熱而使工匠無法舒適地抓握。因此， 預期聚矽氧烷撓性本體14亦使工匠之手與極高溫度隔絕。再者， 聚矽氧撓性本體14用以防止熱量自工匠之手透過容器傳遞至結合 灰泥，以免灰泥提前凝固。 200840925 亦較佳地，撓性本體14係由位於中國南京（Nan Jin)之東爵有 機石夕集團有限公司（DC Dongjue Silicone Group Co. Ltd )其產品 型號為：NE-5M0，所提供之聚矽氧烷製成。預期由聚矽氧烷製成 撓性本體14將能提供一較先前技術絕緣墊更薄且更能耐受溫度之 、％緣墊，藉此使工匠能夠更長時間且更舒適地握持絕緣墊1Q。更 預期聚錢燒撓性本體14可提供_較先前技術絕緣墊更敎之絕 此外此延長墊之使用壽命並防止泥盤脫手及由此造成損壞。 曰 、功聚矽氧烷撓性本體14較先前技術絕緣墊更具撓性， 匠之二：輪靡較薄，故可如第6圖所示進行折疊並容易裝於工 近之口袋中來摧慨 對可靠之4Γ 咿。此預期聚矽氧烷撓性本體14可提供一相 應瞭L握面’以防止泥盤脫手並增強使用者之舒適性。然而， 二他材料==所習知，具有一性及溫度耐受特性 約為8吋(2:铋佳係為一體，合、呈圓盤形並大致平整’ J直徑 形狀及尺寸；Μ圖所示。然而’應瞭解’ 0 如何，能適合，此將進1詳述於下文中。無論其形狀 J提吐本體14皆較佳約Α η… 杳量 約為 、’為0柄-〇.12吋（1-3毫米）庳、重奠 0.09忖（241、,()()9_()17公斤）°更佳地，撓性本體14較值一 所揭露絕緣^厚、重量為Ο I司㈠·14公斤），此小於抑㈣ 提供—r' F卩度之1/3以及重量之約2/3。預期此構造形式外 塾:"崎er所揭露絕緣墊更具撓性、更耐久且更舒適之絕緣 第 如第2圖所示’第一外表面16包含一第一面板施 200840925 板26b及一第三面板26c。第一面板26& 第三面板26c大致 形形狀。然而，端視應 久第一面板26b較佳传生 半圓形且位於第一表面16之相對端。 “為 平又^地’第三面板26c大致 居中地位於第一表面16上，且大致係為矩 用而定，預期其他構造亦可能適合。 當絕緣墊10被緊固至容器12時，第— 面板26a及第二面板26b 僅覆蓋相對應側壁表面20之約1/3，俾故# $其他尺寸亦可能適合。 預期由於第一面板26a及第二面板26b相料士 相對於側壁表面20之形 狀，絕緣墊10將不延伸於容器12邊绫 咬緣附近’因此當結合灰泥濺 至容器12之側壁表面20上時絕緣墊1〇脸 將不會干擾與妨礙刮刀。 因此，工匠能夠更容易地將灰泥刮回至交 合态12内。 為防止在以町鬆脫方式固定至容器 ζ之絕緣墊10連續使用期 間出現打滑，第一外表面16較佳帶有纹w 巧、、'又理，以為工匠之手提供一 更牢靠之抓握面。較佳地，抓握性係藉由4人 積田包含複數個肋28之第一 面板26a及第二面板26b而進一步增強。t » 如弟2圖所示，肋28大 致係為矩形形狀’儘管應瞭解’其他形狀亦可能適合。預期提供 -紋理化表面及肋亦會增強使用者之舒適性，乃因使用者之手 與第一表面16間之打滑會減輕。 參見第3圖及第4圖’絕緣墊Π)更包含_於並設置於本體第 二表面18上之—第一磁鐵術、-第二礙鐵鳥及—第三磁鐵 30c，以用於可拆卸地將絕緣塾1〇緊固至容器12。較佳地，磁鐵 30a-30c係由位於中國東完之東完市美厚塑磁有限公司（dc Dongguan Maghard Flexible Magnet C〇.，Ltd )製造（型號： 0602-0001-00 及 0602-0002-00)。亦較佳地，磁鐵 3〇a_3c 係約為 200840925 0.04-0J2英对（1-3毫米）厚，且最佳係約為〇 〇6英吋（14毫米） 厚，儘管應瞭解，端視應用而定，其他厚度亦可能適合。更佳地， 磁鐵30a-30c之角隅包含圓角角隅31 (第3圖），以更牢固地黏合 至本體之第二表面18。磁鐵30a-30c較佳係為撓性片，以使絕緣 墊10能夠彎曲並增強絕緣墊之耐久性及撓性。 如第3圖及第4圖所示，本體之第二表面18包含對應於面板 26a、26b及26c之凹陷部32a、32b及32c。凹陷部32a-32c係被 構造及設置用於容置及牢固地固定對應之磁鐵3〇a、30b及30c。 此外，藉由提供凹陷部32a-32c，預期撓性本體14之厚度會大幅 減小，以減輕絕緣墊10之重量並增強其撓性。預期撓性本體14 之厚度僅足以提供一可靠之抓握面、使工匠之手與低溫絕緣並牢 固地握持磁鐵。因此，在絕緣墊10中，無需使用過多或不必要之 材料。 較佳地，第一磁鐵30a及第二磁鐵30b大致係為半圓形且設置 於撓性本體14之相對外邊緣處。亦較佳地，第三磁鐵30c大致係 為矩形形狀且大致居中地設置於撓性本體14上。預期凹陷部 32a-32c之形狀分別對應於磁鐵30a-30c。然而，磁鐵30a-30c之其 他構造形式亦可能適合於此實施例中。 於較佳地實施例中，如第4圖所示，撓性本體14之厚度不大於 磁鐵30a、30b及30c之二倍。預期此種構造能為工匠之手提供絕 緣、為磁鐵30a-30c提供結構支撐、並防止絕緣塾1〇笨重或過重。 為將磁鐵30a-30c緊固至其各自之凹陷部32a-32c内，較佳利用 一黏合製程。具體而言，如第4a圖所示，對凹陷部32a-32c應用 11 200840925One less magnet sticks more firmly to the insulating mat. The insulating mat of the present invention is also thinner than a conventional one and can be securely attached to the container while preventing phase m transfer between the container and/or the combination of the plaster and the craftsman's hand. Further, the insulating mat of the present invention is easy to store when not in use and is not bulky compared to the conventional insulating mat. Further, the present invention is: a more reliable gripping surface for preventing the insulating raft of the present invention from being placed on the container after continuous hand-on-month removal to prevent interference and obstruction of the blade. More specifically, 'an insulating mat for a container includes a flexible body, at least a wide variety: the flexible body has a first surface and - for contact capacitance, - the surface of the second surface contains at least a recessed part. At least one magnet is associated with at least one recess and is disposed in at least one recess for movably securing the flexible body to the container. And at least one hinge disposed on the flexible body, wherein