M360352 八、新型說明： 【新型所屬之技術領域】 本創作係有關-種漆彈搶之漆彈到位制裝置，尤指一 種摒棄s肢外線發射/接收方式所形成光線被反射或阻斷 之使用狀態，特別以—設於擊發區之靜電容式感測器，藉由 漆彈具有感電之特性，而達到偵測漆彈是否完全到達擊發區 之依據’具有立即且精確的產生感測動作者。 ° 【先前技術】 按’漆彈搶（Paintball)近幾年來已成為—種廣受歡 迎的戶外休閒運動，其結構係如第_、二圖所示，該漆彈槍 (10)係於搶身（u)上方連接設有供容置漆彈之給彈器 (12)，且於槍柄⑴）下方連接高壓氣瓶（15)，於按壓該 扳機（14)時，能利用高壓氣瓶（15)所釋放之氣體推動擊 發元件將漆彈向外擊發。 由於給彈器（12)内裝填有多數之漆彈（2〇)，如第三、 四圖所示’其經由導彈管（16)而進入擊發區（17)，_ 用設在擊《 (17)兩側之制裝置（18)來_漆彈（2〇) 是否到位，再將信號經導線（19)傳至搶柄（13)内之電路 板（圖未示），用以控制擊發動作。 惟查，習用之制裝置（18)須設在擊發區（18)的兩 侧壁’利用紅外線發射/接收方式，來判斷漆彈是否在擊發 區（18)，而感測方式依照光線路徑可分為反射式及遮斷式； 惟’反射式會因漆彈顏色干擾判讀，例如黑色漆彈反光量較 小’檢測電路ϋ得不到應有的反光光線而誤判沒有漆彈 M360352 (20);因此目前之漆彈槍大都以光遮斷式為主流。然，光遮 斷式的感測方式，在使用上仍然存有下述之問題點： 1. 其它光源的干擾：太陽日光及人造光源的光譜其實包 含紅外線、可見光、紫外線，因此其它光源如果照射在光接 收器上，如果光線強度夠的話會令光接收器飽和而失去作 用，光接收器無法反應檢測電路自身發射光線照到接收器上 應有的反應而造成誤判，這通常會發生在使用透明或半透明 給彈器，其它光源可穿透給彈器而到達擊發，只要光線強度 夠強時會令光線式漆彈感測電路誤判，透明或半透明給彈器 因可清楚看見存彈量原本是好的設計，如因會干擾光線式漆 彈感測電路而無法使用將會令使用者失望。或著當漆彈槍之 槍管指向光源，光線從槍管直接射入擊發區時，只要光線強 度夠強時，亦會令光線或漆彈感測電路誤判。 2. 光線之發射及接收器易遭漆彈的彈汁遮敝及污染而 失效，光線式漆彈感測電路必須全在擊發相對應漆彈下半邊 挖橫向（漆彈射出方向為直向）的洞，並將光線發射及接收 裝置安裝進去，因實際孔形在光線發射及接收裝置的感應端 前總是有孔洞，當漆彈不幸在擊發中破裂時，漆彈的漆液會 填滿孔洞而遮敝光線發射及接收裝置，導致其失去作用，更 有甚者，漆彈的漆液會順著孔洞到達光線發射及接收裝置後 面的電路，因漆彈的漆液具有導電性會干擾光線式漆彈感測 電路，有可能令光線式漆彈感測電路失靈，因漆彈的漆液具 有某種腐蝕性，如不適時清理順著孔洞進入漆彈槍内部的漆 液會造成漆彈槍損壞，因孔洞形狀的關係不易清理破彈的漆 液，無法在比赛場地上即刻清理，漆彈感測電路失效的漆彈 M360352 槍更易擊破漆彈，有可能破掉的漆彈外皮卡住推送管，而完 全無法發射，就算未卡住，彈液附在漆彈上，會造成射出的 漆彈亂飄而射不準，如想解決上述問題而勉強加一光罩，因 形狀及角度的關係，光線行進方向明顯不合理，會造成判別 正確性大幅降低且更易受外部光源干擾。 3.前述光線式漆彈感測電路的光線發射及接收裝置，是 偵測漆彈下半部，因為如果漆彈越掉到下方才被偵測到則可 在漆彈確實就定位時才將之擊發，否則掉到一半就偵測到而 φ 給予擊發將會造成夾住破彈，理論上最佳的偵測點為漆彈的 最下緣的那個點，但實際上卻因漆彈在擊發區中仍有間隙可 滚動，為求漆彈一定能遮住光線，所以偵測點必須提高，無 法偵測到最低點。 是以，習用之漆彈感測方式仍有改善空間。 【新型内容】 緣是，本創作之一目的，係在提供一種漆彈槍之漆彈到 位感測裝置，其利用漆彈具有感電之特性，以靜電容式感應 B 來偾測漆彈之位置，具有不受其他光源干擾之功效增進。 本創作又一目的，係以靜電容式感應，不受漆彈之彈汁 污染及遮蔽，射擊一次即可將擊發區清理乾淨，具有即刻恢 復戰力，且不必在事後清理漆彈槍内部之功效。 本創作之再一目的，則是漆彈愈靠近感應板愈能偵測精 準，且感應板夠大不怕漆彈在擊發區中滾動的問題，因此可 ' 將偵測點降至最低，增進精準度。 本創作之另一目的，係在於靜電容感測電路耗電量低， 通常僅須數個/zA，這對於使用電池為電源的漆彈槍，是非常 M360352 重要的優點’可以延長電池使財命，勿須經常更換，且亦 具有環保功能。 為達上述目的，本創作所採用之技術特徵在於： _該搶身之擊發區於該落彈管之對應邊，設有一靜電容之 感應板’該感應㈣由可導電之電極片及其等效靜電容所構 成，且其周圍與該槍身之間設有絕緣體； 靜電谷（electrostatic capacity)之感測電路，係與該 感應板呈電性連接’用則貞測該感應板的靜電容變化量並 將此一靜電容變化量的信號輸出至該漆彈擊發電路，俾便檢 測該漆彈是㈣確到達縣發區，而作為啟動該撞擊推送元 件動作之依據。 【實施方式】 首先，請參閱第五〜六圖所示，本創作第一實施例係包 含有： 一搶身（30)，内部具有將漆彈（2〇)由擊發區（31) 予以擊發出去之推送管（32)，使該漆彈（2〇)經由槍管（33) 射出。 一落彈管（4〇)，係設在該擊發區（31)周邊，本實施 例所揭示者為上方，但不限定於此；因為有的落彈管（4〇) 係設在擊發區（31)的右側邊，其目的係為避免妨礙視線， 而落彈管（40)係用以供一給彈器（41)插置，得將其内之 漆彈（20)以自然落體或使用撥彈器（圖未示）將其逐一送 至擊發區（31)。 一槍柄（50 )，係設在該槍身（3〇 )下方，其前側具備 一扳機（51 )，如第六圖所示，其係與一漆彈擊發電路（52) M360352 呈電性連接，用以控制該推送管（32)之動作，且該漆彈擊 發電路（52)係經導線（54)連接一電池（53 )，用以供給所需 電源。本實施例之漆彈擊發電路（52)係設在該搶柄（5〇) 内之一電路板（P1)上，但不限定於此。 一高壓氣瓶（60)，係連接在該搶身（3〇)下方，用以提 供該推送管（32)所需動力。 前述元件係漆彈搶之先前技術（Pri〇r Art)，已見諸於 發明人 U.S Patent N〇.6,601，780B1 ; 6,925,997B2 及M360352 VIII. New description: [New technical field] This creation is related to the paintball in place of the paintball in place, especially the use of light that is reflected or blocked by the abandonment of the s-outline transmission/reception method. The state, in particular, is the electrostatic capacitance sensor located in the firing zone. The paintball has the characteristics of electric induction, and the detection of whether the paintball completely reaches the firing zone is based on the fact that it has an immediate and accurate sensory sensation. . ° [Prior Art] According to 'Paintball' (Paintball) has become a popular outdoor leisure sport in recent years. Its structure is as shown in the first and second figures. The paintball gun (10) is robbed. A gun (12) for accommodating the paint bomb is connected above