M392648 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種壓脈帶結構，_是指一種透過壓力調 整裝置反覆循環增加、減少包覆帶充氣囊之壓力產生按壓效 果，另外亦可透過壓力調整裝置對充氣囊之增壓及定壓設定， 使其得以作為止血帶功能之壓脈帶結構。 【先前技術】 按，患有急性、慢性腎衰竭、頑固性水遽或體内代謝異常 等症狀者，可能會造成腎功能異常無法將體内代謝的廢物'毒 素或水排出體外，因此需要進行血液透析（俗稱洗腎）的療程 將以上的廢物、毒素或水排出體外。 一般在進行血液透析前患者通常需要進行動脈、靜脈管手 術，其主要是將動脈與選擇的靜脈接合，使靜脈膨脹增加血流 量以利進行血液透析’在進行血液透析時是要將兩針管扎入預 定的靜脈血管内，其中一針管是將體内的血液引流出體外後再 輸入人工腎臟器裡將水、毒素等與血液分離後再導出由另一針 管輸入體内’如此不斷循環4〜5小時就會完成一次血液透析療 程0 因此於血液透析療程中容易造成血管硬化’必須藉由護理 人員做局部按壓’活化血管與周遭組織’避免血管加速脆化。 但護理人員施力因人而異，施力過度或不足都可能對患者造成 二度傷害。 3 M392648 另外，進行血液透析引流至體外的血液流量每分鐘至少應 要2〇〇C.C較為恰當，因此患者在完狂液透析的療程後為防止 其大量出血，需於受針管穿_雜藉由_棉喊當壓力按 壓止血，且時間至少需維持10〜15分鐘之久。 、為了能夠完成血液透析療㈣患者能夠有方便的器具使 用進行止血’因此目前大多數之患者皆使用止也帶進行止血。 =而f統娜止血帶魏縣或鮮帶綑綁作為止血功能，僅 月匕做單-狀態止血，無法於止企過程中做局部野壓/增壓；將 造成受傷_與周遭未受傷_因錢帽時間過長而產生 壞死現象。 、、除此之外’目前患者於手術時係可透過充氣式止血帶達到 咸夕血’巩或几全!：且止循帛血流之效，上述充氣式止也帶包含有 堅力調節H、連接f及可膨脹的環帶…啤，並透過氣動式裝 置使得環帶充氣’該充氣式止血帶於制操作時係將環帶绑住 患相肢並絲，__上舰果；_，#絲式止血帶 晨帶充氣時亦無法於手術過程中局部抒壓/增壓，因此仍 可成會造魏肉峨因血液情咖過長而產生壞死現象。 由此可見，上述習用物品仍有諸多缺失，實非一良善之設 計者，而亟待加以改良。 本案創作人鑑於上述習用物品所衍生的各項缺點，乃亟思 加从改良觸’並經多特^雜潛^研究後，終於成功研發 完成本件壓脈帶結構。 4 【新型内容】 本創作之目的係透過手動壓力調整裝置或自動壓力調整 置反覆循環増加、減少包覆㈣充氣囊之壓力，達到將受傷 且織與周遭未受傷組織纾壓、增壓，降低受傷組織與周遭未受 傷組織壞死之風險。 又 本創作之目的係透過充氣囊内設有至少一個以上之氣 同時針對不同使用部位及組織方向，為縱向或橫向或波浪 向之各式排顺合製造，使得統妓纏力調整裝置增加、 、，、堅力後’其充氟囊之膨脹體積及縮小可適應於受傷組織及 周遭未党傷組織上，降低組織壞死之風險。 為達到上述目的，本創作之壓脈帶結構包含有一包覆帶， 包覆帶兩側表面上則分別設有第—黏扣帶及第二黏扣帶，且兩 者之材質相異’使得第—黏扣帶及第二黏扣帶得以相互黏扣固 疋’I覆帶内則叹有至少-個以上之充氣囊，該充氣囊則連接 設有至少_條以上之接管，透過接制可分顺手動壓力調整 裝置或自動壓力調整裝置相互連接，藉由手動壓力調整裝置或 自動歷力m整裝置反後循環増加、減少充氡囊之歷力，藉由充 氣囊因麼力變化而產生之體積變化，達到將受傷組織與周遭未 受傷組織賴、機，降低受傷_與_未受傷組織壞死之 風險。 於-實施例中，該充氣囊為數長條狀氣囊縱向排列組合。 於實施例中’該充氣囊為分段間隔縱向排列設置。 M392648 於一實施例中，該充氣囊為斜向分段間隔設置。 於-實施僧，該充氣囊為兩長條狀氣囊之橫向排列，同 時於長條狀氣囊上設有數縱向氣囊。 於-實施例中，該手動壓力調整裂置係由充氣球及茂紐 置所組成，該充氣球係供使用者反覆擠壓，而將氣體擠壓於充 • ㈣中’達到增加充氣囊内壓力之效’而茂氣裝置則連接設置 於充氣球前端接管上’並於其上設有龍元件，使用者可操茂 • 觀件’將充氣囊内之氣體排出，以降低充氣囊内之壓力或調 整設定壓力，於充氣時在超過設定壓力時，自動航，以避免 過度加壓問題之發生；糾，於手纏力婦裝置與包覆帶之 接管上亦可連接-㈣錶’該氣壓錶則可顯示充氣囊内之壓 力，提供使用者透過氣壓錶顯示之壓力而自行控制充氣囊内之 壓力’進而達到反賴環增加、減少充氣囊之壓力。 於-實施财，該自動壓力調絲置係由電動充氣馬達及 _ t動域裝置所組成’透過電動充氣馬達達到自動充氣之效， 而電動茂氣裝置則可提供航之功能，自動壓力調整裝置上並 又有疋時控織置及賴控概置，該輯㈣裝置係可控制 自動壓力調整I置之作動時間，*定壓控制裝置則可設定充氣 、力透過上述元件之相互配合’使其得以反覆循環增加、減 ^充氣囊之勤，藉由充氣囊關力變化而產生之體積變化， 達到將文傷組織與周遭未受傷組織野屋、增麼，降低受傷組織 與周遭未受傷組織壞死之風險。 6 M392648 於一實施例中’該自動壓力調整裝置僅開啟設定定壓控制 裝置時’電動充氣馬達則將充氣囊内之壓力加壓至定壓控制裝 置所5又定之壓力，據此達到止血帶之功能，提高應用範圍及領 域。 【實施方式】 為讓本創作之上述和其他目的、特徵和優點能更明顯易 懂，下文特舉出較佳實施例，並配合所附圖式，作詳細說明如 下。 請參閱第一圖所示’為本創作所提供之壓脈帶結構之第一 實施結構示意圖，包含有一包覆帶卜包覆帶i兩侧表面上則 分別設有第一黏扣帶11及第二黏扣帶12，且兩者之材質相 異，使彳寸第一黏扣帶11及第二黏扣帶12得以相互黏扣固定； 包覆帶1内則設有充氣囊η，該充氣囊13為數條長條狀氣囊 排列，充载囊13則延伸設有至少一條以上之接管14，該接管 13則可與手動壓力調整裝置3相互連接，該手動壓力調整裝 置3係由充氣球31及洩氣裝置32所組成，該充氣球31係供 使用者反覆擠壓，而將氣體擠壓於充氣囊13中，達到增加充 氣囊13内壓力之效，而洩氣裝置32則連接設置於充氣球31 前端接管14上，並於其上設有洩壓元件33，使用者可操控浪 壓元件33，將充氣囊13内之氣體排出，以降低充氣囊13内 之壓力或調整設定壓力，於充氣時在超過設定壓力時，自動泡 氣’以避免過度加壓問題之發生！另外，於手動壓力調整裝置 7 M392648 3與包覆帶1之接管14上亦可連接一氣壓錶4，該氣壓錶4則 可顯示充氣囊13内之壓力，提供使用者透過氣壓錶4顯示之 壓力而自行控制充氣囊13内之壓力，進而達到反覆循環增 加、減少充氣囊13之壓力，藉由充氣囊13因壓力變化而產生 之體積變化，達到將受傷組織與周遭未受傷組織纾壓、增壓， 降低受傷組織與周遭未受傷組織壞死之風險。 請參閱第二圖所示，為本創作壓脈帶結構之充氣囊第一實 施結構不意圖；於本實施例中，其包覆帶i、接管14及手動 壓力調整裝置3之結構、配置與第一圖相同，於此不再贅述， 其差異在於充氣囊13之結構不同，該充氣囊13為數長條狀氣 囊縱向排顺合’使得絲囊13充驗為長條狀排列，該充 氣囊13受到手動壓力調整裝置3反覆循環增加、減少壓力時， 其充氣囊13之可達到縱向按壓效果。 请參閱第三圖所示，為本創作壓脈帶結構之充氣囊第二實 施結構示意圖；於本實施例中，其包覆帶丨、接管14及手動 壓力調整裝置3之結構、配置與第—_同，於此不再贅述， 其差異在於絲囊13之、轉不同，該充氣囊13為分段間隔縱 向排列設置’該充氣囊13受到手動壓力調整裝置3反覆增加、 減少壓力時’其絲囊13為分段縱向膨脹、縮小，係可針對 使用者不同部位組織之按壓。 «月參閱第四圖所示，為本創作壓脈帶結構之充氣囊第三實 施結構示於本實關巾，其包覆帶1、接管14及手動 8 M392648 壓力調整裝置3之結構、目叾置與第—圖相同，於此不再贊述， 其差異在於充氣囊13之結構不同，該錢囊13為斜向分段間 隔設置，使得充氣囊U受辭動壓力裝置3反覆增加、 減少塵力時’其充氣囊13為斜向分段膨脹、縮小，可針對另 一不同部位組織之按壓。 請參閱第五圖所示，為本創作舰帶結構之充氣囊第四實 施結構示意圖；於本實施例中，其包覆帶卜接管14及手動 • 壓力調整裝置3之結構、配置與第-圖相同，於此不再贅述， 其差異在於充氣囊13之結構不同，該充氣囊13為兩長條狀氣 囊之橫向排列，同時於長條狀氣囊上設有數縱向氣囊，使得充 氣囊13受到手動壓力調整裝置3反覆增加、減少壓力時，其 充氣囊13為橫向及縱向規則排列，又可提供另一不同部位組 織之按壓。 -立請參閱第六騎示，為本_壓脈帶結構之第二實施結構 藝不意圖；其包含有一包覆帶i，包覆帶i兩侧表面上則分別設 #第—黏扣帶11及第二黏扣帶，且兩者之材f相異，使得 第黏扣帶11及第二黏扣帶12得以相互黏扣固定；包覆帶1 内則設有充氣囊13，該充氣囊13為數條長條狀氣囊排列，亦 f者為上述實施結構，分麟分段_縱向排顺置、斜向分 •隔又置或兩長條狀氣囊之橫向排列，同時於長條狀氣囊上 ，有數縱向氣囊，該充氣囊13則延伸設有至少—個以上之接 管14，該接管14則與自動壓力調整裝置5相互連接，上述自 9 M392648 動壓力調整裝置5係由其内之電動充氣馬達及電域氣裝置 (圖中未標示）所組成，透過電動充氣馬達達到自動充氣之 效，而電動洩氣裝置則可提供洩氣之功能，自動壓力調整裝置 5上並設有定時控織置M及定馳繼置η，該定時控制 裝置51係可控制自動壓力調整裝置5之作動時間，而定壓控 制裝置52則可設定充氣壓力，透過上述元件之相互配合，使 其得以反麟環增加、減少充氣囊13之壓力，藉由充氣囊13 因壓力變化而產生之體麵化’達麟受傷組織制遭未受傷 組織纤壓、增壓，降低受傷域姻縣受傷喊壞死之風 險；除此之外，當自動壓力調整裝置5僅開啟設定定壓控制裝 置52時，電動充氣馬達則將充氣囊13内之壓力加壓至定壓控 制裝置52所設定之壓力，據此達到止血帶之功能，提高應用 範圍及領域。 請參閱第七圖所示’為本創作壓脈帶結構之第三實施結構 示意圖；於本實施例中其結構與第六圖之第二實施結構相同， 於此不再贅述，其差異在於該包覆帶丨—端係、可設有一扣環 2，且該扣環2可供包覆帶1另一端穿設，包覆帶1同侧表面 上則分別設有第一黏扣帶11及第二黏扣帶12，且兩者之材質 相異，使得第一黏扣帶11及第二黏扣帶12得以相互黏扣固 定，藉以提供使用者於操作使用時，得以依據手臂臂圍粗細調 整包覆。 上列詳細說明係針對本創作之一可行實施例之具體說 10 明，惟該實施例並非用以限制本創作之專利範圍，凡未脫離本 創作技藝精神所為之等效實施或變更，均應包含於本案之專利 範圍中。賴狀權娜護翻私魏之㈣專利範圍所 述。 【圖式簡單說明】 第-圖為本創作舰帶結構之第—實施結構示意圖。 第二圖為本創作壓脈帶結構之充氣囊第—實施結構示意圖。 第三圖為本創作壓脈帶結構之紐囊第二實施結構示意圖。 第四圖為本創作壓脈帶結構之統囊第三實施結構示意圖。 第五圖為摘倾脈帶結構之統囊第四實施結構示意圖。 第六圖為本創作壓脈帶結構之第二實施結構示意圖。 第七圖為本創健脈帶結構之第三實施結構示意圖。 【主要元件符號說明】 1包覆帶 11第一黏扣帶 12第二黏扣帶 13充氣囊 14接管 2扣環 3手動壓力調整裝置 31充氣球 32洩氣裝置 M392648 33洩壓元件 4氣壓錶 5自動壓力調整裝置 51定時控制裝置 52定壓控制裝置M392648 V. New description: [New technical field] This creation is about a kind of cuff belt structure, _ refers to a kind of pressure increase through the pressure adjustment device, reducing the pressure of the air bag of the coated belt to produce a pressing effect. The pressure-adjusting device can be used to adjust the pressure and pressure of the balloon, so that it can be used as a venous band structure for the tourniquet function. [Previous technique] According to the symptoms of acute, chronic renal failure, refractory leeches or abnormal metabolism in the body, abnormal renal function may not be able to excrete the waste 'toxin or water from the body's metabolism, so it needs to be carried out. Hemodialysis (commonly known as dialysis) treats the above waste, toxins or water out of the body. Generally, patients undergoing hemodialysis usually require arterial and venous tube surgery. The main purpose is to connect the artery to the selected vein, so that the venous expansion increases blood flow for hemodialysis. In the case of hemodialysis, the two needles are tied. Into the predetermined venous blood vessels, one of the needles is to take the blood out of the body and then enter the artificial kidney device to separate the water, toxins and the like from the blood and then export them into the body through another needle tube. A hemodialysis session will be completed in 5 hours. Therefore, it is easy to cause hardening of the arteries during hemodialysis. 'The local pressure must be activated by the nursing staff to activate the blood vessels and surrounding tissues to avoid accelerated embrittlement of the blood vessels. However, the force applied by the nursing staff varies from person to person, and excessive or insufficient exertion may cause second degree damage to the patient. 