at least one of the hinges is used to bend the flexible body to conform to one of the shapes of the container. [Embodiment] Referring now to Figures 1-3, there is provided an insulating mat for a container, generally designated 10 . The insulating mat 10 is constructed and arranged for attachment to a container 12 (typically a clay pan), however, other containers are also contemplated. The insulating mat 10 includes a flexible body 14 having a first outer surface 16 and an opposing second surface 18 for contacting the container 12. As is known in the art, the container 12 includes two opposing side wall surfaces 20 and two opposing end wall surfaces 21 joined together at two opposite end wall surfaces 21 at a bottom surface 22. To form a substantially trapezoidal container preferably having a rounded corner 24, however, other forms of container construction are also contemplated. Preferably, the flexible body 14 is made of polysilicon to provide a durable and flexible body, and the body can also make the craftsman's hand and the container and/or its contents relatively extreme. The temperature is insulated. In particular, it is expected that the polyoxane body can both isolate high temperatures and isolate low temperatures. For example, the polyoxyalkylene flexible body 14 serves to isolate the craftsman's hand from the low temperature since the combined plaster is typically at a low temperature and can cause the container to cool. Moreover, when the container 12 is stored on a craftsman's vehicle or left outside on a hot summer day, the container can become very hot and the craftsman cannot grasp it comfortably. Therefore, it is expected that the polyoxyalkylene flexible body 14 also isolates the craftsman's hand from extremely high temperatures. Furthermore, the polyoxygen flexible body 14 is used to prevent heat from being transferred from the craftsman's hand through the container to the combined plaster to prevent the mortar from solidifying in advance. 200840925 Also preferably, the flexible body 14 is provided by DC Dongjue Silicone Group Co. Ltd. of Nan Jin, China, under the product model number: NE-5M0. Made of decane. It is expected that the flexible body 14 made of polyoxymethane will provide a thinner and more temperature-tolerant, %-edge pad than prior art insulating pads, thereby enabling the craftsman to hold the insulation for longer and more comfortable. Pad 1Q. It is further expected that the poly-burning flexible body 14 can provide a more versatile insulation pad than the prior art, and further extend the life of the pad and prevent the mud pan from dislodging and thereby causing damage. The 曰, 矽 矽 挠性 挠性 flexible body 14 is more flexible than the prior art insulation mat, the second is that the rim is thin, so it can be folded as shown in Figure 6 and easily fit in the pocket of the work. Destroy the 4th of reliability. It is contemplated that the polyoxyalkylene flexible body 14 can provide a corresponding L grip surface to prevent the mud pan from dislodging and enhance user comfort. However, the second material == is known, has a single character and temperature resistance characteristics of about 8 吋 (2: 铋 good system is one, combined, disc-shaped and roughly flat 'J diameter shape and size; However, it should be understood that '0' can be adapted, which will be described in detail below. Regardless