M443614 101年7月24日修正替揸可 五、新型說明： ~~- 【新型所屬之技術領域】 本創作涉及一種料管，尤指一種利用高頻電流進行加熱的料 管0 【先前技術】 料管的傳統加熱方法為一般電熱加熱，將電阻絲緊固在料管 上’其根據料管的長短排出段數，外接微電腦控制加熱^將電阻 •絲緊固在料管上，電阻絲與料管之間的接觸並不十分緊密，存在 一定的間隙，有一部分的熱量會散發出去，造成電能的極大浪費。 熱量是自外向内傳導的，料管内部的升溫比較慢。且由於電阻絲 的傳熱效率不局，為使料管得到足夠的熱量，普遍將電阻絲的工 作繼度叹置在1〇〇(rc左右，在如此高的溫度下工作，電阻絲的壽 命大大降低，且其溫度控趣敏度較差不祕準。因此，電阻絲 鲁加熱的方式具有升溫慢、熱損失大、壽命短、耗時高的缺陷。 【新型内容】 纟的目的在於提供-種加触率高、無雜，且能夠使料 B表面均勻受熱的高頻電加熱料管。 料管為實包:上述目的’本創作的技術方案在於提供-種高頻電加熱 一具有導電性哺管本體合至少 ,置係配狀料管本趙上，並藉其外接頻交 管本髅快迷均勻加熱的功效;該加熱裝置至：二: 3 14 & m+—導電組件由—導電軌 組件由一導電環及一導電線所組成；該加熱裝置組設時，兩導電 環分別套接於料管本體上呈左右分置狀態，兩導電環各接設有一 導電線’且令兩導魏另端分別連接高頻交流電源的不同電極， 以供引導高頻電流_導電環處，使高頻電流在兩導電環間的料 管本體表面流動，並_抗的存在使得料管本體可迅速地受熱升 溫，且能夠確保表面受熱均勻，使溫度控制更為靈敏快速，克服 了慣用料管加熱結構功效不足的缺點。 當料管本體上套設有多組加熱裝置時，利用各組加熱裝置同步 啟動，可使料管本體分段同步加熱，如此設計對於較長的料管本 體能提供更迅速的加熱功效。 進一步的，該二導電環可為二導電刷結構。 進步的，其中一導電環可供一條以上的導電線連設，且令多 條導電線另端共同連接到一導電圈，再由導電圈接設另一導電 線’以連通到高頻交流電源。 進一步的，其中一導電環連接的一或多條導電線可改由一或多 片導電側板加以取代，使用單一導電側板時，該導電側板另端另 接設有一導電線，以供連通到高頻交流電源；當使用多片導電側 板時’各導電側板另端可共同連接到一導電圈，再由導電圈接設 另一導電線，以連通到高頻交流電源。 進一步的，該料管本體可設計為長圓筒狀或其他形狀結構，例 如·將料管本體設計為左端呈錐柱狀而右端呈方柱狀的_空管 —該管體上峨至少—連接有高頻加熱魏的1^^^· 料管本體進行高頻電流加熱。 本創作的加_置具有多種實施锻構，構餅接高頻交 流電源，战通過其設計的二導電組件結構將高頻電流引導聚集 至該料管本體表面，使高頻交流電流在二導電環_料管本體表 面流動，並因阻抗的存在使得料管本體的表面迅速升溫加敎，且 能卿絲的_勻，克服了慣珊管加熱轉功效不足的缺 鲁點。 【實施方式】 請參照第卜2圖所示，本創作的高頻電加熱料管係由具有導 電性的料管本體10配合至少一組加熱裝置所組成；該加熱裝置係 配設於料管本體1()上’並藉其外接高敝流電源，以提供該料管 本體1〇快速均勻加熱的功效，·本創作較佳實施例的料管本體1〇 呈長圓筒狀’該料管本體10上由左至右依序配設有四組加熱裝置。 配合第3圖所示，各組加熱裝置至少包括有二連接不同電極的 導電組件20、3G，其中—導電組件2()由—導電環21 (或導電刷） 及一導電線22所組成，另—導電組件3G由-導電環31 (或導電 刷）及導電線32所組成；該加熱裝置組設時，兩導電環21 刀別套接於料管本體1〇上呈左右分置狀態兩導電環2卜^各 ^又有-導電線22、32，且令兩導電線&、&另端分別連接高頻 交流電源的不同電極；該兩導電線22、32得視使用需求設計其長 度及彎折肖度，IX利連制高触流電源處，本創作實施時將該 M443614 、《_ _ I⑻年7月24曰修正替換頁 導電線22彎折並延料管本體10平行延伸，其遠~ 部另彎折呈與導電、線32並列但不直接接觸的狀態。 各組加熱裝置由左至右依序套設於該料管本體1〇上，相鄰的 二組加熱裝置分隔-小間距U，並不直接觸靠，該料管本體1〇 上至少套設有一組加熱裝置，該加熱裝置的設置組數依料管本體 10的長度及其加熱需求而定，並以涵蓋料管本體1〇需要加熱的部 位為原則。 本創作外接尚頻交流電源後，通過二導電線22、32及二導電 鲁 環21、31的作用，可將高頻電流引導聚集至該料管本體1〇表面， 使高頻電流在二導電環21、31之間的料管本體1〇表面流動，並 因阻抗的存在使㈣管本體1Q的表面可迅速地升溫加熱，且能夠 確保表面又熱均勻，使溫度控制更為靈敏快速，克服了慣用料管 加熱結構功效不足的缺點；當料管本體1〇上套設有多組加熱裝置 時’利用各組加熱裝置同步啟動，可使料管本體丨〇分段同步加熱， 如此設計對於較長的料管本體1〇能提供更迅速的加熱功效。 # 刖述各導電組件2〇、3〇並不局限於使用導電環21、31的結構， 該結構也可為導電刷’或其他可配設於該料管本體10供實現本創 作目的的等效結構，該導電線22、32的截面形狀也不局限於圓形， 而可為其他等效的形狀。 請參照第4圖所示，為本創作加熱裝置的第二較佳實施例，該 加熱裝置至少包括有二連接不同電極的導電組件，其中一導電組 件由一導電環4卜三導電線42及一導電圈43所組成；另一導電 6 M443614 組件由-導電環51及一導電線52所組成(此導 -較佳實施例所示結構略同），兩導電環41、51分別套接於料管 本體10上呈左右分置狀態，該導電環41接設有三導電線犯，且 令二導電線42另端共同接設於一導電圈43，導電圈犯上另 導電線430，料電線、52另端分別連接高頻交流電源的^ 電極。M443614 Modified on July 24, 101. New instructions: ~~- [New technical field] This creation involves a material tube, especially a material tube that uses high-frequency current for heating. [Prior Art] The traditional heating method of the material pipe is general electric heating, and the electric resistance wire is fastened on the material pipe. 'The number of discharge pipes according to the length of the material pipe, the external microcomputer controls the heating ^ fastens the resistance wire to the material pipe, the resistance wire and The contact between the tubes is not very tight, there is a certain gap, and some of the heat will be emitted, resulting in a great waste of electrical energy. The heat is conducted from the outside to the inside, and the temperature inside the material tube is relatively slow. And because the heat transfer efficiency of the resistance wire is not enough, in order to get enough heat of the material tube, the working success of the resistance wire is generally set at about 1 〇〇 (rc), working at such a high temperature, the life of the resistance wire It is greatly reduced, and its temperature control sensitivity is poor and not secret. Therefore, the method of heating the wire is slow, the heat loss is large, the life is