五、新型說明： 【新型所屬之技術領域】 本創作係綱點嶋，錢饱藉補t之需求，而 具有良好電弧遮斷能力之繼電器。 【先前技術】 繼電器（Relay)是—種電子控制器件，應用於自動化控制電子迴路, 中，如通訊交換機、X業控制、車輛或冷氣機料有細，實際上^ 糾幅細歓細—種响自咖。糊梅迴路中 扮演著自動調節、安全保護、轉換電路等角色。 -般而言，繼電器在接點開關通過電流狀態下，接點開關開閉時在— 疋距離之間會在空氣中產生火花即稱為魏現象。t繼電器接點電塵之使 用電壓上升時’因錄縣加劇將導致繼電器可承受之麟電弧次數大幅 v /’ 了防止上述電弧現象，目前有加裝電弧保護電路於接點開關跳脫 之兩^，有電容式保護電弧電路與電容電阻式保護電弧電路等方式，或是 以加大固定接點與可動接點之間的間距，透過相關零組件之 到遮斷電弧。 運 ;冑子疋件朝向小型化設計’相對而言繼電器也是如此，尤其 疋』在高電_電流控制電路下，要在 — 、 接點之間_距更是顯得 =σ定接點與可動 導致可即增加繼電器作動行程， 暢，峨否確實、順 M408115 有土 ：此本_作人為了因應元件小型化，並能翻於高電麼高電 電控制電路下進行繼電器相關結構之研發與設計，而終於創作出一種 多接點繼電器」’不同習知技術增加固定接點與可動接點兩者間距之技 術透過增加接點之結構設計，避免習知技術所帶來之缺陷，成為一種實 用性極佳之繼電器。 【新型内容】 本創作主要目的係提供具有良好電弧遮斷能力之繼電器，不同以往增 加固疋接點與可動接點兩者間距方式，而是採用多接點同時接觸導通以及 同時刀離之結構設計’以可動接點與固定接點間距總和增加繼電器總接點 間距’達成本創作在具有良好電弧麟能力之目的。 為了達成上述目的與功效，本創作「多接點繼電器」包括有一磁吸組 件、-第-導通端子、一第二導通端子以及一接點組件，其中： 第導通知子與第二導通端子各設有一固定接點；接點组件包括有至 乂載體、至少二導流件及至少一連通件，載體設有至少二插槽，導流件 組設定位於插槽’且導流件兩端外露於鋪外，並於導流件端部倾有一. 可動接點’而連通件端部各設有一固定接點，該至少二導流件一端可動接 點刀別對應於第-、二導通端子固定接點，而該至少二導流件另一端可動 接點分別對應於連通件兩端固定接點； 如此，電性導通繼電器，以磁吸組件磁吸帶動載體，同時導流件的可 動接點接觸導通連通件及第一、二導通端子固定接點。 本創作「多接點繼電器」尚包括有下列技術特徵： 1. 該接肋件進-步包括有至少二分流件，私分流件端部係、與導流 件端部相互連接，以分流件與導流件構成_並聯回路。 2. 導流件各端对-又部，又赠有至少二可動無，而連通件 各端對應叉部設有至少二固定接點，以及第_、二導通端子對應叉部 各叹有至彡—m定接點’該導流件以叉部接觸導職連通件與第一' 二導通端子。 3. 載體上設有至少二貫孔，且該貫聽熱槽姆，而導流件設有至 少-通孔，該導流件的通孔係與貫孔相對，另以至少—熱融柱體或至 少一鉚釘固定導流件與載體。 4. 載體於射出成形時形成插槽包覆固定導流件。 5·導流件其外露於插槽外之端部係為彎折結構。 6.多接點繼電器進—包括有—繼電器殼體，磁吸組件、第_導通端子、 第一導通端子以及接點組件組設於繼電器殼體内，該磁吸組件進一步 匕括有至少-_、至少_鐵心、至少__磁吸件與至少_彈簧，該鐵 u組设於線圈内，該磁吸件組設於載體底端，而彈簧套設於線圈與磁 吸件之間，且彈簧兩端分別彈抵線圈與磁吸件，繼電器通電且線圈與 鐵心產生電磁力吸引磁吸件作動，並以磁吸件壓縮彈簧，而繼電器斷 電彈簧彈力推抵磁吸件復位。 因此本創作可說是一種相當具有實用性及進步性之創作，相當值得產 業界來推廣，並公諸於社會大眾。 因此本創作可說是一種相當具有實用性及進步性之創作，相當值得產 業界來推廣，並公諸於社會大眾。 M408115 【實施方式】 為了進一步說明本創作各元件結構以及元件組配關係，請配合參閱圖 式第至五圖’圖中顯不四接點型態之繼電器，其包括有—繼電器殼體！ 以及一接點組件2，其中： 該繼電器设體卜其組設有_磁吸組件n、一第一導通端子12以及一 第-導通端子13;該磁吸組件^包括有至少一線圈⑴、至少一鐵心112、 至J -磁吸件113與至少—彈簧114等元件，該鐵心112組設於線圈1U 内’該第-導通端子12與第二導通端子13各設有一固定接點121、131， 且第―、二導通端子12、13為同向設置型態； 件2 ’其_且設於該繼電器殼體丨内，該接點組件2包括有至 乂載體21、至少二導流件22及至少一連通件23 ’載體21設有貫穿載體 之至少-插槽211 ’形成插槽211兩端槽孔位於載體21兩側，導流件組 叹疋位於插槽211 ’且導流件22兩端外露於插槽211外，導流件22其外露 於插槽211外之端部係為彎折結構，該至少二導流件& 一端分別對應於第 、一導通端子12、13 ’而該至少二導流件22另一端分別對應於連通件 以兩端； 該連通件23組設於繼電器殼體丨内，連通件23兩端部各設有—固定 接點231 ’而導流件22端部各設有一可動接點221 ; 該載體21上設有至少二貫孔212，且該貫孔212係與插槽2η相通（在 此係以四貫孔212為例，且係以兩個貫孔212相通一個插槽211)，而導漭 件22設有至少一通孔222，該導流件22的通孔222係與貫孔212相對，另 以至少一熱融柱體或至少一鉚釘固定結合通孔222與貫孔212，藉以固定導 M408115 抓件22與載體2i ;另外，該導流件22可事先埋設於模具内當载體μ於 板具内射出成形’且其形成鋪211關時包覆gj定導流件22; 上述磁吸件113組配於載體21底端處，該磁吸件113具有一片體狀抵 頂部以及套柱，該彈簧114組設於線圈與磁吸件113之間該彈簧IK 係套。X於套柱’且彈簧114兩端分娜抵線圈⑴與磁吸件I”抵頂部。 關於上述實施例四接點型態之繼電器其作動方式，通電時線圈m與 鐵心112產生電磁力刻載體21下端的磁吸件113，且載體2ι同磁吸件 113朝向線圈111 $向位移，而觀件113 -併壓縮彈簧114，同時導流件 22可動接點221分別與第—、二導通端子12、13以及連通件烈固定接點 121 131 231接觸導通電流’成為—種單輸人單輸出之控制電路（如圖式 第五圖所示）； 線圈hi斷電時，彈簧114彈力恢復推抵磁吸件113復位，同時導流 件22的可動接點221脫離固定接點23卜121、131 ; 如此’本創作透過導流件22分別與第—、二導通端子i2、13以及連 通件23接觸導通，此_電馳賺總和鱗流件㈡兩_可動接點 221與固定接點測、⑵、131等間距總和，因此透過多接點之料得以增 加繼電器電弧雜能力，達成本創作之目的，避免習知技術所帶來之缺陷， 成為一種實用性極佳之繼電器。 值得-提岐’該接點組件2進―步包括有至少二分流件％，且各分 流件24端部係與導流件22端部的可動接點221才目互連接，以分流件 導流件22構成-並聯回路，如圖式第—與二圖所示，分流件％與導=牛 22並聯後，繼細⑽單—導獅娜，⑽有效降低摘 7 M408丄丄〕 阻同時有導通電壓降損耗低與接觸導通溫度降低等功效。上述之分流 件24於本實施例中係以片體狀結構為例，且其與導流件22相接之端部同 樣係採崎折賴設計。糾，分齡24柯_導雜材跨接導流件四 端部。 本創作除了上述四接點聽之_器，亦可透過增設導流件22、連通 件23以及載體21上的插槽211數量變化，成為六或人接點型態之繼電器， 如圖式第六至九圖所示，其中； 八接點型態之繼電器採用三導流件22、二連通件23與三插槽2ιι，且 六接點型態之繼電器其第-、二導通端子12、13為反向設置型態，並以一 連通件23兩端姆二導流件22末端之排列型態，其導通時如同環繞串接 祕，而八接點型態之繼電器採用四導流件22、三連通件Μ與四插槽⑴， 其第、一導通端子12、13為同向設置型態，同樣係以一連通件烈兩端 相對二導流件22末端之基本侧鶴，由此可知魏上述數量的變化以及 排列方式，可完成多接點型態之繼電器。 '^參閱第十、十-圖所示’其為本創作另—實施例主要係於導流件 22各端„又有又部223結構（該又部223可為雙叉、三叉或三又以上等結 構’在此係以雙又為例），且該又部223設有至少二可動接點挪，而連通 件23各端對應叉部223設有至少二固定接點23卜以及第—、二導通端子 12、13對應又部223各設有至少二固定接點121、122、131、132，該導流 件22以又部223接觸導通該連通件23與第一、二導通端子12、13。 由上所述者僅為用以解釋本創作之較佳實施例，並非企圖具以對本創 作做任何形式上之限制’是以，凡有在相同之創作精神下所做有關本創作 M408115 .之任何修_更者，為其他可據以實施之態社具有相同效果者，皆仍 應包括在本創作意圖保護之範疇内。 〜駐所述’本解「多接雜電器」其實雜及成本效益上，確實是 疋全付合產業上發展所需，且所揭露之結構創作亦是具有前所未有的創新 構^所以其具有「新穎性」應無疑慮又本創作可較習用之結構更具功 .效之增進，因此亦具有「進步性」，其完全符合我國專利法有關新型專利之 • f請要件的規定，乃依法提起專利巾請，並敬請鈞局早日審查，並 ► 肯定。 【圖式簡單說明】 第一圖係本創作部分分解立體示意圖。 第二圖係本創作組合立體示意圖。 第二圖係本創作組合剖視示意圖。 第四圖係本創作磁吸作動示意圖。 第五圖係本創作電子電路示意圖。 丨 第六圖係本創作第二實施例平面示意圖。 第七圖係本創作第二實施例電子電路示意圖。 第八圖係本創作第三實施例平面示意圖。 第九圖係本創作第三實施例電子電路示意圖。 第十圖係本創作第四實施例部分分解立體示意圖。 第Η —圖係本創作第四實施例電子電路示意圖。 9 M408115 【主要元件符號說明】 1繼電器殼體 111線圈 113磁吸件 12第一導通端子 122固定接點 131固定接點 2接點組件 211插槽 22導流件 222通孔 224可動接點 231固定接點 11磁吸組件 112鐵心 114彈簧 121固定接點 13第二導通端子 132固定接點 21載體 212貫孔 221可動接點 223又部 23連通件 24分流件V. New description: [New technology field] The creation department is a series of points, and the money has a need to supplement the demand of t, and has a good arc interrupting capability relay. [Prior Art] Relay is an electronic control device used in automatic control electronic circuits. For example, communication switches, X-engine control, vehicles or air-conditioning materials are fine, in fact, the correction is fine. It’s a coffee. In the paste circuit, it plays the role of automatic adjustment, safety protection, and conversion circuit. In general, when the relay is in the current state, the relay will generate a spark in the air between the distances when the contact switch is opened and closed, which is called Wei phenomenon. When the voltage of the electric relay of the t-contact is increased, 'the increase of the count of the county will cause the relay to withstand a large number of arcs. The arc is prevented. The arc protection circuit is installed at the contact switch. ^, there are capacitive protection arc circuit and capacitor resistance protection arc circuit, or to increase the distance between the fixed contact and the movable contact, through the relevant components to interrupt the arc. The 胄 疋 朝向 朝向 小型 小型 小型 小型 小型 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' 继电器 继电器 继电器 继电器This can increase the relay's actuation stroke, and whether it is true or not. The M408115 has soil: This is the development and design of the relay-related structure in order to miniaturize the components and turn over the high-voltage electric control circuit. And finally created a multi-contact relay. 'Different conventional techniques to increase the distance between the fixed contact and the movable contact. By adding structural design of the contact, avoiding the defects caused by the prior art, becoming a practical Excellent relay. [New content] The main purpose of this creation is to provide a relay with good arc-breaking capability. In the past, the distance between the solid-state contact and the movable contact was increased, but the multi-contact simultaneous contact conduction and the simultaneous knife-off structure were adopted. The design 'to increase the total joint spacing of the relays with the total distance between