頁 五、新型說明： 【新型所屬之技術領域】 本創作涉及-種滾動帶’尤指-種高頻電加熱滾動帶。 【先前技術】 在塑膠加X業巾’職筒帶練動帶’並私外加執的方式 使得滚動帶升溫發熱，依餘動帶對待加讀件進行加熱處理工。 目前，對滾動帶的加熱方式是高周波感應加熱或一般的電哉加 熱’這樣的加熱方式雖可達到加熱的目的，但是慣用加熱裝置或 ‘用間接加熱或屬局部加熱再擴散傳導，這樣的加孰效率並不 高’滾動帶的受熱也不夠均勻，而且因為加鱗間長，對於溫度 控制也較難精准，加熱產生的熱能損耗相當大，所以仍未符合理 想需求，而有改善的必要。 【新型内容】 ，作的目的在於提供—種加熱效率高、無污染且能夠使滾 動帶本體迅速、均勻升溫發熱的高頻電加熱滾動帶。 ^實現上述目的’本創作的技術方案在於提供—種高頻電加熱 濃動帶，包含有： 且右滾筒、—滾動帶本體和至少—加熱裝置，該滾動帶本體 表面盘Γ，該㈣帶動歸動帶本體運動，該滾動帶本體的外 置==物接觸，該加熱裝置外接高頻交流電源，該加熱裝 捧接I Γ，件’其中—導電树與該滾動帶本體的一側摩 觸’另—輸件編動輸料-嶋娜該二 M438373 多正替換頁· 導電元件分別外接高頻交流電源的不同電極。 進一步的’該滾動帶本體的電阻值大於該加熱裝置的電阻值。 進一步的，該其中一導電元件包含有一導電刷和一導電線，該 導電刷與該滾動帶本體的-側摩擦接觸，該導電線的―端連接該 導電刷’另-端外接高頻交流電源的—電極；該另—導電元件包 含有-導電刷和-導電線’該導電刷與該滾動帶本體的另一側摩 擦接觸’鱗電線的—凝接料電刷，另—端外接高頻交流電 源的另一電極。 進一步的’該其中一導電元件包含有-導電塊和-導電線，該 導電塊與贿動帶本擦接觸，料電線的—端連接該 導電刷’另—端外接高敏流電源的-電極；該另-導電元件包 含有-導電塊和-導電線，該導電塊與該滾動帶本體的另一侧摩 擦接觸，鱗魏的-猶倾導電刷，另―端外接高頻交流電 源的另一電極。 極 進步的„亥其中一導電凡件包含有一導電刷一導電板和一 導電線，該導電刷與該滾動帶本體的—側摩擦接觸，該導電板一 端連接該導電刷’另-端離設該導電線的—端，該導電線的另 -端外接高触流電源的;郎—導電餅包含有一導電 刷和-導電線’該導電刷與該滾動帶本體的另一側摩擦接觸，該 導電線的—端連接該導電刷，另1外接高頻交流電源的另-電 本創作的精錢梅動下称_元件的導電刷或 Γ摩擦接觸’該加熱 本體的表Γγ _用嘯_流_#至滾動帶 ^表面’ ，因阻抗 使絲鄉本_表响料$純，越触保表面受 ------ 【實施方式】 吉^參照第1圖所示，第1圖為一組滾動帶的_，待加工物可 於工作臺上，利用升溫生熱的滾動帶表面對待加工物進行 2處理。本創作高頻電加熱滾動帶是由—滾動帶本體1G 滚_配合-加«置域。棘動帶本體1G繞在兩個滾筒= 帶本體10的外表面與待加工物接觸，從而對待加工物 理。雜筒2_時，由於該滾筒2Q與該滾動帶本 之間摩擦力的作用，該滾動帶本體1G受該滾筒2〇的帶動而 =動。該滾動帶本體10具有導電性，該加難置外接高頻交流電 ~力.’、、裝置至y包含有二連接不同電極的導電元件加、仙， 其中一導電元件30由-導電刷31 (或導電塊）和—導電線犯所 組成，另-導蚊件40由—導電刷41 (或導電塊）、—導電板拉 和一導電線43所組成，兩導電刷3卜41分別與該滾動帶本體w 内表面的兩側摩擦接觸，該導電刷31接設該導電線犯的―端， 該導電刷4丨接設該導電板42，該導電板犯接設該導電線43的一 迪 Γ101年6月替換頁 ’。導電線32、43的另一端分別連接高頻交流電源的不同電極。 本創作的該導電刷31、41分別與滾動帶本體的兩側摩擦接 觸’當導電、線32、43外接高頻交流電源後，通過二導電刷3卜4ι 的作用’將高頻電流引導聚集至滾動帶本體10的表面，使高頻交 机電机在滚動帶本體1〇的表面流動因阻抗的存在使得滾動帶本 體1〇的表面迅速升溫加熱，從而對待加工物進行加熱處理，本創 作具有使滾解本録时溫快、受熱均勾、使溫度控制更為靈 敏&速的特點’克服了慣麟動帶加財法及結構的不足。 ( 士該導電7L件30、40並不局限於使用導電刷3卜41的結構，該 結構也可轉電塊’或其贿滾動帶本體10表面雜接觸而可實 現本創作目的的等效結構，該導電線％、43的截面形狀也不局限 於圓形，而可為其他等效的形狀。 清參照第2圖所示，為加熱裝置另一結構的實施狀態，該加熱 裝置至少包含有二導電元件5G，，其中—導電元件5q由一導電 刷5U或導電塊）及—導電線52組成，另—導電树6q由一導 電刷61 (或導電塊）及一導電㈣組成，兩導電刷5卜61分別 與該滾動帶本體10内表面的兩側摩擦接觸，兩導電㈣、^分 別細導電㈣、62，且令科躲52侧 高頻交流電源的不_極。 刀接 請參照第3圖所示，為設置兩組滾動帶的結構，每组滚動帶上 設有二組加鮮H物赖_組7G、 可以利用多組加繼生熱，並_自上下兩個方向對待加工物 /ό 101年6月29曰修正替換頁 進仃加熱處理，實現提供加X*效率的目的。 加2袞動帶組70包含有一滾動帶本體7卜兩個滾筒72及三組 :裝置，麵動帶本體71在該滾筒72的帶動下運動，該每組 ;、裝置包含有二導電元件73、74，其中-導電it件73由-導電 」：〇 (或_和一導電線731所組成，另一導電元件74由 電刷740(或導電塊）、一導電板741和一導電線⑽所組成， 電刷730、74〇分別與該滾動帶本體71 β表面的兩侧摩擦接 u導轴73〇接賴導電線731的—端，該導電刷接設 二電/ 741，該導電板741接設該導電線742的-端，該導電線 :2的另端分別連接高頻交流電源的不同電極。 。衷動帶，、且8〇包含有一滾動帶本體8】、兩個滾筒82、三組加 ^ - ^滾筒72與該滾筒82的轉動方向相反，該加熱裝置包 ^疋件83、84 ’該導電元件，83、84位於該滾動帶本體 的内表面，且愈該導雷 - 件73、74對稱分佈，該導電元件83、 。ά電兀件73、74的結構相同 ，故不贅述。 裝置=:==裝置結構、滾動帶_及加熱 變化其射實縣創作的目的。 作的_各實齡⑽導電元制結構均可實現本創 且Γ電線、導電刷、導電板_及形狀均可依需 本::的:圍不以前迷實施例為限，類似的等效™^ M438373 101年6月29日修正替換頁 【圖式簡單說明】 第1圖為本創作高頻電加熱滚動帶較佳實施例的立體圖。 第2圖為本創作高頻電加熱滾動帶第二實施例的立體圖。 第3圖為本創作高頻電加熱滚動帶第三實施例的立體圖。 【主要元件符號說明】 10滚動帶本體 20滚筒 30導電元件 31導電刷 32導電線 40導電元件 41導電刷 42導電板 43導電線 50導電元件 51導電刷 52導電線 60導電元件 61導電刷 62導電線 70滾動帶組 71滾動帶本體 72滾筒 73導電元件 730導電刷 731導電線 74導電元件 740導電刷 741導電板 742導電線 80滾動帶組 81滾動帶本體 82滾筒 83導電元件 84導電元件Page 5, new description: [New technical field] This creation involves a kind of rolling belt, especially a kind of high-frequency electric heating rolling belt. [Prior Art] In the plastic plus X industry towel 'professional tube with training belt' and privately added to make the rolling belt heat up, according to the residual belt to treat the reading parts for heat treatment. At present, the heating method of the rolling belt is high-frequency induction heating or general electric heating. Although