M439348 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作是有關於一種生物之捕捉器，特別是有關於一種 電擊式捕捉器。 【先前技術】M439348 V. New description: [New technology field] [0001] This creation is about a biological trap, especially related to an electric shock catcher. [Prior Art]
[0002] 現今社會中，人們常因各式各樣之需求，而需開發更多 之土地。但如此一來，會導致原本生存於自然空間之生 物，其生存空間逐漸受到剝奪而減少，進而使得生物不 小心而入侵人們之住家或社區，造成生物及人們之恐慌 。並且，當生物遇到恐慌時，會具有凶猛之攻擊性，且 有些生物具有劇毒，進而提高人們受到之危險性。 [0003] 此時，為了確保人們之生活，因此需使得入侵之生物離 開人們之生活圈，而最快速之方式係捕捉入侵之生物以 直接使生物離開。但是，習知之捕捉器均需與生物正面 交鋒，因此會增加捕捉時之風險性。而且，即使受過專 業訓練之例如消防人員之專業人員，亦無法確保捕捉時 不會發生意外，更何論一般未受過專業訓練之一般民眾 ，其捕捉生物時係具有高度之危險性。 【新型内容】 [0004] 有鑑於上述習知技藝之問題，本創作之其中一目的就是 在提供一種電擊式捕捉器，藉以降低生物之行動力，進 而降低捕捉生物時之危險性。 [0005] 緣是，為達上述目的，本創作之電擊式捕捉器至少包含 本體、電擊裝置與照明單元。其中，本體可例如為桿狀 10120525^^ A〇101 第3頁/共15頁 1012017091-0 M439348[0002] In today's society, people often need to develop more land because of various needs. However, as a result, the living space that originally existed in the natural space will be gradually deprived and reduced, which will cause the creature to inadvertently invade the people's home or community, causing panic among the creatures and people. Moreover, when a creature encounters a panic, it will be fiercely aggressive, and some creatures are highly toxic, thereby increasing the risk to people. [0003] At this time, in order to ensure people's lives, it is necessary to make the invading creatures leave the circle of people's life, and the fastest way is to capture the invading creatures to directly let the creatures leave. However, the conventional traps need to confront the creatures positively, thus increasing the risk of capture. Moreover, even professionals with professional training, such as firefighters, cannot ensure that accidents will not occur when capturing, and that the general public, who is generally untrained, is highly dangerous when capturing creatures. [New Content] [0004] In view of the above-mentioned problems of the prior art, one of the purposes of the present invention is to provide an electric shock catcher, thereby reducing the mobility of the creature, thereby reducing the risk of capturing the creature. [0005] The reason is that, in order to achieve the above object, the present invention has at least a body, an electric shock device and a lighting unit. Wherein, the body can be, for example, a rod 10120525^^ A〇101 Page 3 of 15 1012017091-0 M439348
物體，且本體之一端可例如設有可進行開闔動作之夾具 ，本體之另一端可例如設有把手與控制單元。而把手可 例如控制夾具之開闔動作，藉以抓取一生物。其中，此 生物可例如為爬蟲類動物，進一步而言，此爬蟲類動物 可例如為蛇或蜥蜴。此外，本體可例如為伸縮式之調整 桿，藉以可調整本創作之電擊式捕捉器之本體之長度。 另外，本體亦可例如具有連動機構，此連動機構可例如 連接把手與夾具，使得本創作之電擊式捕捉器之把手可 例如藉由此連動機構，藉以控制夾具之開闔動作以抓取 生物。 [0006] 此外，本創作之電擊式捕捉器之電擊裝置可例如電性連 接控制單元及夾具，使得控制單元可例如控制電擊裝置 以選擇性提供電能給夾具，藉以電擊欲抓取之此生物。 舉例而言，此電擊裝置可例如設於本創作之電擊式捕捉 器之本體上，且此電擊裝置可例如藉由一導線以提供電 能給夾具。其中，此導線之一端可例如連接電擊裝置， 此導線之另一端可例如藉由接點連接於夾具上，藉以使 電擊裝置可例如經由導線以電性連接夾具。另外，由於 使用本創作之電擊式捕捉器抓取生物時，夾具會選擇性 地具有電能，為了確保使用者之安全性，本創作之電擊 式捕捉器更可例如包含絕緣物體設於夾具與本體之間， 藉以避免電能傳至本創作之電擊式捕捉器之本體上。除 此之外，本創作之電擊式捕捉器之把手亦可例如由絕緣 材質組成。 [0007] 因此，本創作之電擊式捕捉器之一特點在於，藉由電擊 10120525#單编號 A〇101 第4頁/共15頁 1012017091-0 M439348 裝置提供電能給夾具，藉以電擊欲捕捉之生物，進而降 低使用者之危險性。