the body (u), and a high-pressure gas cylinder (15) is connected under the handle (1)), and the high-pressure gas cylinder can be utilized when the trigger (14) is pressed (15) The released gas pushes the firing element to fire the paintball outward. Since the bomber (12) is filled with a large number of paint cartridges (2〇), as shown in the third and fourth figures, it enters the firing zone (17) via the missile tube (16), _ 17) The two sides of the device (18) to _ paintball (2 〇) is in place, and then the signal is transmitted through the wire (19) to the circuit board (not shown) in the handle (13), used to control the firing action. However, the conventional device (18) shall be located on both side walls of the firing area (18) to determine whether the paintball is in the firing zone (18) by means of infrared emission/reception, and the sensing method may be in accordance with the light path. It is divided into reflection type and occlusion type; only the 'reflective type will be interpreted by the color of the paintball. For example, the black paintball has a small amount of reflection. 'The detection circuit can't get the reflected light and it is misjudged. No paintball M360352 (20) Therefore, most of the current paintball guns are dominated by light interruption. However, the light-interrupting sensing method still has the following problems in use: 1. Interference from other light sources: The spectrum of solar sunlight and artificial light sources actually contains infrared light, visible light, and ultraviolet light, so other light sources are illuminated. On the optical receiver, if the light intensity is sufficient, the optical receiver will be saturated and lose its effect. The optical receiver cannot respond to the reaction of the detection circuit itself to emit light to the receiver, which may cause misjudgment, which usually occurs during use. Transparent or translucent to the elastic device, other light sources can penetrate the impeller to reach the firing. As long as the light intensity is strong enough, the light-type paintball sensing circuit will be misjudged. The transparent or translucent elastic can clearly see the bomb. The amount is originally a good design, such as being unable to use due to interference with the light paintball sensing circuit will disappoint the user. Or when the barrel of the paintball gun points to the light source, when the light is directly injected into the firing area from the barrel, as long as the light intensity is strong enough, the light or the paintball sensing circuit may be misjudged. 2. The light emission and receiver are vulnerable to the concealer and pollution of the paint bomb. The light-type paintball sensing circuit must be fully splayed in the lower half of the corresponding paintball (the direction of the paintball is straight) The hole and the light emitting and receiving device are installed, because the actual hole shape always has a hole in front of the sensing end of the light emitting and receiving device. When the paint bomb unfortunately breaks in the firing, the paint liquid of the paintball is filled up. Holes conceal the light emitting and receiving device, causing it to lose its effect. What's more, the paint liquid of the paintball will follow the hole to the circuit behind the light emitting and receiving device, because the paint liquid of the paintball will have interference. The light-type paintball sensing circuit may cause the light-type paintball