of its shape, the J body 14 is preferably about Α η... The amount is about ', 0 handle - 〇 .12吋(1-3mm)庳, re-creating 0.09忖(241,,()()9_()17kg)°More preferably, the flexible body 14 is more than one exposed, thick, and weighty. I Division (1)·14 kg), which is less than (4) provides 1/3 of the -r' F twist and about 2/3 of the weight. It is expected that this configuration form is: "Saki er exposed the insulation mat is more flexible, more durable and more comfortable insulation. As shown in Figure 2, the first outer surface 16 comprises a first panel application 200840925 board 26b and A third panel 26c. The first panel 26 & third panel 26c has a generally shape. However, the first panel 26b is preferably semi-circular and is located at the opposite end of the first surface 16. The third panel 26c is generally centrally located on the first surface 16 and is generally momentary, and other configurations are contemplated as may be suitable. When the insulating mat 10 is secured to the container 12, - Panel 26a and second panel 26b cover only about 1/3 of the corresponding sidewall surface 20, and other dimensions may also be suitable. It is contemplated that the first panel 26a and the second panel 26b are opposite to the sidewall surface 20 In the shape, the insulating mat 10 will not extend near the edge of the container 12, so that when the plaster is splashed onto the side wall surface 20 of the container 12, the insulating mat 1 will not interfere with and obstruct the scraper. Therefore, the craftsman can It is easier to scrape the plaster back into the cross state 12. In order to prevent slippage during continuous use of the insulating mat 10 which is fixed to the container in a loose manner, the first outer surface 16 is preferably wrinkled, 'Consideration, the craftsman's hand is provided with a more secure gripping surface. Preferably, the grip is further enhanced by the four-person field containing the first panel 26a and the second panel 26b of the plurality of ribs 28. » As shown in Figure 2, the ribs 28 are roughly rectangular Shape 'Although it should be understood that 'other shapes may also be suitable. It is expected that the textured surface and ribs will enhance the user's comfort, as the slip between the user's hand and the first surface 16 will be reduced. See Figure 3. And FIG. 4 'insulating pad 更 further includes _ and disposed on the second surface 18 of the body - a first magnet, a second obstruction bird and a third magnet 30c for detachably insulating塾1〇 is fastened to the container 12. Preferably, the magnets 30a-30c are manufactured by dc Dongguan Maghard Flexible Magnet C〇., Ltd. (Model: 0602) -0001-00 and 0602-0002-00). Also preferably, the magnet 3〇a_3c is about 200840925 0.04-0J2 inches (1-3 mm) thick, and the optimum system is about 6 inches ( 14 mm) thick, although it should be understood that depending on the end application, other thicknesses may be suitable. More preferably, the corners of the magnets 30a-30c include a corner angle 隅31 (Fig. 3) to bond more firmly to The second surface 18 of the body. The magnets 30a-30c are preferably flexible sheets to enable the insulating mat 10 to bend and enhance Durability and flexibility of the mat. As shown in Figures 3 and 4, the second surface 18 of the body includes recesses 32a, 32b and 32c corresponding to the panels 26a, 26b and 26c. The recesses 