The object, and one end of the body may be provided with a clamp capable of performing an opening operation, for example, the other end of the body may be provided with a handle and a control unit. The handle can, for example, control the opening action of the clamp to capture a creature. Here, the organism may be, for example, a reptilian animal, and further, the reptilian animal may be, for example, a snake or a lizard. In addition, the body can be, for example, a telescoping adjustment lever whereby the length of the body of the electrosurgical trap of the present invention can be adjusted. In addition, the body can also have, for example, a linkage mechanism that can, for example, connect the handle to the clamp such that the handle of the electrosurgical trap of the present invention can be controlled by, for example, a linkage mechanism to control the opening motion of the clamp to grasp the creature. In addition, the shock device of the present invention can electrically connect the control unit and the clamp, for example, such that the control unit can, for example, control the shock device to selectively provide power to the clamp for shocking the creature to be grasped. For example, the shock device can be provided, for example, on the body of the presently constructed shock-catching device, and the shock device can provide electrical energy to the clamp, for example, by a wire. One end of the wire can be connected, for example, to a shock device, and the other end of the wire can be connected to the fixture, for example, by a joint, so that the shock device can be electrically connected to the clamp, for example, via a wire. In addition, since the clip is selectively powered by the electric shock catcher of the present invention, the electric shock trap of the present invention can further comprise, for example, an insulating object on the fixture and the body, in order to ensure the safety of the user. In between, to avoid the transfer of electrical energy to the body of the electro-acoustic trap of the present creation. In addition, the handle of the electric shock catcher of the present invention may also be composed of, for example, an insulating material. [0007] Therefore, one of the characteristics of the electric shock trap of the present invention is that the electric device is supplied with electric power to the jig by electric shock 10120525# single number A〇101 page 4/15 pages 1012017091-0 M439348, so that the electric shock is to be captured. Biological, thereby reducing the risk of users.
[0008] 另外，本創作之電擊式捕捉器之照明單元可例如電性連 接控制單元，使得控制單元可例如控制此照明單元以選 擇性發出光線。其中，照明單元可例如間歇地或持續地 發出光線，亦或者，照明單元可例如間歇地發出一光線 ，同時間又持續地發出另一光線。詳言之，照明單元可 例如至少具有閃光元件及照明元件，且閃光元件及照明 元件分別間歇地與持續地發出光線。進一步而言，本創 作之電擊式捕捉器可例如藉由閃光元件以間歇地發出一 光線，並藉由照明元件以持續地發出另一光線。此外， 照明單元可例如位於本創作之電擊式捕捉器之本體上， 且照明單元可例如朝向本創作之電擊式捕捉器之夾具之 方向發出光線。In addition, the illumination unit of the present electrosurgical trap can be electrically connected to the control unit, for example, such that the control unit can, for example, control the illumination unit to selectively emit light. In this case, the illumination unit can emit light, for example intermittently or continuously, or alternatively, the illumination unit can emit a light intermittently, for example, while continuously emitting another light. In particular, the illumination unit can, for example, have at least a flashing element and a lighting element, and the flashing element and the illuminating element emit light intermittently and continuously. Further, the presently created shock-type trap can intermittently emit a light, for example, by a flashing element, and continuously emit another light by the illumination element. In addition, the illumination unit can be, for example, located on the body of the electrosonic trap of the present invention, and the illumination unit can emit light, for example, in the direction of the fixture of the present electrosurgical trap.