sensing circuit to malfunction. The paint liquid of the paintball has some corrosive properties. If it is not suitable, the paint liquid that enters the interior of the paintball gun along the hole will be painted. The bullet gun is damaged. It is difficult to clean the paint liquid due to the shape of the hole. It cannot be cleaned immediately on the playing field. The paintball M360352 gun that fails the paintball sensing circuit is more likely to break the paint bomb, and it may be broken outside the paintball. Stuck the push tube, but can't launch at all, even if it is not stuck, the bullet is attached to the paint bomb, which will cause the shot paint to float and not shoot. If you want to solve the above problem, you can barely add a mask because of the shape. The relationship between the angle and the angle of the light is obviously unreasonable, which will result in a significant reduction in the correctness of the discrimination and is more susceptible to interference from external sources. 3. The light emitting and receiving device of the above-mentioned light type paintball sensing circuit detects the lower half of the paintball, because if the paintball is detected below the lower limit, it can be detected when the paintball is actually positioned. The shot is fired, otherwise it will be detected in half, and the firing of φ will cause the bullet to be caught. The theoretically the best detection point is the point at the bottom edge of the paintball, but it is actually due to the paintball. There are still gaps in the firing area that can be scrolled. In order to cover the light, the detection point must be raised and the lowest point cannot be detected. Therefore, the conventional paintball sensing method still has room for improvement. [New content] The reason is that one of the purposes of this creation is to provide a paintball in-situ sensing device for paintball guns, which uses the paintball to have the characteristics of electric induction, and the electrostatic capacitance sensor B to detect the position of the paintball. It has the effect of being immune to interference from other light sources. Another purpose of this creation is to use electrostatic capacitance induction, which is not contaminated and shielded by the paint bomb. Once the shot is fired, the firing area can be cleaned up, and the force can be restored immediately, and it is not necessary to clean the interior of the paint gun afterwards. efficacy. Another purpose of this creation is that the closer the paintball is to the sensor board, the more accurate it can be detected, and the sensor board is large enough not to be afraid of the paintball rolling in the firing zone, so it can 'minimize the detection point and increase the precision. degree. Another purpose of this creation is that the static capacitance sensing circuit consumes a small amount of power, usually only a few /zA, which is an important advantage of the M360352 for battery-powered paintball guns. Life, do not need to be replaced frequently, and also have environmental protection features. In order to achieve the above objectives, the technical features adopted by the present invention are as follows: _ The smashing firing zone is provided with a static capacitance sensing plate on the corresponding side of the falling elastic tube, and the sensing (4) is made of an electrically conductive electrode piece and the like. The electrostatic capacitor is formed, and an insulator is arranged around