五、新型說明 【新型所屬之技術領域】 本創作係特別指輪送帶或跑步帶在無須貼合加工下，即可 一貫化的將®層結合於布層外表面之特別技術，使之逕具有自 動化生產、符合經濟原則、高品質等等諸項優點。 【先前技術】 請參看第-®，現今輸送帶或跑步帶⑺兩端係以高週波 連結’使其能圈繞於前、後傳動輪外側（圖中未示），用以達到 輸送及提供使用者原地踩踏之作用。 請配合第二、三及四圖觀之，現今輸送帶或跑步帶〇係 至少包括有： 一布層（1)，其係由經紗（11)及緯紗（12)交織而成，在經 紗（11)與緯紗（12)之間會形成有相應之孔隙（13)，此布層G) 内表面能圈繞於兩傳動輪外侧； 一黏著劑層（2)，其係透過一糊膠機在布層（1)外表面塗上 黏著劑，使之能滲入布層（1)孔隙（13)中，並以烘乾機加以烘 乾；以及 購置之皮層（3)，其係採貼合加工的方式，使皮層（3)透過 黏者劑層（2)而結合於布層（1)之外表面。 但習知輸送帶或跑步帶（T)至少有以下缺點： (一）其皮層（3)有容易掀離之缺點，具體而言，其黏著劑 層（2)係滲入布層（1)孔隙（13)中而彼此形成凹凸不平之接著 M374365 - 面，至於黏著劑層（2)與皮層（3)間之接著面則是呈平整狀，所 • 以黏著劑層（2)、皮層（3)間之接著面係較黏著劑層（2)、布層 (1)小，且較無法承受多方向性之踩踏應力，導致皮層（3)有貼 合牢度欠佳之問題，僅能適用於較小之踩踏應力。 (二）其皮層（3)之表面大都為黑色及灰色兩種素色，外觀 .性並不足，其頂多透過糊膠機在皮層（3)表面塗上黏著劑，用 .以貼合加工出一圖層，可是該製造過程因工序增加而累積工 鲁時，實不具有經濟效益，此乃目前加工技術無法突破之處。 本創作者有鑑於現行輸送帶或跑步帶於實際使用上所產 生的諸多問題點，乃經悉心地試驗與研究，並一本鍥而不捨之 創作精神，終開發出具實用功效之本創作。 【新型内容】 本創作主要内容在於：提供一種輸送帶或跑步帶（二），其 包括有： 鲁 一布層； 一對應設置於布層外表面之圖層；以及 一淋膜層，其係經過模押成薄膜狀，利用餘溫熔融的滚壓 結合於布層與圖層之間，據以同步的完成該輸送帶或跑步帶， 此一結構加工方式，除大幅節省工時與提昇效率外，且在同步 加工下達成符合經濟之原則及新穎功能，以去除習用結構的不 良問題，有效地增進品質、提高生產效率，確實為輸送帶或跑 步帶加工提出一有效解決之新穎技術。 主 性 本創作另一内容在於：提供—種輪送帶或跑步帶（二），盆 要在琳膜層設Ϊ有緩_震結構，以提财_ - 之踩踏舒適 【實施方式】 為使貴審查委員能進-步瞭解本創作之結構，特徵及其 -他目的，玆附以較佳實施例之圖式詳細說明如后： -請參閱第五及六圖，本創作輪送帶或跑步帶至少包括有： 一布層（1)，其係由經紗（11)及緯紗（12)交織而成，而具 有相對應之外表面、内表面，並在經紗（11)與緯紗（12)之間會 形成有貝穿兩面之孔隙，所述布層（1)之經紗（1 1 )、緯紗（1 2 ) 能採用具有抗靜電劑之紗線，或者將該布層浸入抗靜電劑中， 以達到抗靜電之效果； 一對應設置於布層（1)外表面之圖層（4)，其具所需之圖案 設置；以及 一淋膜膚（5 )’其係利用一 T型模具押出一熱融狀態之溥 膜，並將上述布層（1)及圖層（4)移送通過該τ型模具，使此淋 膜層（5)利用餘溫熔融的滾壓接著於布層（1)外表面、圖層（4) 之間’使淋膜層（5)能相應的侵入布層（1)經紗（11)與緯紗（12) 間之孔隙中，令淋膜層（5)能一體形成凹凸不平之接著面 (51) ’使該接著面（51)嚙合於布層（1)孔隙中，藉此增加彼此 之接著面積、抗剝離力以及延伸抵抗力；至於淋膜層（5)另面 則能同步的結合圖層（4)，用以大大提升整體外觀設計之空 M374365 - 間，且使該淋膜層（5)、圖層（4)同具有凹凸不平的表面，用以 - 提供踩踏所需之摩擦力；所述淋膜層（5)中能藉由摻入抗靜電 劑，而達到抗靜電之效果。 由上述之結構說明得知，本發明之淋膜層（5)無須貼合加 工下即可同步與布層（1 )、圖層（4)結合，其至少具有以下優點： . (一）在加工的過程中，其淋膜層（5)、布層（1)、圖層（4) .結合可以自動的方式同步完成，自然較習用過多工序更為方便 # 快速，使本創作確能發揮革命性的高度創作與經濟效益，使生 產更具有效率。 (二）其淋膜層（5)接著面（51)之總面積遠較習知增加，且 由於凹凸不平接著面（51)係嵌入布層（1)經紗（11)與緯紗（12) 間之孔隙中，所以可承受多方向性之踩踏應力，令淋膜層（5) 及布層（1)有結合牢固之優點，而可適用於踩踏應力較大之情 形；此外，嵌入布層（1)孔隙中之接著面（51)，由於是與淋膜 籲層（5) —體設置，應力擴散效果較佳，所以可改善布層（1)之抗 延展性。 請參閱第七圖，其係本創作第二實施例，該實施例主要在 布層（1)内表面另外塗佈的結合有一膠層（6)，使之與淋膜層（5) 接著面（51)鏈結的將布層（1)夾制其中，藉該膠層（6)設置，而 可改善布層内表面與兩傳動輪接觸之耐磨性，更重要的是，能 使布層（1)、淋膜層（5)、膠層（6)三者同具有結合牢靠不虞掀 離之結構特點；所述膠層（6)得摻入抗靜電劑，使之能減少靜 M374365 • 電產生情形。 - 請參閱第八圖，其係本創作第三實施例，該實施例主要在 圖層（4)外表面另外同步滚軋結合有一可透光之第二淋膜層 (7)，用以保護圖層（4)，使之能改善圖層（4)之耐磨性，此第 二淋膜層（7)外表面則形成有凹凸不平之紋路（71)，使之足以 _提供所需的踩踏摩擦力，以及具有不易打滑之使用優點。 . 另外，值得一提的是，本創作淋膜層（5)設置有緩衝避震 • 結構，藉此以提供有較佳之踩踏舒適性；所述緩衝避震結構可 如第九圖所示的在淋膜層（5)中佈設有中空膨脹球（8)或中空 玻璃珠，其亦可如第十及Η —圖所示的在淋膜層（5)表面滾軋 凹設獨立、連結或部份連結之氣室（52)達成，當然該淋膜層（5) 可採雙層複合的將前述氣室（52)形成於内部，此氣室（52)除具 有緩衝避震之功能外，其另具有可減輕淋膜層（5)重量之優 點。至於第十二圖則是進一步的於前述氣室（52)充填凝膠、流 • 體或氣體等具緩衝性之介質（53)，使之具有更為優異之避震效 果。 綜上所述，是一技術理念上的高度創作，且整體結構亦屬 新穎，應符創作專利申請要件，爰依法提出申請。惟以上所述 者，僅為本創作之一較佳實施例而已，當不能以之限定本創作 實施之範圍，即大凡依本創作申請專利範圍所作之均等變化與 修飾，皆應仍屬本創作涵蓋之範圍内。 M374J03 【圖式簡單說明] 第一圖 第二圖 第三圖 第四圖 第五圖 第六圖 第七圖 第八圖 第九圖 第十、 十 係習知跑步機之外觀示意圖。 係1知輪送帶或跑步帶之布層平面示意圖。 ^ Ή輸送帶或跑步帶之橫向剖面示意圖。 4头輸送帶或跑步帶之縱向剖面示意圖。 係本創作輸送帶或跑步帶之橫向剖面示意圖。 係本創作輪送帶或跑步帶之縱向剖面示意圖。 係本創作第二實施例之橫向剖面示意圖。 係本創作第三實施例之橫向剖面示意圖。 第十二圖：係本創作緩衝 …’ Λ" r主蓉分彼-1 野避晨、、、。構之第三實施例圖 L主要7〇件付號說明】 (T)跑步帶 (11)經紗 ^本創作淋騎設置緩麵震結構之實施例圖 一圖：係本創作緩衝避震結構之第二實施例圖 (1)布層 (13)孔隙 (12)緯紗 (2) 黏著劑層 (3) 皮層 (51)接著面 (6)膠層 (8)中空膨脹球 (4)圖層 (52)氣室 (Ό第二淋膜層 (5)淋膜層 (53)介質 (71)紋路 8V. New description [New technical field] This creation system refers to the special technique of combining the belt layer or the running belt to the outer surface of the fabric layer without the need for lamination processing. Automated production, economic principles, high quality and many other advantages. [Prior Art] Please refer to the -®. Nowadays, the conveyor belt or the running belt (7) is connected with a high-frequency connection at both ends to enable it to be wound around the front and rear of the transmission wheel (not shown) for conveying and providing. The role of the user stepping on the ground. Please cooperate with the second, third and fourth figures. Today's conveyor belts or running belts include at least one cloth layer (1), which is made up of warp yarns (11) and weft yarns (12). 