[0009] 因此，本創作之電擊式捕捉器之另一特點在於，藉由照 明單元持續地發出光線，藉以清楚的知道生物之所在處 ，進而增加捕捉生物之方便性及降低捕捉時之危險性。 而本創作之電擊式捕捉器之又一特點在於，藉由照明單 元間歇地發出光線，藉以降低生物之行動力，進而進一 步降低捕捉時之危險性。 [0010] 除此之外，本創作之電擊式捕捉器更可例如包含攝像裝 置，用以進行拍攝動作。其中，攝像裝置可例如電性連 接控制單元，使得控制單元可例如控制攝像裝置進行或 停止拍攝動作。此外，攝像裝置可例如位於本創作之電 擊式捕捉器之本體上，且攝像裝置可例如為一攝影機或 10120525^^^ A〇101 第5頁/共15頁 1012017091-0 M439348 其他可即時顯示影像之攝像裝置。 [0011] 總言之，本創作之電擊式捕捉器可例如藉由電擊及閃光 ，藉以降低生物之行動力，進而確保使用者捕捉生物時 之安全性，且又不致使生物致死。 [0012] 承上所述，本創作之電擊式捕捉器，其可具有一或多個 下述優點： (1) 本創作之電擊式捕捉器可藉由電擊及閃光，藉以降 低生物之行動力，進而確保使用者捕捉生物時之安全性 ，且又不致使生物致死。 Φ (2) 本創作之電擊式捕捉器可藉由電擊裝置提供電能給 夾具，藉以電擊欲捕捉之生物，進而降低使用者之危險 性。 (3) 本創作之電擊式捕捉器可藉由照明單元持續地發出 光線，藉以清楚的知道生物之所在處，進而增加捕捉生 物之方便性及進一步降低捕捉時使用者之危險性。 (4) 本創作之電擊式捕捉器可藉由照明單元間歇地發出 光線，藉以降低生物之行動力，進而更進一步降低捕捉 ® 時使用者之危險性。 【實施方式】 [0013] 以下將參照相關圖式，說明依本創作之電擊式捕捉器之 實施例，為使便於理解，下述實施例中之相同元件係以 相同之符號標示來說明。 [0014] 請參閱第1圖至第2圖，第1圖係為本創作之電擊式捕捉器 之結構示意圖，第2圖係為本創作之電擊式捕捉器之實施 樣態示意圖。如第1圖至第2圖所示，本創作之電擊式捕 10120525#單編號删1 第 6 頁 / 共 15 頁 1012017091-0 M439348[0009] Therefore, another feature of the present electric shock trap is that the illumination unit continuously emits light to clearly know where the living being is, thereby increasing the convenience of capturing the creature and reducing the risk of capturing. . Another feature of the present electric shock trap is that the illumination unit intermittently emits light to reduce the mobility of the creature, thereby further reducing the risk of capturing. [0010] In addition to this, the electric shock catcher of the present invention may further comprise, for example, a camera device for performing a shooting action. Wherein, the camera device can be electrically connected to the control unit, for example, such that the control unit can, for example, control the camera device to perform or stop the shooting action. In addition, the camera device can be, for example, located on the body of the electrosonic trap of the present invention, and the camera device can be, for example, a camera or a 10120525^^^ A〇101 page 5 / a total of 15 pages 1012017091-0 M439348 other instant display images The camera device. [0011] In summary, the present electric shock catcher can reduce the mobility of the creature, for example, by electric shock and flash, thereby ensuring the safety of the user when capturing the creature without causing the creature to die. [0012] As described above, the present invention can have one or more of the following advantages: (1) The electric shock trap of the present invention can reduce the mobility of the creature by electric shock and flash. In order to ensure the safety of the user when capturing the creature without causing the organism to die. Φ (2) The electric shock trap of the present invention can provide power to the fixture by the electric shock device, thereby shocking the creature to be captured, thereby reducing the danger of the user. (3) The electro-acoustic trap of this creation can continuously emit light through the illumination