such a heating method can achieve the purpose of heating, conventional heating devices or 'indirect heating or local heating re-diffusion conduction, such addition The efficiency of the crucible is not high. The heating of the rolling belt is not uniform enough, and because the scale is long, it is difficult to be precise for temperature control. The heat energy loss caused by heating is quite large, so it still does not meet the ideal demand, and there is a need for improvement. [New content] The purpose of this work is to provide a high-frequency electric heating rolling belt with high heating efficiency, no pollution, and capable of rapidly and uniformly heating and heating the rolling belt body. The object of the present invention is to provide a high-frequency electric heating concentrated belt, comprising: a right drum, a rolling belt body and at least a heating device, the rolling belt body surface is hovered, and the (four) driving The movement of the belt body moves, the external position of the rolling belt body is == object contact, the heating device is externally connected with a high-frequency alternating current power source, and the heating device is connected to the I Γ, the part of the conductive tree and the side of the rolling belt body Touch 'Alternate----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Further, the resistance value of the rolling belt body is greater than the resistance value of the heating device. Further, one of the conductive elements comprises a conductive brush and a conductive wire, and the conductive brush is in frictional contact with the side of the rolling belt body, and the conductive wire is connected to the conductive brush and the other end is connected to a high frequency AC power source. - the electrode - the conductive member comprises - a conductive brush and - a conductive wire - the conductive brush is in frictional contact with the other side of the rolling belt body - the condensing brush of the scale wire, and the other end is connected to the high frequency The other electrode of the AC power source. Further, one of the conductive elements comprises a conductive block and a conductive wire, and the conductive block is in contact with the bribe belt, and the end of the electric wire is connected to the conductive brush and the other end is externally connected to the high-sensitive current source. The further conductive element comprises a conductive block and a conductive wire, and the conductive block is in frictional contact with the other side of the rolling belt body, the scaly-like conductive brush, and the other end of the external high-frequency AC power supply electrode. An extremely advanced one of the conductive parts includes a conductive brush and a conductive wire, and the conductive brush is in frictional contact with the side of the rolling belt body, and the conductive plate is connected to the conductive brush at one end. An end of the conductive line, the other end of the conductive line is externally connected to the high-touch current source; the Lang-conductive cake comprises a conductive brush and a conductive wire. The conductive brush is in frictional contact with the other side of the rolling belt body. The conductive end of the conductive wire is connected to the conductive brush, and the other is connected to the high-frequency AC power supply, and the other is created by the