the movable contact and the fixed contact' has achieved the goal of having a good arcing capability. In order to achieve the above object and effect, the "multi-contact relay" of the present invention comprises a magnetic component, a -first-conducting terminal, a second conducting terminal and a contact component, wherein: the first guiding and the second conducting terminal The utility model is provided with a fixed contact; the contact assembly comprises a carrier, at least two flow guiding members and at least one connecting member, the carrier is provided with at least two slots, the flow guiding member set is located at the slot and the two ends of the deflector are exposed Outside the paving, there is a movable contact at the end of the deflector, and a fixed joint is arranged at each end of the connecting member, and the movable contact of the at least two deflectors corresponds to the first and second conducting terminals. The fixed contact, and the movable contact at the other end of the at least two flow guiding members respectively correspond to the fixed contact at both ends of the connecting member; thus, the electrical conduction relay magnetically drives the carrier with the magnetic component, and the movable connection of the guiding member The point contact conductive connecting member and the first and second conducting terminal fixed contacts. The "multi-contact relay" of the present invention also includes the following technical features: 1. The rib member further comprises at least two diverting members, the end portion of the private diverting member and the end portion of the deflector are connected to each other to the diverter Formed with the flow guide _ parallel circuit. 2. The ends of the deflector are opposite to each other, and at least two movable parts are provided, and each end of the connecting member is provided with at least two fixed contacts corresponding to the fork portion, and the first and second conductive terminals correspond to the fork portions.彡—m fixed contact' The flow guiding member contacts the guiding communication member and the first 'two-conducting terminal with the fork portion. 3. The carrier is provided with at least two through holes, and the through hole is provided with at least a through hole, the through hole of the flow guiding member is opposite to the through hole, and at least the hot melting column The body or the at least one rivet fixes the flow guide and the carrier. 4. The carrier forms a slot-covered fixed flow guide during injection molding. 5. The end of the flow guiding member exposed outside the slot is a bent structure. 6. The multi-contact relay includes a relay housing, a magnetic component, a _ conduction terminal, a first conduction terminal, and a contact assembly disposed in the relay housing, the magnetic assembly further including at least - _, at least _ core, at least __ magnetic member and at least _ spring, the iron group is set in the coil, the magnetic member is set at the bottom end of the carrier, and the spring is sleeved between the coil and the magnetic member, The two ends of the spring respectively slam the coil and the magnetic member, the relay is energized, and the electromagnetic force is generated by the coil