M317915 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種通風透氣效果顯著，使用更符衛生的橡塑發泡 膠墊透氣構造改良° 【先前技術】 按，一般橡塑發泡膠墊，如EVA、PU、TPR、pvc等材 質發泡成型之膠墊，藉其材質壓縮柔軟彈性，常在傢倶之椅墊、床墊、 _鞋子之中底錄、服飾之襯墊等多種領域產品上被利用，然而，橡塑 發泡膠墊材料本身並不具透氣觀性，因而，在諸多商品的利用上， 還必須設計有透氣構造來符合商品之姐衛㈣求 發泡 嫌構造，如圖丄，係在塾趙丄之表面開設複數個透氣=發： 用透氣孔2的空氣流通作用，降低塾體工的聚熱現象，唯，習用塾體 1之使用’如圖2，若-面端被物件3承受雜擋時，其透氣孔⑽ 會減低或喪失軌仙，造綠熱效林良，料產生異味，不符衛 •生條件要求，有待改進。 ^ 【新型内容】 本創作之主要目的躲提供—姆㈣泡轉魏構造改良， 在-第-透輯布上貼合多數侧立的糾型發娜塊再由各發 面:Γ合一第二透氣織布’構成-使每-發泡· 布働輸綱—_彻二物 斤冓成之連結，其每一發泡膠塊相互間具有_空隙 空隙互通魏-__之綱道；私—發轉触第一編 M317915 布及第二透氣織布連結所達成之解脫限制，俾提供物件之襯墊用途 上藉由透氣槽道不阻塞性的把熱氣及濕氣通過第一、第二透氣織布 排出外界的不聚熱通風作用及效益，令膠墊可以更符合衛生的使用。 • 本創作之次一目的係在提供一種橡塑發泡膠墊透氣構造改良，其 中，夕數發泡膠塊貼合在第一透氣織布與第二透氣織布内面，該每一 發泡膠塊’依膠墊用途之差異性，可以為EVA、PU、TPR、T E P V C等橡塑膠材料發泡成型之發泡膠塊，且依每一發泡膠塊 鲁允許獨立性的材質變化或不同軟硬度與彈性的變化，使墊面可以按照 使用的需求，局部產生不同軟硬度與彈性。 本創作之再一目的係在提供一種橡塑發泡膠墊透氣構造改良，其 中，貼合在第一透氣織布與第二透氣織布内面連結之多數發泡膠塊， 為夕項4何形狀發泡膠塊，且每一發泡膠塊相互間空隙互通所形成之 網路型態透氣槽道，為非直通之曲繞透氣槽道，據以第一透氣織布與 第一透氣織布對多數發泡膠塊連結構成之墊體，具有良好抗撕裂強度。 籲本創作之另—目的係在提供一種橡塑發泡膠墊透氣構造改良，其 中貼合在第一透氣織布與第二透氣織布内面連結之多數發泡膠塊， 其母-發泡膠塊相互間空隙互通所形成之網路型態透氣槽道内，係填 充有允許空氣流通之網孔棉層，據以網孔棉層一併在第一透氣織布與 第一透氣織布内面抛合連結，有效提昇雜使用之抗撕裂強度。M317915 VIII. New description: 【New technical field】 This creation is related to a kind of ventilation and ventilation effect, which is improved by using a more hygienic rubber-plastic foam pad. [Previous technique] Press, general rubber-plastic styrofoam Pads, such as EVA, PU, TPR, pvc and other materials foam molding, by its material compression soft and elastic, often at home in the cushions, mattresses, _ shoes in the bottom, clothing pads and other fields The product is used, however, the rubber-plastic foam pad material itself is not breathable. Therefore, in the use of many commodities, it is also necessary to design a breathable structure to conform to the product of the sister (four) seeking foaming structure, such as Figure 丄, is to open a number of breathables on the surface of 塾 丄 = = hair: use the air circulation of the venting hole 2 to reduce the heat accumulation phenomenon of the 塾 body, only the use of the 塾 body 1 'Figure 2, if - face When the object 3 is subjected to the chord, the vent hole (10) will reduce or lose the rail sensation, and the green heat effect will be good, and the odor will be generated, which is inconsistent with the requirements of the health and living conditions and needs to be improved. ^ [New Content] The main purpose of this creation is to provide the ─ (4) bubble-transformed Wei structure improvement, and the majority-side correction pattern on the ---transparent cloth is then made up of various hairs: The second ventilating woven fabric 'constructs--the joint of each foaming and cloth — _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Private-transfer touches the restriction of the first M317915 cloth and the second ventilated woven fabric. The lining of the object is used to pass the hot air and moisture through the venting channel without blocking. The two ventilated woven fabrics discharge the external heat-dissipating effect and benefits, so that the rubber mat can be more hygienic. • The second objective of the present invention is to provide a breathable structure of a rubber-plastic foam pad, wherein a plurality of foam blocks are attached to the inner surface of the first breathable fabric and the second breathable fabric, each foaming Depending on the difference in the use of the rubber block, it can be a foamed rubber block for foaming of rubber and plastic materials such as EVA, PU, TPR, TEPVC, etc., and depending