short, and the time is high. [New content] The purpose of 纟 is to provide - A high-frequency electric heating material tube with high contact rate and no impurity, and capable of uniformly heating the surface of the material B. The material tube is a real package: the above objective 'The technical solution of the present invention is to provide a high-frequency electric heating-conducting Sexual feeding body body at least, the system is equipped with the material tube Zhao Zhao, and by its external frequency communication tube Benxi fast fan uniform heating effect; the heating device to: 2: 3 14 & m + - conductive components by - conductive The rail assembly is composed of a conductive ring and a conductive wire; when the heating device is assembled, the two conductive rings are respectively sleeved on the body of the material tube to be left and right, and the two conductive rings are respectively connected with a conductive wire 'and two Lead Wei and connect the other end to the high frequency Different electrodes of the power supply for guiding the high-frequency current _ conductive ring, so that the high-frequency current flows on the surface of the material pipe body between the two conductive rings, and the presence of the _ resistance enables the material of the material pipe to be heated rapidly and can ensure The surface is evenly heated, which makes the temperature control more sensitive and rapid, and overcomes the shortcomings of the conventional material heating structure. When the tube body is provided with multiple sets of heating devices, the heating device can be synchronously started to make the material tube The body segment is synchronously heated, so that it can provide more rapid heating effect for the longer tube body. Further, the two conductive rings can be two conductive brush structures. Progressive, one conductive ring can provide more than one conductive The wires are connected, and the other ends of the plurality of conductive wires are commonly connected to one conductive ring, and then the other conductive wires are connected by the conductive rings to connect to the high-frequency AC power source. Further, one or more of the conductive rings are connected The strip of conductive wire may be replaced by one or more conductive side plates. When a single conductive side plate is used, the conductive side plate is further provided with a conductive wire at the other end for connection to the high AC power supply; when using multiple conductive side plates, the other ends of each conductive side plate can be connected to a conductive ring, and another conductive wire is connected by the conductive ring to connect to the high frequency AC power supply. Further, the material of the tube body It can be designed as a long cylindrical or other shape structure, for example, the tube body is designed to have a tapered column at the left end and a square column at the right end - the upper part of the tube is at least connected to the high frequency heating Wei 1 ^^^· The tube body is subjected to high-frequency current heating. The creation of the tube has a variety of implementations of forging, the cake is connected to a high-frequency AC power source, and the high-frequency current is guided through the two-conducting component structure designed by the machine. The surface of the tube body causes the high-frequency alternating current to flow on the surface of the second conductive ring_material tube, and the surface of the material tube body is rapidly heated and twisted due to the existence of the impedance, and the _ uniform of the clear wire can overcome the conventional tube [Embodiment] Please