M351733 八、新型說明： 【新型所屬之技術領域】 本創作係與-種遙控模型車有關，特別是指一種可彈 性調整後輪飛輪配重以適應各式路況之遙控模型機車。 5【先前技術】 按’遙控核型車種類甚多，本創作特別是指遙控模型 -機車。早期之遙控模型機車前案如u.s. Pat. No. 4,342 175 • 祕遙控機車、u.s.Pat.取5,368，训無線遙控兩輪玩具 機車等，大體均包含有一車架，一前、後輪分別設於車架 長軸向前、後段，用以支撐車架’其中前輪負責轉向，後 輪則受—動^驅動裝置驅動轉動，提供機車行進之動力來 源。然上述4案之轉向係採用重力轉換(gravity 操縱機 構’因此機車前輪轉向時通常需較大轉彎半徑，因此操控 性不佳’此為其最大缺點。 15 爾來’遙控模型機車發展神速，如U.S. Pat. No. _ 5,709,583無線遙控機車玩具轉向系統(Steering system f0r radio_e()mn)llecl wheeled vehide toy)則採用伺服馬達操控前 輪轉向以取代早期之彈簧操控前輪轉向，而US. Pat. N〇. 5,820,439無線遙控玩具機車之陀螺儀穩定裝置則進一步採 2〇用馬達及離合器取代祠服馬達操控前輪轉向之做法，藉此 大幅提升操控靈活度。 雖上述遙控模型機車之操控方式至今已進步許多，然 遇到特殊越野地形，如顛頗路面、草地等各式路面時，其 操控之穩定性及靈活性很難兼具，此為其極需改善之處。 4 M351733 【新型内容】 本創作之主要目的在於提供一 可調式配重社槿，盆择 ’、、控杈歪機車之飛輪 5定性及操控^…大幅提升遙控模型機車越野之穩 之飛述目的’本創作所提供之-種遙控模塑機車 之前$11式配重結構’包含有—車體及位於車體前後端 件，’可ίί以及一動力輸出裝置，後輪内部設有-飛輪組 Η)機車彳力輸m動力輪“獅，本創作主要在於 飛輪組件内部設有-可調式重量配重結構，包 多數*^輪本體，王哀繞於一離合器組外周緣，其侧壁具有 凹穴且間距相同之環狀凹穴；與該等凹穴等量或少於 里之配重塊，係選擇性^7， 用以供玩家因；j牙罝於對應之凹/ 15使遙沖^ 彈性選擇適當數量的配重塊’ =二型機車除了能維持車身行進時之穩定性外，更能 棱供更多的操控樂趣。 有關本創作所提供之遙控模型機車之飛輪可調配重結 構的詳細構造及特點，將於後續的詳細說明中予以描述。 20【實施方式】 二’^ η可1从/入οι力效之處，其中： 第-圖係本創作-較佳實施例遙控模型機車之分解示 7 以下將藉由所列舉之實施例配合隨附之圖式，詳細說 明本創作之結構特徵及進步功效之處，其中 意圖 5 M351733 圖； 第二圖係第—圖後車體一側面特定角度 之立體示意 之立體示意 圖第二圖係第一圖後車體另一側面特定角度 ^四圖係第—圖後車體從頂面視之平面示意圖· —^後車體之後輪㈣結構分解示意圖； 弟，、圖係弟四圖6-6剖線之剖視圖。 請參閱第—至四圖所示，本創作 車，包含有-前車體i。一後車== 輸出衣置60’其中前車體1〇具有一車架u 為-坐塾L實務上可經塾12上裝設—4 = 同前方設有—前懸吊13及—轉向龍頭14卞，前 15 20 二鱼J *有—前輪15 ;後車體3G係以可拆卸之方式 結合成一體，組裝時’後車體3〇之前端恰i :車體1G之後端相互嵌合並利紐螺絲丨 士二 吊33及1，車架31後端為一後懸 61(實務上iri/，動力輸出裝置⑼則包含有—直流馬達 之去ΐ 為輕巧之内燃機5丨擎），用以驅轉車架旁 生之“ 轉 鏈條64將直流馬達61產 -步後輪％側邊之齒盤％上，後輪35内部進 =有i輪組件7〇,常態時飛輪組件7()之 =度呆持實質快於從動力輸出H 6 速’精以產生敎之陀職應。 ㈣35之轉 6 M351733 請繼續參閱第五、六所示，飛輪組件70包含有一左、 右飛輪蓋86、89、一固定桿88及一離合器組80以及一飛 輪組90，固定桿88係利用二螺絲連結左、右飛輪蓋86、 89，離合器組80包含有一離合器座85，具有一外齒部851 5 及一軸套852、三分離件81，係環繞設於離合器座85之軸 套852外周緣、一收束件(如彈簧)82，則環繞套設於三分離 件81外周緣，用以供三分離件81往外擴張狀況結束時立 即收束回靠合離合器座85之軸套852外周緣狀態、一轉軸 87，具有一容室871以供三分離件81及收束件82容置其 ίο中，平時來自外部之動力轉速低於一設定值時，三分離件 81會受到收束件82的收束而環狀收束於離合器座85之軸 套852外周緣，然而一旦來自外部之動力轉速高於前述設 定值時，三分離件81此時會受到離心力作用往外擴張而使 其外端面抵緊轉軸87之容室871内壁面以摯動轉軸87同 15 步快速轉動、一齒輪組84包含有一齒盤841及三行星齒842 以及一定位板843，齒盤841係容置於左飛輪蓋86内部之 内凹陷容室861中，三行星齒842則彼此相互齒合並分別 與齒盤841之環齒齒合，以行自轉及繞著齒盤841旋轉； 飛輪組90，包含有一本體91，係容置於左、右飛輪蓋86、 2〇 89所形成之外凹陷容室862中並環繞於離合器組80之轉轴 87外周緣，本體91側壁具有多數橫向且間距相同之凹穴 93，以本實施例而言，該等凹穴93數量為20孔(但數量不 因此受限，凡只要能均勻分布於側壁周緣之孔數皆可），與 該等凹穴93等量或數量少於20之配重塊95，係均勻分布 7 M351733 穿置於相，應之凹穴93中，用以供玩家依據路況自行選擇 配重，一定位盤97，係鎖固於本體91外側，用以封閉配重 塊95於本體91凹穴93中，藉此，當外部直流馬達61所 傳來的動力，經由齒輪組84讓轉速放大而當轉速超過設定 值時二分離件81會受到離心力作用往外擴張而抵緊轉軸 87之谷至871内壁面並同步帶動轉軸快速轉動以連動飛 輪組90之本體91同步高速旋轉，操作過程中或因減速使 三分離件81與轉轴87脫離，然飛輪組90仍會持續旋轉， 不曰因馬達轉速之急速降低而有立即減速之情形，換言 $值4=組9G之轉動速度會實質快於從動力輸出裝置 轉定車35之轉速岐錄組件7G產她螺效應以 ί二=車r於如草地、凹凸不平之越野道 τ /、裼疋之陀螺效應會更顯著。 15 20 適當數量=並作使㈣’玩家得因應路況差異選擇 但相對會犧牲配重塊95數量多則機車操控較穩定， 之飛輪^==^糊純料合自身操控能力 置配重塊95^里，因此本創作可於本體Μ選擇性彈性配 況或-般平整、使遙純應各式越野路 最路，同時兼具狀性及操控樂趣。 控模型機‘ = ，以上配合圖式所詳細描述之遙 之技術内容及特^而^配f結構’僅係'為了說明本創作 之專利中請範圍:之貫施例’並非用以限制本創作 知識之人在本創作領域中具有-般通常 “ ’j作之技術内容及特徵之後 ，於不 M351733 違背本創作之精神下，所為之種種簡單之修飾、替換或構 件之減省，皆應屬於本創作以下所揭示之申請專利範圍之 内。 M351733 【圖式簡單說明】 第一圖係本創作一較佳實施例遙控模型機車之分解示 意圖； 第二圖係第一圖後車體一側面特定角度之立體示意 5 圖； 第三圖係第一圖後車體另一側面特定角度之立體示意 圖； 第四圖係第一圖後車體從頂面視之平面示意圖； 第五圖係第一圖後車體之後輪内部結構分解示意圖； 10 弟六圖係弟四圖6_6剖線之剖視圖。 【主要元件符號說明】 15M351733 VIII. New description: [New technical field] This creation is related to a kind of remote control model car, especially a remote control model locomotive that can adjust the rear wheel flywheel weight to adapt to various road conditions. 