3 M392648 In addition, the blood flow to the outside of the hemodialysis should be at least 2〇〇CC per minute. Therefore, in order to prevent massive bleeding after the treatment of mad dialysis, the patient needs to wear the needle. _ Cotton screams when pressure is pressed to stop bleeding, and the time must be maintained for at least 10 to 15 minutes. In order to be able to complete hemodialysis (4) patients can have convenient instruments for hemostasis. Therefore, most patients currently use hemostasis to stop bleeding. = and f Tongna hemostasis Weixian or fresh belt bundled as a hemostatic function, only the monthly sputum to do single-state hemostasis, can not do local field pressure / pressurization in the process of stopping the enterprise; will cause injury _ and the surrounding is not injured _ The money cap is too long and causes necrosis. In addition, 'the current patient can use the inflatable tourniquet to reach the salty blood's or the whole in the operation!: and the effect of stopping the blood flow, the above-mentioned inflatable type also contains the force adjustment. H, the connection f and the swellable belt... beer, and the belt is inflated through a pneumatic device. The inflatable tourniquet is tied to the affected limb and the silk is tied during the operation, __ on the fruit; _, #丝型止带带in the morning belt can not be partially compressed/supercharged during the operation, so it can still be made to cause necrosis due to excessive blood condition. It can be seen that there are still many shortcomings in the above-mentioned items, which is not a good designer and needs to be improved. In view of the shortcomings derived from the above-mentioned conventional articles, the creators of this case finally succeeded in research and development of the structure of the cuff belt after the research of the improved touch and the multi-species. 4 [New content] The purpose of this creation is to reduce the pressure of the coated (4) inflatable bladder through manual pressure adjustment device or automatic pressure adjustment, and to reduce the pressure and pressure of the wounded and surrounding uninjured tissue. Risk of necrosis of injured tissue and surrounding uninjured tissue. The purpose of the creation is to provide at least one or more gas in the inflatable capsule for the different use parts and the direction of the tissue, and to manufacture the vertical or horizontal or wavy directions, so that the entanglement adjustment device is increased. After, after hardening, the expansion volume and shrinkage of the fluoride-filled sac can be adapted to the injured tissue and the surrounding non-party wound tissue to reduce the risk of tissue necrosis. In order to achieve the above object, the cuff belt structure of the present invention comprises a covering tape, and the two sides of the covering tape are respectively provided with a first adhesive strip and a second adhesive strip, and the materials of the two are different. The first-buckle tape and the second adhesive tape can be adhered to each other. In the cover tape, at least one or more inflatable bladders are sighed, and the inflatable bladder is connected with at least