CN102393470B - Reaction cup loading system applied to full-automatic chemiluminescent analyzer - Google Patents

Reaction cup loading system applied to full-automatic chemiluminescent analyzer Download PDF

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CN102393470B
CN102393470B CN2011102340131A CN201110234013A CN102393470B CN 102393470 B CN102393470 B CN 102393470B CN 2011102340131 A CN2011102340131 A CN 2011102340131A CN 201110234013 A CN201110234013 A CN 201110234013A CN 102393470 B CN102393470 B CN 102393470B
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cuvette
ring
cup
along
inner
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CN2011102340131A
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Chinese (zh)
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CN102393470A (en
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不公告发明人
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杨晓勇
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Abstract

本发明公开了一种用于全自动化学发光分析仪的反应杯装载系统,其能够将倒入料斗(17)的反应杯(29)以杯口朝上的姿态一个接一个地装载到需要的位置,反应杯(29)依次经过所述反应杯装载系统的位于外环圈(14)和外环圈(13)之间的空隙环(11)、空隙环(11)内的螺旋向下的滑道(10)、滑道(10)出口下方的姿态保持通道(9)、姿态保持通道(9)下方的水平的导向槽(8),由一水平设置的齿条(7)将落入导向槽(8)内的反应杯(29)推到需要的位置。 The present invention discloses a cuvette loading system for automated chemiluminescence analyzer, which can be poured into the hopper (17) of the cuvette (29) to the cup upward orientation to a load by one desired position, the cuvette (29) successively through the cuvette loading system located outer ring (14) and an outer ring coil gap (11) between (13), a downward spiral ring gap (11) in the slide (10), the posture of the lower runner (10) holding the outlet channel (9), the posture holding channel (9) below the level of the guide groove (8), is provided by a horizontal rack (7) will fall cuvette guide groove (29) in (8) pushed to the desired position. 优点在于:能够批量地自动装载反应杯到仪器需要反应杯的地方,无需人工干预,且能保证反应杯杯口向上,便于使用。 Advantages: batches can be automatically loaded cuvette need to place the instrument cuvette without human intervention, can ensure Bei Bei opening up the reaction, easy to use.

Description

ー种应用于全自动化学发光分析仪的反应杯装载系统 Species applied ー automated chemiluminescence analyzer cuvette loading system

技术领域 FIELD

[0001] 本发明涉及ー种应用于全自动化学发光分析仪的反应杯装载系统,属于体外临床用分析仪领域。 [0001] The present invention relates to automated chemiluminescence applied ー kinds analyzer cuvette loading system, belonging to the field of a clinical analyzer vitro.

背景技术 Background technique

[0002] 在体外临床分析仪领域,经常需要将反应杯自动装载到分析仪中,本发明需要的反应杯如图7所示,包括:中空的杯体1,其由杯壁围成,杯体I的中空部分的横截面大致为长方形。 [0002] In the field of in vitro clinical analyzer is often necessary to automatically load the cuvette into the analyzer, the present invention requires the cuvette shown in Figure 7, comprising: a hollow cup body 1, which is surrounded by the cup wall, the cup cross-section of the hollow portion of the body I is substantially rectangular. 杯体I的顶部形成大致长方形的杯ロ部2,杯ロ部2的中心部分形成与所述杯体的所述中空部分横截面相同的大致长方形开ロ3,杯ロ部2具有在大致长方形的开ロ3的两个相対的方向上向外延伸的杯上沿4,杯上沿4的作用是在滑道上载置反应杯,以方便反应杯在滑道内滑动。 I top cup formed substantially rectangular cup portion 2 ro, ro the central portion of the cup portion 2 is formed with the hollow portion of the cup is substantially rectangular cross-section of the same opening 3 ro, ro cup portion 2 has a substantially rectangular 4 along the opening ro, along the upper cup acting on the slide 4 is placed in the cuvette two cups 3 extending in a direction outwardly of the Dui phase, in order to facilitate sliding in the slideway cuvette. 杯体I的底部形成封闭杯体I的圆弧状的杯底5,所述圆弧状的杯体能够方便杯体I内的液体在杯内晃动,并且也能方便使用外部吸液针将杯体内的液体抽取干净。 Forming arcuate cup bottom 5 closing the bottom of the cup I I cup, said arcuate cup can be conveniently I the liquid in the cup rattling in the cup, and can also facilitate the use of external pipetting needle liquid extraction cup body clean. 在杯上沿4正下方的杯体I的杯壁的外表面的靠近杯上沿4处形成垂直于杯体I的所述杯壁的井向外突出的杯侧沿6,且所述杯侧沿6突出的程度小于杯上沿4突出的程度。 Outwardly projecting cup side of the well 4 is formed perpendicular to the cup wall of the cup body to the cup I close to the outer surface of the cup along the cup wall just below the cup body 4 along the direction I 6, and the cup 4 along the side along the protruding degree is less than the extent of the cup 6 protrudes. 所述杯侧沿6的设置使得反应杯在滑道内滑动时滑动流畅且能避免杯壁与滑道的摩擦。 The cup 6 is provided along the side of the cuvette so that smooth sliding runner capable of sliding in the slideway of the cup wall to avoid friction.

