| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 担架除振台的锁定机构 | CN00103726.9 | 2000-03-01 | CN1189142C | 2005-02-16 | 坂本丰 |
| 一种担架除振台的锁定机构，它包括：固定部(2)；安装在固定部上的可动部(4)；可以在锁定位置与锁定解除位置之间移动的第一和第二锁定销(8、10)；与第一和第二锁定销连接的联杆机构；以及一操作球柄(12)，该操作球柄可以在锁定位置与锁定解除位置之间移动，以借助联杆机构而对第一和第二锁定销进行操作。当操作球柄从锁定解除位置移动到锁定位置时，联杆机构使第一和第二锁定销移动接近，以将固定部的一部分夹持在其间，藉此将可动部相对于固定部进行锁定。固定部具有一形成于其中的开口部，第一锁定销位于固定部的外侧，而第二锁定销位于开口部内。本发明无论可动框架的位置如何，均可通过简单的操作将可动框架可靠地锁定，可靠性高。 | ||||||
| 2 | 救护车用防振架 | CN99123143.0 | 1999-10-21 | CN1251292A | 2000-04-26 | 藤田悦则; 坂本丰; 千柄一义 |
| 一种救护车用防振架,具有摆动自如地安装在地板上的下部框架和通过联杆机构而上下动作自如地安装在该下部框架上的上部框架,通过相斥磁极相面对的磁性弹簧来抑制上下振动,同时通过输入向前方的加速度来将前部一侧向上举。本发明在防振架悬架机构采用磁性弹簧和磁性缓冲器,用以抑制急刹车、急剧减速引起的患者不适感,可提供改善乘车舒适感的救护车用防振架。 | ||||||
| 3 | 包括能量吸收器的轮椅 | CN201480005494.0 | 2014-03-06 | CN105101929B | 2017-09-22 | M·安德森 |
| 本公开涉及一种轮椅(1)，该轮椅包括：底盘(3)；附接至所述底盘(3)的座椅系统(5)，该座椅系统(5)具有靠背(5b)，该靠背具有前侧(5c)和后侧(5d)；以及能量吸收器(9)，该能量吸收器具有近端(9a)、远端(9b)和中间部(9c)，所述近端被附接至所述座椅系统(5)或用于接合所述底盘(3)，所述远端具有能将绑带或安全带附接至所述远端(9b)的部件，并且所述中间部从所述近端(9a)沿着从所述前侧(5c)朝向所述后侧(5d)的方向延伸至所述远端(9b)，其中所述中间部(9c)具有弯曲部，该弯曲部适于在所述能量吸收器(9)受到大于预定阈值的拉力时变直并塑性变形。 | ||||||
| 4 | 包括能量吸收器的轮椅 | CN201480005494.0 | 2014-03-06 | CN105101929A | 2015-11-25 | M·安德森 |
| 本公开涉及一种轮椅(1)，该轮椅包括：底盘(3)；附接至所述底盘(3)的座椅系统(5)，该座椅系统(5)具有靠背(5b)，该靠背具有前侧(5c)和后侧(5d)；以及能量吸收器(9)，该能量吸收器具有近端(9a)、远端(9b)和中间部(9c)，所述近端被附接至所述座椅系统(5)或用于接合所述底盘(3)，所述远端具有能将绑带或安全带附接至所述远端(9b)的部件，并且所述中间部从所述近端(9a)沿着从所述前侧(5c)朝向所述后侧(5d)的方向延伸至所述远端(9b)，其中所述中间部(9c)具有弯曲部，该弯曲部适于在所述能量吸收器(9)受到大于预定阈值的拉力时变直并塑性变形。 | ||||||
| 5 | 一种车载担架减震装置 | CN201610846838.1 | 2016-09-23 | CN106137573A | 2016-11-23 | 马丙新; 潘阳; 陈养彬 |
| 本发明公开了一种车载担架减震装置，该装置包括静座、动座、弹性板、支腿锁定板和锁钩，所述车载担架具有四个支腿，一对所述弹性板分别固定在所述静座的两端；所述动座的两端分别与所述弹性板固定连接；所述支腿锁定板的一端通过第一转轴与所述动座的一端枢接，所述锁钩通过第二转轴与所述支腿锁定板的另一端枢接，所述动座的另一端设有锁定销，所述锁钩的一端设有钩状部，所述钩状部能够钩在所述锁定销上；所述支腿置于所述动座上时，将所述钩状部钩在所述锁定销上，能够使所述支腿锁定板对所述支腿进行锁定。本发明的车载担架减震装置，它能够主动抵消路面颠簸、车体摇晃、车体转弯等惯性运动的影响，达到全方向减震的目的。 | ||||||
| 6 | 救护车用防振架 | CN99123143.0 | 1999-10-21 | CN1132562C | 2003-12-31 | 藤田悦则; 坂本丰; 千柄一义 |
| 一种救护车用防振架，具有摆动自如地安装在地板上的下部框架和通过联杆机构而上下动作自如地安装在该下部框架上的上部框架，通过相斥磁极相面对的磁性弹簧来抑制上下振动，同时通过输入向前方的加速度来将前部一侧向上举。本发明在防振架悬架机构采用磁性弹簧和磁性缓冲器，用以抑制急刹车、急剧减速引起的患者不适感，可提供改善乘车舒适感的救护车用防振架。 | ||||||
| 7 | 担架除振台的锁定机构 | CN00103726.9 | 2000-03-01 | CN1265305A | 2000-09-06 | 坂本丰 |
| 一种担架除振台的锁定机构,设有可在锁定位置和锁定解除位置之间移动的第1及第2锁定销8、10,通过使操作旋钮12从锁定解除位置移动到锁定位置,使第1及第2锁定销8、10通过联杆机构而接近以将固定部2的一部夹持,并将可动部4锁定在固定部2。本发明无论可动框架的位置如何,均可通过简单的操作将可动框架可靠地锁定,可靠性高。 | ||||||
| 8 | 구급차용 제진 가대 | KR1019990045788 | 1999-10-21 | KR1020000029229A | 2000-05-25 | 후지타에쓰노리; 사카모토유타카; 지즈카가즈요시 |
| PURPOSE: A vibration damping structure for an ambulance is provided to prevent a patient from feeling unpleasant when rapidly stopping an ambulance or reducing speed. CONSTITUTION: A lower frame(72) is placed on a specific position by coil springs(114,116), permanent magnets(110,112,118,120) and a buffer(144) as a patient is carried on a vibration damping structure. The lower frame shakes the head part of itself around the rotational center against the pressurizing force of the coil spring(116) or the repulsive force of the permanent magnets(110,118) if acceleration is inputted by a sudden brake. A lever(78) has upper and lower ends