one or more nozzles. The manual pressure adjusting device or the automatic pressure adjusting device can be connected to each other, and the manual pressure adjusting device or the automatic force metering device can cyclically increase and reduce the charging force of the filling bag, and the air bag changes due to the force. The resulting volume changes to the risk of damaging the injured tissue and the uninjured tissue. In an embodiment, the inflatable bladder is a longitudinally aligned combination of a plurality of elongated balloons. In an embodiment, the inflatable bladders are arranged in a longitudinally spaced apart interval. M392648 In one embodiment, the inflatable bladder is angularly spaced apart. In the implementation, the inflatable bladder is arranged laterally of the two elongated airbags, and a plurality of longitudinal airbags are provided on the elongated airbag. In the embodiment, the manual pressure adjustment splitting system is composed of an inflatable ball and a masculine ball for the user to repeatedly press, and the gas is squeezed into the charging (4) to increase the inflatable balloon. The pressure effect 'and the gas device is connected to the front end of the inflatable ball' and has a dragon element on it, and the user can operate the gas in the air bag to reduce the gas in the air bag. Pressure or adjust the set pressure, when the inflation exceeds the set pressure, automatically sail to avoid the occurrence of excessive pressurization; correct, can also be connected to the hand-wound device and the cover of the cover tape - (4) table ' The barometer can display the pressure in the inflatable bag, and provides the user to control the pressure in the air bag through the pressure displayed by the barometer, thereby increasing the pressure of the anti-rear ring and reducing the pressure of the air bag. In the implementation of the money, the automatic pressure regulating wire is composed of an electric air motor and a _ t-dynamic device to achieve the effect of automatic inflation through the electric air motor, while the electric gas device can provide the function of navigation, automatic pressure adjustment There are also time-controlled weaving and control devices on the device. The series (4) device can control the automatic pressure adjustment I set the actuation time, and the * constant pressure control device can set the inflation and force through the interaction of the above components. It allows it to repeatedly increase and decrease the volume of the inflatable capsule. The volume change caused by the change of the inflation capsule can reach the wounded tissue and the surrounding uninjured tissue field, increase the damage, and reduce the injured tissue and the surrounding injury. The risk of tissue necrosis. 