32a-32c are The structure and arrangement are for accommodating and securely fixing the corresponding magnets 3a, 30b, and 30c. Further, by providing the recesses 32a-32c, it is expected that the thickness of the flexible body 14 is greatly reduced to reduce the insulating mat 10 It is lightweight and enhances its flexibility. It is contemplated that the flexible body 14 is only thick enough to provide a reliable grip surface, to insulate the craftsman's hand from the low temperature and to hold the magnet securely. Therefore, in the insulating mat 10, it is not necessary to use too much or unnecessary material. Preferably, the first magnet 30a and the second magnet 30b are substantially semi-circular and are disposed at opposite outer edges of the flexible body 14. Also preferably, the third magnet 30c is substantially rectangular in shape and is disposed substantially centrally on the flexible body 14. It is contemplated that the shapes of the recessed portions 32a-32c correspond to the magnets 30a-30c, respectively. However, other configurations of the magnets 30a-30c may also be suitable for this embodiment. In the preferred embodiment, as shown in Fig. 4, the flexible body 14 has a thickness no greater than twice the thickness of the magnets 30a, 30b and 30c. Such a construction is expected to provide insulation to the craftsman's hand, provide structural support to the magnets 30a-30c, and prevent the insulation 〇1 from being bulky or overweight. To secure the magnets 30a-30c into their respective recesses 32a-32c, a bonding process is preferably utilized. Specifically, as shown in FIG. 4a, the application of the recessed portions 32a-32c 11 200840925
一表面活化處理（surface active treatment，圖未示），例如由位於 中國廣州之Yih Chou Engineering Co· Ltd製造之表面活化劑（型 號SP-616 )。表面活化處理係用以中和聚石夕氧烧本體之脫模劑 (mold release agent)。然後，將一條雙面膠帶（d〇uble-sided tape ) 34 ’例如由位於日本大阪之積水（sekisui)公司（型號：5760， www.sekisuixom.hk)所製造之雙面膠帶34，置於處理後之凹陷部 上，其中雙面膠帶34之形狀適於配合於各凹陷部32a_32c内。最 後，將磁鐵30a-30c置於其各自之雙面膠帶34上，並施加壓力。 預期藉由對料氧錢性本體14應絲騎化處理，會中和聚石夕 氧燒之脫模劑’以於撓性本體14與黏合綱提供—更牢固之結 合’藉以防止磁鐵3加德自凹陷部32a_32e脫、落並延長絕緣塾ι〇 之使用壽命H應瞭解，蠕視應心定，其他黏合製程亦可 能適合。亦應瞭解，上述黏合製程亦可適用於其他應用，而非僅 限於乾彻牆領域’例如適用於⑭氧燒產品家用器具行業（例如 微波爐手套（_mit⑴以及汽車行f (例如錄磁性糾氧烧 如第2圖及第3圖所示，絕緣執 < ίο更包含一對鉸鏈36a、36b， 用从使第三磁鐵30c分別與各該 一 弟一及弟二磁鐵3〇a，b分離。較佳 也只％例中，如第4圖所示，在 將各該磁鐵3〇a、30b及30c插入 對應之凹陷部32a、32b及32c怂^ ^ , 後，各該磁鐵之一抓握面38被 疋向成與各該鉸鏈36a、36b之〜 會提供一均勻之抓握面並魚 配 ^ 鉸鏈抓握面40共面。預期此種 更牢固地附裝至容器側壁2 0及底 12 200840925 部22上。 各該鉸鏈36a、36b較佳係為一撓性網片，包含大致以彼此相間 之平行關係排列之複數個切口 42。預期藉由以一撓性網片形式提 供鉸鏈36a、36b，可將絕緣墊1〇應用於不同規格之容器12上， 而無需購買一新絕緣墊。切口 42較佳係為橢圓形並容許沿鉸鏈 36a 36b對撓性本體14進行撓性調整，以便能夠將絕緣墊附A surface active treatment (not shown) such as a surfactant (Model SP-616) manufactured by Yih Chou Engineering Co. Ltd., Guangzhou, China. The surface activation treatment is used to neutralize the mold release agent of the polyoxo sintered body. Then, a double-sided tape 34' is placed on the double-sided tape 34 manufactured by Sekisuui Co., Ltd. (model: 5760, www.sekisuixom.hk), Osaka, Japan, for example. On the rear depressed portion, the shape of the double-sided tape 34 is adapted to fit within each of the recessed portions 32a-32c. Finally, the magnets 30a-30c are placed on their respective double-sided tapes 34 and pressure is applied. It is expected that by the treatment of the oxygen-volume body 14 of the material, the release agent of the poly-stone oxygen burning will be neutralized