and the iron core to attract the magnetic member to actuate, and the magnetic member compresses the spring, and the spring of the relay power-off spring pushes against the magnetic member to reset. Therefore, this creation can be said to be a kind of practical and progressive creation, which is quite worthy of promotion by the industry and publicized to the public. Therefore, this creation can be said to be a kind of practical and progressive creation, which is quite worthy of promotion by the industry and publicized to the public. M408115 [Embodiment] In order to further explain the structure of each component and the component combination relationship of this creation, please refer to the relay of the four-contact type in the figure of the figure to the fifth figure, which includes the relay housing! And a contact assembly 2, wherein: the relay is provided with a magnetic component n, a first conductive terminal 12 and a first conductive terminal 13; the magnetic component includes at least one coil (1), At least one core 112, a J-magnetic member 113, and at least a spring 114, and the core 112 is disposed in the coil 1U. The first conductive terminal 12 and the second conductive terminal 13 are respectively provided with a fixed contact 121. 131, and the first and second conduction terminals 12, 13 are in the same direction; the device 2' is disposed in the relay housing, and the contact assembly 2 includes the carrier 21 and at least two currents. The member 22 and the at least one connecting member 23' of the carrier 21 are provided with at least a slot 211 through the carrier. The slots at the ends of the slot 211 are formed on both sides of the carrier 21, and the deflector group is located at the slot 211' and is diverted. The two ends of the member 22 are exposed outside the slot 211, and the end of the deflector 22 exposed outside the slot 211 is a bent structure, and the at least two deflectors & one end respectively correspond to the first and first conductive terminals 12, 13' and the other ends of the at least two flow guiding members 22 respectively correspond to the connecting members at both ends; the connecting members 23 are set in the following a fixed contact 231 ′ is disposed at each end of the connecting member 23 , and a movable contact 221 is disposed at each end of the flow guiding member 22 ; the carrier 21 is provided with at least two through holes 212 , and the carrier 21 The through hole 212 is in communication with the slot 2n (in this case, the four through holes 212 are exemplified, and the two through holes 212 communicate with one slot 211), and the guiding member 22 is provided with at least one through hole 222. The through hole 222 of the flow piece 22 is opposite to the through hole 212, and the through hole 222 and the through hole 212 are fixed by at least one hot-melt column or at least one rivet, thereby fixing the guide M408115 the grab 22 and the carrier 2i; The flow guiding member 22 may be embedded in the mold in advance. When the carrier μ is formed into the forming member in the plate member and the forming plate 211 is closed, the gj guiding member 22 is coated; the magnetic member 113 is assembled at the bottom end of the carrier 21. The magnetic member 113 has a