6 M392648 In an embodiment, 'the automatic pressure adjusting device only opens the set constant pressure control device', the electric air motor pressurizes the pressure in the air bag to the pressure of the constant pressure control device 5, thereby reaching the tourniquet The function to improve the scope and field of application. The above and other objects, features and advantages of the present invention will become more apparent, Please refer to the first embodiment of the structure of the venous belt structure provided in the first figure, which includes a covering tape wrap tape i on both sides of the surface respectively provided with a first fastening tape 11 and The second fastening tape 12 is different in material, so that the first fastening tape 11 and the second fastening tape 12 are fastened to each other; the covering tape 1 is provided with an inflatable capsule η. The air bag 13 is arranged in a plurality of elongated air bags, and the charging bag 13 is extended with at least one connecting tube 14 , and the connecting tube 13 is connected to the manual pressure adjusting device 3 , and the manual pressure adjusting device 3 is composed of an inflatable ball. 31 and a deflation device 32, the inflatable ball 31 is for the user to repeatedly press, and the gas is squeezed into the air bag 13, to increase the pressure inside the air bag 13, and the deflation device 32 is connected to the charge The front end of the balloon 31 is connected to the tube 14 and is provided with a pressure releasing member 33. The user can control the wave pressure member 33 to discharge the gas in the air bag 13 to reduce the pressure in the air bag 13 or adjust the set pressure. When inflating, when the set pressure is exceeded, the automatic soaking is ' Free over-pressurization of the problem! In addition, a barometer 4 can be connected to the nozzle 14 of the manual pressure adjusting device 7 M392648 3 and the covering tape 1. The barometer 4 can display the pressure in the inflatable bag 13 and is displayed by the user through the barometer 4. The pressure in the air bag 13 is controlled by the pressure, thereby increasing the repetition cycle and reducing the pressure of the air bag 13, and the volume change of the air bag 13 due to the pressure change causes the injured tissue and the surrounding uninjured tissue to be crushed, Pressurization reduces the risk of necrosis of injured tissue and surrounding uninjured tissue. Referring to the second figure, the first embodiment of the inflatable bladder of the present invention is not intended; in the present embodiment, the structure, configuration and arrangement of the covering tape i, the connecting tube 14 and the manual pressure adjusting device 3 are The first figure is the same, and is not described here again. The difference is that the structure of the air bag 13 is different. The air bag 13 is a longitudinal strip of the long strips of the air bag, so that the wire bag 13 is in a long strip arrangement. When the manual pressure adjusting device 3 is repeatedly increased in cycle and the pressure is reduced, the inflatable bladder 13 can achieve a longitudinal pressing effect. Please refer to the third figure, which is a schematic diagram of the second embodiment of the inflatable bladder of the creation of the cuff belt structure; in the embodiment, the structure, arrangement and the structure of the covering belt 丨, the connecting tube 14 and the manual pressure adjusting device 3 The same is not described here, the difference is that the sacs 13 are different in rotation, and the inflatable sacs 13 are arranged in a longitudinal interval of the segmented intervals. The inflatable sac 13 is repeatedly increased