connected to a slider(76) and the lower frame respectively to lift up the head part of the lower frame. The front element of the acceleration caused by the sudden brake is reduced by the rear element of the gravity acceleration while the rest elements not reduced by the rear element of the gravity acceleration is reduced by the force of the coil springs(114,116), the repulsive force of the permanent magnets(110,118) and the damping force through the electromagnetic induction between permanent magnets(126,128) and a conductor(130). | ||||||
| 9 | Emergency vehicle stretcher support member | JP2000522870 | 1998-11-27 | JP2001524352A | 2001-12-04 | アントン・ニコラース・ヴィッサー |
| (57)【要約】 【課題】 緊急輸送機関において患者をより快適に輸送することが可能な担架支持構造を提供することである。 【解決手段】 担架を支持する細長い台座と、実質的に水平な位置に台座を支持する支持部と緊急輸送機関の壁に結合する結合部とを有する台座支持部材と、台座支持部材と緊急輸送機関との間に位置する弾性部材と、任意で制動部材とを備え、前記台座支持部が、台座が該台座の長軸に通常平行な軸について回動可能であるように台座を支持し、前記結合部が、前記台座支持部材が前記台座の長軸に通常平行な軸について回動可能であるように緊急輸送機関の壁にピボット式に回動可能に結合するのに適合していることを特徴とする。 | ||||||
| 10 | Vibration isolation mount for ambulance | JP29951098 | 1998-10-21 | JP3115864B2 | 2000-12-11 | 一義 千▲柄▼; 豊 坂本; 悦則 藤田 |
| 11 | Fluid pressure system for the emergency for the lifting table is actuated to hydraulically | JP51360095 | 1994-11-10 | JP2714720B2 | 1998-02-16 | クラウス ブルッガー |
| 12 | Position fixing device of magnetic floating type vibration proof bed | JP30391394 | 1994-12-07 | JPH08154780A | 1996-06-18 | SAKAMOTO YUTAKA |
| PURPOSE: To assure easy loading and unloading of a load on and from a bed body as the vertical position of this bed body is fixable by prohibiting the vertical movement of the bed body at need. CONSTITUTION: A floor F is provided with a position fixing means 6 having an operating lever 62 in a position corresponding to the base in one side part in the longitudinal direction of the bed body 3. This position fixing means 6 is composed of a supporting shaft 61 which is disposed on the floor F in the lower part of the bed body 3 and extends in the transverse direction of a vehicle, an operating lever 62 which is freely turnably and pivotally supported around this supporting shaft 61 and a projecting and supporting rod 63 which turns around the supporting shaft 61 according to turning of this operating lever 62. The effective length of this projecting and supporting rod 63 is set at a size longer than the distance between the base of the bed body 3 floating in the state of having no load on the bed body 3 and the floor F surface. The front end of the projecting and supporting rod 63 is provided with a roller 64 freely rotatable around the horizontal axis. COPYRIGHT: (C)1996,JPO | ||||||
| 13 | Suspension system for vehicle | JP5897576 | 1976-05-21 | JPS5243225A | 1977-04-05 | FURANKU WAABAATON SOONHIRU |
| 14 | JPS4876392A - | JP9216972 | 1972-09-13 | JPS4876392A | 1973-10-15 | |
| 15 | Lock mechanism of stretcher vibration resistant stand | JP5402099 | 1999-03-02 | JP2000245774A | 2000-09-12 | SAKAMOTO YUTAKA |