5 [Prior Art] Press 'Remote-type nuclear car type is very much, this creation especially refers to the remote control model - locomotive. Early remote control model locomotive case such as us Pat. No. 4,342 175 • Secret remote control locomotive, usPat. Take 5,368, training wireless remote control two-wheeled toy locomotive, etc., generally include a frame, one front and rear wheels are respectively set at The long axial front and rear sections of the frame are used to support the frame. The front wheel is responsible for steering, and the rear wheel is driven to rotate by the driving device to provide the power source for the locomotive to travel. However, the steering of the above four cases uses gravity conversion (gravity control mechanism 'so the front wheel of the locomotive usually needs a large turning radius, so the poor controllability' is its biggest drawback. 15 erlai 'remote model locomotive development speed, such as US Pat. No. _ 5,709,583 wireless remote control locomotive toy steering system (Steering system f0r radio_e () mn) llecl wheeled vehide toy) uses servo motor to control the front wheel steering to replace the early spring steering front wheel steering, and US. Pat. N〇 The 5,820,439 wireless remote control toy locomotive's gyroscope stabilization device is further equipped with a motor and a clutch to replace the steering motor to control the front wheel steering, thereby greatly improving the handling flexibility. Although the control mode of the above-mentioned remote control model locomotive has been improved so far, it is difficult to combine the stability and flexibility of the control when it encounters special off-road terrain, such as bumpy roads and grassland. Improvements. 4 M351733 [New Content] The main purpose of this creation is to provide an adjustable weighting society, basin selection, and control of the locomotive flywheel 5 qualitative and control ^... greatly improve the remote control model locomotive off-road stability 'The $11-type counterweight structure of the remote-controlled molding locomotive provided by this creation contains the body and the front and rear end parts of the car body, 'can be ίί and a power output device, and the rear wheel is internally provided with a flywheel setΗ The locomotive power transmission m power wheel "Lion, this creation mainly lies in the flywheel assembly inside - adjustable weight weight structure, including most * ^ wheel body, Wang mourning around the outer circumference of a clutch group, its side wall has a concave Annular pockets with the same spacing and spacing; equal or less than the weights of the pockets, selective ^7, for the player; j teeth in the corresponding concave / 15 to make a remote ^ Elasticity Selecting the Right Number of Counterweights' = The second type of locomotive can provide more control fun in addition to maintaining the stability of the body. The flywheel adjustable weight structure of the remote control model locomotive provided by this creation Detailed structure and characteristics, It will be described in the following detailed description. 20 [Embodiment] Two '^ η can be from / input οι force effect, where: the first picture is the creation - the preferred embodiment remote control model locomotive decomposition 7 In the following, the structural features and the progressive effects of the present invention will be described in detail by using the illustrated embodiments in conjunction with the accompanying drawings, wherein the intent is 5 M351733; the second figure is the first angle of the rear side of the vehicle body. The three-dimensional schematic diagram of the three-dimensional diagram is the first diagram of the other side of the vehicle body at a specific angle ^ four diagrams - the rear view of the car body from the top plane view - ^ rear car body rear wheel (four) structure decomposition diagram; Brother, picture system brother Figure 4-6 sectional view of the line. Please refer to the first to four figures, the creation of the car, including the front body