JP6622431B2 - Rectal irrigation equipment - Google Patents

Description

本発明は、特願２０１８−４４９９８号先願内容に携わる歯車組み合せによる偏角に伴う動力伝達機械力学構成による発明特定をするものである。   This invention specifies invention by the power transmission mechanical dynamics structure accompanying the declination by the gear combination engaged in Japanese Patent Application No. 2018-44998 prior application content.

特表文献１は、機器に組み込まれたスプリング圧による先端部を肛門内部に注入し水圧による、隠された直腸洗浄装置／およびビデが発表されている。   Japanese Patent Application Laid-Open Publication No. HEI 10-31260 discloses a hidden rectal irrigation device / and a bidet by injecting the tip of a spring pressure incorporated in a device into the anus and using water pressure.

特表文献２は、電気電動によるポンプ式液体注入、膣洗浄および／または直腸洗浄デバイスが発表されている。   In Japanese translation of PCT International Publication No. 2005-124, an electrically-driven pump type liquid injection, vaginal irrigation and / or rectal irrigation device is disclosed.

実用新案文献３は、手動式ポンプ直腸洗浄装置が発表されている。 Utility Model 3 discloses a manual pump rectal cleaning device.

特表２００７−５３０８４２号公報Special table 2007-530842 gazette 特表２００２−５２５１４０号公報Special table 2002-525140 gazette 登録実用３１５４０６４号公報Registration Utility No. 3154064

(病例)
近年増大する高齢化による運動不足、あるいは寝たきりのため体全体が衰弱する、止む負えない状態の長期化は腸内もそれに比例し、必然的食物摂取の多様化は近年特に、欧米化食品摂取による（動物脂肪過多・乳脂過多・糖過多・油酸過多）を招き、歴史的食文化の相違経緯要因とによる運動不足等に起因する腸内病変化は、若年より中高年に及ぼす過程は、相対的に＜女性に多く大腸炎に続き大腸癌発生率の多くが診られる、学会医学論文参照＞その外実例による周知事実であり、分けても（便秘）等に起因する直腸機能低下による排出に至る相当な時間的経過の課題がある。 (Case example)
In recent years, there has been a lack of exercise due to an aging population, or the whole body is weakened due to bedriddenness, and the prolonged inevitable state is proportional to that in the intestines. Intestinal disease changes caused by lack of exercise due to differences in historical dietary cultures, such as excessive animal fat, excessive milk fat, excessive sugar and excessive oil acid, <Refer to medical papers of academic societies where a large number of colorectal cancer incidence is diagnosed following a large amount of colitis in women> This is a well-known fact by other examples, and even if divided, it leads to discharge due to rectal function decline due to (constipation) There are significant time course issues.

(処置術)
腸内異物化摘出措置方法に、内視鏡鉗子による物体を挟む摘出、ハサミ、音波、温水、投薬内外等による処置は、相当な時間的経過を要す過程課題があり、＜特定する直腸内異物化摘出処置＞方法の時間的短縮化を求める。 (Treatment)
There are process issues that require a considerable time for the procedures to remove the intestinal foreign body, such as removing an object with an endoscopic forceps, scissors, sound waves, hot water, inside / outside medication, etc. Measures to shorten the time required for the removal of foreign matter> method.

肛門よりＳ状結腸に挿入する皮膜管先端部偏角を有する目的物確認に於ける（特定変異物質、腸炎症変異、ポリ−プ、腸壁脂肪沈着、食物変異、食物水分吸収硬化等）摘出されるべきもの等をタブレットに写し拡大確認しながら電動駆動回転刃により即時削除摘出処置は、（術者の熟練による）即効性があり、飛躍的患者負担の軽減になる。 Extraction from the anus to confirm the target having a declination at the tip of the membrane tube inserted into the sigmoid colon (specific mutagen, intestinal inflammation mutation, polyp, intestinal wall fat deposition, food mutation, food water absorption and hardening, etc.) Immediate deletion and removal with an electrically driven rotary blade while copying and confirming what should be done on the tablet has immediate effect (depending on the skill of the surgeon) and dramatically reduces the burden on the patient.

