M368478 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種磁力作動之玩具裝置 指利用磁力剌使本體前進m額外提供動力。疋 【先前技術】 按，習知-般利用磁力之玩具裝置如同中華 ^第「磁導玩具車及其磁軌地塾」，其揭 由-玩具車及多數片墊體所組成，其中，該多數片墊體 係由㈣當軟度之材質所製成，且彼此間可相互組合， 並在每一墊體之一端面内設有一由磁性材質構： 層’當各墊體彼此相組合完畢時，恰可使各片之磁性夾 層相互連接而形成—封閉狀之磁性軌道，又，在玩具車 之底部設有-與地塾表面保持適#距離之活動磁鐵^ 由該活動磁鐵與地墊間所產生之磁力，可限定引導玩^ 車於地墊上循著磁性執道行走，但其主要目的係為使玩 具車能在該磁性執道上行走而不至於偏離該執道，但哼M368478 V. New description: [New technical field] This creation is about a magnetically actuated toy device. It refers to the use of magnetic force to make the body advance m to provide additional power.疋[Prior Art] According to the conventional use of the magnetic toy device, it is like the Chinese "Magnetic Guide Toy Car and its Magnetic Track Cellar", which is composed of a toy car and a plurality of pad bodies, wherein Most of the pad systems are made of (4) softness materials and can be combined with each other, and a magnetic material is provided in one end surface of each pad body: layer 'when each pad body is combined with each other The magnetic interlayers of the sheets can be connected to each other to form a closed magnetic track, and at the bottom of the toy vehicle, there is a movable magnet that maintains a distance from the surface of the mantle ^ between the movable magnet and the floor mat The generated magnetic force can limit the walking of the car to follow the magnetic obstruction on the floor mat, but its main purpose is to enable the toy car to walk on the magnetic obedience without deviating from the obedience, but
磁力並無法提供玩具車行駛之動力，故仍需在玩具車I 加裝有動力裝置，使玩具車能在該軌道上行駛。 【新型内容】 曰爰此，有鑑於習知應用磁力之玩具的缺失，故本創 作提供一種磁力作動之玩具裝置，包括有： 軌道，係由至少一個以上之軸向磁鐵所構成，該 軸向磁鐵之兩側係分別為一第一陽極面及一第一陰極 面而垂直該第一陽極面及該第一陰極面係形成一行駛 3 M368478 面。 本體’係行駛於該行驶 且主少於其兩側設 叫丄 極磁鐵合部’該套合部上並套設有-環形多 極磁鐵’而該環形多極磁鐵之兩側係分別為一第二陽極 面及一第二陰極面，且套設於該套合部上之環形多極磁 鐵之第—陽極面或第二陰極面係互為相向，另外，該 形多極磁鐵之磁力方向則垂直該軸向磁鐵之磁力方向^ 個以=該^作！之玩具裝置，當該轴向磁鐵設有二 J二Γ 鐵之第一陽極面係吸附另-軸 向磁鐵之第一陰極面，使該每一行駛面互相連接。 上述該軸向磁鐵係為矩形。 上述套設於該套合部上之環形多極磁 面互為相向時，續太栌孫戟之弟—1¼極 行驶至靠：二ί 該第一陽極面之行駛面 仃駛至罪近该第一陰極面之行駛面。 面互ίΓΓΓ該套合部上之環形多極磁鐵之第二陰極 面：為相向時’該本體係由靠近該第一陰極面之行： 行駛至靠近該第一陽極面之行駛面。 丁駛面 上述該本體係設有四個套合部，且 ,對應設於該本體兩側，該四個套合部皆；設J二係 2磁鐵’且套設於該每二個相對應套合部上之：： 極磁鐵之第二陽極面或第二陰極面係互為相向。-开" 上述該本體係設有四個套合，-相對應設於該本趙兩側，該四個套合部部係 多極磁鐵’且套設於其中二個相對應套合部：之;袁开:？ M368478 極磁鐵之第二陽極面係 應套入邱上之、互為相向，而套設於另二個相對 本創作具有下列之優^ ^_面#'互4相向。 向磁nr該環形多極磁鐵之磁力方向垂直該轴 :::::力方向，使該套合部產生前進之動力並帶動 該本體則進，μ f❸卜提供動力。 ^磁變該環形多極磁鐵之磁力強弱或改變該轴 向磁㈣力強弱可使本體行駛之速度增加或減慢。 3.错由改變套設於該套合部上之環 由向丄=第二陽極面或第二陰極面互為相向，可使本： 二：！一陽極面之行駛面行駛至靠近該第-陰極面 第-陽極面之=面陰極面之行駛面行駛至靠近該 係二：本體之套合部設有四個以上，且每二個套合部 個於該本體兩側，則可藉由改變套設於該每二 本二：=部上之環形多極磁鐵之磁力方向，而改變 冬體則進速度。 【實施方式】 首先’請參閱第—圖所示’本創作係為—種磁力作 動之玩具裝置’包括有： “I執道⑴，係由至少一個以上之軸向磁鐵Ο” 斤構成，該軸向磁鐵（11)之兩側係分別為一第一陽極 ^ 1丨、1〕及一第一陰極面（1 1 2〕’而垂直該第一陽極面 及《玄第一陰極面（112 )係形成一行駛面（1丨3 )， 5 M368478 而該軸向磁鐵（11)可為矩形，且當該軸向磁鐵（ιι) 設有二個以上時，該每一軸向磁鐵（11)之第一陽極面 (111)係吸附另一軸向磁鐵（u)之第一陰極面（112)， 使該每一行駛面（113 )互相連接。 一本體（2)，係行駛於該行駛面（113)上，且至少 於其兩侧設有二個相對應之套合部（2〇,該套合部（21) 上並套設有-環形多極磁鐵（22)，而該環形多極磁鐵 (22)之兩側係分別為一第二陽極面（221)及一第二陰 極面（ 222 )，且套設於該套合部（21)上之環形多極磁 鐵（22)之第二陽極面（221)或第二陰極面（222 )則 互為相向’另外’該環形多極磁鐵（22)之磁力方向則 垂直該軸向磁鐵（11)之磁力方向，以下實施例係將本 創作使用於玩具車，而將該本體⑴設為車體，將該套 合部（21)設為車輪。 使用時，本創作第—實施例如第二圖所示，該本體 (2)係設有四個套合都 〆 苌σ ( ，且母二個套合部（21) 相對應設於該本體⑴兩側，而其中二個相對應之套 '部（21)係套設㈣環形多極磁鐵（22)，且套設於該 -個相對應套合部（21)上之環形多極磁鐵（Μ)之第 互為相向，故’當該套合部（21)行駛 駛面〇13)時’該環形多極磁鐵⑵) :=(U2)旋轉之力量，而該環形 弟 之第二陰極面⑽)則會產生一向該轴向磁鐵（⑴之) M368478 第一陽極面（112)旋轉之力量，而由於該環形多極磁鐵 (2 2 )係套设於该一個相對應套合部（21 )上，且該環 开>夕極磁鐵（22)之第二陽極面（221)互為相向，故該 轉向之分力將被抵銷，而殘留一直向前進之分力，而推 動該本體（2)由靠近該第一陽極面（丨丨丨）之行駛面（113) 行駛至靠近該第一陰極面（112)之行駛面（113)，而不 需額外提供動力，且使用者亦可改變該環形多極磁鐵 鲁、（22)之磁力強弱或改變該軸向磁鐵（11)之磁力強弱， 使該本體（2 )行駛之速度增加或減慢。 本創作第二實施例如第三圖所示，其與上一實施例 不同之處在於該套設於該二個相對應套合部（21)上之 環形多極磁鐵（22)之第二陰極面（ 222 )互為相向，故， 該本體（2)由靠近該第一陰極面（112)之行駛面（113) 行駛至靠近該第一陽極面（111 )之行駛面（丨〗3 )。 