unit, so as to clearly know where the living being is, thereby increasing the convenience of capturing the creature and further reducing the danger of the user at the time of capturing. (4) The electric shock trap of this creation can emit light intermittently by the illumination unit, thereby reducing the mobility of the creature, thereby further reducing the danger of the user when capturing the ® . [Embodiment] Hereinafter, embodiments of the electrosurgical trap according to the present invention will be described with reference to the related drawings. For the sake of understanding, the same components in the following embodiments are denoted by the same reference numerals. [0014] Please refer to FIG. 1 to FIG. 2, FIG. 1 is a schematic structural view of the electroporation trap of the present invention, and FIG. 2 is a schematic diagram of the implementation of the electroporation trap of the present invention. As shown in Figures 1 to 2, the electric shock type of this creation is 10120525# single number deletion 1 page 6 / total 15 pages 1012017091-0 M439348
捉器100至少包含本體110、電擊裝置130以及照明單元 140。其中，本體110可例如為桿狀物體，且其材質可例 如為紹、塑膠或其他重量較輕之材質。此外，本體110之 材質亦可例如為導電率較低之材質。而本體110之一端可 例如設有夾具120，且此夾具120係例如可進行開闔動作 ，藉以夾取或抓取一物品。其中，此物品可例如為生物 200。舉例而言，此生物200可例如為爬蟲類動物，進一 步而言，此生物200可例如為蛇或蜥蜴。另外，本體110 之另一端可例如設有把手112與控制單元150，其中，把 手112可例如控制夾具120之開闔動作以抓取例如為生物 200之物品。 [0015] 續言之，本體110可例如具有連動機構（未繪示），且此連 動機構例如連接把手112與夹具120，使得把手112可例 如藉由此連動機構以控制夾具120之開闔動作。其中，連 動機構可例如為連動桿、連動鋼絲或可使夾具與把手具 有連動關係之機構。詳言之，本體110可例如為一空心桿 ，而此連動機構可例如位於此空心桿内，當本創作之電 擊式捕捉器100之使用者例如握緊或放鬆把手112時，把 手112會帶動此連動機構運作，進而連動使得夾具120進 行開啟動作或關闔動作。另外，本體110亦可例如為可伸 縮式之調整桿，藉由調整本體110之長度，藉以使得本創 作之電擊式捕捉器100更容易捕捉生物200。舉例而言， 本體110.可例如具有伸縮元件113，藉以使本體110形成 可伸縮式之調整桿。進一步而言，此伸縮元件113可例如 具有多個相互串接之中空套筒，藉由此些中空套筒之相 互位置之關係，藉以改變此伸縮元件113之長度，進而調 1012017091-0 1{)12()525#單編號A0101 第7頁/共15頁 M439348 整本體110之長度。 [0016] 此外，本創作之電擊式捕捉器100之電擊裝置130可例如 電性連接控制單元150與夾具120，其中控制單元150可 例如控制電擊裝置130以選擇性提供電能給夾具120，藉 以電擊欲捕捉之生物200，進而降低捕捉生物200時之危 險性。舉例而言，電擊裝置130可例如位於本體110上， 且藉由導線133以提供電能給夾具120。進一步而言，導 線133之一端可例如連接電擊裝置130，導線133之另一 端可例如藉由接點134以連接夾具120，使得電擊裝置 130產生之電能可藉由導線133之傳導，藉以使夾具120 具有電能。其中，夾具120之材質可例如為高導電之材質 。而且，導線133外可例如包覆有絕緣物質，但於接點 134處，導線133係例如未包覆有絕緣物質。此外，導線 133可例如呈捲曲狀且位於本體110之外面，亦或者，本 體110可例如為空心之桿體，且導線133例如位於本體 110内。另外，本創作之電擊式捕捉器10 0更可例如包含 絕緣物體（未繪示）設於夾具120與本體110之間，藉以避 免本創作之電擊式捕捉器100之使用者於捕捉生物200時 亦被電到。其中，絕緣物體之材質可例如為塑膠、橡膠 或其他具有絕緣特性或低導電率特性之材質。除此之外 ，本創作之電擊式捕捉器100之把手112亦可例如由絕緣 材質組成。 [0017] 因此，本創作之電擊式捕捉器100之一特點在於，藉由電 。 擊裝置130提供電能給夾具120，藉以電擊欲捕捉之生物 200，進而降低使用者之危險性。 10120525#單編號 Α〇101 第8頁/共15頁 1012017091-0 M439348 [0018] 另外，控制單元1 50可例如包含一按鈕或一開關，藉以使 得控制單元150控制電擊裝置130以選擇性提供電能給夾 具120。舉例而言，控制單元150可例如為電擊裝置130 之開關，藉由控制單元150開啟或關閉電擊裝置130，藉 以使電擊裝置130提供或停止提供電能給夹具120。亦或 者，當本創作之電擊式捕捉器100之使用者例如按下按鈕 或開關時，控制單元150可例如與電擊裝置130、導線 133及夾具120共同形成一通路電路，藉以使得電擊裝置 130可提供電能給夾具120。而當使用者例如放開按鈕或 開關時，控制單元150可使得此通路電路轉變成一斷路電 路，藉以使得電擊裝置130無法提供電能給夾具120。 [0019] 除此之外，本創作之電擊式捕捉器100之照明單元140例 如電性連接控制單元150，使得控制單元150亦可例如控 制照明單元140，藉以使照明單元140可選擇性地發出光 線。其中，當控制單元150控制照明單元140發出光線時 ，照明單元140可例如持續且不中斷地發出光線，亦或者 ，照明單元140可例如每隔特定時間發出此光線，換言之 ，照明單元140可例如間歇地發出光線，藉以形成閃爍之 光線。另外，照明單元140亦可例如同時持續性地發出一 光線，且間歇性地發出另一光線。舉例而言，照明單元 140可例如至少具有照明元件141與閃光元件142，藉以 分別持續地與間歇地發出光線。詳言之，照明單元140可 例如同時具有照明元件141與閃光元件142，並例如藉由 照明元件141持續性地發出光線，且例如藉由閃光元件 142間歇性地發出另一光線。 