M3 06117 . 八、新型說明： 【新型所屬之技術領域】 本創作關於一種感應器’尤其是與一滅火器結合之感應器，並且 於高溫下與該滅火器分離，導致該滅火器内的減火物質喷出。 【先前技術】 傳统的滅火器，使用者須拿持後以手操作喷嘴，使滅火器内的滅火物 質喷出，以達到滅火的效果。然而此種滅火器無法快速反應火災情況， 鲁使用上未能達到理想狀態。 請參閲第一圖所示，一感應器（10)係安裝在一滅火器（12)。當滅 火器（12)周遭環境溫度過高（例如火災現場），則該感應器（1〇)中的感 應彈（14)會破裂，且該承座（16)會脫出，使得滅火器（12)内的滅火物 質喷出。 值得注意的是，該感應彈（14)由一玻璃管（17)内部填注液體（18) 所構成，當環境溫度變化則液體（18)會膨脹使玻璃管（17)破裂。惟液 鲁體的熱脹冷縮比較不均勻，所以無法精確使該感應彈（14)即時破裂。 此外玻璃製成的感應彈（14)容易因為碰撞或是異物撞擊而破裂，所以 不符合實用需求。 【新型内容】 有鑑於先前技術所揭示之感應器的感應效果不佳，而且容易遭到 外力破壞’所以本創作提供一種創新之感應器設計，藉此解決先前技 術所揭示之缺點 本創作之一目的係在提供一種滅火裝置感應器，其具有能夠精確 M306117 控制該感應器所能感應之臨界溫度，藉此使該滅火器能更精確且及時 的發揮作用。 本創作另一目的係在提供一種滅火器感應器，該感應器具有良好 的保護作用，故不會受到外力作用而輕易損壞，故可以確保滅火器不 會產生錯誤動作的情形。 根據本創作所揭示之目的、功效，該感應器包括一喷頭與一本體 的結合，且該本體端面配設有一掛鉤蓋，且該本體與該掛鉤蓋間設有 一迴流裝置、一掛鉤裝置、一壓蓋單元、一閥塞裝置及一易熔環節。 該易熔環節在正常狀態下用以限制該掛鉤裝置之組件不產生鬆動。該 掛鉤裝置連接該本體及—賴蓋’藉此使該_蓋被钱於該本體一 端；又該掛鉤裝置-端與該壓篕單元靠置，並用以止難迴_置。 在乂熱的情形下’該f輯節會熔化韻掛鋪置祕且掛釣蓋脫 離’在減火糾部高__下，簡鮮元會脫落且該迴流裝置及 邊-裝置會落出且露出在該滅火器外’用以使滅火时㈣滅火物質 產生錄流下的現象，及時與燃火接觸達到滅火效i是以藉本創 精確控制滅火㈣作動時機，且贼應器不频壞，滅火 器無誤動作之虞。 配合圖式作之目的、功效及結構域，與—較佳實施例並 【實施方式】 凊參閲第二圖所示，太4 ⑽、創作所揭示之錢器⑽包括-嘴頭 切⑽、-迴雜置⑽）、—掛鉤裝置⑽）、—壓蓋單元 M306117 (70)、一易熔環節（70)及一閥塞裝置（90)。 其中’該噴頭（30)係鎖設在一滅火器（95)上。該本體(4〇)組設於 該喷頭（30)—端。該喷頭（3〇)及該本體(4〇)的轴向皆具有中空通道構 造。 該迴流裝置（50)包括一迴流板座（52)及一迴流板(54)。該迴流板 (〇4)係固戎迴流板座（52)上，且該迴流板座（52)可活動地套設在該喷 頭（30)—端。 鲁该閥塞裝置（90)由一閥塞（92)及一閥體（94)組合，且用以組設在 該喷頭（30)與該迴流板（54)之間。值得注意的是，在一般狀態下，該 閥塞裝置（90)係塞住該喷頭（3〇)。 該壓蓋單元（70)由一壓板蓋(72)及一壓板(74)組成。該壓蓋單元 (70)组設在該閥塞裝置（9〇)—側。 該掛鉤裝置（60)包括一掛鉤座（62)、二掛鉤（64)、一掛鉤固定座 (66)及一掛鉤蓋（68)。其中該掛鉤座（62)係固設在該掛鉤蓋（68)内， 籲該二掛鉤（62)係組設在該掛鉤座（62)的相對二端，且每一掛鉤（⑽）的 一端與該掛鉤座（62)靠置結合，另一端則勾設在該本體(4〇)壁面之唇 緣(42)。該掛鉤固定座（66)组設在相對的二掛鉤（62)之間。 一鎖配元件（97)穿過該掛鉤蓋（68)、該掛鉤固定座（66)並舆一螺 母組（99)鎖接結合，則可使該掛鉤裝置（6〇)之各組件結合在一起。又 藉由該二掛鉤（64)與該本體（4〇)勾合，該掛鉤裝置（6〇)可以定位於該 本體(40)—端。 該易熔環節（80)係由低熔點材料或低熔點合金材料製成，例如錫 M306117 或其合金。該易熔環節（80)組設在該鎖配元件(97)與該掛鉤蓋（68)之 間，藉此使該鎖配元件（97)與該掛鉤蓋（68)不會產生相對運動。 上述該迴流裝置（50)、該閥蓋裝置（90)、該壓蓋單元（70)、該掛 鉤裝置（60)的部份元件被封裝在該掛鉤蓋（68)與該本體(40)之内。 請參閱第二、三圖所示，當該感應器（20)受熱，則該易熔環節（80) 會被熔化並且流出’此時該鎖配元件（97)與該掛鉤蓋（68)之間失去固 著作用，故該鎖配元件（97)呈現鬆動狀態。 請參閱第四圖’一旦該鎖配元件（97)鬆動，則該掛鉤蓋（68)、該 掛鉤座（62)及該掛鉤固定座（66)的組合會脫離該本體（40) 〇如此一 來’ 4壓蓋半元（70)便失去原先該掛釣裝置（60)所施予的頂掣作用力。 請參閱第五圖，在該滅火器（95)内部高壓的作用下，該壓蓋單元 (70)與該迴流裝置（50)會被推向該本體(4〇)的開放端。因為該壓蓋單 元（70)與該本體(40)間沒有結合，所以該壓蓋單元(7〇)及二掛鉤（64) 會脫出該本體(40)。 至於該迴流裝置（50)落至該本體（40)之開放端，該迴流板座（52) 的板緣恰卡止在該本體(40)内壁之唇緣(42)上，所以該迴流裝置（50) 不脫離該本體(40)，而且該閥塞裝置（90)與該本體(40)分離。如此一 來，滅火器（95)内部的滅火物質便會流出，提供應有的滅火效果。 本創作利用該易熔環節（80)於一般狀態下黏結該掛鉤蓋（68)與該 鎖配元件（97)，使得該掛鉤裝置（60)與該本體（40)結合後，該掛鉤座 (62)、掛鉤固定座（66)及掛鉤（64)不鬆動或脫落。而該易熔環節（8〇) 被熔化後，才會使該掛鉤裝置（60)與該本體(4〇)分離，故本創作作所 M306117 設計之感應器（20)不會因為外力碰撞而產生錯誤動作的情形。又該易 熔 環節（80)因是金屬材料所以熔點固定，故可以精確控制該感應器（2〇) 的作動溫度。 另外呵以藉不同材料或合金中的材料比例變化，改變該易炼環節 (80)的熔點，所以依本創作之概念可以製得多種作動溫度條件之感應 器（20)以符合不同環境之使用需求。 藝上述實施例僅為例示性說明本創作之技術及其功效，而非用於限 制本創作。任何熟於此項技術人士均可在不違背本創作之技術原理及 精神的情況下，對上述實施例進行修改及變化，因此本創作之權利保 護範圍應如後所述之申請專利範園所列。 【圖式簡單說明】 第一圖係習用感應器結構示意圖。 第二圖係本創作之結構示意圖。 鲁第三圖係本創作之易熔環節已熔化之結構示意圖。 第四圖係本創作掛鉤裝置及迴水裝置脫落動作示意圖一。 第五圖係本創作掛鉤裝置及迴水裝置脫落動作示意圖二。 