body-shaped abutting top portion and a sleeve, and the spring 114 is disposed between the coil and the magnetic member 113. X is in the sleeve 'and the two ends of the spring 114 are separated from the coil (1) and the magnetic member I". The relay of the four-contact type of the above embodiment is operated in such a manner that the coil m and the core 112 generate electromagnetic force when energized. The magnetic member 113 at the lower end of the carrier 21, and the carrier 2 is displaced toward the coil 111$ with the magnetic member 113, and the viewing member 113 - and the spring 114 is compressed, while the movable contact 22 of the flow guiding member 22 is electrically connected to the first and second ends, respectively. The terminals 12, 13 and the connecting member strong fixed contact 121 131 231 contact the conduction current 'to become a single input single output control circuit (as shown in the fifth figure of the figure); when the coil hi is powered off, the spring 114 elastic recovery Pushing the magnetic member 113 to reset, and the movable contact 221 of the flow guiding member 22 is separated from the fixed contact 23, 121, 131; thus, the present invention is connected to the first and second conduction terminals i2 and 13 through the flow guiding member 22, respectively. Piece 23 is in contact with conduction, this _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The purpose of creation, to avoid the introduction of conventional technology The defect becomes a kind of relay with excellent practicability. It is worthwhile to mention that the contact assembly 2 includes at least two shunt parts, and the end of each shunt 24 is movable with the end of the baffle 22. Point 221 is connected to each other, and the shunt guide 22 constitutes a parallel circuit. As shown in the first and second figures, the shunt % is connected in parallel with the guide = cow 22, followed by the thin (10) single-lead lion. (10) Effectively reducing the effect of the 7 M408 丄丄 阻 同时 同时 同时 同时 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The end of the 22 connection is also the design of the mining and slashing. The correction, the age of 24 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The flow member 22, the communication member 23, and the number of the slots 211 on the carrier 21 are changed to become a relay of a six- or human contact type, as shown in the sixth to ninth figures, wherein the eight-contact type relay is used. Three-conductor 22, two-connector 23 and three-slot 2 ιι, and six-contact type relays of the first and second The conduction terminals 12 and 13 are in a reverse arrangement type, and are arranged in an arrangement type of the ends of the two flow guiding members 22 at both ends of a connecting member 23. The conduction is like a surround serial connection, and the eight-contact type relay is adopted. The four flow guiding members 22, the three communicating members Μ and the four slots (1) have the first and second conducting terminals 12 and 13 in the same direction, and the basic ends of the connecting members are opposite to the ends of the two guiding members 22. Side cranes, thus knowing the above-mentioned changes in the number and arrangement of the above-mentioned, can