11) A corresponding aperture (13) is formed between the weft yarn (12), and the inner surface of the layer G) can be wound around the outside of the two transmission wheels; an adhesive layer (2) is passed through a paste machine. Applying an adhesive to the outer surface of the cloth layer (1) so that it can penetrate into the pores (13) of the cloth layer (1) and be dried by a dryer; and the purchased skin layer (3) is attached. The processing method is such that the skin layer (3) is bonded to the outer surface of the cloth layer (1) through the adhesive layer (2). However, the conventional conveyor belt or running belt (T) has at least the following disadvantages: (1) The cortex (3) has the disadvantage of being easily separated, and specifically, the adhesive layer (2) is infiltrated into the cloth layer (1). (13) in the form of ruggedness followed by M374365 - face, as the adhesion between the adhesive layer (2) and the skin layer (3) is flat, with the adhesive layer (2), cortex (3 The adhesion surface is smaller than the adhesive layer (2) and the cloth layer (1), and is less able to withstand the multi-directional treading stress, resulting in poor adhesion of the skin layer (3), only applicable. For less pedaling stress. (2) The surface of the cortex (3) is mostly black and gray, and the appearance is not sufficient. The top is coated with adhesive on the surface of the cortex (3) through the paste machine. A layer is produced, but when the manufacturing process is accumulated due to the increase in the number of processes, there is no economic benefit. This is where the current processing technology cannot break through. In view of the many problems that the current conveyor belt or running belt has in practical use, the creator has carefully tested and researched, and has worked hard to create a practical and practical creation. [New content] The main content of this creation is to provide a conveyor belt or a running belt (2), which comprises: a layer of Lu; a layer corresponding to the outer surface of the cloth layer; and a layer of laminating film The mold is formed into a film shape, and is rolled and bonded between the cloth layer and the layer by rolling with residual temperature, and the conveyor belt or the running belt is completed synchronously. This structural processing method not only saves labor and improves efficiency, but also saves labor and efficiency. And under the synchronous processing to achieve economic principles and novel functions, in order to remove the problem of the conventional structure, effectively improve the quality, improve production efficiency, and indeed provide a new and effective solution for the processing of conveyor belt or running belt. Another content of the main creation is: provide a kind of wheel belt or running belt (2), the basin should be set in the Lin film layer with a slow-sound structure to make money _ - the pedaling comfort [implementation] Your review board will be able to further understand the structure, features and objectives of this