【主要元件符號說明】 (10)感應器 (14)感應彈 (Π)玻璃管 (20)感應器 (12)滅火器 (16)承座 (18)液體 (30)喷頭 M306117 (40)本體 (42)唇緣 (50)迴流裝置 (52)迴流板座 (54)迴流板 (60)掛鉤裝置 (62)掛鉤座 (64)掛鉤 (66)掛鉤固定座 (68)掛鉤蓋 (70)壓蓋單元 (72)壓板蓋 (74)壓板 (80)易熔環節 (90)閥塞裝置 (92)閥塞 (94)閥體 (95)滅火器 (9Ό鎖配元件 (99)螺母組 10M3 06117 . VIII. New description: [New technical field] This creation relates to an inductor, especially an inductor combined with a fire extinguisher, and separated from the fire extinguisher at high temperatures, resulting in a fire-reducing substance spray in the fire extinguisher. Out. [Prior Art] In the conventional fire extinguisher, the user must hold the nozzle and hand-operate the nozzle to eject the fire extinguishing material in the fire extinguisher to achieve the effect of extinguishing the fire. However, such a fire extinguisher cannot quickly respond to a fire situation, and the use of Lu has not reached an ideal state. Referring to the first figure, a sensor (10) is mounted on a fire extinguisher (12). When the ambient temperature of the fire extinguisher (12) is too high (such as a fire scene), the induction bomb (14) in the sensor (1) will rupture, and the seat (16) will come out, so that the fire extinguisher (12) The fire extinguishing material inside is sprayed out. It is worth noting that the induction bomb (14) is composed of a glass tube (17) filled with a liquid (18), and when the ambient temperature changes, the liquid (18) expands to rupture the glass tube (17). However, the thermal expansion and contraction of the liquid body is relatively uneven, so the induction bomb (14) cannot be accurately ruptured immediately. In addition, the induction bomb (14) made of glass is easily broken by collision or foreign object impact, so it does not meet practical needs. [New content] In view of the poor sensing effect of the sensor disclosed in the prior art, and it is easily damaged by external force, the present invention provides an innovative sensor design, thereby solving one of the shortcomings disclosed in the prior art. The object is to provide a fire extinguishing device sensor having a precise temperature that can be sensed by the M306117 to control the sensor, thereby enabling the fire extinguisher to function more accurately and in a timely manner. Another object of the present invention is to provide a fire extinguisher sensor which has a good protection effect and is not easily damaged by an external force, thereby ensuring that the fire extinguisher does not cause a malfunction. According to the purpose and function of the present invention, the sensor includes a nozzle and a body, and a hook cover is disposed on the end surface of the body, and a return device and a hook device are disposed between the body and the hook cover. A gland unit, a valve plug device and a fusible link. The fusible link is used to limit the components of the hooking device from loosening under normal conditions. The hooking device is coupled to the body and the cover </ RTI> to thereby cause the hood to be affixed to the body; and the hooking device end is disposed adjacent to the squeezing unit and is configured to stop. In the hot situation, 'the f-series will melt the rhyme and hang the secret and the fishing cover will be detached'. Under the fire-reducing height __, the simple fresh elements will fall off and the reflow device and the side-device will fall out and be exposed. Outside the fire extinguisher, the phenomenon of using the fire extinguishing material to generate the flow during the fire extinguishing (4), and timely contact with the