the gun body; the sensing circuit of the electrostatic capacity is electrically connected to the sensor board, and the static capacitance change of the sensor board is measured. The quantity and the signal of the static capacitance change amount are output to the paintball firing circuit, and the paintball is detected to be (4) indeed reaching the county hair area, and is used as a basis for starting the action of the impact pushing element. [Embodiment] First, referring to the fifth to sixth figures, the first embodiment of the present invention includes: a grab (30) having an internal paintball (2〇) fired by the firing zone (31). Push the tube (32) out so that the paintball (2〇) is ejected through the barrel (33). A drop tube (4 〇) is disposed around the firing area (31), and is disclosed above in the embodiment, but is not limited thereto; since some of the falling tube (4 〇) is set in the firing area The right side of (31) is intended to avoid obstructing the line of sight, and the drop tube (40) is used to insert a spring (41), and the paintball (20) in it may be naturally falling or Use a plucker (not shown) to send them one by one to the firing zone (31). A gun handle (50) is disposed under the gun body (3〇), and has a trigger (51) on the front side thereof. As shown in the sixth figure, it is electrically connected to a paintball firing circuit (52) M360352. The connection is used to control the action of the push tube (32), and the paintball firing circuit (52) is connected to a battery (53) via a wire (54) for supplying a required power source. The paintball firing circuit (52) of the present embodiment is provided on one of the circuit boards (P1) in the handle (5〇), but is not limited thereto. A high pressure gas cylinder (60) is attached below the body (3 〇) to provide the power required for the push tube (32). The aforementioned element is a prior art of lacquer blasting (Pri〇r Art), which has been found by the inventors U.S. Patent No. 6,601,780B1; 6,925,997B2 and
Pub. No . US2007/0119988A1等專利前案，因非本創作之專 利標的，其細部容不贅述。 而，本創作之主要特徵在於：如第六、七圖所示，該搶 身之擊發區（31)於該落彈管（4〇)之對應邊，設有一靜電 谷之感應板（70)，該感應板（7〇)係由可導電之電極片（71) 及其等效靜電容（Cx)所構成，且其周圍與該槍身（3〇)之 間設有絕緣體（72)。又，於本創作中所謂「等效」靜電容（Cx)， 係指漆彈（20)靠近感應板（7〇)的偵測電容。且，本創作 之感應板（70)必須設在該落彈管（4〇)之對應邊，亦即該 落彈管（40)如設在擊發區（31)的上方，則該感應板（7〇) 必須設在擊發區（31)的底部；如該落彈管（4〇)設在擊發 區（31)右側，則該感應板（7 〇)必須設在擊發區（31)的 左侧。如此，利用漆彈（20)本身因含有液體而呈感電性， 俾當漆彈（20)由落彈管（4〇)進入擊發區（31)時，漆彈 (20)如愈靠近該感應板（7〇)，則感應板（7〇)上的等效靜 電容（Cx)增加；漆彈（20)如果離感應板（7〇)愈遠，則 感應板（70)上的等效靜電容（Cx)將減少。本創作藉此電 M360352 . 容量的變化，來偵測漆彈（20)與感應板（70)的距離。 承上，該靜電容之感應板（70)，應為一適當大小之導 電性材料，一般以金屬為較佳，足以偵測漆彈（20)靠近及 離開而產生增加及減少的靜電容量變化，讓感測電路（8〇) 足以辨識為原則。但感應板（7〇)大小必須以該擊發區（31) 可以按裝為原則，只要能感應靜電容變化，感應板（7〇)的 形狀不拘，但感應板（70)的周圍須有足夠的絕緣體（72)， 隔開其他體，如搶身（3〇)……等，俾利感應板（70)得到 鲁 正確的靜電容變化。本實施例係以絕緣材將電極片（Η )包 覆，惟該絕緣體（72)之設置尚可依擊發區（31)或搶身（3〇) 特性而加以調整。 此外’將感應板（70)感測到靜電容變化量，藉由一傳 導線（73)輸送給感測電路（8〇) ’因傳導線（73)也會感應 靜電谷變化，因此須儘量做的細短，而較佳者係使用同轴電 纜線。 於是，在本實施例中，如第六、七圖所示，一靜電容之 • 感測電路（80)’係以該傳導線（73)與該感應板（70)呈電 性連接，用以偵測該感應板（7〇)的靜電容變化量，並將此 靜電容變化量的信號輸至該漆彈擊發電路（52)，俾便檢測 該漆彈（20)是否準確到達該擊發區（31)，而作為啟動該推 送管（32)動作之依據。 别揭靜電容之感測電路（80 )，其具體電路可使用現有 之TTP223，IQS123......等積體電路；或是以-頻率檢知器來 偵測所構成的感測電路。而本實施例係以第人圖所示之電路 來做為感測電路⑽），其包括有：一振盪器（81)，一緩衝器 -10- M360352 (82) —正反器（83)，一電阻（84)及二極體（85)所組成。 該感應板（7G)感測到靜電容變化量，會改變振盈器（81) k號傳到正反器（83)輸入腳⑻的時間，導致比信號聊（⑻ 早到或晚到，就會在㈣腳⑻得料_輸錄來代表漆 彈（20)是否已到達擊發區（31)的預定位置上。 承上，該感測電路（80)可以是單獨的電路，亦可盥該 漆彈擊發電路（52)整合為一個電路。以下針對該感應板（7〇) 及感測電路（80)的可行實施例，具體說明如后： 齡 别揭第一實施例係將感測電路（8〇)及漆彈 電 (52)皆設在該搶柄（5α)内，且其可獨立或設在同一電路 板（Ρ1)上。 