1338649 九、發明說明： 【發明所屬之技術領域】 本發明為關於可防止裝在二輪機車等之圓筒鎖 (cylinder lock)被破壞等的圓筒鎖之保護裝置。 【先前技術】 先剞，為了防止第二者企圖盗竊或惡作劇以剪刀或螺絲 起子等插入鑰匙孔而破壞二輪機車等的圓筒鎖，已被提案 有例如在專利文獻1所揭示之圓筒鎖之保護裝置。該保護 裝置為具備有··在圓筒鎖的頭部上面於鎖固位置（閉狀態） 和開鎖位置（開狀態）之間移動，自外側可開閉轉子上面 的錄匙孔之閘板（shutter);及，藉在鎖固位置保持該問 板而可閉塞输匙孔而加鎖之磁動鎖；及，藉磁石的磁性而 可解開磁動鎖的磁動鑰匙；如此所構成。 但疋’在上述圓筒鎖之保護裝置中，由於必須藉以磁動 料作閘板的開閉操作’因此，本申請人為了提高方便性 而提案有在專利文獻2所揭示之以遙控可實施開閉操作 開板的圓筒鎖之保縣置。在該文獻所揭示之保護裝置 為’。具備有可驅動閘板之馬達，藉駕駛者所攜帶之遙控器 可刼作驅動馬達而遙控開閉該閘板。 (專利文獻1)曰本專利特開平u_44132號公報 (專利文獻2)曰本專利特開2〇〇2_322837號公報 【發明内容】 (發明所欲解決之問題） 但是，在上述先前的圓筒鎖之保護裝置中，為了藉遙控 93140856 丄 二7、控操作閘板’雖然可提高其操作性，但是必須要 車餘匙以外的另外一個遙控器。又，二輪機 關閉心^ 糟遙控器實施遙控操作來使閘板變成 閉狀恕，因此有時會忘記關閉問板(Shutter)。 又’作為二輪機車等車輛防盗之其他的裝置，已普 有一種自發送裝置發i旧亡 咖—出固有的ID密碼，當只有所接收 到的Π)密碼是事先所財之正f的密 ^ 用此- lUZer)’而本申請人為利 古圓^”㈣鎖止线讀討研究如何提 间®同鎖之保護裝置的操作性。 本發明為鑑於上述情形而所 在車輛之引擎防盜鎖止李統，而不成要供一種稭利用裝 性，同時，可確^卜亡 不要遙控器且可提高操作 (解決_之手^ _板_鎖之賴裝置。 <和卞的鑰延孔之閘板；及， 作開閉動作之驅動裝置；及，开玄開，對錄匙孔可 孔之起動鱗的把持部，_可 碼而實施預二㈣發送裝置㈣密 正常的密碼時則才允糾擎=二預先所規定之 此的圓筒鎖之伴^ 防益鎖止系統，如 wn頌《保4裝置，當利用 =述_定為可開閉，而使前述 剛述發送裝置接收到正常〆止系、、克自 在碼時，則可控制前述驅 93140856 取:閘板維持在開狀態’同時，當自前述鑰匙孔 匙，而使自該發送裝置㈣密碼接收消 本荦第乂制則述驅動裝置將前述間板維持於閉狀態。 中，旦右·^明為，在前述第1發明之圓筒鎖之保護裝置 之手動操m操作可移動前述閉板而可開閉前述錄匙孔 穿詈：第上t明為’在前述第1或2發明之圓筒鎖之保護 八有可照射前述錄匙孔之照明裝置。 本案第4發明為’在前述第J至3發明中任一項之圓筒 =保^置中’車輛之主開關被操作成_位置時，前 述毛达衣置和引擎防盜鎖止系統開始通信 關被操作為⑽位置時，則停止該通信。 "主開 ，本㈣5發明為’在前述第^ 3發明中任—項之 ί之保護裝置中’車輛之主開關被操作為0 F F位置時，則 刖述發送裝置和引擎防盜鎖止系統開始通信，同時，該通 k在經過一定時間後則停止。 (發明效果） 根據本案第1發明，由於引擎防盜鎖止系統接收到正常 的ID密碼時則可控制驅動裝置使閘板維持在開狀態，同 時，該ID密碼之接收消失時則可控制驅動裝置使^述問 板維持在閉狀態，因此，藉利職在料之引擎防盜鎖止 糸統，則不須要遙控ϋ即可提高操作性，同時，可確實防 止忘記將閘板關閉。 Λ 根據本案第2發明，由於併設有藉手動操作使閘板移動 93140856 ^^8649 而開閉鑰匙孔之手動操作裝置，因此，即使驅動裝置發生 狀況時也可操作閘板而使鑰匙孔開閉。 、根據本案第3發明，由於具有可照射鑰匙孔，同時，引 擎防盎鎖止系統之天線和照明裝置一體被形成，因此，在 具備該天線及照明裝置時則可使裝置全體成為小型化。 根據本案第4發明，由於主開關被操作為0FF位置時， 泛送衣置和引？^防金鎖止系統則開始通信，同時，被操作 為⑽位置時則該通信停止，因此可避免無謂之通信。'、 士根據本案第5發明，由於當主開關被操作成〇FF位置 恰务送I置和引擎防盜鎖止系統則開始通信，同時，該 通訊在經過-定時間後則停止，因此，其可抑制電瓶等= 源的消耗。 【實施方式】 ▲以下，一方面參照圖式另一方面說明本發明之實施形 態。 本實施形態之圓筒鎖之保護裝置是為了防止裝在二輪 機車之圓筒鎖被破壞等，如圖i及圖2所示，主要由配設 在由外威9及外蓋1{)構成的框體内之閘板（处咐以）2 ; 及，作為簡裝置之馬達δ;及，作為手錢作裝置之手 動用如動構件3，及藉馬達8驅動動作之馬達用聯動構件 及’作為發送裝置之脈衝轉#||(trans卿㈣τρ;及， 八有天、’泉17之引擎防盜鎖止系統（丨咖处丨1丨zer );及，作 為照明裝置之LED18;如此所構成。 閘板2為在外側可開閉配設在圓筒體5的轉子6之瑜匙 93140856 1338649 層狀恶配权，其可和該手動用聯動構件3或馬達用聯動構 件4任-者聯動而搖動，其在先端的遮蔽部2a可在:： ㈣孔7 ϋ立置（參照圖3)及閉塞該鑰匙幻的閉位 置（參照圖5)之間而可移動’在外殼9底面，形成 有在上方延伸之筒狀的突㈣9a，以該突狀部如為中 心’間板2、手動用聯動構件3及馬達用聯動構件*可搖 動自如。 又，在閘板2的緣部，形成有繫止部2b及2c，藉著配 設在外殼9側之鎖固部24擒接於該繫止部⑶或2:，而 閘^被鎖固在開位置或閉位置。該鎖固部24為介由螺 方疋彈簧23被收容在形成於外殼部9之收容壁&，手動用 ^動構件3或馬達用義構件4在開始動作時料自繫止 部2b或2c離開而解除鎖固（參照圖4)，動作終了時則 會再擒接在繫止部2b或2c。 、 手動用聯動構件3為，如圖6所示，其周緣當擋接在鎖 口邛24的一部份之狀態，同時，在其裏面側形成有突起 部3a，藉該突起部3a嵌合於形成在閘板2之長孔而可聯 ，閘板2。又，在突狀部9a的突端配設有藉各個螺旋彈 頁U附加勢能之複數個磁石13，此等磁石13繫合在形 成於手動用聯動構件3裏面的孔而可限制該手動用聯動 構件3之搖動動作。 d而’在被插通於鑰匙孔7之起動錄匙的把持部（樹月旨 成形部）’如圖7所示，配設有和在突狀部9a上所配設的 93140856 1338649 磁 -—___ 磁匙rf裁0’當將磁動錄㈣插入 助缔魏12時，磁鐵M和磁石13會互相排斥，磁石 13則會抗拒著螺旋彈簧〗4的附勢力而下降，而解 _聯動構件3之繫合。自此狀態使磁動餘匙狀== 聯==二使手動用聯動構件3搖動，而與其搖動 3板2則在開位置和閉位置之間搖動。又 ^:1—)之把持部，埋設有駕駛者可攜帶之可 杂达車輛的固有ID料之脈衝轉發器（的卿。⑽ 馬達用聯動構件4為被構成和安裝在馬達δ的輸出轴 a之凸輪8b的動作共同以突狀部％為中心而可搖動， ==聯動構件3同樣’使閘板2在開位置和閉位置 曰可搖動。又’馬達用聯動構件4為藉由 t㈣⑽Spring)11以時常料立位置被附狀 爾配設，當使馬達8驅動而輪出軸…走轉時，= 凸輪8b，馬達用聯動構件4搖動 … 之相反方向則藉扭轉彈菩u ， 搖動方向 …有可檢測出凸Γ:生:勢力。又，在外殼 Μ未圖示），輪二的:置之微動開關 定的位置停止。 4凸輪处被控制為時常在既 又’馬達8為如圖8所示，以電連接構成 系統之控制電路20，藉自該控制 皿’ 施驅動或停止’其被構成介由馬達 板2開閉。又，該控制電路二，構件4而可使閣 裝置)而和则電接=介：晴2“放大 ’電接續可記憶固有的 93140856 11 1338649 Π)密碼等資訊之EEP_21及控制二輪機車的引擎之EC[J。 亦即，本實施形態之引擎防盜鎖止系統主要為由天線 Π、RF模組26及EEPR0M2丨所構成，在天線丨7接收到脈 衝轉發器（transponder)TS的ID密碼時，以控制電路2〇 實施比較觸賴㈣iD密碼和事先被記憶在ee_2i 之正常的密碼’只有當判斷辨識的結果為兩者—致時則對 ECU發送許可引擎起動之信號。 馮由可接收自脈衝轉發器TP發送的I丨 密瑪之線圈狀構件所成’如圖9所示，被形成在基板 的2側。進一步，在基板19的裏面，如圖10所示，配 设有在黑暗處也可照射鑰匙孔7之 的LED18及前述的⑽模組26。 I起動输匙 如上述在形成天線17及咖8等的基板⑴ 示，被收容組裳在蓋子10之配設於孔15的上部之斤 通部16内。因此，由於引擎 、、插 «置之^ 、線17和照 贴·被升/成，而可使具備續夭令 删8時圓筒鎖之保護裝置丨全體可被成=。丨7及 方面k制電路2G具有上述之作用而可作 盜鎖止系統的控制裝置之功能，同時，呈有可"方 ::動之控制裝置的功能。亦即，控制電路2:為被:: 密碼時，則可控制馬達8 ㈣W _於_態’同時，未接收到該D ^ 8 可控制馬達8以將間板2維持在閉狀能。