fire to achieve the fire extinguishing effect i is to precisely control the fire extinguishing by the creation of the fire (four), and the thief is not broken, the fire extinguisher is not Mistakes. The purpose, function and domain of the drawings, and preferred embodiments and [embodiments] 凊 see the second figure, too 4 (10), the money device disclosed in the creation (10) includes - mouth cut (10), - Back miscellaneous (10)), - Hook device (10), - Gland unit M306117 (70), a fusible link (70) and a valve plug device (90). Wherein the nozzle (30) is locked to a fire extinguisher (95). The body (4〇) is disposed at the end of the nozzle (30). Both the nozzle (3 〇) and the body (4 〇) have a hollow channel structure in the axial direction. The reflow device (50) includes a return plate holder (52) and a return plate (54). The return plate (〇4) is fixed to the return plate seat (52), and the return plate seat (52) is movably sleeved at the end of the spray head (30). The valve plug device (90) is combined by a valve plug (92) and a valve body (94) and is disposed between the spray head (30) and the return plate (54). It is worth noting that in the normal state, the valve plug device (90) plugs the nozzle (3〇). The capping unit (70) is composed of a platen cover (72) and a platen (74). The capping unit (70) is assembled on the side of the plug device (9〇). The hooking device (60) includes a hook base (62), two hooks (64), a hook mount (66) and a hook cover (68). The hook seat (62) is fixed in the hook cover (68), and the two hooks (62) are assembled on opposite ends of the hook seat (62), and one end of each hook ((10)) It is coupled to the hook seat (62), and the other end is hooked on the lip (42) of the wall surface of the body (4〇). The hook mounts (66) are disposed between the opposing two hooks (62). A locking component (97) is passed through the hook cover (68), the hook fixing seat (66) and a nut group (99) is locked and coupled, so that the components of the hook device (6〇) can be combined together. Further, the hook (64) is hooked to the body (4〇), and the hooking device (6〇) can be positioned at the end of the body (40). The fusible link (80) is made of a low melting point material or a low melting point alloy material such as tin M306117 or an alloy thereof. The fusible link (80) is disposed between the lock component (97) and the hook cover (68) whereby the lock component (97) and the hook cover (68) do not move relative to each other. Some components of the reflow device (50), the bonnet device (90), the capping unit (70), and the hooking device (60) are packaged in the hook cover (68) and the body (40). Inside. Referring to Figures 2 and 3, when the inductor (20) is heated, the fusible link (80) will be melted and flow out. 