[0003] 为提高效率,分析仪中往往批量装载多个上述的反应杯,而分析仪中的反应杯装载系统需要将装入的反应杯有序地装载到分析仪需要反应杯的地方。 [0003] To improve efficiency, the analyzer often bulk loading a plurality of the above-described cuvette, the analyzer cuvette loading system will need to load a cuvette loading order to place the analyzer cuvette needs.

发明内容 SUMMARY

[0004] 本发明提供一种用于全自动化学发光分析仪的反应杯装载系统,具有:位于顶部的料斗和ー个无底的圆桶,放入料斗中的反应杯能沿料斗的斜面滑入圆桶中; [0004] The present invention provides an automated chemiluminescence analyzer cuvette loading system is used, comprising: a hopper at the top and bottom drums ー-free, into a cuvette hopper can slide along the inclined surface of the hopper the drums;

[0005] —无顶无底的圆台桶,位于圆桶的下方,与圆桶同轴,圆台桶的上底直径与圆桶的直径相同,圆台桶的下底直径小于其上底直径。 [0005] - No round table top bottomless bucket, located below the drum, coaxially with the drum, the same diameter as the bottom diameter of the truncated cone drum tub, the tub bottom is smaller than the diameter of the circle on which the table base diameter.

[0006] 一外环圈,位于圆台桶下方,外环圈的外壁上设置有环状凸台,圆台桶卡套在环状凸台上;一内环圈,被外环圈同轴地套在其中,内环圈的内壁上设置有环状凸台,一圆锥状的转盘设置在其环状凸台上; [0006] an outer ring, is positioned below the tub truncated cone, the outer wall of the outer ring is provided with an annular projection, the ferrule barrel frustum annular boss; an inner ring, the outer ring coaxially sleeve in which an annular projection is provided on the inner wall of the inner ring, a conical annular disk is provided at its boss;

[0007] 外环圈和内环圈之间形成ー个空隙环,该空隙环的宽度设置为允许反应杯的杯体通过而不允许反应杯的杯上沿通过;外环圈的内侧壁上开有ー个槽,该槽的下沿从其内侧壁顶端沿内侧壁螺旋向下;内环圈的外侧壁上也开有ー个槽,该槽的下沿从其外侧壁顶端沿外侧壁螺旋向下,该槽与外环圈内侧壁上的槽对应设置;外环圈内侧壁上的槽的下沿与内环圈外侧壁上的槽的下沿形成一条螺旋向下的滑道;该滑道位于空隙环内,滑道的入口与外环圈和内环圈的上沿平滑过渡;当位于空隙环内的反应杯到达滑道入口处后,反应杯进入滑道,其杯上沿挂在滑道上向下滑动; [0007] is formed between the outer ring and the inner ring ー voids ring, the gap width is provided to allow the ring cuvette cup body along the pass through but not by the cuvette cup; the inner wall of outer ringー opened grooves, the grooves along the inner side wall from the top downward spiral along the sidewall; outer side wall of the inner ring is also opened ー grooves, the grooves along the outer side wall along the side walls from the outer to the top downward spiral, the groove and the groove side wall on the outer circle corresponding to the set; in the grooves of the outer wall of the ring groove along the inner circle of the outer side wall downwardly formed along a spiral chute; the slide ring is located within the gap, and an inlet slide along the smooth transition of the outer ring and the inner ring; when the cuvette reaches the ring located within the gap at the inlet chute, the chute into the cuvette, on which the cup hanging on the slide along slides downward;