本創作第三實施例如第四圖所示，該本體（2 )係設 •有四個套合部（21 )，且每二個套合部（21 )係相對應設 ―於該本體（2 )兩側，該四個套合部（21 )皆套設有該環 -形多極磁鐵（22)，且套設於該每二個相對應套合部（21) 上之環形多極磁鐵（22)之第二陽極面（221)係互為相 向’而s亥本體（2 )之行駛原理係如同第一實施例所述， 該本體（2)會由靠近該第一陽極面（m)之行駛面（113) 行驶至靠近該第一陰極面（112)之行駛面（113)，而由 於該四個套合部（21 )皆套設有該環形多極磁鐵（22 )， 且套設於該每二個相對應套合部（21 )上之環形多極磁 7 M368478 鐵（22)之第二陽極面（221)係互為相向，故該前進之 分力會具有加乘之效果，而使該本體（2)行駛速度增加。 本創作第四實施例如第五圖所示，其與第三實施例’ 不同之處在於套設於該每二個相對應套合部（21)上之 環形多極磁鐵（22)之第二陰極面（222 )係互為相向， 故其會由靠近該第一陰極面（112)之行駛面（ιΐ3)行 駛至靠近該第一陽極面（m)之行駛面（113)。 , 本碧]作第五實施例如第六圖所示，該本體（2 )係設 有四個套合部（21)’且每二個套合部（21)係相對應設籲 於該本體（2)兩側，該四個套合部（21)皆套設有該環 形多極磁鐵（22)，且套設於其中二個相對應套合部（21) 上之環形多極磁鐵（22)之第二陽極面（221)係互為相 向，而套設於另二個相對應套合部（21)上之環形多極 磁鐵（22)之第二陰極面（222 )係互為相向，藉此，該 本體（2)上之二個相對應套合部（21)之前進分力與另 二個相對應套合部（21)之前進分力方向則為相反1 ::(2)會往前進分力較大之方向行駛，而達到降低該 本體（2)行駛速度之功效。 【圖式簡單說明】 ' 第一圖係為本創作之立體示意圖。 第二圖係為本創作第一實施例之示意圖。 第三圖係為本創作第二實施例之示意圖。 第四圖係為本創作第三實施例之示意圖。 第五圖係為本創作第四實施例之示意圖。 M368478 第六圖係為本創作第五實施例之示意圖。 【主要元件符號說明】 (1) 軌道 (11) 軸向磁鐵 (111) 第一陽極面 (112) 第一陰極面 (113) 行駛面 (2) 本體 (21) 套合部 (22) 環形多極磁鐵 (221) 第二陽極面 (222) 第二陰極面The magnetic force does not provide the power for the toy car to travel, so it is still necessary to add a power device to the toy car I to enable the toy car to travel on the track. [New content] In view of the lack of the use of magnetic toys, the present invention provides a magnetically actuated toy device comprising: a track consisting of at least one axial magnet, the axial direction The two sides of the magnet are respectively a first anode surface and a first cathode surface, and the first anode surface and the first cathode surface form a running 3 M368478 surface. The body of the body travels on the side of the main body and has less than two sides of the two sides, and is provided with a ring-shaped multi-pole magnet, and the two sides of the annular multi-pole magnet are respectively a second anode surface and a second cathode surface, and the first anode surface or the second cathode surface of the annular multipole magnet sleeved on the sleeve portion are opposite to each other, and the magnetic direction of the multipole magnet Then the magnetic direction of the axial magnet is perpendicular to ^=^^! In the toy device, when the axial magnet is provided with two J Γ, the first anode surface of the iron attracts the first cathode surface of the other axial magnet, so that each of the running surfaces is connected to each other. The axial magnet described above is rectangular. When the annular multi-pole magnetic faces that are sleeved on the sleeve portion are opposite each other, the younger brother of the sun 栌 戟 — — 11 11 11 11 11 11 11 11 11 11 11 11 11 11 : 二 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该The running surface of the first cathode surface. The second cathode face of the annular multipole magnet on the sleeve is: when facing the front side. The system is from the line close to the first cathode face: travels to the running surface near the first anode face. The above system has four sleeve portions, and correspondingly disposed on both sides of the body, the four sleeve portions are provided; the J second system 2 magnets are disposed and the corresponding two sets are respectively arranged On the ferrule: The second anode surface or the second cathode surface of the pole magnet are opposite to each other. -Open " The above system is provided with four sets, correspondingly on both sides of the Zhao, the four sets of parts are multi-pole magnets 'and are set in two corresponding parts : Zhi; Yuan Kai:? The second anode surface of the M368478 pole magnet should be placed on the Qiu, and facing each other, and the other two sets of the opposite creations have the following advantages. To the magnetic nr, the magnetic direction of the annular multi-pole magnet is perpendicular to the direction of the ::::: force direction, so that the sleeve generates