I悄 藉該構成，駕駛者要駕駛二輪機料，只要將起動輪匙 93140856 1338649 的把持部接近鑰匙插通部16而以天線17接收自脈衝轉發 β TP的id密碼時即可自動的使閉狀態之閘板2變成開狀 態，同時，要停車時，只要自鑰匙孔7抽出起動鑰匙則 不會接收到自脈衝轉發器τρ通過天線17的ID密碼之信 號’而可使開狀態之閘板2自動變成閉狀態。因此，藉利 用裝在二輪機車之引擎防盜鎖止系統，則不須要搖控器即 可提高操作性，同時可確實防止忘記閘板的關閉。 其次說明上述構成的圓筒鎖之保護裝置1中的閘板2之 控制。 首先’主開關在閉時（亦即，在停車時或停車中），如 2 11所示，判定是否有自脈衝轉發器TP之無線通信（ID =碼的接收）（S1)’當被判定有通信時則進行至S2，而 貝她確。心所接收之ID密碼是否為事先所預定之正常密 碼。 B當判定在上述S1或52沒有通信或所接收之ID密碼不 疋#的後碼日守則進行至S9，而中止既定時間之通信廣 答。然後，在副判定主開關在閉時而時間是否在一定； 間繼績狀態，如為在繼續時則為抑制電源消耗則停止益線 :答(叫又如S12而判定主開關有操作時 Q S1再見化有無無線應答之判定。又’在副被判定 主開關在閉時而時間在一宗士 容 了間在疋訏間以内時，則亦返回S1再 貝知有無無線應答之判定。 二當確認在⑵所接收之1[}密碼是預先所規定之 吊、么碼時，則使馬達8旋轉驅動並使閘板2自閉狀態 93140856 13 1338649 ^多動至開狀態⑽。然後，在馬達8的旋轉驅動過程令， 虽檢測出未圖示之限制開關（微動感測器）由〇FF錄成 0J，時，由於其彻輸2已移動至既定的開狀態之位 置因此，可停止該馬達8的旋轉驅動。 又，限制開關（微動感測器）在至⑽為止之間，以& 使LED18點燈，當判定該點燈時間經過既定時間時（ss)， 則關掉該刪8(S6)。亦即，祕2自閉狀態開始移動 至經過既㈣間為止之間，由於L_點燈而連續照射至[1] [Technical Field] The present invention relates to a protection device for a cylinder lock that can prevent a cylinder lock attached to a two-wheeled vehicle or the like from being broken. [Prior Art] First, in order to prevent a second person from attempting to steal or mischief to insert a keyhole such as a scissors or a screwdriver to break a cylinder lock of a two-wheeled vehicle or the like, a cylinder disclosed in, for example, Patent Document 1 has been proposed. Lock protection device. The protection device is provided with a shutter that moves between the locking position (closed state) and the unlocked position (open state) on the head of the cylinder lock, and opens and closes the keyhole of the keyhole on the rotor from the outside (shutter) And; a magnetic lock that can be locked by locking the keyhole while holding the question board at the locking position; and a magnetic key that can unlock the magnetic lock by the magnetism of the magnet; However, in the above-mentioned protection device for the cylinder lock, since the magnetic material is required to be used as the opening and closing operation of the shutter, the applicant has proposed a remote control to open and close as disclosed in Patent Document 2 for the purpose of improving convenience. Operate the cylinder lock of the open plate to protect the county. The protective device disclosed in this document is '. The motor is provided with a driveable shutter, and the remote control carried by the driver can be used as a drive motor to remotely open and close the shutter. (Patent Document 1) Japanese Patent Laid-Open Publication No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. 2-322837 (Patent Document) (Problems to be Solved by the Invention) However, in the above-mentioned previous cylinder lock In the protection device, in order to use the remote control 93140856 丄 2, control the operation of the ram' can improve its operability, but must have another remote control other than the spare key. In addition, the second turbine is turned off and the remote control is remotely operated to make the shutters closed. Therefore, sometimes the shutter is forgotten. In addition, as another device for anti-theft of vehicles such as two-wheeled vehicles, there is a kind of self-sending device that sends out the old ID card - the unique ID password, when only the received Π) password is the secret of the pre-f ^ Use this - lUZer) 'and the applicant is Li Gu Yuan ^" (4) lock line to study how to intervene the operation of the same lock protection device. The present invention is in view of the above situation, the engine of the vehicle is locked Li Tong, not for a straw to use the installation, at the same time, can be sure that the remote control does not need to be remote control and can improve the operation (solve the _ hand ^ _ board _ lock device. < and 卞 key to the hole a shutter; and, as a driving device for opening and closing; and, opening