'At this time, the lock component (97) and the hook cover (68) The lock component (97) appears loose. Please refer to the fourth figure 'When the lock component (97) is loose, the combination of the hook cover (68), the hook seat (62) and the hook mount (66) will be separated from the body (40). The '4 gland half (70) loses the top force applied by the original fishing device (60). Referring to the fifth figure, under the action of the internal high pressure of the fire extinguisher (95), the capping unit (70) and the reflow device (50) are pushed toward the open end of the body (4〇). Since the capping unit (70) is not coupled to the body (40), the capping unit (7〇) and the two hooks (64) will come out of the body (40). As the reflow device (50) falls to the open end of the body (40), the edge of the return plate seat (52) is just locked on the lip (42) of the inner wall of the body (40), so the reflow device (50) does not detach from the body (40), and the valve plug device (90) is separated from the body (40). As a result, the fire extinguishing material inside the fire extinguisher (95) will flow out to provide the proper fire extinguishing effect. The creation uses the fusible link (80) to bond the hook cover (68) and the lock component (97) in a normal state, so that the hook device (60) is combined with the body (40), the hook seat ( 62), the hook fixing seat (66) and the hook (64) are not loose or fall off. After the fusible link (8〇) is melted, the hook device (60) is separated from the body (4〇), so the sensor (20) designed by the creation M306117 is not caused by external force collision. The situation that caused the wrong action. Further, since the melting point (80) is a metal material, the melting point is fixed, so that the operating temperature of the inductor (2 〇) can be precisely controlled. In addition, by changing the proportion of materials in different materials or alloys, the melting point of the easy-to-finish link (80) is changed. Therefore, according to the concept of the creation, a plurality of sensors (20) for operating temperature conditions can be produced to meet the use of different environments. demand. The above embodiments are merely illustrative of the techniques and effects of the present invention and are not intended to limit the present invention. Anyone who is familiar with this technology can modify and change the above embodiments without violating the technical principles and spirit of this creation. Therefore, the scope of protection of this creation should be as follows. Column. [Simple description of the diagram] The first diagram is a schematic diagram of the structure of a conventional sensor. The second picture is a schematic diagram of the structure of the creation. The third diagram of Lu is a schematic diagram of the melting of the fusible link of this creation. The fourth picture is a schematic diagram of the hooking action of the creation hook device and the water return device. The fifth picture is the schematic diagram of the hooking action of the creation hook device and the water return device. [Main component symbol description] (10) Sensor (14) Induction bomb (Π) Glass tube (20) Sensor (12) Fire extinguisher (16) Bearing seat (18) Liquid (30) Spray head M306117 (40) Body ( 42) lip (50) reflow device (52) return plate seat (54) return plate (60) hook device (62) hook seat (64) hook (66) hook mount (68) hook cover (70) gland Unit (72) Pressure plate cover (74) Pressure plate (80) Fusible link (90) Valve plug device (92) Valve plug (94) Valve body (95) Fire extinguisher (9 Ό lock fitting component (99) Nut set 10