to provide a stronger bond between the flexible body 14 and the bonding body to prevent the magnet 3 from being added. De self-depression 32a_32e off, fall and extend the service life of the insulation H 〇 应 应 应 应 应 应 应 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕 蠕It should also be understood that the above bonding process can also be applied to other applications, not limited to the dry wall field. For example, it is suitable for the household appliance industry of 14 oxy-combustion products (such as microwave oven gloves (_mit (1) and automobile line f (such as magnetic recording and anaerobic burning). As shown in Fig. 2 and Fig. 3, the insulating handle < ίο further includes a pair of hinges 36a and 36b for separating the third magnet 30c from each of the first and second magnets 3A and b. Preferably, in only one example, as shown in FIG. 4, after the magnets 3A, 30b, and 30c are inserted into the corresponding recessed portions 32a, 32b, and 32c, respectively, one of the magnets is gripped. The face 38 is twisted to provide a uniform gripping surface with each of the hinges 36a, 36b and the fish is hinged to the hinged gripping surface 40. It is expected that this will be more securely attached to the container side wall 20 and bottom. 12 200840925 Section 22. Each of the hinges 36a, 36b is preferably a flexible mesh comprising a plurality of slits 42 arranged substantially in parallel relationship with one another. It is contemplated to provide the hinge 36a in the form of a flexible mesh. , 36b, the insulating mat 1〇 can be applied to the containers 12 of different specifications without Buy a new insulating mat cutout 42 is preferably elliptical and allowing the system along flexible hinge 36a 36b of the body 14 for flexible adjustment, to be able to attach the insulating mat
衣至不同規袼之容器/泥盤上。然而，應瞭解，端視應用而定，其 他切口構造亦可能適合。 現在參見第3圖及第4圖，各該鉸鏈3 6a、36b包含二列凸脊44a、 44b’該二列凸脊44a、44b從本體之第二表面18凸出並大致彼此 平行設置。較佳地，第一列凸脊44a被構造及設置用於抓握泥盤 之底邛22，且第二列凸脊44b係被構造及設置用於抓握泥盤之側 壁2〇。第-列凸脊44a及第二列凸脊顿車交佳大致垂直於切口 c 排列’儘管應瞭解，其他構造形式亦可能適合。亦較佳地，第一 列凸脊44a及第二列凸脊她係位於由切口 42之轴線端部所界定 之一區域内。 如第4圖所最佳顯示，第-列凸脊44a及第二列凸脊视較佳 係設置為-大致相等之高度，以確保始終如—地抓握容器之側壁 2〇聽部22。第—列凸脊伽及第二列凸脊顿較佳分別大致且 ^一尖頭狀之末端46,以用於抓握容器12，儘管預期端視應用而 疋’、其他構造形式亦可能適合。此外，第—列凸脊44a及第二列 凸脊44b於其間形成—凹槽48。較佳地，凹槽48係被構 用於進行彎曲並容納該容器之對應角隅24 (參見第1A圖） 13 200840925 絕緣墊之另一實施例例示於第5圖中，其絕緣墊標記為50。絕 緣墊請與絕緣墊50之共有元件被標記為相同之參考編號。絕緣 墊50包含一本體52,本體52具有一第一外表面54及一用以接觸 容器12之第二表面56。本體52較佳係為橢圓形，具有圓角端58 以及用以連接圓角端58之直邊60。類似於絕緣墊10，絕緣墊50 之外表面54包含一第一面板62a、一第二面板62b及一第三面板 62c，其中第一面板62a與第二面板62b係設置於絕緣墊50之相 對端處且第三面板62c係大致居中地位於絕緣墊50上。第一面板 62a及第二面板62b包含肋28，以為工匠之手提供一可靠之抓握 面0 絕緣墊50更包含鉸鏈36a、36b，各該鉸鏈36a、36b被設置用 以使第三面板62c與第一面板62a及第二面板62b分離。第二表 面56之構造係相同於第二表面18之構造，只是磁鐵與相對應凹 陷部（圖未示）之形狀順應於面板62a-62c之形狀。預期當被緊固 至容器12時，絕緣墊50不像絕緣墊10那樣高地沿側壁20向上 延伸，此更防止當結合灰泥濺至側壁上且工匠必須利用一刮刀移 除灰泥時絕緣墊會造成干擾與妨礙。 當欲將絕緣墊10與容器12 —起使用時，工匠可使第三磁鐵30c 之一縱軸「L」對準容器底部22之一縱軸「R」（第1圖）。然後， 工匠藉由以下方式將絕緣墊10緊固至容器底部：將第三磁鐵30c 壓至容器底部，並於鉸鏈36a、36b處彎折絕緣墊10，以將第一磁 鐵30a及第二磁鐵30b緊固至相對應之容器側壁20。於使用後， 可輕易地拆下絕緣墊10。預期當絕緣墊10不在容器12上使用時， 200840925 可藉由以下方式而容易地儲存之：於鉸鏈36a、36b處折疊絕緣墊， 使第一磁鐵30a及第二磁鐵30b相互疊置並置於第三磁鐵30c頂 上（第6圖）。於此種形態中，磁鐵3 0a-30c藉由磁性而相互附著 於一起，且絕緣墊10平整至足以裝入工匠之口袋内。此係為一優 於現有絕緣墊之預期優點一現有絕緣墊於不使用時可能笨重且難 以儲存。 儘管上文係顯示及闡述用於一容器之一磁性絕緣墊之一具體實 施例，然而熟習此項技藝者應理解，亦可對其作出各種改動及修 W 改，此並不背離更廣態樣之及在下文申請專利範圍中所述之本發 明。 【圖式簡單說明】 第1圖係為本發明之絕緣墊附裝至一容器之一立體圖； 第la圖係為本發明之絕緣墊附裝至容器之之一端視圖； 第2圖係為第1圖所示絕緣墊於一展平位置之一俯視平面圖；’ 第3圖係為第2圖所示絕緣墊之一仰視圖； # 第4圖係為沿第3圖之線4-4及所示方向截取之一片斷剖視圖； 第4a圖係為第4圖之圓圈部分之一片斷放大圖； 第5圖係為第2圖之絕緣墊之另一實施例之一俯視平面圖；以 及 第6圖係為第3圖之絕緣墊於一折疊形態之一俯視平面圖。 