第九圖所不係本創作第二實施例，其相同於前一實施例 者以相同圖號表示，其差異僅在於：該感測電路（別）係 設在該搶身（30)内之感應板（7〇)附近，且以傳導線（73) 與該感應板（70)連接，然後再一電線⑽）連接至該搶柄 (50)内之漆彈擊發電路（52)。 第十圖所示係本創作第三實施例，其係將感應板（7〇) 與該感測電路（80)設在同-電路板（Ρ2) _L，而置於搶身 (3〇)内，亦即该感應板（70)係可以表面黏著（smt)等方 式而電性連接在該電路板（P2)上。如此，不須另外使用傳 導線（73)’直接以電路板銅箔線作為傳導線。當然，亦可在 電路板（P2)上的鋼箔直接成型電極片（71)，然後再設置絕 緣體（72)亦可實施。 第十一圖所示係本創作第四實施例，其係將感應板 (70)、傳導線（73)、感測電路（80)及漆彈擊發電路（52) -11 - M360352 同設於一電路板（P3)上，而以與入彈方向的垂向置於槍身 (30)内，。如此，不須外接傳導線（73)及電線（90)，但 使用一導線（54)與該槍柄（50)内之電池（53)呈電性連 接，供給電路板（P3)所須電源。當然，該電池（53)除設 置於槍柄（50)内，亦可外接，容不贅述。 藉助上揭技術特徵，本創作摒除習用之光感應偵測漆彈 之型態，而係利用漆彈之感電性，以接近距離之靜電容變化 量來偵測漆彈之位置，故其具有不受其他光源干擾之功效增 進。再者，靜電容感測對於漆彈之使用特性，更具有易清理、 精準度提昇及耗電量低等功效。 綜上所述，本創作所揭示之構造，為昔所無，且破能達 到功效之增進，並具可供產業利用性，完全符合新型專利要 件，祈請貴審查委員核賜專利，以勵創新，無任德感。 惟，上述所揭露之圖式、說明，僅為本創作之較佳實施 例，大凡熟悉此項技藝人士，依本案精神範疇所作之修飾或 等效變化，仍應包括在本案申請專利範圍内。Pub. No. US2007/0119988A1 and other patents before the patent, because it is not the patent of the creation of the patent, its details are not described. However, the main feature of the present creation is that, as shown in the sixth and seventh figures, the smashing firing zone (31) is provided with an electrostatic valley sensing plate (70) on the corresponding side of the falling elastic tube (4 〇). The sensing plate (7〇) is composed of a conductive electrode sheet (71) and its equivalent electrostatic capacitance (Cx), and an insulator (72) is disposed around the gun body (3〇). Moreover, the so-called "equivalent" electrostatic capacitance (Cx) in this creation refers to the detection capacitance of the paintball (20) close to the induction plate (7〇). Moreover, the sensing plate (70) of the present invention must be disposed on the corresponding side of the falling elastic tube (4〇), that is, if the falling elastic tube (40) is disposed above the firing area (31), the sensing board ( 7〇) must be located at the bottom of the firing zone (31); if the falling tube (4〇) is located to the right of the firing zone (31), the sensing plate (7 〇) must be placed on the left of the firing zone (31) side. Thus, the paintball (20) itself is electrically sensitive due to the presence of the liquid, and the paintball (20) is closer to the induction when the paintball (20) enters the firing zone (31) by the falling elastic tube (4). Plate (7〇), the equivalent electrostatic capacitance (Cx) on the sensor board (7〇) increases; the farther the paintball (20) is from the sensor board (7〇), the equivalent on the sensor board (70) The static capacitance (Cx) will decrease. This creation uses the change in capacity to detect the distance between the paintball (20) and the sensor board (70). The sensing plate (70) of the static capacitor should be an appropriately sized conductive material, generally preferably metal, sufficient to detect the increase and decrease of electrostatic capacitance caused by the paintball (20) approaching and leaving. Let the sensing circuit (8〇) be enough to recognize the principle. However, the size of the sensor board (7〇) must be based on the firing area (31). As long as the capacitance change can be sensed, the shape of the sensor board (7〇) is not limited, but the area around the sensor board (70) must be sufficient. The insulator (72) is separated from other bodies, such as the body (3〇), etc., and the saliency sensor board (70) obtains a correct electrostatic capacitance change. In this embodiment, the electrode sheet (Η) is covered with an insulating material, but the arrangement of the insulator (72) can be adjusted according to the characteristics of the firing area (31) or the body (3〇). In addition, the sensing board (70) senses the amount of change in electrostatic capacitance, which is sent to the sensing circuit (8〇) by a conductive line (73). Because the conductive line (73) also senses the change of the static valley, it is necessary to try to The shortness is made, and the preferred one is to use a coaxial cable. Therefore, in the present embodiment, as shown in the sixth and seventh figures, a static capacitance sensor circuit (80) is electrically connected to the sensor board (70) by the conductive line (73). The static capacitance change amount of the sensing board (7〇) is detected, and the static capacitance change amount signal is sent to the paintball firing circuit (52), and the paintball (20) is detected to accurately reach the firing. Zone (31), as the basis for starting the action of the push tube (32). Do not reveal the sensing circuit (80) of the static capacitor. The specific circuit can use the existing TTP223, IQS123, etc. integrated circuit; or use the -frequency detector to detect the formed sensing circuit. . In this embodiment, the circuit shown in the first figure is used as the sensing circuit (10), which includes: an oscillator (81), a buffer -10- M360352 (82) - a flip-flop (83) , a resistor (84) and a diode (85). The sensor board (7G) senses the amount of change in electrostatic capacitance, which changes the time that the vibrator (81) k passes to the input pin (8) of the flip-flop (83), causing a chat than the signal ((8) is early or late, It will be recorded at (4) foot (8) to indicate whether the paintball (20) has reached the predetermined position of the firing zone (31). The sensing circuit (80) can be a separate circuit or The paintball firing circuit (52) is integrated into a circuit. The following is a detailed description of a possible embodiment of the sensing board (7〇) and the sensing circuit (80). The first embodiment will sense the first embodiment. The circuit (8〇) and the paintball (52) are all disposed in the handle (5α), and they can be independently or disposed on the same circuit board (Ρ1). The ninth figure is not the second embodiment of the present creation. The same as the previous embodiment, the same figure number is used, the difference is only that the sensing circuit (other) is located near the sensing board (7〇) in the stealing body (30), and is a conductive line. (73) is connected to the sensing board (70), and then a wire (10) is connected to the paintball firing circuit (52) in the handle (50). The tenth figure shows a third embodiment of the present invention, in which the sensing board (7〇) and the sensing circuit (80) are disposed on the same-circuit board (Ρ2)_L, and placed in the body (3〇). The sensing board (70) is electrically connected to the circuit board (P2) by means of surface smt or the like. Thus, it is not necessary to additionally use the conductive wires (73)' to directly use the circuit board copper foil wires as the conductive wires. Of course, it is also possible to directly form the electrode sheet (71) on the steel foil on the circuit board (P2), and then to provide the insulator (72). The eleventh figure shows a fourth embodiment of the present invention, which is characterized in that the sensing board (70), the conductive line (73), the sensing circuit (80), and the paint firing circuit (52) -11 - M360352 are A circuit board (P3) is placed in the gun body (30) in a vertical direction with respect to the direction of