the opening, the holding portion of the starting scale of the keyhole can be _ coded and implementing the pre-two (four) transmitting device (four) the password of the normal is allowed Correction = two pre-specified cylinder locks ^ Pro-locking system, such as wn颂 "protect 4 device, when using = description _ is set to open and close, so that the aforementioned just-mentioned transmitting device receives normal When the system is fast and the code is free, the above-mentioned drive 93940856 can be controlled. In the open state, at the same time, the drive device (4) receives the password from the transmitting device (4), and the drive device maintains the intermediate plate in the closed state. In the manual operation of the protection device for the cylinder lock according to the first aspect of the invention, the closing plate can be moved to open and close the keyhole opening: the first t-bend is the cylinder lock of the first or second invention. Protecting the illuminating device that can illuminate the aforementioned keyhole. The fourth invention of the present invention is, in the case of the cylinder of any one of the aforementioned J to 3 inventions, when the main switch of the vehicle is operated to the _ position, When the aforementioned Maida clothing and the engine anti-theft locking system start to operate in the (10) position, the communication is stopped. "Main opening, this (4) 5 invention is the protection of any of the above-mentioned third inventions. When the main switch of the vehicle is operated to the 0 FF position, the transmission device and the engine anti-theft lock system start communication, and the pass k stops after a certain period of time. (Effect of the invention) According to the first case of the present case Invention, due to the engine anti-theft lock system receiving When the normal ID code is used, the driving device can be controlled to maintain the shutter in the open state. At the same time, when the reception of the ID password disappears, the driving device can be controlled to maintain the state of the board in the closed state. The engine anti-theft lock system can improve the operability without the need for remote control, and at the same time, it can be surely prevented from forgetting to close the shutter. Λ According to the second invention of the present invention, the shutter is moved by the manual operation 93140856 ^^8649 Since the manual operation device for opening and closing the keyhole allows the keyhole to be opened and closed even when the drive device is in a state of occurrence, according to the third invention of the present invention, the engine has an illuminable keyhole and an engine anti-locking system. Since the antenna and the illumination device are integrally formed, when the antenna and the illumination device are provided, the entire device can be miniaturized. According to the fourth invention of the present invention, since the main switch is operated to the 0FF position, the panning and guiding are widely applied. ^The anti-gold lock system starts communication, and when it is operated as (10) position, the communication is stopped, so unnecessary communication can be avoided. According to the fifth invention of the present invention, since the communication is started when the main switch is operated to the FF position, and the engine anti-theft lock system is started, the communication is stopped after the lapse of the predetermined time, and therefore, It can suppress the consumption of batteries, etc. = source. [Embodiment] ▲ Hereinafter, the embodiment of the present invention will be described with reference to the drawings. The protection device for the cylinder lock of the present embodiment is for