10120525#單編號 A0101 第9頁/共15頁 1012017091-0 M439348 [0020] 接續而言’照明元件141可例如為探照燈，甩以持續性地 發出光線’藉以可於夜晚或周圍明亮度較不足之環境中 ，更加清楚的知道生物200之所在處，進而增加捕捉生物 200的方便性及降低捕捉時的危險性。此外，閃光元件 142可例如為閃光燈，用以間歇性地發出光線，藉以形成 閃光以降低生物200之行動力，進而進一步地降低本創作 之電擊式捕捉器1〇〇之使用者之危險性，同時亦可確保生 物200僅係短暫失去意識，而非致死。其中，因為閃光會 使得生物200例如產生暈眩，因此可例如降低生物200之 行動力。另外，由於照明單元140之目的係找出生物200 之所在處及降低生物200之行動力，且為了捕捉生物200 時之方便性及降低能源之損耗，照明單元140可例如係朝 向夾具120之方向發出光線，藉以於發出光線後，本創作 之電擊式捕捉器100之使用者得以迅速地使用夾具120捕 捉生物200。除此之外，照明單元140亦可例如位於本創 作之電擊式捕捉器100之本體110上。 [0021] 因此，本創作之電擊式捕捉器100之另一特點在於，藉由 照明單元140持續地發出光線，藉以清楚的知道生物200 之所在處，進而增加捕捉生物200之方便性及降低捕捉時 之危險性。而本創作之電擊式捕捉器1〇〇之又一特點在於 ’藉由照明單元140間歇地發出光線，藉以降低生物2〇〇 之行動力，進而進一步降低捕捉時之危險性。 [0022] 此外’本創作之電擊式捕捉器1〇〇更可例如包含攝像裝置 160 ,用以進行一拍攝動作，藉以使本創作之電擊式捕捉 器100之使用者得以更加清楚生物2〇〇之所在處。其中， 101205一單编號顯1 第10頁/共15頁 1012017091-0 M439348 攝像裝置160可例如電性連接控制單元15〇，使得控制單 兀150例如控制攝像裝置16〇進行或停止此拍攝動作。並 且，攝像裝置160可例如為攝影機或其他可即時顯示影像 之攝像裝置。另外，攝像裝置16〇亦可例如位於本創作之 電擊式捕捉器1〇〇之本體11〇上。 _總、言之’當本創作之電擊式捕捉器丄⑹之使用者欲捕捉生 物200時，可先例如藉由攝像裝置16〇或照明單元14〇發 出之持續性之光線，藉以找出生物2〇〇之所在處。接著， 可再例如藉由照明單元14〇發出之間歇性之光線，藉以例 如使生物200暈眩以降低生物2〇〇之行動力。然後，可再 例如藉由電擊裝置13〇提供電能給夹具12〇，藉以電擊生 物200以進一步降低生物2〇〇之行動力。最後再以夾具 120抓取生物2〇〇。其中，均可例如藉由控制單元15〇以 控制攝像裝置160、照明單元140與電擊裝置13〇之啟動 執行或停止執行《因此，本創作之電擊式捕捉器1〇〇可例 如藉由電擊及閃光，藉以降低生物2〇〇之行動力，進而確 保使用者捕捉生物2〇〇時之安全性，且又不致使生物2〇〇 致死。 [0024]以上所述僅為舉例性，而非為限制性者。任何未脫離本 創作之精神與範疇，而對其進行之等效修改或變更，均 應包含於後附之申請專利範圍中。 【圖式簡單說明】 _帛1圖係為本創作之電擊式捕捉器之結構示意圖。 第2圖係為本創作之電擊式捕捉器之實施樣態示意圖。 【主要元件符號說明】 1012017091-0 10120525#單編號A0101 第11頁/共15頁 M439348 [0026] 100 :電擊式捕捉器 110 :本體 112 :把手 113 :伸縮元件 120 :夾具 130 :電擊裝置 133 :導線 134 :接點 140 :照明單元 141 :照明元件 142 :閃光元件 150 :控制單元 160 :攝像裝置 200 :生物 10120525#單編號 A〇101 第12頁/共15頁 1012017091-0The catcher 100 includes at least a body 110, a shock device 130, and a lighting unit 140. The body 110 can be, for example, a rod-shaped body, and the material thereof can be, for example, a plastic or other light weight material. In addition, the material of the body 110 may be, for example, a material having a low electrical conductivity. One end of the body 110 can be provided, for example, with a clamp 120, and the clamp 120 can be, for example, opened to capture or grab an item. Wherein, the item can be, for example, a creature 200. For example, the organism 200 can be, for example, a reptile, and further, the organism 200 can be, for example, a snake or a lizard. Additionally, the other end of the body 110 can be provided, for example, with a handle 112 and a control unit 150, wherein the handle 112 can, for example, control the opening action of the clamp 120 to grasp an item such as a creature 200. [0015] In other words, the body 110 can have, for example, a linkage mechanism (not shown), and the linkage mechanism connects, for example, the handle 112 and the clamp 120, so that the handle 112 can control the opening motion of the clamp 120, for example, by the linkage mechanism. . The linkage mechanism may be, for example, a linkage rod, a linkage wire, or a mechanism that allows the clamp to be in a linked relationship with the handle. In detail, the body 110 can be, for example, a hollow rod, and the linkage mechanism can be located, for example, in the hollow rod. When the user of the present electric shock trap 100 grips or loosens the handle 112, for example, the handle 112 can be driven. The linkage mechanism operates, and in turn, causes the clamp 120 to perform an opening action or a closing action. In addition, the body 