1379221 九、發明說明： 【發明所屬之技術領域】 本發明係與電腦腕墊有關，更詳而言之是指一種 電腦腕塾之製法者。 【先前技術】 按’習知電腦腕墊之製法大體上係先將貼有—非 φ 透氣性彈性層之一布料鋪置於模具之模穴表面，則布 料可受模穴壁面所設之抽氣孔吸附而密閉貼合於模穴 壁面’再將PU、EVA、TPR、Silicon、泡棉等彈性材 料置入或灌注於模穴之凹入部分而成型，繼而於彈性 材料與非透氣性彈性層表面灌注防滑材料（pu)而成 型，或黏貼一止滑墊（通常以橡膠材料製成），再經裁 切、修邊等程序而製成具有支撐手腕部分及供滑鼠滑 移平坦部分之電腦腕墊。 • & 刖揭電腦腕墊製法中於布料一侧貼設非透氣性彈 性層，主要係便於進行後續灌注彈性材料與防滑材料 之製程’以及有助於模穴壁面之抽氣孔吸附布料，不 過’非透氣性彈性層卻會使得電腦腕墊不透氣、較不 柔軟’長時間使用時手腕易感覺悶熱與觸感不佳，再 者’則揭電腦腕墊製法必須使用模穴壁面設有抽氣孔 之模具，模具成本較高，整體製程亦稍嫌繁雜。 1379221 【發明内容】 本發明之主要目的即在提供一種可解決前揭缺失 之電腦腕墊之製法，其不需使用習知製作電腦腕墊之 非透氣性層，製程可更簡單、模具更簡化，俾製作成 本可大幅降低，且，其使用時之觸感更為柔軟、透氣 性亦佳，甚具實用價值。 緣是，為達成前述之目的，本發明係提供一種電 腦腕墊之製法，其步驟至少包含有：鋪設布料：將一 布料鋪設於一模具上，該布料係對應模具之一模穴； 置放彈性胚體：將一彈性胚體置於布料上並壓入模 穴；貼設止滑片：將一止滑片貼置於布料、彈性胚體 上；加廑：施加壓力於該止滑片，使該止滑片與布料、 彈性胚體黏結固定，俾完成一電腦腕墊。 【實施方式】 以下，兹舉本發明二較佳實施例，並配合圖式做 進一步之詳細說明如後： -月參閱第-圖及第二&圖至第二c圖所示，本發 明-較佳實施例電腦腕墊之製法，其步驟如下： 本發明之第-步驟係鋪設布料11〇 :將一布料12 舖設於—模具14頂侧，該布枓12係對應模具14之-模穴22。 本發明之第二步驟係置放彈性胚體12〇:將一彈 13792211379221 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a computer wrist pad, and more particularly to a method of making a computer wrist watch. [Prior Art] According to the method of the conventional computer wrist pad, a cloth with a non-φ permeable elastic layer is placed on the surface of the cavity of the mold, and the cloth can be drawn by the wall surface of the cavity. The pores are adsorbed and sealed to the wall surface of the cavity, and then elastic materials such as PU, EVA, TPR, Silicon, foam, etc. are placed or infused into the concave portion of the cavity, and then the elastic material and the non-breathable elastic layer are formed. The surface is filled with a non-slip material (pu) to form, or adhered to a slip pad (usually made of a rubber material), and then subjected to a process of cutting, trimming, etc. to form a support portion of the wrist and a flat portion for the mouse to slide. Computer wrist pad. • & 刖 电脑 computer wrist pad method in the non-breathable elastic layer on the side of the fabric, mainly for the subsequent process of pouring the elastic material and non-slip material 'and the suction hole of 'Non-breathable elastic layer will make the computer wrist pad not breathable and less soft'. When used for a long time, the wrist is easy to feel stuffy and the touch is not good. In addition, the method of making the computer wrist pad must use the wall of the cavity. The mold of the stomata, the cost of the mold is high, and the overall process is slightly complicated. 1379221 SUMMARY OF THE INVENTION The main object of the present invention is to provide a method for manufacturing a computer wrist pad that can solve the problem of the prior invention, which does not need to use a non-breathable layer of a computer wrist pad, and the process can be simpler and the mold is simplified. The production cost of the crucible can be greatly reduced, and the touch is softer and more breathable when used, and has practical value. The present invention provides a method for manufacturing a computer wrist pad, the steps of which include at least: laying a cloth: laying a cloth on a mold, the cloth corresponding to one of the mold holes; Elastic body: placing an elastic body on the cloth and pressing into the cavity; attaching the sliding piece: placing a sliding piece on the cloth and the elastic body; twisting: applying pressure to the sliding piece The film is fixed to the cloth and the elastic body, and the computer wrist pad is completed. [Embodiment] Hereinafter, the second preferred embodiment of the present invention will be further described in detail with reference to the drawings as follows: - month see - and second & to second c, the present invention - The preferred embodiment of the method for manufacturing a computer wrist pad, the steps of which are as follows: The first step of the present invention is to lay a cloth 11: a cloth 12 is laid on the top side of the mold 14, and the cloth 12 corresponds to the mold of the mold 14. Hole 22. The second step of the present invention is to place the elastic body 12〇: a bomb 1379221