refer to Figure 2, the high-frequency electric heating tube of the present invention is composed of a conductive material tube body 10 and at least one set of heating devices; The heating The device is disposed on the tube body 1 () and is externally connected with a high turbulent power source to provide the function of quickly and uniformly heating the tube body 1 . The tube body of the preferred embodiment of the present invention is The long cylindrical shape of the tube body 10 is provided with four sets of heating devices from left to right. As shown in FIG. 3, each group of heating devices includes at least two conductive components 20, 3G connected to different electrodes, wherein the conductive component 2 () is composed of a conductive ring 21 (or a conductive brush) and a conductive wire 22, In addition, the conductive component 3G is composed of a conductive ring 31 (or a conductive brush) and a conductive wire 32. When the heating device is assembled, the two conductive rings 21 are sleeved on the body of the material tube 1 and are left and right. The conductive ring 2 has a conductive line 22, 32, and the two conductive lines &, & the other end are respectively connected to different electrodes of the high frequency AC power supply; the two conductive lines 22, 32 are designed according to the needs of use Its length and bending degree, IX Lilian high-touch current power supply, the implementation of this M443614, "_ _ I (8) July 24 曰 correction replacement page conductive line 22 bent and extended tube body 10 parallel The extension is further bent to a state in which it is juxtaposed with the conductive and line 32 but not in direct contact. Each group of heating devices is sleeved on the tube body 1〇 from left to right, and the adjacent two groups of heating devices are separated by a small spacing U, and are not directly contacted, and the tube body 1 is at least sleeved There is a set of heating devices, the number of which is set according to the length of the tube body 10 and its heating demand, and is based on the principle that the part of the tube body 1 that needs to be heated is covered. After the external frequency power supply of the present invention is externally charged, the high-frequency current can be guided to the surface of the body of the tube body through the action of the two conductive wires 22, 32 and the two conductive loops 21, 31, so that the high-frequency current is in two conductive The surface of the tube body 1 between the rings 21, 31 flows, and the surface of the tube body 1Q can be heated and heated rapidly due to the presence of impedance, and the surface can be thermally uniformed, so that the temperature control is more sensitive and rapid, and overcomes The utility model has the disadvantages that the heating function of the conventional material pipe is insufficient; when the plurality of heating devices are arranged on the body of the material pipe 1 'synchronously starting with each group of heating devices, the body of the material pipe can be synchronously heated in sections, so designed for The longer tube body 1〇 provides faster heating. # Describing the various conductive components 2〇, 3〇 are not limited to the structure using the conductive rings 21, 31, and the structure may also be a conductive brush' or other device that can be disposed on the tube body 10 for the purpose of this creation. The cross-sectional shape of the conductive lines 22, 32 is not limited to a circular shape, but may be other equivalent shapes. Please refer to FIG. 4 , which is a second preferred embodiment of the present invention. The heating device includes at