by the manual pressure adjusting device 3, and the pressure is reduced. The wire capsule 13 is longitudinally expanded and contracted in a segment, and can be pressed against tissue of different parts of the user. «Monthly, as shown in the fourth figure, the third embodiment of the inflatable bladder of the creation of the cuff belt structure is shown in the actual closure towel, the structure of the covering tape 1, the connecting tube 14 and the manual 8 M392648 pressure adjusting device 3 The device is the same as the first embodiment, and the difference is that the structure of the air bag 13 is different, and the money bag 13 is arranged in an obliquely segmented interval, so that the air bag U is repeatedly increased by the repulsive pressure device 3, When the dust is reduced, the inflatable bladder 13 expands and contracts in an oblique direction, and can be pressed against another different tissue. Please refer to the fifth figure, which is a schematic view of the fourth embodiment of the inflatable bag of the present ship structure; in the embodiment, the structure, configuration and the first part of the cover band 14 and the manual pressure adjusting device 3 are The drawings are the same and will not be described here. The difference is that the structure of the inflatable bladder 13 is different. The inflatable bladder 13 is arranged in the lateral direction of the two elongated airbags, and a plurality of longitudinal airbags are arranged on the elongated airbag, so that the inflatable bladder 13 is subjected to When the manual pressure adjusting device 3 repeatedly increases and decreases the pressure, the inflatable bladder 13 is regularly arranged in the lateral direction and the longitudinal direction, and the pressing of the tissue in another different portion can be provided. - Please refer to the sixth riding display, which is the second implementation structure of the _ cuff belt structure; it includes a covering tape i, and the two sides of the covering tape i are respectively provided with #第-扣扣带11 and the second fastening tape, and the material f of the two is different, so that the first fastening tape 11 and the second fastening tape 12 can be adhered to each other; the covering tape 1 is provided with an inflatable bladder 13 , the inflation The capsule 13 is arranged in a plurality of strip-shaped airbags, and is also in the above-mentioned embodiment structure, and the longitudinal section is arranged in a longitudinal direction, obliquely divided, separated, or two long strips of airbags are arranged in a horizontal direction. The airbag has a plurality of longitudinal airbags, and the airbags 13 are extended with at least one or more connecting tubes 14, and the connecting tubes 14 are connected to the automatic pressure adjusting device 5, and the above-mentioned 9 M392648 dynamic pressure adjusting device 5 is provided therein. The electric air motor and the electric gas device (not shown) are composed of an electric air motor to achieve automatic inflation, and the electric air venting device provides a function of deflation. The automatic pressure adjusting device 5 is provided with timing control. Setting M and determining the relay η, the timing control device 51 is controllable