[0008] 一圆锥状的转盘,其底部卡设于内环圈内侧壁的环状凸台上,圆锥部向上伸入圆台桶和圆桶中;进入圆桶的反应杯可沿转盘的圆锥侧面滚入上述空隙环;转盘上安装有能够伸到上述空隙环内的旋杆;旋杆能够推动落入上述空隙环的反应杯沿空隙环移动,当反应杯移动到上述滑道的入口处后,其杯上沿挂在滑道上向下滑动。 [0008] a conical turntable, which is provided on the inner circle at the bottom card sidewall annular boss, circular truncated conical portion extending upwardly into the tub and the drum; the drum into the cuvette along a conical surface may turntable ring rolled into the gap; out into the rotating rod can be mounted inside the ring gap on the turntable; rotating rod can push the mobile gap falls within the above reaction of the rim ring, the ring gap, when the cuvette is moved to the entrance of the chute , along which the cup slides downward hanging on the slide.

[0009] ー姿态保持通道,其设置于滑道的出口下方,为垂直通道,通道的横截面与反应杯的杯上沿形状基本相同,反应杯能够在通道内下落,姿态保持通道能够保持反应杯在下落过程中,杯ロ向上。 [0009] ー posture holding channel, which is disposed below the outlet chute, a vertical passage along the shape of the channel cross-section substantially identical with the cup cuvette, the cuvette can be dropped into the channel, the channel capable of holding the posture maintaining the reaction Cup in a fall, cup ro up.

[0010] 一导向槽,位于姿态保持通道下方,为水平槽,来自姿态保持通道的反应杯落入导向槽内; [0010] a guide groove, located below the position retaining channel, a horizontal groove, passage from the position retaining cuvette falls guide groove;

[0011] —齿条,水平设置,其一端位于导向槽内,齿条在第一电机的驱动下能够推动落入导向槽内的反应杯向导向槽出ロ方向移动ー个反应杯的距离。 [0011] - a rack, arranged horizontally, one end of the guide groove, the rack driven by the first motor can be driven cuvette to fall within the guide groove of the guide groove ro ー cuvette moving direction distance.

[0012] 本发明公开的ー种用于全自动化学发光分析仪的反应杯装载系统优点在于:能够批量地自动装载反应杯到仪器需要反应杯的地方,无需人工干预,且能保证反应杯杯ロ向上,利于使用。 [0012] The present invention disclosed ー species cuvette loading system for automated chemiluminescence analyzer advantages in that: a batch can be automatically loaded into the instrument needs to place the cuvette cuvette without human intervention, can ensure the reaction Bei Bei ro up, which will help to use.

附图说明 BRIEF DESCRIPTION

[0013] 图1是本发明实施例的立体示意图; [0013] FIG. 1 is a perspective view of an embodiment of the present invention;

[0014] 图2是图1所示实施例的爆炸图; [0014] FIG. 2 is an exploded view of the embodiment shown in Figure 1;

[0015] 图3是图1所示实施例的正视图及AA剖视图; [0015] FIG. 3 is a front view and a cross-sectional view AA of the embodiment shown in Figure 1;

[0016] 图4是图3所示实施例的局部放大图; [0016] FIG. 4 is a partially enlarged view of the embodiment shown in Figure 3;

[0017] 图5是图1所示实施例的部件外环圈的示意图; [0017] FIG. 5 is a schematic view of part of the embodiment shown in FIG. 1 of the outer ring;

[0018] 图6是图1所示实施例的部件内环圈的示意图; [0018] FIG. 6 is a schematic view of the inner ring member in the embodiment shown in Figure 1;

[0019] 图7是本发明实施例所使用的反应杯的示意图。 [0019] FIG. 7 is a schematic view of the cuvette used in the embodiment of the embodiment of the present invention.