110 can also be, for example, a retractable adjustment rod, by adjusting the length of the body 110, thereby making the electric shock trap 100 of the present invention easier to capture the creature 200. For example, the body 110. can have, for example, a telescoping member 113 whereby the body 110 forms a telescoping adjustment lever. Further, the telescopic element 113 can have, for example, a plurality of hollow sleeves connected in series with each other, whereby the relationship between the hollow sleeves is changed, thereby changing the length of the telescopic element 113, thereby adjusting 1012017091-0 1{ ) 12 () 525 # single number A0101 page 7 / a total of 15 pages M439348 the length of the entire body 110. In addition, the shock device 130 of the present electric shock trap 100 can be electrically connected, for example, to the control unit 150 and the clamp 120, wherein the control unit 150 can, for example, control the shock device 130 to selectively provide power to the clamp 120 for electric shock. The creature 200 to be captured, thereby reducing the risk of capturing the organism 200. For example, the shock device 130 can be located, for example, on the body 110 and provide power to the clamp 120 via the wires 133. Further, one end of the wire 133 can be connected to the electric shock device 130, for example, and the other end of the wire 133 can be connected to the clamp 120 by the contact 134, for example, so that the electric energy generated by the electric shock device 130 can be transmitted by the wire 133, thereby making the clamp 120 has electrical energy. The material of the fixture 120 can be, for example, a highly conductive material. Further, the wire 133 may be coated with an insulating material, for example, but at the contact 134, the wire 133 is, for example, not covered with an insulating material. In addition, the wire 133 can be, for example, crimped and located outside the body 110, or the body 110 can be, for example, a hollow rod, and the wire 133 can be located, for example, within the body 110. In addition, the present invention can further include, for example, an insulating object (not shown) between the clamp 120 and the body 110, so as to avoid the user of the present electric shock trap 100 capturing the creature 200. Also received by electricity. The material of the insulating object may be, for example, plastic, rubber or other material having insulating properties or low electrical conductivity properties. In addition, the handle 112 of the present electric shock catcher 100 can also be composed, for example, of an insulating material. [0017] Therefore, one of the features of the present electric shock trap 100 is characterized by electricity. The striking device 130 provides power to the fixture 120 to shock the creature 200 to be captured, thereby reducing the risk to the user. 10120525#单号Α〇101 Page 8 of 15 1012017091-0 M439348 [0018] In addition, the control unit 150 can include, for example, a button or a switch, whereby the control unit 150 controls the shock device 130 to selectively provide electrical energy. Give the clamp 120. For example, the control unit 150 can be, for example, a switch of the electric shock device 130, and the electric shock device 130 can be turned on or off by the