on the material of each foam rubber block, the material may be changed independently or differently. The softness and elasticity change, so that the mat surface can produce different softness and elasticity locally according to the needs of use. A further object of the present invention is to provide a breathable structure of a rubber-plastic foam pad, wherein a plurality of foam blocks bonded to the inner surface of the first breathable fabric and the second breathable fabric are a shape styrofoam block, and a network type venting channel formed by interlacing each other with a gap between the foaming blocks, and a non-straight winding venting channel, according to the first permeable woven fabric and the first permeable woven fabric The cloth has a good tear strength for the pad body composed of a plurality of foamed rubber blocks. Another purpose of the creation is to provide a rubber and plastic foam pad breathable structure, wherein a plurality of foam blocks bonded to the inner surface of the first gas permeable fabric and the second gas permeable fabric are bonded to the mother-foaming. The mesh-type venting channel formed by the inter-space gap between the rubber blocks is filled with a mesh cotton layer which allows air to circulate, and the mesh cotton layer is also inside the first permeable woven fabric and the first permeable woven fabric. Drop the joint to effectively improve the tear strength of the miscellaneous use.
【實施方式】 X 一種橡塑發泡膠塾透氣構造改良，如圖丄、2所示，係在一第一 透氣織布10上貼合多數個獨立的板片型發泡膠塊2 〇，再由各發泡 M317915 :塊2 0之另一表面端’貼合一第二透氣織布3 〇，構成一使每一發 泡膠塊2 0相互連結之㈣，其中，各發鱗塊2 ◦貼合在第一 織布10與第二透氣織布3◦内面所構成之連結，配合圖3，盆每: mm賴—網路型態 j孔槽道21 ’如圖1、2、3 ;據以-發泡膠塊2 〇被第 織布i 〇及㈣姆3 〇連結爾_物= 概上’如圖6、7，藉由糊道21不阻紐的把熱氣· 氣通過第H謝2 Q、3 Q輪纖通風作用^ 效盈，令膠墊可以更符合衛生的使用。 按上述本創作之實施例，如圖i、2、3，其中，多數發泡膠塊 2 0貼合在第-透氣織布i Q與第二透氣織布3 ◦㈣，該每一發泡 膠塊2 0 ’依膠墊用途之差異性’可以為£VA、pu、、丁 P E、P V C等橡歸材料發域型之發轉塊2 Q，且依每一發包 膠塊2 0允許獨立㈣材質航或不_硬度與雜賴化，使塾面 可以按照個的需求，局部產生不_硬度與彈性。 再按上述實關’本_在發蹄塊2 Q連結之穩轉要求上， 如圖1、2、3，其中，貼合在第一透氣織布i 〇與第二透氣織布3 0内面連結之錄發泡賴2 q ’可為六肖乡舰何微發泡膠塊2 0，且每-發泡膠塊2 Q相互間郎:互通所形狀網路型態透氣槽道 21，為非直通之曲繞透氣槽道21，據以第一透氣織布1〇盘第二 透氣織布3⑽多數發泡膠塊2 〇連結構成之墊體，具有良好抗撕裂 強度；且在相同效益達成上’如圖8，該幾何形狀之發轉塊2 〇 a， M317915 亦可為L形等其他等效造形，均能得到良好抗撕裂強度之效益。 又，對於抗撕裂強度的要求上，本創作可由以下之實施，達到更 佳效果，如圖9、10，其中，貼合在第一透氣織布1〇與第二透氣 .織布3 0内面連結之多數發泡膠塊2 0，其每—發泡膠塊2 〇相互間 空隙互通所形成之網路型態透氣槽道21内，係填充有允許空氣流通 之網孔棉層4 0，據以網孔棉層4 0—併和發泡膠塊2 〇被貼合在第 一透氣織布1〇與第二透氣織布3 〇内面，乃能由網孔棉層4 〇連結 •第一透氣織布10與第二透氣織布30的固定作用，在不失通風效^ 的表現上，更加的提昇膠墊使用之抗撕裂強度。 【圖式簡單說明】 圖1係習用橡塑發泡膠墊透氣構造示意圖 圖2係習用橡塑發泡膠墊透氣構造實施剖面示意圖 圖3係本創作外觀構造示意圖 圖4係本創作斷面構造示意圖 _ 圖5係本創作半剖面構造示意圖 圖6係本創作實施狀態斷面示意圖 、 圖7係本創作實施散熱狀態示意圖 圖8係本創作發泡膠塊形體另一實施例圖 圖9係本創作再一實施例斷面構造示意圖 圖10係本創作再一實施例半剖面構造示意圖 【主要元件符號說明】 墊體1 透氣孔2 M317915 物件3 發泡墊塊2 Ο、2 0A 第二透氣織布3 Ο 第一透氣織布1 Ο 透氣槽道21 網孔棉層4 0[Embodiment] X A rubber-plastic styrofoam permeable structure is improved. As shown in FIG. 2 and 2, a plurality of independent slab-type styrofoam blocks are attached to a first permeable woven fabric 10, Further, each of the foamed M317915: the other surface end of the block 20 is fitted with a second permeable fabric 3 〇 to form a joint (4) in which each of the foamed rubber blocks 20 is connected to each other, wherein each of the scales 2 The ◦ is bonded to the inner surface of the first woven fabric 10 and the second woven fabric 3 ,, and the lining of each of the basins is as follows: mm 1, the network type j-hole channel 21 ' According to the - styrofoam 2 〇 第 第 第 第 ( ( ( ( ( ( ( _ _ _ = = 概 概 概 概 概 概 概 概 概 概 概 概 概 概 概 概 概 概 概 概 如图 如图 如图 如图 如图 如图 如图 如图 如图 如图 如图 如图 如图H X 2 2, 3 Q wheel fiber ventilation