肛門より腸内Ｓ状結腸に至る装置先端部Ｎ−１挿入イメ−ジ断面図。The device front-end | tip part N-1 insertion image sectional drawing from an anus to an intestinal sigmoid colon. 本発明の実施形態を示す装置全体正面図。The whole apparatus front view which shows embodiment of this invention. 円筒状皮膜管M先端部側面図。Cylindrical membrane tube M tip side view. 円筒状皮膜管Ｍ内部の先端部内部構造断面図。FIG. 3 is a cross-sectional view of the internal structure of a tip portion inside a cylindrical coating tube M. 円筒状皮膜管Ｍ内部先端部Ｎ−１偏角位置を示す構成内部断面図。FIG. 3 is a structural internal cross-sectional view showing a position of a deviation angle N-1 inside the cylindrical membrane tube M. 凸形先細歯車円錐形Ｇ−１凹形広角歯車円錐形Ｇ−２双方を示す詳細側面図。Detailed side view showing both convex tapered gear cone G-1 concave wide angle gear cone G-2. 凸形先細円錐形Ｇ−１凹形広角円錐形Ｇ−２歯車噛み合せ伝達側面図。Convex tapered cone G-1 concave wide angle cone G-2 gear meshing transmission side view. 凸形先細円錐形Ｇ−１凹形広角円錐形Ｇ−２歯車双方噛み合わせを示す詳細断面図。FIG. 4 is a detailed cross-sectional view showing both meshing of a convex tapered cone G-1 concave wide angle cone G-2 gear. 円筒状皮膜管Ｍ外部先端部Ｎ−１偏角構成図。Cylindrical membrane tube M external front-end | tip part N-1 declination block diagram. 円筒状皮膜管Ｍ外部偏角する為の構成部分側面図。FIG. 3 is a side view of a constituent part for declining the cylindrical coating tube M from the outside. 円筒状皮膜管Ｍ部外部偏角する為の詳細図。Detailed view for declination outside cylindrical membrane tube M part. 円筒状皮膜管先端回転刃の出し入れする為の２重環構成図。The double ring block diagram for taking in and out of the cylindrical membrane tube tip rotary blade. 円筒状皮膜管先端回転刃の出し入れする為の２重環詳細構成図。The double ring detailed block diagram for taking in and out of the cylindrical membrane tube tip rotary blade. 円筒状皮膜管Mの付替え構造断面図。Cross-sectional view of the replacement structure of the cylindrical membrane tube M. FIG.

(診断)
処置専門医による、腹部腸内に於ける直腸問診、指診、及びレントゲンあるいは、内視鏡、超音波、ＭＲＩによる目的物（腸内炎症、腸肥大、腸変異、食物変異、脂肪沈着、その他病変異物）確認方法が診られる。
(処置方法)
概略１、
本願発明装置円筒状皮膜管先端部は、図３に示す目的物約３０広角レンズカメラＡにより、タブレットＡ−１に被写体投影拡大確認、局所に図３に示すＢにより光を照射し確認しながら目的物摘出処置術を行うことができる（光照射投影は光ファイバーLED）等の電動方法による周知技術を採用する。 (Diagnosis)
Rectal examination, finger examination, X-rays or endoscopy, ultrasound, MRI target by treatment specialist (intestinal inflammation, intestinal hypertrophy, intestinal variation, food variation, fat deposition, other lesions) The foreign body) confirmation method is examined.
(Treatment method)
Outline 1,
The tip of the cylindrical membrane tube of the invention of the present invention is confirmed by subjecting the tablet A-1 to subject projection enlargement and locally irradiating light with B shown in FIG. A well-known technique using an electric method such as an object extraction procedure (optical fiber projection is an optical fiber LED) is adopted.