具体实施方式 Detailed ways

[0020] 为了使发明所要解决的技术问题、技术方案及有益效果更加清楚明白,以下结合附图及实施例,对本发明进行进一歩详细说明。 [0020] In order to make the technical problem to be solved by the invention, technical solutions and beneficial effects clearer, the accompanying drawings and the following embodiments, the present invention will be described in detail into a ho. 应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用干限定本发明。 It should be understood that the specific embodiments described herein are only intended to illustrate the present invention, the present invention is defined not dry.

[0021] 请參照图1-6,为本发明的一种用于全自动化学发光分析仪的反应杯装载系统的ー个具体实施例,具有:位于顶部的料斗17和一个无底的圆桶16,放入料斗17中的反应杯29能沿料斗17的斜面滑入圆桶16中。 [0021] Referring to Figures 1-6, the present invention is an automated chemiluminescence analyzer cuvette ー loading system for a particular embodiment, has: at the top of the hopper drum 17 and a bottomless 16, into the hopper 17 of the cuvette 29 can be slid along the inclined surface of the hopper 17 in the drums 16.

[0022] —无顶无底的圆台桶15,位于圆桶16的下方,与圆桶16同轴,圆桶16与圆台桶15为一体,圆台桶15的上底直径与圆桶16的直径相同,圆台桶15的下底直径小于其上底直径,反应杯29能沿着圆台桶15的侧壁滑下。 No diameter circular table top bottomless bucket 15, located below the drum 16, coaxial with drum 16, the drum 16 and the tub 15 integrally circular table, the circular table on the base diameter of the barrel 16 of the drum 15 - [0022] same truncated cone base diameter at the barrel 15 is smaller than the bottom diameter, the cuvette 29 can be slid along the side wall 15 of the tub circular table.

[0023] —外环圈14,位于圆台桶15下方,夕卜环圈14的外壁上设置有环状凸台,圆台桶15卡套在环状凸台上。 [0023] - outer ring 14, is positioned below the tub circular table 15, an outer wall of the ring 14 Bu Xi is provided with an annular projection, circular table in the ferrule barrel 15 annular boss.

[0024] 一内环圈13,被外环圈14同轴地套在其中,内环圈13的内壁上设置有环状凸台,一圆锥状的转盘12设置在其环状凸台上。 [0024] an inner ring 13, outer ring 14 is coaxially sleeved wherein the inner ring is provided with an annular projection 13 on the inner wall of a conical annular disk 12 is provided at its boss.

[0025] 外环圈14和内环圈13之间形成ー个空隙环11,该空隙环11的宽度设置为允许反应杯29的杯体I通过而不允许反应杯19的杯上沿4通过。 [0025] ー voids ring 11 is formed between the outer ring 13 and inner ring 14, the ring width of the gap 11 is provided to allow the cuvette cup body 29 along the pass through but not I 4 through the upper cup 19 of the cuvette . 这样,从圆台桶15的侧壁滑下的反应杯29滑入空隙环11后,其杯上沿4挂在外环圈14和内环圈13上,而杯体I落入空隙环11内,保证反应杯29杯ロ朝上。 Thus, slide down the barrel from the side wall 15 of the circular table 29 slides into the gap cuvette ring 11, on which the cup hanging on the outer ring 4 along the ring 14 and inner ring 13, and the cup I fall within the void ring 11 to ensure that the reaction cup 29 cups ro up. 外环圈14的内侧壁上开有ー个槽,该槽的下沿从其内侧壁顶端沿内侧壁螺旋向下。 The inner wall of the outer ring 14 is opened ー grooves, the grooves along the inner side wall from the top downward spiral along the side wall. 内环圈13的外侧壁上也开有ー个槽,该槽的下沿从其外侧壁顶端沿外侧壁螺旋向下,该槽与外环圈14内侧壁上的槽对应设置。 The outer wall of the inner ring 13 is also opened ー grooves, the grooves along the outer side wall from the top downwards along the outer side wall of the spiral, the inner groove wall of the groove 14 and the outer ring corresponding to the set. 外环圈14内侧壁上的槽的下沿与内环圈13外侧壁上的槽的下沿形成一条螺旋向下的滑道10。 A downward spiral grooves 14 of slide 10 inside the outer wall of the ring groove in the inner ring 13 along the outer sidewall is formed along. 该滑道10位于空隙环11内,滑道10的入口与外环圈14和内环圈13的上沿平滑过渡。 The slide ring 10 is located within the gap 11, the inlet ramp 10 and the outer ring 14 and inner ring 13 along a smooth transition. 这样,当位于空隙环11内的反应杯29到达滑道10入口处后,反应杯29进入滑道10,其杯上沿4挂在滑道10上向下滑动。 Thus, when the cuvette is located within the void 29 of the ring 11 reaches the inlet of the chute 10, the chute 10 into the cuvette 29, on which the cup along the ramp 10 4 hung on slides downward.