the forward power and drives the body to advance, and the power is supplied. ^Magnetic change The magnetic strength of the annular multi-pole magnet or the change of the axial magnetic force can increase or slow the speed of the body. 3. The error is changed by the ring set on the sleeve. The direction of the second anode surface or the second cathode surface is opposite to each other, so that: 2:! The running surface of the anode surface travels to the running surface close to the cathode surface of the first-cathode surface, the anode surface, and the driving surface of the anode surface is close to the system 2: the sleeve portion of the body is provided with four or more, and each of the two sleeves is provided. On the two sides of the body, the winter body advance speed can be changed by changing the magnetic direction of the annular multi-pole magnet sleeved on each of the two parts. [Embodiment] First of all, please refer to the figure below. 'This creation is a magnetically actuated toy device' that includes: "I is obeying (1), consisting of at least one or more axial magnets," The two sides of the axial magnet (11) are respectively a first anode ^1, 1] and a first cathode surface (1 1 2)' perpendicular to the first anode surface and the "first cathode surface (112 ) forming a running surface (1丨3), 5 M368478 and the axial magnet (11) may be rectangular, and when the axial magnet (ιι) is provided with two or more, each axial magnet (11) The first anode surface (111) adsorbs the first cathode surface (112) of the other axial magnet (u), and connects each of the running surfaces (113) to each other. A body (2) is driven by the body On the running surface (113), and at least two corresponding sleeve portions (2〇, the sleeve portion (21) is sleeved with a ring-shaped multi-pole magnet (22) The two sides of the annular multi-pole magnet (22) are respectively a second anode surface (221) and a second cathode surface (222), and the annular multi-pole magnet sleeved on the sleeve portion (21) 22) The second anode surface (221) or the second cathode surface (222) are opposite each other 'other'. The magnetic direction of the annular multipole magnet (22) is perpendicular to the magnetic direction of the axial magnet (11), below In the embodiment, the present invention is used in a toy vehicle, and the body (1) is referred to as a vehicle body, and the fitting portion (21) is set as a wheel. In use, the present invention is embodied as shown in the second figure, the body (2) There are four sets of joints 〆苌σ (and two sets of mating parts (21) are correspondingly arranged on both sides of the body (1), and two of the corresponding sets of 'sections' (21) The (4) annular multi-pole magnets (22) are sleeved, and the annular multi-pole magnets (Μ) sleeved on the corresponding sleeve portions (21) are opposite to each other, so 'when the sleeve portion (21) ) When the driving surface 〇 13) 'the circular multi-pole magnet (2)): = (U2) the rotating force, and the second cathode surface (10) of the ring brother will produce the axial magnet ((1)) M368478 a rotating force of the anode surface (112), and the annular multi-pole magnet (2 2 ) is sleeved on the corresponding corresponding sleeve portion (21), and the ring is opened > 22) The second anode faces (221) are opposite to each other, so the component of the steering will be offset, and the component force that is always moving forward remains, and the body (2) is pushed close to the first anode face (丨)行驶) The driving surface (113) travels to the driving surface (113) near the first cathode surface (112) without additional power, and the user can also change the circular multi-pole magnet Lu, (22) The strength of the magnetic force or