creation. The following is a detailed description of the drawings of the preferred embodiment: - Please refer to Figures 5 and 6 for the creation of the belt or The running belt includes at least: a cloth layer (1) which is interwoven by warp yarns (11) and weft yarns (12), and has corresponding outer surfaces, inner surfaces, and warp yarns (11) and weft yarns (12). There is a gap between the two sides of the shell, and the warp yarn (1 1 ) and the weft yarn (1 2 ) of the cloth layer (1) can be made of a yarn having an antistatic agent, or the cloth layer can be immersed in an antistatic agent. In order to achieve an antistatic effect; a layer (4) corresponding to the outer surface of the cloth layer (1) having a desired pattern setting; and a coating film (5)' utilizing a T-shaped mold Extrusion of a film in a hot melt state, and transferring the above-mentioned cloth layer (1) and layer (4) through the τ-type mold to make the film (5) Rolling with residual temperature melting followed by the outer layer of the cloth layer (1) and between the layers (4) 'to enable the coating layer (5) to intrude into the layer (1) warp yarn (11) and weft yarn (1) 12) In the gap between the layers, the coating layer (5) can be integrally formed with the uneven surface (51) 'move the bonding surface (51) into the pores of the cloth layer (1), thereby increasing the bonding area of each other , anti-peeling force and extension resistance; as for the laminating layer (5), the other layer can be synchronously combined with the layer (4), which can greatly enhance the overall design of the space M374365 - and make the laminating layer (5) The layer (4) has the same uneven surface for providing the frictional force required for stepping on; the coating layer (5) can achieve an antistatic effect by incorporating an antistatic agent. According to the above structural description, the coating layer (5) of the present invention can be combined with the cloth layer (1) and the layer (4) simultaneously without being subjected to lamination processing, and has at least the following advantages: (1) Processing In the process, the laminating layer (5), the cloth layer (1), and the layer (4) can be combined in an automatic manner, which is more convenient than the conventional process. The rapid creation makes the creation truly revolutionary. The high degree of creation and economic benefits make production more efficient. (2) The total area of the coating layer (5) and the surface (51) is far more conventional than that, and because the uneven surface (51) is embedded in the layer (1) between the warp (11) and the weft (12) In the pores, it can withstand the directional stress of the multi-directionality, so that the coating layer (5) and the cloth layer (1) have the advantages of strong bonding, and can be applied to the case where the pedaling stress is large; in addition, the embedded layer ( 1) The adhesion surface (51) in the pores is better than the coating layer (5), and the stress diffusion effect is better, so the ductility of the cloth layer (1) can be improved. Please refer to the seventh figure, which is a second embodiment of the present invention. The embodiment is mainly coated on the inner surface of the cloth layer (1) with a glue layer (6) bonded to the film layer (5). (51) The layer (1) of the chain is sandwiched by the glue layer (6), thereby improving the wear resistance of the inner surface of the cloth layer and the two transmission wheels, and more importantly, enabling the