electric motor. The conductive brush or the rubbing friction contact of the component is the surface of the heating body. Flow _# to the rolling belt ^ surface ', due to the impedance, the silk shovel _ table smack $ pure, the more the surface is protected by ------ [Embodiment] 吉 ^ Refer to Figure 1, Figure 1 For a group of rolling belts _, the object to be processed can be processed on the workbench, and the workpiece is treated by the surface of the rolling belt which heats up the heat. The high-frequency electric heating rolling belt of the present invention is rolled by the rolling belt body 1G. -Adding the «Zone. The spur belt body 1G is wound around the two rollers = the outer surface of the belt body 10 When the workpiece is in contact with the physics to be processed, the roller belt body 1G is driven by the roller 2 而 by the frictional force between the roller 2Q and the rolling belt, and the rolling belt is moved. The body 10 has electrical conductivity, and the externally-connected high-frequency alternating current is used. The device to y includes two conductive elements connected to different electrodes, and one of the conductive elements 30 is made of a conductive brush 31 (or a conductive block). And the conductive wire is composed of, and the other - the mosquito guiding member 40 is composed of a conductive brush 41 (or a conductive block), a conductive plate pull and a conductive wire 43, and the two conductive brushes 3 and 41 respectively and the rolling belt body The two sides of the inner surface are frictionally contacted, and the conductive brush 31 is connected to the end of the conductive wire. The conductive brush 4 is connected to the conductive plate 42. The conductive plate is connected to the conductive wire 43. Replace the page in June. The other ends of the conductive lines 32, 43 are respectively connected to different electrodes of the high-frequency AC power supply. The conductive brushes 31, 41 of the present invention are in frictional contact with the two sides of the rolling belt body respectively, when the conductive line 32, 43 external high-frequency AC power supply, through the two conductive brush 3 Bu 4 'The high-frequency current is guided to the surface of the rolling belt body 10, so that the high-frequency machine motor flows on the surface of the rolling belt body 1〇 due to the presence of the impedance, so that the surface of the rolling belt body 1〇 is rapidly heated and heated, thereby treating The processed material is heat-treated, and the creation has the characteristics of making the temperature of the recording hot and hot, and making the temperature control more sensitive &rapid; the overcoming of the deficiencies of the lining belt and the structure. The conductive 7L member 30, 40 is not limited to the structure using the conductive brush 3, which can also achieve the equivalent structure for the purpose of the present invention. The cross-sectional shape of the conductive lines %, 43 is not limited to a circular shape, but may be other equivalent shapes. Referring to FIG. 2, in the implementation state of another structure of the heating device, the heating device comprises at least two conductive elements 5G, wherein the conductive element 5q is composed of a conductive brush 5U or a conductive block and a conductive wire 52. The conductive tree 6q is composed of a conductive brush 61 (or a conductive