complete the relay of the multi-contact type. '^ See the tenth, tenth-figure, which is the original creation--the embodiment is mainly based on the diversion Each end of the member 22 has a structure of a further portion 223 (the portion 223 may be a double fork, a trigeminal or a triple or more structure), and the double portion 223 is provided with at least two movable joints. The two ends of the connecting member 23 are provided with at least two fixed contacts 23 and the first and second conductive terminals 12 and 13 are respectively provided with at least two fixed contacts 121, 122, 131. 132, the flow guiding member 22 contacts the connecting member 23 and the first and second conducting terminals 12, 13 by the contact portion 223. The above description is only for explaining the preferred embodiment of the present creation, and is not intended to impose any formal restrictions on the creation of the creation. Therefore, all the related creations under the same creative spirit are related to the creation of M408115. Any repairs that have the same effect on other states that can be implemented should still be included in the scope of this creative intent. ~ The fact that the 'this solution' is more complicated and cost-effective is indeed necessary for the development of the full-pay industry, and the disclosed structure creation is also an unprecedented innovation structure. "Newness" should be taken into consideration. This creation can be more effective and effective than the conventional structure. Therefore, it is also "progressive". It is fully in line with the requirements of the new patents of the Chinese Patent Law. Patented towels please, and please the bureau for an early review, and ► Affirmation. [Simple description of the diagram] The first diagram is a partial exploded perspective view of the creation. The second figure is a three-dimensional diagram of the creation combination. The second figure is a schematic cross-sectional view of the creation combination. The fourth picture is a schematic diagram of the magnetic actuation of the present creation. The fifth picture is a schematic diagram of the electronic circuit of the present creation.第六 The sixth figure is a plan view of the second embodiment of the present creation. The seventh figure is a schematic diagram of an electronic circuit of the second embodiment of the present creation. The eighth figure is a plan view of the third embodiment of the present creation. The ninth drawing is a schematic diagram of an electronic circuit of the third embodiment of the present creation. The tenth drawing is a partially exploded perspective view of the fourth embodiment of the present creation. The third embodiment is a schematic diagram of an electronic circuit of the fourth embodiment of the present creation. 9 M408115 [Main component symbol description] 1 relay housing 111 coil 113 magnetic member 12 first conduction terminal 122 fixed contact 131 fixed contact 2 contact assembly 211 slot 22 flow guide 222 through hole 224 movable contact 231 Fixed contact 11 magnetic assembly 112 core 114 spring 121 fixed contact 13 second conduction terminal 132 fixed contact 21 carrier 212 through hole 221 movable contact 223 and 23 communication member 24 shunt