preventing the cylinder lock attached to the two-wheeled vehicle from being broken, etc., as shown in Fig. i and Fig. 2, and is mainly composed of the outer cover 9 and the outer cover 1{). a shutter (in the frame) 2; and, as a simple device, a motor δ; and, as a hand-operated device, a manual moving member 3, and a motor linkage member driven by the motor 8 and 'As the transmission device pulse turn #||(transqing (four) τρ; and, eight-day, 'spring 17 engine anti-theft lock system (丨 丨 丨 1丨zer); and, as the lighting device LED18; The shutter 2 is a layered mismatch right that can be opened and closed on the outer side of the rotor 6 of the cylindrical body 5, and can be interlocked with the manual linkage member 3 or the motor linkage member 4 In the shaking, the shielding portion 2a at the tip end can be moved between the bottom surface of the outer casing 9 and the bottom portion of the outer casing 9 (see FIG. 3) and the closed position (see FIG. 5) for closing the key. There is a cylindrical protrusion (4) 9a extending upward, and the protrusion is as the center 'interplate 2, the manual linkage member 3 and the horse The interlocking member* is slidable. Further, the locking portions 2b and 2c are formed at the edge of the shutter 2, and the locking portion 24 disposed on the side of the casing 9 is coupled to the stopping portion (3) or 2 And the lock portion 24 is locked in the open position or the closed position. The lock portion 24 is housed in the housing wall & formed by the outer casing portion 9 via the screw spring 23, the manual member 3 or the motor When the operation member 4 starts to move, the material is separated from the locking portion 2b or 2c to release the lock (see FIG. 4), and when the operation is completed, the locking portion 2b or 2c is further spliced. The manual linkage member 3 is As shown in FIG. 6, the peripheral edge thereof is in a state of being caught in a portion of the lock port 24, and at the same time, a protrusion portion 3a is formed on the inner side thereof, and the protrusion portion 3a is fitted to the shutter plate 2. The long holes are connected to the shutter 2. Further, a plurality of magnets 13 are added to the protruding ends of the protruding portions 9a by the respective potentials of the respective spiral sheets U, and the magnets 13 are coupled to the manual linking members 3 The hole inside can restrict the rocking action of the manual linkage member 3. d and 'the grip portion of the activation key that is inserted into the keyhole 7 As shown in Fig. 7, the 93140856 1338649 magnetic--___ magnetic key rf cut 0' is provided on the protruding portion 9a. When the magnetic recording (four) is inserted into the assisting Wei 12, the magnet M and magnet 13 will repel each other, magnet 13 will resist the attached force of coil spring 〖4 and fall, and solution _ linkage member 3. Since this state makes the magnetic balance spoon == 联 == two make Manually oscillate with the linkage member 3, and shake the 3 plate 2 between the open position and the closed position. The grip portion of the ^:1-) is embedded with the inherent ID of the vehicle that the driver can carry. (10) The motor linkage member 4 is configured such that the motion of the cam 8b attached to the output shaft a of the motor δ is oscillated about the projection portion %, and the == linkage member 3 is similarly The shutter 2 is rockable in the open position and the closed position. Further, the 'motor linkage member 4 is disposed by the t (four) (10) Spring) 11 at a constant material position, and when the motor 8 is driven to rotate the shaft ... to rotate, the cam 8b, the motor linkage member 4 is shaken... In the opposite direction, by twisting the bullets, shaking the direction... there is a detectable convexity: life: power. Further, in the casing Μ (not shown), the position of the wheel 2: the micro switch is stopped. 