i. A rear car == output clothing 60' of which front The car body 1 has a frame u for the seat 塾 L can be installed on the 塾 12 - 4 = with the front - front suspension 13 and - steering faucet 14 卞, the front 15 20 two fish J * have - Front wheel 15; Rear body 3G is detachably integrated into one body, assembled before 'the rear body 3 〇 Just i: the rear end of the car body 1G is fitted with each other and the Lijin screw gentleman two cranes 33 and 1, the rear end of the frame 31 is a rear suspension 61 (actually iri/, the power output device (9) contains the DC motor ΐ It is a lightweight internal combustion engine (5 engine), which is used to drive the side of the frame. “The rotating chain 64 will produce the DC motor 61. The rear wheel is on the side of the rear side. The rear wheel 35 is inside. The component 7 〇, the normal state of the flywheel assembly 7 () = degree of holding is substantially faster than the power output H 6 speed 'fine to produce the 陀 陀 陀. (4) 35 turns 6 M351733 Please continue to refer to the fifth and sixth, the flywheel assembly 70 includes a left and right flywheel cover 86, 89, a fixed rod 88 and a clutch set 80 and a flywheel set 90, the fixed rod 88 is utilized Screws connect the left and right flywheel covers 86, 89. The clutch pack 80 includes a clutch seat 85 having an outer toothing portion 851 5 and a bushing 852 and three separating members 81 surrounding the outer periphery of the bushing 852 disposed on the clutch seat 85. A receiving member (such as a spring) 82 is disposed around the outer periphery of the three separating members 81 for immediately closing the outer periphery of the sleeve 852 of the clutch seat 85 when the three separating members 81 are outwardly expanded. The state, a rotating shaft 87, has a chamber 871 for the three separating members 81 and the converging member 82 to accommodate therein. When the power speed from the outside is lower than a set value, the three separating members 81 are subjected to the receiving member. The closing of the ring 82 is closed in the outer circumference of the sleeve 852 of the clutch seat 85. However, when the rotational speed from the outside is higher than the aforementioned set value, the three separating members 81 are now expanded by the centrifugal force to be externally expanded. The end surface abuts against the inner wall of the chamber 871 of the rotating shaft 87 The gear unit 84 includes a toothed disc 841 and three planetary teeth 842 and a positioning plate 843. The toothed disc 841 is received in the recessed chamber 861 inside the left flywheel cover 86. The three planetary teeth 842 are mutually toothed and combined with the ring teeth of the toothed disc 841 to rotate and rotate around the toothed disc 841. The flywheel assembly 90 includes a body 91 and is disposed on the left and right flywheel covers. 86, 2, 89 are formed in the outer cavity 862 and surround the outer circumference of the rotating shaft 87 of the clutch group 80. The side wall of the body 91 has a plurality of laterally and equally spaced pockets 93. In this embodiment, The number of the pockets 93 is 20 holes (but the number is not limited, as long as the number of holes can be uniformly distributed on the periphery of the side wall), and the weights 95 having the same amount or number less than 20 are the same as the pockets 93. The evenly distributed 7 M351733 is placed in the phase, and the recess 93 is provided for the player to select the weight according to the road condition. A positioning plate 97 is locked on the outside of the body 91 for closing the weight 95 to the body 91. In the pocket 93, whereby the power transmitted from the