【主要元件符號說明】 10 :絕緣墊 12 :容器 14 :撓性本體 16 :第一外表面 15 200840925Clothes to different sizes of containers/mud plates. However, it should be understood that other incision configurations may also be suitable depending on the end application. Referring now to Figures 3 and 4, each of the hinges 3 6a, 36b includes two rows of ridges 44a, 44b' which project from the second surface 18 of the body and are disposed generally parallel to each other. Preferably, the first row of ridges 44a are constructed and arranged to grip the bottom raft 22 of the mud pan, and the second row of ridges 44b are constructed and arranged to grip the side walls 2 of the mud pan. The first column ridge 44a and the second column ridge are preferably arranged substantially perpendicular to the slit c. Although it will be appreciated that other configurations may be suitable. Also preferably, the first row of ridges 44a and the second row of ridges are located in an area defined by the axial ends of the slits 42. As best shown in Fig. 4, the first row of ridges 44a and the second row of ridges are preferably disposed at - substantially equal heights to ensure that the side walls 2 of the container are grasped at all times. The first column ridges and the second column ridges preferably have substantially the same pointed ends 46 for gripping the container 12, although it is contemplated that the end view application may be suitable for other configurations. . Further, the first column ridge 44a and the second column ridge 44b are formed with a groove 48 therebetween. Preferably, the recess 48 is configured to flex and accommodate a corresponding corner 24 of the container (see FIG. 1A). 13 200840925 Another embodiment of the insulating mat is illustrated in FIG. 5, the insulating mat of which is labeled 50. The insulating mat and the common components of the insulating mat 50 are labeled with the same reference numerals. Insulation pad 50 includes a body 52 having a first outer surface 54 and a second surface 56 for contacting container 12. The body 52 is preferably elliptical with a rounded end 58 and a straight edge 60 for joining the rounded ends 58. Similar to the insulating pad 10, the outer surface 54 of the insulating pad 50 includes a first panel 62a, a second panel 62b and a third panel 62c, wherein the first panel 62a and the second panel 62b are disposed opposite to the insulating mat 50. The third panel 62c is located substantially centrally on the insulating mat 50. The first panel 62a and the second panel 62b include ribs 28 to provide a reliable grip surface for the craftsman's hand. The insulating mat 50 further includes hinges 36a, 36b, each of which is provided for the third panel 62c. It is separated from the first panel 62a and the second panel 62b. The second surface 56 is constructed identically to the second surface 18 except that the shape of the magnet and corresponding recess (not shown) conforms to the shape of the panels 62a-62c. It is contemplated that when fastened to the container 12, the insulating mat 50 does not extend upwardly along the side wall 20 as high as the insulating mat 10, which further prevents the insulating mat from being used when the plaster is splashed onto the side wall and the craftsman must use a scraper to remove the