性胚體16置於布料12頂侧並壓入模穴22，該彈性胚 體16係預先裁切為對應模穴22形狀之記憶棉或TpE (Thermal Plastic Elastomer，熱可塑性彈性體）等 具適當柔軟度之彈性發泡材料。 本發明之第三步驟係貼設止滑片13〇 :將一止滑 片18利用膠水黏貼於布料12、彈性胚體16上，該止 滑片18係預先裁切為適當形狀之橡膠或pu (Polyurethane’聚胺酯）等具防滑效果之彈性發泡 胃材料。 本發明之最後步驟係加壓140 :施加適當之壓力 於該止滑片18上，使該止滑片18與布料12、彈性胚 體16黏結固定，而完成一電腦腕墊。 藉此’本發明不需使用如習知製作電腦腕塾之非 透氣性層’因此，使用時不僅觸感更為柔軟，且，透 氣性亦甚佳，長時間使用手腕亦不會感覺悶熱，且， _ 其製程可簡化，模具亦更為簡單（不需使用真空發泡 模具）’製作成本可大幅降低。基此，本發明顯然甚 具實用價值。 如第三a圖及第三b圖所示，係本發明另一較佳 實施例之電腦腕墊之製法，其步驟大體上與前揭電腦 腕塾之製法相同，此處不另贅述’不同處在於：其貼 設止滑片之步驟中，係將一連接薄片30置於止滑片 32與布料34、彈性胚體36之間，該連接薄片30係熱 1379221 可塑性材料（如ΤΡΕ)，再加熱使該連接薄片30熔融 而連接止滑片32與布料34、彈性胚體36。 综上所述’本發明所提供之電腦腕墊之製法，其 不需使用習知製作電腦腕墊之非透氣性層，俾使用時 之觸感可較習知使用非透氣性層之電腦腕墊更為柔 ，，透氣性亦甚佳，且，製程亦可更簡化、模具更簡 單，製作成本可大幅降低，顯然甚具實用價值；緣是， _本發明確實符合發明專利之要件，爱依法提出申請， 斫責審查委員早曰賜准專利為禱。 【圖式簡單說明】 第一圖係本發明一較佳實施例之流程圖。 第- 程示意圖 % 二 • 製程示意 a圖至第二c圖係本發明一較佳實施例之製 a圖及第二b圖係本發明另一較佳實 圖 施例之 主要元件符號說明】 鋪設布料110置放張l 加壓140 彈性胚體16 連接薄片30 彈性胚體36 且风彈性胚體120貼設止滑片13〇 布料12 模穴22 止滑片32 "Tlr* 1 ^ Λ 模具14 止滑片18 布料34The embryo body 16 is placed on the top side of the cloth 12 and pressed into the cavity 22, and the elastic body 16 is pre-cut to a shape corresponding to the cavity 22, or a TpE (Thermal Plastic Elastomer). Soft foaming material for softness. In the third step of the present invention, the anti-slip sheet 13 is attached: a sealing sheet 18 is adhered to the cloth 12 and the elastic body 16 by glue, and the anti-slip sheet 18 is pre-cut into a proper shape of rubber or pu. (Polyurethane 'polyurethane) and other elastic foaming stomach materials with anti-slip effect. The final step of the present invention is to pressurize 140: apply appropriate pressure to the anti-slip sheet 18 to bond the anti-slip sheet 18 to the cloth 12 and the elastic body 16 to complete a computer wrist pad. Therefore, the present invention does not require the use of a non-breathable layer such as a conventional computer wrist watch. Therefore, the touch is not only softer, but also has good air permeability, and the wrist is not sultry for a long time. Moreover, _ its process can be simplified, and the mold is simpler (no need to use vacuum foaming mold). The manufacturing cost can be greatly reduced. Accordingly, the present invention is clearly of practical value. As shown in FIG. 3A and FIG. 3B, the method for manufacturing a computer wrist pad according to another preferred embodiment of the present invention is substantially the same as the method for manufacturing a wrist watch, and the details are not described herein. In the step of attaching the anti-slip sheet, a connecting sheet 30 is placed between the anti-slip sheet 32 and the cloth 34 and the elastic body 36, which is a hot material 1372221 plastic material (such as enamel). The connecting sheet 30 is melted by reheating to connect the sliding piece 32 to the cloth 34 and the elastic body 36. In summary, the method for manufacturing the computer wrist pad provided by the present invention does not require the use of a non-breathable layer of a computer wrist pad, and the touch of the computer can be used in a computer wrist with a non-breathable layer. The pad is more flexible, and the gas permeability is also very good. Moreover, the process can be simplified, the mold is simpler, the production cost can be greatly reduced, and it is obviously very practical. The reason is that the invention meets the requirements of the invention patent, love The application was filed according to law, and the responsible review committee gave the patent as a prayer. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a flow chart of a preferred embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a schematic diagram showing a main diagram of a preferred embodiment of the present invention. FIG. Laying cloth 110 placing sheet l Pressurizing 140 Elastic body body 16 Connecting sheet 30 Elastic body body 36 and wind elastic body body 120 is attached with anti-slip sheet 13 〇 cloth 12 Mould hole 22 Slip sheet 32 "Tlr* 1 ^ Λ Mold 14 stop slip 18 cloth 34