| PROBLEM TO BE SOLVED: To provide a lock mechanism of a highly reliable stretcher vibration resitant stand capable of reliably locking a movable frame by simple operation when necessary regardless of a position of the movable frame. SOLUTION: A lock mechanism is provided with first/second lock pins 8, 10 movable between a lock position and a lock release position, and the first/ second lock pins 8, 10 are moved and approached via a link mechanism by moving an operation knob 12 to the lock position from the lock release position to sandwich a part of a fixing part 2 to lock a movable part 4 on the fixing part 2. COPYRIGHT: (C)2000,JPO | ||||||
| 16 | Fluid pressure system for the emergency for the lifting table is actuated to hydraulically | JP51360095 | 1994-11-10 | JPH08510678A | 1996-11-12 | クラウス ブルッガー |
| (57)【要約】 上に担架を載せるために使用され、かつクッション動作モードに選択的に切替できる上下に調整可能な救急用昇降テーブル（Ｈ）を作動させるための流体圧システムであって、昇降テーブル（Ｈ）を作動させるシリンダ（Ｚ）と、昇降テーブル（Ｈ）にクッション性を付与する流体圧アキュムレータ（Ｂ）と、ポンプ（Ｐ）と、３方向弁（Ｄ）と、排出口側が流体圧システムのリザーバ（Ｔ）に対して接続された排出弁手段（Ｖ４，Ｖ５）とを備える。 上記流体圧システムが使用中にたとえ誤作動した場合でも、患者および／または医療担当者が昇降テーブルによって危険を被るのを防止するため、３方向弁（Ｄ）の入口側かポンプ（Ｐ）および流体圧アキュムレータ（Ｂ）と、出口側がシリンダ（Ｚ）と流体的に接続されており、シリンダ（Ｚ）と流体圧アキュムレータ（Ｂ）の間にバルブ手段（Ｖ２，Ｖ３）が設けられ、上記バルブ手段は、流体圧アキュムレータ（Ｂ）とシリンダ（Ｚ）との差圧が予め決定された値以下の場合のみ開放状態となるよう制御され、排出弁手段（Ｖ４，Ｖ５）の入口側は、シリンダ（Ｚ）内の圧と流体圧アキュムレータ（Ｂ）内の圧との相対関係に基づいて、流体圧アキュムレータ（Ｂ）またはシリンダ（Ｚ）の何れかと流体的に接続される。 | ||||||
| 17 | Stopper structure of magnetic floating type vibration proof bed | JP30391594 | 1994-12-07 | JPH08154782A | 1996-06-18 | NAKAHIRA HIROSHI |
| PURPOSE: To prevent the collision of magnetic pole surfaces by setting the mutual shapes of upper and lower stoppers so that a head body abuts on a height of an upper limit and a top end face abuts on a height of a lower limit. CONSTITUTION: The repulsive force of magnets is excessive in the absent state of load of a stretcher, etc., on the bed body 3 and, therefore, the bed body 3 rises up to the upper limit position of a permissible range. Consequently, a buffer material 7 of the upper stopper 62 abuts on the side part of the lower stopper 61 and the upper stopper 62 is put into the state of pressing the lower stopper 61. Then, the vibration of the bed 3 by the vibration of a vehicle is effectively prevented. Next, the bed body 3 tends to descend beyond the permissible range when the stretcher is placed on the bed body 3, but the base of the bed body 3 abuts on the peak part of the lower stopper 62 and does not descend any more. The magnetic pole surface of the lower permanent magnet 51a and the magnetic pole surface of the upper permanent magnet 52a do not come into collision against each other and the failure of the magnets is effectively prevented. COPYRIGHT: (C)1996,JPO | ||||||
| 18 | Vertical position fixing device of magnetic floating type vibration proof bed for vehicle | JP30391494 | 1994-12-07 | JPH08154781A | 1996-06-18 | SAKAMOTO YUTAKA |