概略２、
更に特定する、図１に示す肛門よりＳ状結腸に至る変異した図１に示す(Ｐ異物イメ−ジ図)摘出に、図２に示す円筒状皮膜管先端部Ｎ−１を挿入し、図２に示すＷ電源ＯＮ、スイッチＨを引き始動開始、温水を図３に示すＣより噴射異物化軟化を促し、図３に示す駆動回転刃Ｆにより異物を（削る）削除微細化すると同時に排出物は図３に示す、Ｅにより吸引され別容器図２に示すＥ−１に排出される方法による。 Outline 2,
1 is inserted, and the distal end portion N-1 of the cylindrical membrane tube shown in FIG. 2 is inserted into the excised (P foreign body image diagram) shown in FIG. 1 which is mutated from the anus to the sigmoid colon shown in FIG. W power supply ON shown in FIG. 2, switch H is started to start, warm water is promoted to soften spraying foreign matter from C shown in FIG. 3, foreign matter is removed (scraped) by drive rotary blade F shown in FIG. Is based on the method shown in FIG. 3, which is sucked by E and discharged into another container E-1 shown in FIG.

概略３、
上記一連の操作は移動可能な軽量電動装置によるものであり、患者はその場で移動することなく回診処置術ができる、この事は公共性負担軽減につながり、更に患者移動負担等を考慮することによる。 Outline 3,
The series of operations described above is based on a movable lightweight electric device, and the patient can perform round-trip treatment without moving on the spot. This leads to a reduction in public burden and further consideration of the burden of patient movement. by.

実施例１、(装置寸法特定)術者工程の敏速と非術者軽減による。
図３に示す回転刃Ｆ寸法直径は、８ミリ内とし、先端部回転刃Ｆ突き出し、１ミリ凸状異物を電動モータ−Ｋ軸に連動する駆動回転刃Ｆにより削ることができる、図３に示す円筒状皮膜管Ｍ内直径１２ミリとする、図２に示すＮ−１よりＮ−２の機能は同じでありＭの長さ(20.30.40.センチ)長短３種類の寸法を備え図５に示す(２重環Ｒ−２メスネジ)を回すことにより(取り外)しができる、腸内事情(病変による炎症肥大、脂肪沈着、食物変異、腸ねじれ変異)等による処置箇所に適応するための処置寸法選択を得るとともに、高温殺菌洗浄により繰り返し使用可能とするものである。 Example 1 (specification of device dimensions) By quickness of the operator process and reduction of non-operator.
The diameter F of the rotary blade F shown in FIG. 3 is within 8 mm, the tip rotary blade F protrudes, and a 1 mm convex foreign object can be cut by the drive rotary blade F linked to the electric motor-K axis. The inner diameter of the cylindrical coated tube M shown in FIG. 2 is 12 mm. The functions of N-2 and N-2 shown in FIG. 2 are the same, and the length of M (20.30.40.cm) includes three types of lengths. Can be removed by turning the (double ring R-2 female screw) shown in Fig. 2. To adapt to the treatment site due to intestinal circumstances (inflammation due to lesions, fat deposition, food mutation, bowel twist mutation), etc. Thus, it is possible to repeatedly use it by high-temperature sterilization cleaning.

実施例２、(温水吸排水)
温水は、電圧１００Ｖヒ−タ線(0.8Ｇ板状、棒状)Ｗ電源ＯＮにより温め、自動制御サ−モスタット一定温度(概ね５０Ｃ)をＣ−１に設備するＣ−１よりＣ口より温水噴射するは、電動モ−タ−ポックス内Ｋに内蔵する(回転羽状)を設置することにより高速回転(風圧力が生まれ)圧力を空洞パイプに集中活用することにより吸排水が可能となり一方は給水し他方はＥ−１フイルタ−浸透経由し別容器Ｅ−１に回収される電源スイッチＨ、ＯＮ電動モ−タ−Ｋ内蔵駆動方法による。 Example 2, (warm water drainage)
Warm water is heated by voltage 100V heater wire (0.8G plate shape, rod shape) W power supply ON, automatic control thermostat constant temperature (approximately 50C) is installed in C-1, warm water jet from C port from C-1 This is because by installing a built-in (rotating wing shape) in the motor motor pox K, high-speed rotation (wind pressure is born) can be used to concentrate and use the pressure in the hollow pipe, making it possible to supply and drain water. On the other hand, the power switch H and the ON electric motor K built-in driving method, which are collected in another container E-1 via E-1 filter infiltration, are used.