the strength of the magnetic force of the axial magnet (11) increases or decreases the speed at which the body (2) travels. The second embodiment of the present invention is shown in the third figure, which differs from the previous embodiment in the second cathode of the annular multipole magnet (22) that is sleeved on the two corresponding sleeve portions (21). The faces (222) are opposite to each other, so the body (2) travels from the running surface (113) close to the first cathode face (112) to the running face near the first anode face (111) (丨) 3) . In the third embodiment of the present invention, as shown in the fourth figure, the body (2) is provided with four sleeve portions (21), and each of the two sleeve portions (21) is correspondingly disposed on the body (2). On both sides, the four sleeve portions (21) are sleeved with the ring-shaped multi-pole magnet (22), and the annular multi-pole magnet sleeved on each of the two corresponding sleeve portions (21) (22) The second anode faces (221) are mutually opposite each other and the driving principle of the body (2) is as described in the first embodiment, and the body (2) is close to the first anode face (m) The driving surface (113) travels to the running surface (113) near the first cathode surface (112), and the annular multi-pole magnet (22) is sleeved by the four fitting portions (21), and The second anode surface (221) of the annular multipole magnet 7 M368478 iron (22) disposed on each of the two corresponding sleeve portions (21) is opposite to each other, so the component of the advancement will have a multiplication The effect is to increase the speed of the body (2). The fourth embodiment of the present invention is shown in FIG. 5, which is different from the third embodiment in that the second annular magnet (22) is placed on each of the two corresponding sleeve portions (21). The cathode faces (222) are opposite each other, so they travel from a running surface (ι 3) close to the first cathode face (112) to a running face (113) close to the first anode face (m). In the fifth embodiment, as shown in the sixth figure, the body (2) is provided with four sleeve portions (21)' and each of the two sleeve portions (21) is correspondingly disposed on the body. (2) On both sides, the four sleeve parts (21) are sleeved with the annular multi-pole magnet (22), and the annular multi-pole magnets are sleeved on the two corresponding corresponding parts (21) ( 22) The second anode faces (221) are opposite to each other, and the second cathode faces (222) of the annular multipole magnets (22) sleeved on the other two corresponding sleeve portions (21) are mutually In the opposite direction, the front part of the two corresponding corresponding parts (21) on the body (2) and the other two parts of the corresponding part (21) are opposite to each other. 2) It will drive in the direction of greater forward force, and achieve the effect of reducing the speed of the body (2). [Simple description of the diagram] 'The first picture is a three-dimensional diagram of the creation. The second drawing is a schematic view of the first embodiment of the creation. The third figure is a schematic diagram of the second embodiment of the creation. The fourth figure is a schematic view of the third embodiment of the creation. The fifth figure is a schematic view of the fourth embodiment of the present creation. M368478 The sixth figure is a schematic diagram of the fifth embodiment of the creation. [Description of main component symbols] (1) Orbit (11) Axial magnet (111) First anode surface (112) First cathode surface (113) Driving surface (2) Main body (21) Fitting part (22) Polar magnet (221) second anode surface (222) second cathode surface