control unit 150, so that the electric shock device 130 can supply or stop supplying power to the clamp 120. Alternatively, when the user of the present electric shock trap 100 presses a button or a switch, for example, the control unit 150 can form a path circuit together with the electric shock device 130, the wire 133, and the clamp 120, so that the electric shock device 130 can be Power is supplied to the fixture 120. When the user releases the button or switch, for example, the control unit 150 can cause the path circuit to be turned into a circuit breaker so that the electric shock device 130 cannot supply power to the jig 120. [0019] In addition, the lighting unit 140 of the present electric shock trap 100 is electrically connected to the control unit 150, for example, such that the control unit 150 can also control the lighting unit 140, for example, so that the lighting unit 140 can selectively emit Light. Wherein, when the control unit 150 controls the illumination unit 140 to emit light, the illumination unit 140 may emit light, for example, continuously and without interruption, or the illumination unit 140 may emit the light, for example, at a specific time, in other words, the illumination unit 140 may be, for example. Light is emitted intermittently to form a shimmering light. In addition, the illumination unit 140 can also, for example, continuously emit a light at the same time and intermittently emit another light. For example, the illumination unit 140 can have, for example, at least a lighting element 141 and a flashing element 142, whereby light is continuously and intermittently emitted, respectively. In particular, the illumination unit 140 can, for example, have both the illumination element 141 and the flash element 142, and continually emit light, for example by the illumination element 141, and intermittently emit another light, for example by the flash element 142. 10120525#单编号A0101 Page 9/15 pages 1012017091-0 M439348 [0020] In succession, the 'lighting element 141 can be, for example, a searchlight, which emits light continuously', so that it can be less bright at night or in the surrounding area. In the environment, it is more clear to know where the creature 200 is located, thereby increasing the convenience of capturing the organism 200 and reducing the risk of capturing. In addition, the flashing element 142 can be, for example, a flashing light for intermittently emitting light to form a flash to reduce the mobility of the creature 200, thereby further reducing the risk of the user of the present invention. At the same time, it can also ensure that the creature 200 is only temporarily lost consciousness, not fatal. Among them, since the flashing causes the living body 200 to stun, for example, it is possible to reduce the power of the living body 200, for example. In addition, since the purpose of the illumination unit 140 is to find out where the creature 200 is located and to reduce the mobility of the creature 200, and to facilitate the capture of the creature 200 and reduce the loss of energy, the illumination unit 140 may, for example, be oriented toward the fixture 120. After the light is emitted, the user of the present electric shock trap 100 can quickly capture the creature 200 using the jig 120. In