実施例３、(歯車の特定)
図３−１、図３−２、図３−３に示す正面視双方どちらも扇を少し開いた形状に見る形を言うものでありその(形が重要)である事による扇形もしくは円錐形とし、以後表記、図正面視(凸型先細歯車円錐形Ｇ−１とし凹形広角歯車円錐形Ｇ−２)と特定する、このことは、片方が広角であり他方がそれに伴い(外れ易い)特徴を採用し円滑化を図る、(偏角に伴い(ずれ)を助長する)効果を求める為のものであり、(ずれ)によりその働き回転電動を歯車に伝える(歯車長さ寸法を限定)することにより偏角に適応し図３−４、図３−５示す(歯の噛み合い力学)によりその効果を生む構成によるものである。 Example 3, (specification of gears)
Both the front view shown in Fig. 3-1, Fig. 3-2, and Fig. 3-3 refer to the shape in which the fan is seen in a slightly open shape, and the fan shape or conical shape due to that (the shape is important) In the following description, it is specified as a front view (convex tapered gear cone G-1 and concave wide angle gear cone G-2), which is characterized by one having a wide angle and the other accompanying it (easy to come off). To promote smoothness (to promote (displacement) with declination), and to transmit the rotating electric power to the gear by (displacement) (limited gear length dimension) Thus, the configuration is adapted to the declination and produces the effect by (mesh meshing mechanics) shown in FIGS. 3-4 and 3-5.

実施例４，(歯車の構成)
(先端部Ｎ−１偏角に連動する歯車の（ずれ)による偏角）
図３−２図３−３正面視一方が(尖る、細くなる)、他方が広角により、（外れやすい、特徴を採用する）このことは、凸形先細歯車円錐形Ｇ−１、凹形広角歯車円錐形Ｇ−２と表記しＵ−１を操作(回す)とＵポイント設置ワイヤ−を引っ張ることになり、図２に示す切り欠き部Ｕに収まりＮ−１先端部が(への字型)３０度偏角する。 Example 4, (gear structure)
(Declination due to (shift) of gear linked to tip N-1 declination)
Fig. 3-3 Fig. 3-3 Front view One side is sharp (thinning, thinning) and the other is wide-angle (adopts a feature that is easy to come off) This means that convex tapered gear cone G-1, concave wide-angle When the U-1 is operated (turned) and the U-point installation wire is pulled by being expressed as a gear cone G-2, the N-1 tip portion is fitted into the notch portion U shown in FIG. ) Declination of 30 degrees.

実施例５(歯車の噛み合い伝達)
偏角による（歯車双方の(づれ）による長さ寸法を１０ミリ内とし図３−５に示す(歯車双方噛み合いピッチ２ミリ内に収める構成による)Ｖ−１よりＶ−２メモリ−を回し軸心５ミリ内外突き出し調整する方法であり回転刃Ｆの突きだしは(１ミリ内外が理想的である）偏角助成に図４−１に示すＴ−３切り込み内に収まり誤差の修正Ｔ−４誤差を成すポイントに収まり偏角が可能となる。 Example 5 (gear meshing transmission)
By rotating the V-2 memory from the V-1 shown in FIG. 3-5 (with the gear meshing within a 2 mm mesh pitch), the length dimension due to the deflection of both gears is within 10 mm (shown in FIG. 3-5). This is a method of adjusting the inner and outer protrusions of the center 5 mm, and the protrusion of the rotary blade F is within the T-3 notch shown in FIG. It is possible to make a declination within the point.