block) and a conductive (four). The two conductive brushes 5 are respectively in frictional contact with the two sides of the inner surface of the rolling belt body 10, and the two conductive (four) and ^ respectively are thin. Conductive (four), 62, and let the family hide the 52 side of the high-frequency AC power supply. For the knife connection, please refer to the figure shown in Figure 3. In order to set the structure of the two sets of rolling belts, each group of rolling belts has two sets of fresh H material _ group 7G, which can use multiple groups to add secondary heat, and _ self Treating the workpiece in the upper and lower directions / 6 6 6 ό ό ό ό ό ό ό ό ό ό ό ό ό ό ό ό ό ό ό ό ό ό ό The twirling belt set 70 comprises a rolling belt body 7 and two rollers 72 and three sets of devices: the surface belt body 71 is moved by the drum 72, each set; the device comprises two conductive elements 73 74, wherein the conductive member 73 is made of - conductive: 〇 (or _ and a conductive line 731, the other conductive element 74 is composed of a brush 740 (or conductive block), a conductive plate 741 and a conductive wire (10) The brushes 730 and 74 are respectively frictioned with the two sides of the surface of the rolling belt body 71, and the guide shaft 73 is connected to the end of the conductive line 731. The conductive brush is connected to the second electric/741. The 741 is connected to the end of the conductive line 742, and the other end of the conductive line: 2 is respectively connected to different electrodes of the high-frequency AC power supply. The driving belt, and the 8〇 includes a rolling belt body 8], two rollers 82 The three sets of the heating roller 72 are opposite to the rotating direction of the roller 82. The heating device includes the conductive members 83, 84. The conductive members 83, 84 are located on the inner surface of the rolling belt body, and the more the lightning guide - The pieces 73, 74 are symmetrically distributed, and the conductive elements 83, ά, 73, 73, 74 have the same structure, and therefore will not be described. Device =:== The structure of the device, the rolling belt _ and the heating change are the purpose of the creation of the shooting county. The _ each age (10) conductive element structure can achieve the original and the wire, conductive brush, conductive plate _ and shape can be according to the need ::: is not limited to the previous embodiment, similar equivalent TM ^ M438373 June 29, 2011 revised replacement page [schematic description] Figure 1 is the creation of high-frequency electric heating rolling belt is better Fig. 2 is a perspective view showing a second embodiment of the high-frequency electric heating rolling belt. Fig. 3 is a perspective view showing a third embodiment of the high-frequency electric heating rolling belt. 10 rolling belt body 20 drum 30 conductive element 31 conductive brush 32 conductive line 40 conductive element 41 conductive brush 42 conductive plate 43 conductive line 50 conductive element 51 conductive brush 52 conductive line 60 conductive element 61 conductive brush 62 conductive line 70 rolling belt set 71 rolling belt body 72 roller 73 conductive element 730 conductive brush 731 conductive line 74 conductive element 740 conductive brush 741 conductive plate 742 conductive line 80 rolling belt set 81 rolling belt body 82 roller 83 conductive element 84 conductive element