external DC motor 61 passes through the teeth The group 84 allows the rotation speed to be enlarged. When the rotation speed exceeds the set value, the two separating members 81 are expanded outward by the centrifugal force to abut against the inner wall surface of the shaft 87 to the inner wall surface of the shaft 871 and simultaneously rotate the shaft to rotate rapidly to synchronize the high speed rotation of the body 91 of the flywheel unit 90. During the operation, or due to the deceleration, the three separating members 81 are disengaged from the rotating shaft 87, and the flywheel group 90 is still continuously rotated, so that there is a situation of immediate deceleration due to the rapid decrease of the motor speed, in other words, the value 4 = group 9G The rotation speed will be substantially faster than the rotation speed of the power output device 35. The component 7G produces the snail effect. The gyro effect is more significant. . 15 20 Appropriate quantity = and make (4) 'The player has to choose according to the difference of road conditions but will sacrifice the weight of the counterweight block 95. The locomotive control is more stable. The flywheel ^==^ paste pure material combined with its own control ability. ^, so this creation can be in the body of selective elastic or general leveling, so that the pure road should be the most roads of all kinds of cross-country roads, while at the same time having both shape and control fun. The control model machine ' = , the technical content of the telegram described in detail above with the schema and the structure of the structure is only used to illustrate the scope of the patent in this creation: the example of the application is not used to limit this In the field of creation, the person who creates the knowledge has the usual technical content and characteristics of the 'j. After the violation of the spirit of the creation, the simple modification, replacement or component reduction of the M351733 should be The present invention is within the scope of the patent application disclosed below. M351733 [Simple Description of the Drawings] The first drawing is an exploded view of a remote control model locomotive of a preferred embodiment; the second drawing is a side view of the rear body of the first figure The three-dimensional diagram of a specific angle is shown in the figure; the third figure is a three-dimensional diagram of the specific angle of the other side of the vehicle body in the first figure; the fourth figure is the plane view of the vehicle body from the top surface after the first figure; A schematic diagram of the internal structure of the rear wheel of the car body after a picture; 10 The cross-sectional view of the line 6_6 of the younger brother of the six brothers.
前車體10 車架11 坐墊12 前懸吊13 轉向龍頭14 前輪15 數螺絲18 後車體30 車架31 後懸吊33 後輪35 齒盤36 動力輸出裝置60 直流馬達61 齒輪組62 轉軸63 鏈條64 飛輪組件70 離合器組80 20 M351733 分離件81 收束件82 齒輪組84 齒盤841 行星齒842 定位板843 離合器座85 外齒部851 5 軸套852 轉軸87 容室871 - 左、右飛輪盖86、89 ) 内凹陷容室861 外凹陷容室862 固定桿88 10 飛輪組90 本體91 凹穴93 配重塊95 定位盤97Front body 10 Frame 11 Cushion 12 Front suspension 13 Steering faucet 14 Front wheel 15 Number of screws 18 Rear body 30 Frame 31 Rear suspension 33 Rear wheel 35 Sprocket 36 Power take-off 60 DC motor 61 Gear set 62 Rotary shaft 63 Chain 64 Flywheel assembly 70 Clutch set 80 20 M351733 Separator 81 Retractor 82 Gear set 84 Sprocket 841 Planetary gear 842 Positioning plate 843 Clutch seat 85 External toothing 851 5 Bushing 852 Rotary shaft 87 Housing 871 - Left and right flywheel Cover 86, 89) Inner recess chamber 861 Outer recess chamber 862 Fixing rod 88 10 Flywheel set 90 Body 91 Pocket 93 Counterweight 95 Positioning plate 97