4 The cam is controlled to be constantly at the same time as the 'motor 8 is as shown in FIG. 8 , and the control circuit 20 constituting the system is electrically connected, and the control panel is driven or stopped by the control panel to be opened and closed via the motor board 2 . . In addition, the control circuit 2, the component 4 can make the device and the electrical connection = the clear 2 "amplified" electrical connection can be memorized by the inherent 93140856 11 1338649 Π) EGP_21 of the password and the engine of the control two-wheeled vehicle EC[J. That is, the engine anti-theft locking system of the present embodiment is mainly composed of an antenna Π, an RF module 26, and an EEPR0M2 ,, and when the antenna 丨 7 receives the ID code of the transponder TS The control circuit 2 〇 implements a comparison between the (iv) iD password and the normal password previously stored in ee_2i 'only when the result of the judgment is the two - the signal is sent to the ECU to permit the engine to start. The coil-like member of the 丨Mimma transmitted by the pulsator TP is formed on the two sides of the substrate as shown in Fig. 9. Further, on the inside of the substrate 19, as shown in Fig. 10, it is disposed in the dark. The LED 18 of the keyhole 7 and the above-mentioned (10) module 26 can also be illuminated. The I starter key is as shown in the above-mentioned substrate (1) forming the antenna 17 and the coffee 8 and the like, and the accommodated group is disposed on the cover 10 in the hole 15 The upper part of the tongs 16 is inside. Therefore, by The engine, the plug-in «set ^, the line 17 and the photo-adhesive · are upgraded/formed, and the protection device with the cylinder lock with the continuation order of 8 o'clock can be made into the whole. 丨7 and the aspect k circuit 2G has the above functions and can function as a control device for the burglary system, and at the same time, has the function of a control device: that is, when the control circuit 2: is:: password, then The motor 8 can be controlled (4) W _ in the _ state ' at the same time, the D ^ 8 can be controlled to control the motor 8 to maintain the interlayer 2 in a closed state. I sway by this configuration, the driver has to drive the second machine, as long as When the grip portion of the starting wheel key 93140856 1338649 approaches the key insertion portion 16 and the antenna 17 receives the id code of the pulse transfer β TP, the shutter 2 in the closed state can be automatically turned on, and at the same time, when parking is required, When the start key is extracted from the keyhole 7, the signal of the ID code from the pulse transponder τρ through the antenna 17 is not received, and the shutter 2 in the open state is automatically turned into the closed state. Therefore, the engine mounted on the second turbine is utilized. Anti-theft locking system for improved operability without the need for a remote control At the same time, it can be surely prevented from forgetting the closing of the shutter. Next, the control of the shutter 2 in the protection device 1 of the above-mentioned cylinder lock will be described. First, the main switch is closed (that is, during parking or parking), such as As shown in FIG. 21, it is determined whether there is wireless communication from the transponder TP (ID = code reception) (S1)', when it is determined that there is communication, it proceeds to S2, and it is confirmed that the ID code received by the heart is It is a normal password that is reserved in advance. B When it is determined that the above-mentioned