| PURPOSE: To fix a bed body in a desired height position and to prevent the vertical movement thereof by locking the relative moving state between an upper counter plate and a lower counter plate by operating a locking means. CONSTITUTION: A second holding member 65 turns clockwise around a perpendicular shaft 65b and the counter plates 61, 62 are pressed and held by the second holding member 65a and a first holding member 64a when an operating rod 67a is turned counterclockwise around a perpendicular shaft 65c by operating a handle 67b. The perpendicular shaft 66b exists on the inner side of a straight line connecting the respective centers of the perpendicular shaft 66a and the perpendicular shaft 65c. The force parting the second holding member 65a from the upper counter plate 62 is, therefore, applied on the second holding member 65a to shorten the distance between the perpendicular shaft 66a and the perpendicular shaft 65c and the distance between the perpendicular shaft 65c and the perpendicular shaft 65b is ought to be shortened, but the second holding member 65 is a rigid body and, therefore, the pressing and holding state of the counter plates 61, 61 is not eliminated. The elimination of this state is executed simply by turning the holding and operating member 67 clockwise around the perpendicular shaft 65c by pressing the handle 67b. The bed is thus settable at the arbitrary height. | ||||||
| 19 | Vibrationproofing bed | JP18489494 | 1994-08-05 | JPH0847510A | 1996-02-20 | SAKAMOTO YUTAKA |
| PURPOSE:To surely provide a vibrationproofing function with simple structure and to facilitate loading/unloading of a stretcher. CONSTITUTION:This bed comprises of a placing board 2 to place a stretcher S, an upper magnet 4 and a lower magnet 3 with the same magnetic pole and provided so as to confront with each other on the lower surface part and the upper surface part of the placing board 2, and a quadrangular link structure. and the quadrangular link 5 structure comprises the placing board 2, a floor F, and a front link rod 25 and a rear link rod 26 provided between the placing board 2 and the floor F. The size of the front link rod 25 is formed longer than that of the rear link rod 26, and the front link rod performs a link motion between a state in which the placing board 2 is placed in parallel with the floor F and the one in which the tip of the placing board is inclined downward when it is directed to the rear opening of an ambulance. | ||||||
| 20 | Fastening and releasing device for vibro-isolating stretcher | JP12324888 | 1988-05-19 | JPH01291863A | 1989-11-24 | YAMASHITA TOMIKAZU; FUKUI SHIGEJI; HARA KEIICHIRO |
| PURPOSE:To reduce labor for work of loading and unloading a stretcher by providing a lift frame through a swiveling arm on a base and supporting the stretcher by this lift frame. CONSTITUTION:A vibro-isolating device V is provided in an ambulance side. This vibro-isolating device V comprises a base 1 fixed to a predetermined position on a floor surface of an ambulance, lift frame 2 arranged on this base 1 and supporting a stretcher S, arm 3 connecting the base 1 to the lift frame 2 and a driving gear swiveling this arm 3 further absorbing vibration. A patient lies on the stretcher S, when it is loaded on the ambulance, the lift frame 2 is stopped in a lowered condition, and the stretcher S is inserted to a predetermined position in the ambulance by a caster C. Thereafter, the arm 3 is swiveled, and the stretcher S is lifted by the lift frame 2. | ||||||
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