実施例６，(歯車凸凹双方偏角助成)
(図４−１、ピンＴ−３ポイント<Ｕ−１、回す・ワイヤ−を引く>図４−１に示すＴ−３よりＴ−４ポイント折れ角寸法限定)と（凸凹歯車長さ寸法限定と切り込み角度）とにより可能となる。 Example 6 (Gear unevenness subsidy for both gears)
(Fig.4-1, pin T-3 point <U-1, turn and wire pull> T-4 point bending angle limit from T-3 shown in Fig.4-1) and (concave gear length limit) And the cutting angle).

実施例７，(凸凹歯車双方偏角に伴う軸心バネ圧効果)
さらに図３−１掲載のＤ−１、Ｄ−２スプリング様式内蔵のＭを含む蛇腹様式手動による切り欠き角度Ｕに収まる、（への字角は概ね１０度角・弓形）が可能となり、(ずれ)による(Ｓ)板が中軸を支持し(歯車間凸凹ずれ)を（Ｄ−１、Ｄ−２）、スプリングバネ圧により減圧時は自動回復する特徴による、（左曲げ、右曲げ、上下曲げ方向減圧対応する中軸はバネ圧)による安定を求め外軸中軸供に偏角できるものである。 Example 7, (Axial spring pressure effect with both convex and concave gears)
Furthermore, the bellows style including M with built-in D-1 and D-2 spring styles shown in Fig. 3-1 can be accommodated within the manually cut-out angle U (the angle is approximately 10 degrees and a bow) ( (S) due to displacement (S) plate supports the center shaft (gear unevenness between gears) ( D-1, D-2 ) , due to the feature of automatically recovering when pressure is reduced by spring spring pressure (left bending, right bending, up and down The center axis corresponding to the bending direction pressure reduction can obtain the stability by the spring pressure) and can be deflected to the center axis of the outer shaft.

実施例８、(偏角・備考)
筒状皮膜先端部切り欠き部(Ｕに凸凹歯車を重ねた点)により切り欠き部Ｕに収まり偏角が可能となる、これらは蛇腹スプリング様式使用は、軽量ボ−ト（軽量ボ−トは軽いため波の影響、揺れを受けやすいためエンジン保護とスクリュ−間に）応用され現在使用されている、さらに(蛇腹様式手動)は水道管等に使用され(曲がりくねった場所)に現在活用されている、これらの特徴を採用することにより複雑化する機能の円滑化を図るものである。 Example 8, (Declination / Remarks)
The cylindrical film tip notch part (the point where the concave and convex gears are overlapped with U) fits into the notch part U, and the declination is possible. It is light and easy to be affected by waves, and because it is susceptible to shaking, it is applied and used now (in between the bellows style manual), and is also used for water pipes (currently in winding places). By adopting these features, functions that are complicated are facilitated.

実施例９、(偏角歯車組合せ交接効果)
偏角には様々な(構成要件集合体)により歯車双方の偏角が形成され、その目的を成す電動駆動軸より伝わる図３−２図３−３に示す(歯車の噛み合わせ凸凹歯車機構)(歯のずれ)による噛みあわせは機械力学使用方法による構成である。
(備考)専門的歯車機械表示凸形歯車、凹形歯車有効(形重視・歯形ピッチ寸法方法による。
(歯車製作)硬質加重(鉄)１００／１製作。(目的物削除可能)
・ 歯車製作精密機械金属製作方法等が考慮される。
・ 歯車製作鋼質プラスチック採用は低コストが図れる。 Example 9, (Declination gear combination engagement effect)
As shown in Fig. 3-2 and Fig. 3-3, the deflection angle of both gears is formed by various (constituent assembly) and transmitted from the electric drive shaft that forms the purpose (gear meshing concave and convex gear mechanism). The meshing due to (tooth misalignment) is a configuration based on the use of mechanical mechanics.
(Remarks) Special gear machine display convex gear, concave gear effective (depending on the shape, according to the tooth pitch pitch method.
(Gear production) Hard load (iron) 100/1 production. (Objects can be deleted)
・ Gear manufacturing precision machine metal manufacturing method is considered.
・ Adoption of gear-fabricated steel plastic can reduce costs.