least two conductive components connecting different electrodes, wherein one conductive component comprises a conductive ring 4 and three conductive wires 42 and A conductive ring 43 is formed; another conductive 6 M443614 component is composed of a conductive ring 51 and a conductive wire 52 (this guide is similar to the structure shown in the preferred embodiment), and the two conductive rings 41, 51 are respectively sleeved The conductive tube 41 is connected to the left and right sides. The conductive ring 41 is connected to the three conductive wires, and the other ends of the two conductive wires 42 are connected to a conductive ring 43. The conductive ring is affixed with another conductive wire 430. The other end of the 52 is connected to the ^ electrode of the high-frequency AC power supply.
請參照第5圖所示，為本創作加熱裝置的第三較佳實施例，該 加熱裝置至少包括有二連接不同電極的導電組件，其中一導電組 件由-導電環61、-導電側板62、—導電線⑽所組成；另一導 Γ件由，環71及—導電線72所組成（此導電組件結構與 第-較佳實施例所稍構略同），該兩導電環61、71分別套接於 料管本體ίο上呈左右分置狀態’卿電地62 —端接設於該導 電㈣，另-端則接設有-導電線63，該導電線的、72另端分 別連接南頻交流電源的不同電極。 請參照第6 _示’為本創作加熱裝置的第啸佳實施例，該 加熱裝置至少包括有二連接不同電極的導電組件，其卜導電組 件由-導電環8卜三導電側板82及一導電圈抑所組成；另一導 電組件由-導電環91及-導電線92所組成（此導電組件緒構與 第-較佳實施例所雜構略同），兩導電環8卜91分別套接於滾 筒本體H)上呈左右分置狀態’該導電環81接設有三導電側板犯， 且令三導電侧板82另端共同接設於該導電圈助，該導電圈83上 另設有導電糊，料躲_、92另_顺高頻交流電源 M443614 101年7月24曰修正替換頁 的不同電極。Please refer to FIG. 5 , which is a third preferred embodiment of the present invention. The heating device includes at least two conductive components connecting different electrodes, wherein one conductive component comprises a conductive ring 61 , a conductive side plate 62 , - a conductive wire (10); the other conductive member is composed of a ring 71 and a conductive wire 72 (the structure of the conductive component is slightly different from that of the first preferred embodiment), and the two conductive rings 61, 71 respectively Socketed on the main body of the material pipe ίο is placed in a left-right state. The electric ground 62 is terminated at the conductive (four), and the other end is connected with a conductive wire 63. The other ends of the conductive wire are respectively connected to the south. Different electrodes of the frequency AC power supply. Please refer to the sixth embodiment of the present invention. The heating device comprises at least two conductive components connecting different electrodes, and the conductive component comprises a conductive ring 8 and a conductive side plate 82 and a conductive The other conductive components are composed of a conductive ring 91 and a conductive wire 92 (the conductive component is similar to that of the first preferred embodiment), and the two conductive rings 8 and 91 are respectively sleeved. The conductive body 81 is connected to the left and right sides of the roller body H). The conductive ring 81 is connected to the three conductive side plates, and the other ends of the three conductive side plates 82 are connected to the conductive ring. The conductive ring 83 is electrically connected. Paste, hide _, 92 another _ s high frequency AC power supply M443614 July 24, 2011 to correct the different electrodes of the replacement page.
另請參照第7、8圖所示，該料管本體12為左端呈錐柱狀而 右端呈方柱狀的中空管體，此種異於前述實施例所示長圓筒狀料 管本體10的料管本體12亦可於其上配設至少一加熱裝置，該加 熱裝置至少包括有二連接不同電極的導電組件，其中一導電組件 由一導電環圈13及一導電線14所組成，另一導電組件由一導電 環圈15及一導電線16所組成；該加熱裝置組設時，兩導電環圈 13、15分別套接於料管本體12上呈左右分置狀態，兩導電環圈 13、15各自接設該導電線14、16的一端，且令兩導電線14、16 另端/7別連接*頻交流電源的不同電極；前述左右分置設於料管 本體12上的導電環圈13、15因其接設料管本體1()位置的不同， 會呈現不_大小_，此外，若該料管本體12上設置有一組以 上的加熱裝置’則相鄰兩絚加熱裝置間分隔有一小間距17，以達 到利用多組加熱裝置分段進行料管本體12快速加熱的目的。 故综上所述’上述各實關及_僅為本創作的較佳實施例 已，當不能以之限定本創作實施的範圍，本創作的料管本齡 結構依使用需求得有不同的設計，此外， 也可依⑽變化，但凡依摘作申請^ 所作_錢倾料，輯私_專伽細範圍内。 【圖式簡單說明】 糾圖為本創作高頻電加熱料管較佳實施例的立體圖。 8 M443614 _ • 101年7月24日修正替換頁 . 