effect ^ effect, so that the pad can be more hygienic use. According to the embodiment of the present invention, as shown in Figures i, 2, and 3, wherein a plurality of foamed rubber blocks 20 are attached to the first air permeable fabric i Q and the second air permeable fabric 3 (four), each of the foaming The difference of the rubber block 2 0 'depending on the use of the rubber pad' can be 0VA, pu, butyl PE, PVC and other rubber-backed materials, and the transfer block 2 Q, and each of the rubber blocks 20 is allowed to be independent. (4) The material is aeronautical or not _hardness and miscellaneous, so that the kneading surface can be locally produced according to the needs of the individual, not toughness and elasticity. Then, according to the above-mentioned actual requirements, the present invention is shown in Figs. 1, 2, and 3, wherein the first permeable fabric i 〇 and the second permeable fabric 30 are bonded to the inside. Linked to the record foaming Lai 2 q ' can be six Xiaoxiang ship He Wei foam block 2 0, and each - foam block 2 Q mutual Lang: Interconnected shape network type ventilation channel 21, for Non-straight winding around the venting channel 21, according to the first permeable woven fabric 1 〇 second permeable woven fabric 3 (10), most of the styrofoam 2 〇 connected to the pad body, has good tear strength; and the same benefits As shown in Fig. 8, the geometric shape of the rotating block 2 〇a, M317915 can also be L-shaped and other equivalent shapes, can obtain good tear strength benefits. Moreover, for the requirements of the tear strength, the present invention can be implemented by the following, to achieve a better effect, as shown in Figures 9, 10, wherein the first permeable fabric 1 〇 and the second permeable fabric woven 3 0 A plurality of styrofoam blocks 20 connected to the inner surface, each of which is formed in a network-type venting channel 21 formed by interconnecting the viscous blocks 2 to each other, is filled with a mesh layer of cotton which allows air to circulate. According to the mesh cotton layer 40 - and the foamed rubber block 2 〇 is attached to the inner surface of the first permeable woven fabric 1 〇 and the second permeable woven fabric 3 ,, which can be connected by the mesh cotton layer 4 • The fixing action of the first permeable woven fabric 10 and the second permeable woven fabric 30 can further improve the tear strength of the rubber pad without losing the performance of the ventilation effect. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of a gas-permeable structure of a conventional rubber-plastic foam pad. Figure 2 is a cross-sectional view of a conventional rubber-plastic foam pad ventilation structure. Figure 3 is a schematic diagram of the appearance of the creation. Schematic diagram _ Fig. 5 is a schematic diagram of the semi-sectional structure of the present invention. Fig. 6 is a schematic sectional view showing the state of the present invention, and Fig. 7 is a schematic diagram of the heat dissipation state of the present invention. Fig. 8 is another embodiment of the foamed rubber block of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 10 is a schematic view showing a half-section structure of another embodiment of the present invention. [Main component symbol description] Pad body 1 Ventilation hole 2 M317915 Object 3 Foam pad 2 Ο, 2 0A Second air permeable weave Cloth 3 Ο First permeable fabric 1 透气 Ventilation channel 21 Mesh cotton layer 4 0