実施例１０、(回転刃（Ｆ)の出し入れ・外軸（Ｍ）の取り外し)
図１に示す肛門より直腸内に挿入される円筒状皮膜管先端部回転刃Ｆは通常は皮膜管内部に収まりステンレス鋼内に設置している図４−１詳細示す突出し（Ｆ）刃を（Ｖ−1、Ｖ―２）廻す。図６−１位置に重なる２重環（Ｒ−１）メスネジをひねる矢印を左に回すと(Ｍ)外軸がスライドする、⇔連動中軸は板（Ｓ)により支持される)円滑に回転刃（Ｆ）が先端に突き出る円筒外に装備する２重環を回すネジ＜（Ｒ−２）、メスネジを回すと（Ｍ）軸は外れる２重環＞を備える、図２や図４−２に示すメモリ（Ｖ−１）よりメモリ（Ｖ−２）に回すと１ミリより５ミリ伸びるメモリを示す、メモリ数により突きだし触れるものを回転刃（Ｆ）により削り粉砕する。(通常回転刃（Ｆ)は（Ｍ）軸内に収納、挿入時に腸壁害を防ぐ)




Example 10, (Rotating blade ( F ) in / out and outer shaft ( M ) removal)
Figure 4-1 detail shown projecting (F) cutting the cylindrical film tube tip rotary blade F to be inserted into the rectum from the anus as shown in Figure 1 is normally being placed in a stainless steel fits inside film tube ( V-1 and V-2 ) . 6-1 Turn the arrow that twists the double ring ( R-1 ) female screw that overlaps the position to the left. (M) The outer shaft slides, and the intermediate shaft is supported by the plate (S). ( F ) is equipped with a screw < ( R-2 ) that turns the double ring equipped outside the cylinder protruding to the tip, and (M) a double ring that turns off the shaft when the female screw is turned> in FIG. 2 or FIG. shows shows turn when a 1 millimeter than 5 millimeters extending memory in a memory (V-1) from the memory (V-2), which scraping ground by the rotary blade of things touched protrude by the memory number (F). (Normally the rotating blade ( F ) is stored in the ( M ) shaft, preventing intestinal wall damage when inserted)

実施例１１、(軸心Ｄ−３出し入れ)
皮膜管Ｍ内部に回転軸に伝導する図５に示すＤ−３は、Ｒ−１、２重環メスネジを回すことにより取り外しができる、このことは、突き出し刃Ｆは作動しなく、温水噴射のみの洗浄処置術であり、その内容診断医術者判断により適宜に取り外し処置ができる。 Example 11, (axial center D-3 taking in and out)
D-3 shown in FIG. 5 that conducts to the rotating shaft inside the coating tube M can be removed by turning the R-1,2 double ring female screw. This means that the protruding blade F does not operate and only hot water injection is performed. It can be removed appropriately according to the judgment of the diagnostic doctor.