第2圖為第1圖的剖面圖。 . 第3圖為本創作加熱裝置較佳實施例的立體圖。 第4圖為本創作加熱裝置第二實施例的立體圖。 第5圖為本創作加熱裝置第三實施例的立體圖。 第6圖為本創作加熱裝置第四實施例的立體圖。 第7圖為本創作高頻電加熱料管的料管本體另一實施例的立 體圖。 • 第8圖為第7圖的剖面圖。 【主要元件符號說明】 10料管本體 11小間距 12料管本體 13導電環圈 14導電線 15導電環圈 16導電線 17小間距 20導電組件 21導電環 22導電線 30導電組件 31導電環 32導電線 41導電環 42導電線 43導電圈 430導電線 51導電環 52導電線 61導電環 62導電側板 63導電線 71導電環 72導電線 81導電環 82導電側板 83導電圈 830導電線 91導電環 92導電線Referring to Figures 7 and 8, the tube body 12 is a hollow tube body having a tapered shape at the left end and a square column at the right end. This is different from the long cylindrical tube body 10 shown in the above embodiment. The tube body 12 can also be provided with at least one heating device, and the heating device comprises at least two conductive components connecting different electrodes, wherein one conductive component is composed of a conductive ring 13 and a conductive wire 14 A conductive component is composed of a conductive loop 15 and a conductive wire 16; when the heating device is assembled, the two conductive loops 13 and 15 are respectively sleeved on the tube body 12 to be left and right, and two conductive loops are arranged. 13 and 15 are respectively connected to one ends of the conductive lines 14, 16 and the other ends of the two conductive lines 14 and 16 are connected to different electrodes of the *frequency AC power source; and the conductive electrodes disposed on the tube body 12 are disposed on the left and right sides. The loops 13 and 15 will not be sized according to the position of the connecting tube body 1 (), and if the tube body 12 is provided with more than one set of heating devices, then two adjacent heating devices will be provided. There is a small spacing 17 between the partitions to achieve the use of multiple sets of heating devices The purpose of the tube body 12 to rapidly heat. Therefore, in summary, the above-mentioned various real-time and _ are only the preferred embodiments of the present creation. When the scope of the creation cannot be limited, the structure of the original structure of the creation has different designs according to the needs of use. In addition, it can also be changed according to (10), but where the application is made by ^, the money is poured, and the private _ is in the scope of the special gamma. BRIEF DESCRIPTION OF THE DRAWINGS A figure is a perspective view of a preferred embodiment of a high frequency electric heating tube. 8 M443614 _ • Revised replacement page on July 24, 101. Figure 2 is a cross-sectional view of Figure 1. Figure 3 is a perspective view of a preferred embodiment of the creation heating device. Fig. 4 is a perspective view showing a second embodiment of the creation heating device. Fig. 5 is a perspective view showing a third embodiment of the creation heating device. Fig. 6 is a perspective view showing a fourth embodiment of the creation heating device. Fig. 7 is a perspective view showing another embodiment of the body of the high frequency electric heating material pipe. • Figure 8 is a cross-sectional view of Figure 7. [Main component symbol description] 10 material tube body 11 small pitch 12 material tube body 13 conductive ring 14 conductive wire 15 conductive ring 16 conductive wire 17 small pitch 20 conductive component 21 conductive ring 22 conductive wire 30 conductive component 31 conductive ring 32 Conductive wire 41 conductive ring 42 conductive wire 43 conductive ring 430 conductive wire 51 conductive ring 52 conductive wire 61 conductive ring 62 conductive side plate 63 conductive wire 71 conductive ring 72 conductive wire 81 conductive ring 82 conductive side plate 83 conductive ring 830 conductive wire 91 conductive ring 92 conductive lines