stucco. It can cause interference and hindrance. When the insulating mat 10 is to be used together with the container 12, the craftsman can align one of the longitudinal axes "L" of the third magnet 30c with the longitudinal axis "R" of the bottom portion 22 of the container (Fig. 1). Then, the craftsman fastens the insulating mat 10 to the bottom of the container by pressing the third magnet 30c to the bottom of the container and bending the insulating mat 10 at the hinges 36a, 36b to press the first magnet 30a and the second magnet 30b is fastened to the corresponding container side wall 20. The insulating mat 10 can be easily removed after use. It is expected that when the insulating mat 10 is not used on the container 12, 200840925 can be easily stored by folding the insulating mat at the hinges 36a, 36b so that the first magnet 30a and the second magnet 30b are placed one on top of the other. The three magnets 30c are on top (Fig. 6). In this form, the magnets 30a-30c are attached to each other by magnetism, and the insulating mat 10 is flat enough to fit into the pocket of the craftsman. This is an advantageous advantage over prior insulation mats. Existing insulation mats can be cumbersome and difficult to store when not in use. Although a specific embodiment of a magnetic insulating mat for a container has been shown and described above, it will be understood by those skilled in the art that various modifications and modifications may be made thereto without departing from the broader aspects. The invention as described in the scope of the patent application below. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a gasket attached to a container of the present invention; FIG. 1 is an end view of the insulating pad attached to the container of the present invention; Figure 1 shows a top view of the insulating mat in a flattened position; 'Figure 3 is a bottom view of one of the insulating mats shown in Figure 2; # Figure 4 is a line 4-4 along line 3 and A cross-sectional view of one of the segments taken in the direction shown; a fourth enlarged view of one of the circled portions of FIG. 4; and a top plan view of another embodiment of the insulating mat of FIG. 2; The figure is a top plan view of the insulating mat of Figure 3 in a folded configuration. [Main component symbol description] 10 : Insulation pad 12 : Container 14 : Flexible body 16 : First outer surface 15 200840925
18 :第二表面 20 :側壁表面· 21 :端壁表面 22 :底部表面 24 :角隅 26a :第一面板 26b :第二面板 26c :第三面板 28 :肋 30a :第一磁鐵’ 30b ··第二磁鐵 30c :第三磁鐵 31 :圓角角隅 32a ··凹陷部 32b :凹陷部 32c ··凹陷部 34 ·•雙面膠帶 36a :欽鍵 36b :鉸鏈 38 :抓握面 40 :鉸鏈抓握面 42 :切口 44a :第一列凸脊 44b :第二列凸脊 46 :尖頭狀之末端 48 :凹槽 50 :絕緣墊 52 :本體 54 :第一外表面 56 :第二表面 58 :圓角端 60 :直邊 62a ··第一面板 62b :第二面板 62c :第三面板 1618: second surface 20: side wall surface 21: end wall surface 22: bottom surface 24: corner 隅 26a: first panel 26b: second panel 26c: third panel 28: rib 30a: first magnet '30b ·· Second magnet 30c: third magnet 31: rounded corner 隅 32a · recessed portion 32b: recessed portion 32c · recessed portion 34 · double-sided tape 36a: key 36b: hinge 38: grip surface 40: hinged catch Grip surface 42: slit 44a: first row of ridges 44b: second row of ridges 46: pointed end 48: groove 50: insulating pad 52: body 54: first outer surface 56: second surface 58: Rounded end 60: straight edge 62a ··first panel 62b: second panel 62c: third panel 16