Ａ被写体投影カメラ口。
Ａ−１映像写タブレット。
Ｂ光照射口。
Ｃ温水噴射口。
Ｃ−１温水器。
Ｄ−１蛇腹様式スプリング回転連動軸。
Ｄ−２蛇腹様式スプリング回転連動軸。
Ｄ−３回転伝導軸。
Ｅ吸引口。
Ｅ−１フイルタ−浸透排水。
Ｆ回転刃。
Ｎ−１ステンレス硬蛇腹様式。
Ｎ−２ステンレス硬蛇腹様式。
Ｇ−１凸形歯車先細(円錐形)。
Ｇ−２凹形歯車広角(円錐形)。
Ｈ始動スイッチ。
Ｊ円筒皮膜。
Ｋ電動モ−タ−内蔵ボツクス。
Ｍステンレス鋼蛇腹式。
Ｒ−１Ｍ軸２重環メスネジ。
Ｒ−２Ｍ軸２重環オスネジ。
Ｓ軸心固定板。
Ｔ−１切り欠き。
Ｔ−３切り欠き。
Ｔ−３ピン。
Ｔ−４ピンポイント。
Ｕ切り欠き部。
Ｕワイヤ−誘引。
Ｕ−１つまみ。
Ｖ−１メモリ−。
Ｖ−２メモリ−。
Ｗ電源スイッチ。
Ｙ電源差し込みプラグ。
Ｚにぎり。 A Subject projection camera port.
A-1 video copying tablet.
B light irradiation opening.
C hot water jet.
C-1 water heater.
D-1 bellows style spring rotation interlocking shaft.
D-2 bellows style spring rotation interlocking shaft.
D-3 Rotary conduction axis.
E suction port.
E-1 filter osmotic drainage.
F rotary blade.
N-1 stainless steel hard bellows style.
N-2 stainless steel hard bellows style.
G-1 Convex gear taper (conical).
G-2 concave gear wide angle (conical).
H start switch.
J cylindrical coating.
Box with built-in K motor.
M stainless steel bellows type.
R-1M shaft double ring female screw.
R-2M shaft double ring male screw.
S axis fixed plate.
T-1 cutout.
T-3 cutout.
T-3 pin.
T-4 pinpoint.
U notch.
U wire-attraction.
U-1 knob.
V-1 memory.
V-2 memory.
W power switch.
Y power plug.
Z nigiri.

Claims (2)

直腸内部に挿入され、偏角可能な円筒状皮膜管先端部（Ｎ−１）を有する直腸洗浄装置において、前記円筒状皮膜管先端部に、光照射口（Ｂ）と、異物確認モニタ−に投影できるカメラ（Ａ）と、温水噴射目的物を軟化促進できる温水噴射口（Ｃ）とを備え、前記円筒状皮膜管先端内部に、回転軸（Ｄ−１、Ｄ−２、Ｄ−３）と、前記回転軸に連動して回転する凸形先細歯車円錐形（Ｇ−１）と 凹形広角歯車円錐形（Ｇ−２）との凸凹組み合わせ角度変更に連動し、前記円筒状皮膜管先端部から出し入れ可能な回転刃（Ｆ）と、駆動スイッチＯＮ作動により前記回転刃（Ｆ）で削除された異物を温水と同時に回収するための吸引口（Ｅ）とを有し、吸排水用の電動モ−タ−（Ｋ）を、備えたことを特徴とする直腸洗浄装置。 In the rectal irrigation device having a cylindrical membrane tube tip (N-1) inserted into the rectum and capable of declination , a light irradiation port (B) and a foreign substance confirmation monitor are provided at the cylindrical membrane tube tip. A camera (A) capable of projecting and a hot water injection port (C) capable of accelerating softening of the hot water injection target are provided, and a rotating shaft (D-1, D-2, D-3) is provided inside the cylindrical coating tube tip. If the to communicate dynamic uneven combination angle changes convex tapered gears conical rotates in conjunction with rotation axis (G-1) concave wide-angle gear conical and (G-2), the cylindrical film tube It has a rotary blade (F) that can be taken in and out from the tip, and a suction port (E) for collecting foreign matter deleted by the rotary blade (F) when the drive switch is turned on simultaneously with hot water, A rectal irrigation device comprising the electric motor (K) . 直腸内部に挿入される円筒状被膜管（Ｍ）は、長短３種類の寸法を備え、２重環オスネジ（Ｒ−２）に設備する２重環メスネジ（Ｒ−１）を回すことにより、取付け取り外しが可能となり、別容器にて殺菌高温洗浄ができる請求項１に記載の直腸洗浄装置。

Cylindrical coated tube (M) inserted into the rectum has three types of long and short dimensions, and can be attached by turning the double ring female screw (R-1) installed on the double ring male screw (R-2). The rectal irrigation apparatus according to claim 1, wherein the rectal irrigation apparatus can be removed and sterilized at a high temperature in a separate container.

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