The operation time of the automatic pressure adjusting device 5, and the constant pressure control device 52 can set the inflation pressure, through the mutual cooperation of the above components, so that the reverse ring can be increased and the pressure of the inflatable bladder 13 can be reduced, and the pressure of the inflatable bladder 13 is caused by the pressure. Decentification resulting from the change 'Dalin's injured tissue is subjected to unstressed tissue fibrillation and pressurization, reducing the risk of injury and necrosis in the injured area; in addition, when the automatic pressure adjusting device 5 only turns on the set constant pressure When the device 52 is controlled, the electric air motor pressurizes the pressure in the air bag 13 to the pressure set by the constant pressure control device 52, thereby achieving the function of the tourniquet and improving the application range and field. Please refer to the third embodiment of the present invention as shown in the seventh figure. The structure of the present embodiment is the same as the second embodiment of the sixth figure, and the details are not described herein. The cover tape can be provided with a buckle 2, and the buckle 2 can be used for the other end of the cover tape 1 , and the first adhesive tape 11 is respectively disposed on the same side surface of the cover tape 1 The second fastening tape 12 is different in material, so that the first fastening tape 11 and the second fastening tape 12 are adhered to each other, thereby providing the user with the thickness of the arm circumference when operating. Adjust the coating. The detailed description above is intended to limit the scope of the patents of the present invention, and is not intended to limit the scope of the patents of the present invention. It is included in the patent scope of this case. Lai Zhiquan is protecting the private Wei (4) patent scope. [Simple description of the diagram] The first figure is a schematic diagram of the implementation structure of the creation of the ship belt structure. The second figure is a schematic diagram of the first embodiment of the inflatable bladder of the creative cuff structure. The third figure is a schematic diagram of the second implementation structure of the balloon of the creation of the cuff belt structure. The fourth figure is a schematic diagram of the third implementation structure of the unified capsule of the creation of the cuff belt structure. The fifth figure is a schematic diagram of the fourth embodiment of the unified capsule of the dip-shaped vein structure. The sixth figure is a schematic diagram of the second implementation structure of the creation of the cuff belt structure. The seventh figure is a schematic diagram of the third implementation structure of the Jianjian pulse band structure. [Main component symbol description] 1 Covering tape 11 First fastening tape 12 Second fastening tape 13 Inflatable bladder 14 Take-up 2 Buckle 3 Manual pressure adjusting device 31 Inflating ball 32 Deflating device M392648 33 Pressure-relieving component 4 Barometer 5 Automatic pressure adjusting device 51 timing control device 52 constant pressure control device
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