S1 or 52 has no communication or the received ID password is not 疋#, the code proceeds to S9, and the communication of the predetermined time is suspended. Then, when the sub-determination main switch is closed and the time is constant; the relay status state, if it is to continue to suppress the power consumption, then stop the benefit line: A (call again as S12 and determine that the main switch has operation Q S1 sees again whether there is a wireless response or not. When the time when the secondary switch is judged to be closed and the time is within a time between the two, the S1 will return to S1 to determine whether there is a wireless response. When it is confirmed that the 1[} password received in (2) is a predetermined hanging code, the motor 8 is rotationally driven and the shutter 2 is self-closed to 93140856 13 1338649 ^ to the open state (10). Then, When the rotation control of the motor 8 is detected, it is detected that the limit switch (micro-motion sensor) (not shown) is recorded as 0J by the FF, and since it has moved to the position of the predetermined open state, the stop can be stopped. The motor 8 is rotationally driven. Further, the limit switch (micro-motion sensor) turns on the LED 18 between & (10), and turns off the LED 18 when it is determined that the lighting time has elapsed (ss). Delete 8 (S6). That is, the secret 2 begins to move in a closed state. (Iv) both elapsed between the date, due to the continuous irradiation lighted L_
錄匙孔7,因此，即使在黑暗處駕駛者也可容易對錄匙孔 7插通起動鑰匙。 當馬達8停止後，實施主開關是否⑽之判定（s7)，被 判定是ON時，則進行至S8而停止無線通信（接收比密 碼），同時，在S 7被判定主開關是關時，則進行至s丨3二 判定有無線通信之應答。找S13被狀沒有無線通信之The keyhole 7 is recorded, so that the driver can easily insert the start key to the keyhole 7 even in the dark. When the motor 8 is stopped, if the determination of whether the main switch (10) is performed (s7), and it is determined that it is ON, then the process proceeds to S8 to stop the wireless communication (receive ratio password), and at the same time, when S 7 is judged that the main switch is off, Then, it is determined that there is a response to wireless communication to s丨3. Looking for S13 quilt without wireless communication
應答2，則進行至S14而自開狀態使閘板2移動至閉狀態 (其詳細為和以下所示之主開關〇N的情形相同），另一方 面被$疋有無線通仏之應答時，則進行至§ 1 5而僅在既 疋夺門中止無線應合，然後再返回而再實施主開關是 其次，依照圖12所示之流程圖說明主開關在〇N時（亦 即引擎驅動中）之控制。 首先，在S16判定主開關是否OFF ,當判定其不是〇FF 犄（引擎驅動之狀態）時，則停止無線通信（ID密碼之 接收）（S21)，同時，當判定是〇FF時，則進行至sn而 93140856 14 1338649 判定有無無線通信之應答。藉該判 線通信之應答時則使馬達8旋轉二，被Μ沒有無 μ 疋動而使閘板2自開狀能 移動至閉狀態(S18)’另-方面，當被判定有通信庫i時: 貝進^ ^而僅在既定時間中止無線之應錢:返回 S17再判疋有無通信。 =，在馬達8旋轉驅動使問板2自開狀態移動至閉狀 4之過程中，如檢測出限制開關（微感測器）在⑽ 二)，則由於可認識間板2已移動至既定之閉狀態之位 置’因此，可停止該馬達8的旋轉驅動（S2〇)。雖秋以上 即可使-連串的控制結束，但是藉該控制，當㈣者在駕 =輪機車時’只要將起讀匙的把持部接近料插通部 時’天線17即可接收自脈衝轉發器丁p之⑺密碼而使 閉狀態之閘板2自動地變成開狀態，同時，要停車時，。 要自錄匙孔7拔·動錄匙7，収線17自脈 哭、 ΤΡ的Π)密碼之接收則會較1可自動地使開狀態之^ 板2變成閉狀態。 根據上述實施形態，由於併設有藉手動操作移動問板2 而使鑰匙孔7開閉之手動用聯動構件3及操作此—構件之 磁動錄匙ΜΚ ’因此，即使馬達8 (_裝置）發生狀況時 也可操作閘板2而開_匙孔7。又，由於以引擎防盜鎖 止系統的構成要件之控制電路2G來實施馬達8之控制， 因此，比起各別設置控制電路，其可將裝置全體變成小型 化及簡單化。 進一步 主開關被操作至游位置時，脈衝轉發器奸 93140856 1338649 j ^ k衣置）和弓丨擎防盜鎖止系統則開始無線通信，同 f，被操作至⑽位置時則停止該無線通信，而可迴避無 二，X ’主開關被操作至0FF位置時脈衝轉發器 务运裝置)_和弓I擎防盜鎖止系統則開始無線通信，同 4通L在經過時間後則停止，而可抑制電 源的消耗。 以上雖然已說日林發明之實施形態，但本發明並不限定 於本實施开u例如，也可取代馬達而以可開閉問板之盆 他驅動裝置來替代，或以專門用來移㈣板2之驅動裝置 ^亦p +具有手動知作裳置者）。又，也可取代刪8 以八他的照明I置來照射錄匙孔，或不具有該照明裝置 t可-又在本實知形態中，雖然是適用於可保護二輪機 車之錄匙孔的圓筒鎖之保護裝置，但其也可適用在ATV等 其他車輛中的圓筒鎖之保護裝置。 (產業上之可利用性） 利用引擎防盜鎖止系統而將閘板設定為可開閉，即，只 •^引擎防盜鎖止⑽自發送裝置接收駐常的ID密碼 ^ ’則控制驅動裝置而使間板維持在開狀態，同時，當自 =述錄匙孔取出前述起動鑰匙’而使自該發送裝置的邝 :碼接收消失時，則控制驅動裝置使閘板維持在閉狀態， ^可適用於各種外觀形狀或各構成要件之形狀等的產品。 