addition, the illumination unit 140 can also be located, for example, on the body 110 of the presently created shock-type trap 100. [0021] Therefore, another feature of the present invention is that the illumination unit 140 continuously emits light, so as to clearly know where the creature 200 is located, thereby increasing the convenience of capturing the living organism 200 and reducing the capture. The danger of time. Another feature of the present invention is that the illumination unit 140 emits light intermittently, thereby reducing the mobility of the biological motion, thereby further reducing the risk of capturing. [0022] In addition, the present invention can further include, for example, a camera 160 for performing a shooting action, so that the user of the present-made shock catcher 100 can more clearly understand the creature. Where it is. Wherein, the 101205 is a single number display 1 page 10 / a total of 15 pages 1012017091-0 M439348 The camera device 160 can be electrically connected to the control unit 15 , for example, such that the control unit 150 controls the camera device 16 to perform or stop the shooting action. . Moreover, the camera device 160 can be, for example, a camera or other camera device that can instantly display images. Alternatively, the camera unit 16 can be located, for example, on the body 11 of the electrosurgical trap 1 of the present invention. _Total, the words 'When the user of the electric shock trap 丄 (6) of this creation wants to capture the creature 200, the continuous light can be firstly generated by the camera device 16 or the illumination unit 14 to find the creature. 2 where is the place. Then, the intermittent light emitted by the illumination unit 14 can be used, for example, to stun the creature 200 to reduce the mobility of the creature. Then, the electric power can be supplied to the jig 12 by, for example, the electric shock device 13 to electrically shock the bio-200 to further reduce the mobility of the biological device. Finally, the creature 2 is grasped by the clamp 120. For example, the control unit 15 can control the execution of the camera device 160, the illumination unit 140, and the shock device 13 to perform or stop execution. Therefore, the present invention can be operated by, for example, an electric shock. The flash is used to reduce the mobility of the creatures, thereby ensuring the safety of the user when capturing the creatures without causing the creatures to die. [0024] The foregoing is illustrative only and not limiting. Any equivalent modifications or changes made to the spirit and scope of this creation shall be included in the scope of the appended patent application. [Simple description of the diagram] The _帛1 diagram is a schematic diagram of the structure of the electric shock trap of the creation. Figure 2 is a schematic diagram of the implementation of the electroporation trap of the present invention. [Major component symbol description] 1012017091-0 10120525#单号A0101 Page 11 of 15 M439348 [0026] 100: Shock-type trap 110: Body 112: Handle 113: Telescopic element 120: Clamp 130: Shock device 133: Wire 134: Contact 140: Lighting unit 141: Lighting element 142: Flashing element 150: Control unit 160: Camera 200: Bio 10120525 #单号A〇101 Page 12 of 15 Page20172017091-0