the projectile. Thus, the external conductive wire (73) and the electric wire (90) are not required, but a wire (54) is electrically connected to the battery (53) in the handle (50) to supply power to the circuit board (P3). . Of course, the battery (53) can be externally connected except for being placed in the handle (50). With the help of the technical features of the above, this creation eliminates the type of light-sensing detection of paintballs, and uses the electro-sensitivity of paintballs to detect the position of the paintballs by the amount of static capacitance change close to the distance, so it has no The effect of interference from other light sources is enhanced. Furthermore, the electrostatic capacitance sensing has the functions of easy cleaning, high precision and low power consumption for the use characteristics of the paintball. In summary, the structure revealed by this creation is unprecedented, and it can achieve the improvement of efficacy, and it can be used for industrial utilization. It fully complies with the new patent requirements, and invites the review committee to grant patents. Innovation, no sense of morality. However, the above-mentioned drawings and descriptions are only preferred embodiments of the present invention. Modifications or equivalent changes made by those skilled in the art in accordance with the spirit of the case should still be included in the scope of the patent application.
-12- M360352 【圖式簡單說明】 第一圖係習用漆彈搶之外觀立體圖。 第二圖係習用漆彈搶之示意圖。 第三圖係習用漆彈搶之剖示圖。 第四圖係習用第三圖中4 —4斷面剖示圖。 第五圖係本創作第一實施例之外觀圖。 第六®係本創作第—實施例之主要結構剖示圖。 第七圖係本創作第一實施例之電路架構圖。 第八圖係本創作第一實施例之電路圖。 第九圖係本創作第二實施例之主要結構剖示圖。 第十圖係本創作第三實施例之主要結構剖示圖。 【主要元件符號說明】 第十-圖係本創作第四實施例<主要結構剖示圖。 (30)搶身 (71)電極片 (31)擊發區 (72)絕緣體 (32)推送管 (73)傳導線 (33)搶管 (80)感測電路 (40)落彈管 (81)振盪器 (41)給彈器 (82)緩衝器 (50)搶柄 (83)正反器 (51)扳機 (84 )電阻 (52)漆彈擊發電路 (85)二極體 (53)電池 (90)電線 (54)導線 (P1)、（P2)、（P3)電路板 (60)高壓氣瓶 (Cx)等效靜電容 (70)感應板 13-12- M360352 [Simple description of the drawing] The first picture is a stereoscopic view of the appearance of the paint bullet. The second picture is a schematic diagram of the conventional paint bomb. The third picture is a cross-sectional view of the conventional paint bomb. The fourth figure is a cross-sectional view of section 4-4 in the third figure. The fifth drawing is an external view of the first embodiment of the present creation. The sixth structure is a cross-sectional view of the main structure of the first embodiment. The seventh figure is a circuit architecture diagram of the first embodiment of the present creation. The eighth figure is a circuit diagram of the first embodiment of the present creation. The ninth drawing is a cross-sectional view showing the main structure of the second embodiment of the present creation. The tenth drawing is a cross-sectional view showing the main structure of the third embodiment of the present creation. [Description of Main Element Symbols] The tenth-picture is a fourth embodiment of the present creation < main structure sectional view. (30) stealing body (71) electrode sheet (31) firing area (72) insulator (32) pushing tube (73) conducting line (33) grabbing tube (80) sensing circuit (40) falling tube (81) oscillating (41) to the spring (82) buffer (50) grab the handle (83) the forward and reverse (51) trigger (84) resistance (52) paint bomb firing circuit (85) diode (53) battery (90 Wire (54) wire (P1), (P2), (P3) circuit board (60) high pressure gas cylinder (Cx) equivalent static capacitance (70) sensor board 13