【圖式簡單說明】In response to 2, the process proceeds to S14, and the shutter 2 is moved to the closed state (which is the same as the case of the main switch 〇N shown below) in the self-open state, and on the other hand, when the wireless communication is answered by the wireless switch. Then proceed to § 15 and only stop the wireless response at the same time, and then return to implement the main switch. Next, according to the flow chart shown in Figure 12, the main switch is at 〇N (ie, the engine is driven). Medium) control. First, it is determined in S16 whether or not the main switch is OFF, and when it is determined that it is not 〇FF 犄 (the state in which the engine is driven), the wireless communication (reception of the ID code) is stopped (S21), and when it is determined to be 〇FF, To sn and 93140856 14 1338649 to determine whether there is a response to wireless communication. When the response of the judgment line communication is made, the motor 8 is rotated two times, and the shutter 2 can be moved from the open state to the closed state without the μ sway (S18). In addition, when it is determined that the communication library i is determined When: Bein ^ ^ and only stop the wireless money at the scheduled time: return to S17 and then determine whether there is communication. =, in the process of the motor 8 rotating and driving to move the question board 2 from the open state to the closed state 4, if the limit switch (micro sensor) is detected at (10) 2), since the identifiable interlayer 2 has moved to the predetermined position The position of the closed state ' Therefore, the rotational driving of the motor 8 can be stopped (S2〇). Although the autumn control can end the series of controls, but with this control, when the (four) is driving the engine, 'the antenna 17 can receive the pulse as long as the grip of the reading key is close to the material insertion part. The transponder D (7) password causes the shutter 2 in the closed state to automatically turn into the open state, and at the same time, to stop. To record the keyhole 7 and to record the key 7, the line 17 is self-pulsed, and the password is received. If the password is received, the board 2 can be automatically turned on. According to the above-described embodiment, the manual interlocking member 3 that opens and closes the keyhole 7 by manually operating the movement plate 2 and the magnetic recording key 操作 that operates the member are provided. Therefore, even if the motor 8 (_device) is in a situation The shutter 2 can also be operated to open the keyhole 7. Further, since the control of the motor 8 is performed by the control circuit 2G which is a component of the engine immobilizer system, the entire apparatus can be reduced in size and simplification as compared with the case where the control circuit is separately provided. When the main switch is operated to the swim position, the pulse transponder 93940856 1338649 j ^ k clothes set) and the bow 丨 防盗 anti-theft lock system start wireless communication, the same f, when it is operated to the (10) position, the wireless communication is stopped. It can be avoided, the X 'main switch is operated to the 0FF position when the pulse transponder transport device _ and the bow I engine anti-theft lock system starts wireless communication, and the same 4-way L stops after the elapsed time, but can Suppress power consumption. Although the embodiment of the Japanese invention has been described above, the present invention is not limited to the present embodiment. For example, instead of the motor, the pot drive device of the openable and closable plate may be replaced instead of the motor. 