cloth. The layer (1), the coating layer (5), and the rubber layer (6) have the structural characteristics of being firmly bonded without being separated; the rubber layer (6) is doped with an antistatic agent, so that it can reduce the static M374365 • Electricity generation. - Please refer to the eighth embodiment, which is a third embodiment of the present invention. The embodiment is mainly used for additionally rolling on the outer surface of the layer (4) and combining a second light-permeable layer (7) for protecting the layer. (4), so as to improve the wear resistance of the layer (4), the outer surface of the second coating layer (7) is formed with uneven lines (71), which is sufficient to provide the required pedaling friction And has the advantage of being difficult to slip. In addition, it is worth mentioning that the inventive coating layer (5) is provided with a cushioning suspension structure to provide better pedaling comfort; the cushioning suspension structure can be as shown in the ninth figure. A hollow expansion ball (8) or a hollow glass bead is disposed in the coating layer (5), which may also be rolled, recessed, or connected on the surface of the coating layer (5) as shown in the tenth and the first The partially connected gas chamber (52) is achieved. Of course, the coating layer (5) can be formed by a double layer composite, wherein the gas chamber (52) is formed inside, and the gas chamber (52) has the function of buffering and absorbing shock. It has the advantage of reducing the weight of the coating layer (5). The twelfth plan is further characterized in that the gas chamber (52) is filled with a cushioning medium (53) such as a gel, a fluid or a gas to provide a more excellent shock absorbing effect. To sum up, it is a high-level creation of a technical concept, and the overall structure is also novel, should be in accordance with the requirements for the creation of patent applications, and apply in accordance with the law. However, the above is only a preferred embodiment of the present invention. When it is not possible to limit the scope of the creation of the creation, that is, the equal change and modification of the patent application scope of this creation should still belong to the creation. Within the scope of coverage. M374J03 [Simple diagram of the diagram] First diagram Second diagram Third diagram Fourth diagram Fifth diagram Sixth diagram Seventh diagram Eighth diagram Ninth diagram Tenth, tenth The schematic diagram of the appearance of the treadmill. The system 1 shows the plane layout of the belt or the running belt. ^ A schematic cross-sectional view of the belt or running belt. A schematic longitudinal section of a 4-head conveyor belt or running belt. A schematic cross-sectional view of the creative conveyor belt or running belt. A schematic longitudinal section of the creative belt or running belt. A schematic cross-sectional view of a second embodiment of the present invention. A schematic cross-sectional view of a third embodiment of the present invention. Twelfth picture: This is the creation of the buffer ...' Λ" r main 分 分 分 -1 野 早 morning,,,. The third embodiment of the structure Figure L main 7 付 付 说明 】 】 】 ( ( ( 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施Second Embodiment Figure (1) Fabric Layer (13) Pore (12) Weft (2) Adhesive Layer (3) Cortex (51) Adhesive Surface (6) Adhesive Layer (8) Hollow Expanded Ball (4) Layer (52 Air chamber (Ό second coating layer (5) coating layer (53) medium (71) grain 8