2 drive device ^ also p + has a manual known as the wearer). In addition, instead of having the illumination device I placed on the keyhole, or without the illumination device t, it may be used in the present embodiment, although it is suitable for protecting the keyhole of the two-wheeled vehicle. The protection device for the cylinder lock, but it can also be applied to the protection device of the cylinder lock in other vehicles such as ATV. (Industrial Applicability) The shutter is set to be openable and closable by the engine anti-theft lock system, that is, only the engine anti-theft lock (10) receives the resident ID code from the transmitting device, and controls the drive device. The inter-board is maintained in the open state, and at the same time, when the start key is removed from the keyhole and the code reception from the transmitting device disappears, the control device is controlled to maintain the shutter in the closed state. A product of various appearance shapes or shapes of constituent elements. [Simple description of the map]
圖1表示本發明之實施形態的圓筒鎖 面模式圖（圖線剖面圖）。 I置的。J 93140856 1^38649 圖2表示該圓筒鎖之保護裝置的上面圓。 /圖3表示該圓筒鎖之保護裝置中閘板對外殼的位置關 係之模式圖（閘板在開狀態而被鎖固之狀態）。 圖4表不_筒鎖之保護裝置中閘板對外殼的位置關 係之模式圖（閘板在開狀態而被解除鎖固之狀態 /圖5表示該圓筒鎖之保護裝置中閘板對外殼的位置關 係之模式圖（閘板在閉狀態而被鎖固之狀態）。 :6表示該圓筒鎖之保護裝置㈣外殼的手動用聯動 構件的位置關係之模式圖。 用m示該園筒鎖之保護裝置中藉磁動輪匙解除手動 用u動構件的繫止狀態的剖面模式圖。 被===筒鎖之保護裝置中引擎防盜鎖止系統及 盜鎖止系統的各構成要件之方塊圖。 :表示該圓筒鎖之保護裝置令的基板之上面圖。 :1示該圓筒鎖之保護裝置中的基板之底面圖。 程圖。…亥因筒鎖之保護裝置中的閘板之開動作的流 程表示該圓筒鎖之保護裝置中的問板之閉動作的流 【主要元件符號說明】 1圓筒鎖之保護裝置 2閘板 2a遮蔽部 2b、2c繫止部 93140856 17 1338649 3 手動用聯動構件（手動操作裝置） 3a 突起部 4 馬達用聯動構件 5 圓筒體 6 轉子 7 錄匙孔 8 馬達（驅動裝置） 8a 輸出軸 8b 凸輪 9 外殼 9a 突起部 10 蓋子 11 扭轉彈簧 12 磁動鑰匙孔 13 磁石 14、23 螺旋彈簧 15 孔 16 鑰匙插通部 17 天線 18 LED (照明裝置） 19 基板 20 控制電路 21 EEPROM 22 收容壁Fig. 1 is a view showing a cylinder lock pattern (cross-sectional view) of an embodiment of the present invention. I set it. J 93140856 1^38649 Figure 2 shows the upper circle of the protection device for the cylinder lock. Fig. 3 is a schematic view showing the positional relationship of the shutter to the outer casing in the protection device for the cylinder lock (the state in which the shutter is locked in the open state). Figure 4 is a schematic view showing the positional relationship of the shutter to the outer casing in the protection device of the cylinder lock (the state in which the shutter is unlocked in the open state / Fig. 5 shows the shutter to the outer casing of the protection device of the cylinder lock) Schematic diagram of the positional relationship (the state in which the shutter is locked in the closed state). : 6 indicates the mode diagram of the positional relationship of the manual linkage member of the outer casing of the protective device of the cylinder lock. In the protection device of the lock, the sectional mode diagram of the state of the manual use of the u-moving member is released by the magnetic wheel key. The block of each component of the engine anti-theft locking system and the burglar locking system in the protection device of the === cylinder lock Fig.: The top view of the substrate of the protection device of the cylinder lock. Fig. 1 shows the bottom view of the substrate in the protection device of the cylinder lock. The flow of the opening operation indicates the flow of the closing operation of the plate in the protection device of the cylinder lock. [Main component symbol description] 1 cylinder lock protection device 2 shutter 2a shielding portion 2b, 2c stopping portion 93140856 17 1338649 3 manual linkage components (manual operation device 3a Projection 4 Motor linkage member 5 Cylindrical body 6 Rotor 7 Keyhole 8 Motor (drive unit) 8a Output shaft 8b Cam 9 Housing 9a Projection 10 Cover 11 Torsion spring 12 Magnetic keyhole 13 Magnet 14, 23 Spiral Spring 15 hole 16 key insertion part 17 antenna 18 LED (illumination device) 19 substrate 20 control circuit 21 EEPROM 22 housing wall
93140856 18 1338649 24 鎖固部 25 控制裝置 26 RF模組 MK 磁動鑰匙 TP 脈衝轉發器（發送裝置） 9314085693140856 18 1338649 24 Locking unit 25 Control unit 26 RF module MK Magnetic key TP Pulse repeater (transmitting device) 93140856