[0026] 圆锥状的转盘12,其底部卡设于内环圈13内侧壁的环状凸台上,圆锥部向上伸入圆台桶15和圆桶16中。 [0026] conical turntable 12, which is provided on a bottom card 13 of the inner ring of the annular side wall boss, the conical portion extending upwardly into the tub 15 and the circular table 16 in drums. 进入圆桶16的反应杯沿转盘12的圆锥侧面滚入上述空隙环11。 The rim into the drum 16 of the reaction carousel conical surface 12 of the ring 11 is rolled into the gap. 转盘12的锥顶安装有ー个可水平转动的旋转臂22,旋转臂22两端径向向外延伸,在旋转臂22的两端各设置有ー个垂直向下的旋杆23,旋杆23的下端能够伸到上述空隙环内。 A top cone 12 is attached to the turntable ー a horizontally rotatable rotary arm 22, both ends of the rotary arm 22 extends radially outward, are each provided with a vertically downward ー rotating rod 23 at both ends of the rotary arm 22, rotating rod 23 can lower the gap out into the inner ring. 转盘12由ー个电机驱动,带动旋转臂22和旋杆23同步旋转,旋杆23能够推动落入上述空隙环11的反应杯29沿空隙环11移动,当反应杯29移动到上述滑道10的入口处后,其杯上沿4挂在滑道10上向下滑动。ー turntable 12 by the drive motors to drive rotation of arm 22 and rotating rod 23 to rotate synchronously rotating rod 23 can push ring 11 fall into the gap 29 of the cuvette 11 is moved along the ring gap, when the cuvette 29 is moved to the ramp 10 after the entrance, on which the cup slides down along the four hanging on the slide 10.

[0027] ー姿态保持通道9,其设置于螺旋滑道10的出口下方,为垂直通道,通道9的横截面与反应杯29的杯上沿4形状基本相同,反应杯29能够在通道9内下落。 [0027] ー posture holding passage 9, which is disposed below the outlet 10 of the helical chute, as the vertical channels 4 along substantially the same cross-sectional shape of the cup and the passage 9 of the cuvette 29, the cuvette 29 can be in the channel 9 whereabouts. 姿态保持通道9的内壁自上而下间隔设置有三个向内稍微突出的台阶,第一台阶91设置于螺旋滑道出口下方;第二台阶92低于第一台阶,设置于第一台阶91的对面;第三台阶93低于第二台阶92,设置于第一台阶91的正下方。 Posture holding passage 9 from top to bottom inner wall is provided with three spaced slightly inwardly projecting step, the first step 91 is provided below the spiral chute outlet; a second step lower than the first step 92, step 91 is disposed on the first opposite; lower than the second step 93 third step 92, a first step is provided directly under 91. 姿态保持通道9的外侧壁受到一持续振动的电磁铁24施加的水平方向的振动。 Posture holding passage 9 by the vibration of the outer side wall 24 of a continuous vibration applied to the electromagnet in the horizontal direction. 从螺旋滑道10的出ロ滑下的反应杯29落入姿态保持通道9后,反应杯29的杯上沿4会搭在第一台阶91上,在振动的作用下从第一台阶91脱落,下降一小段距离后杯上沿4搭在第二台阶92上,在振动的作用下,反应杯29从第二台阶92脱落,下降一小段距离后杯上沿4搭在第三台阶93上,此时,反应杯的杯底部分正好处于姿态保持通道9的底部,从而保证反应杯在姿态保持通道9中下落时始终保持杯ロ向上。 After sliding down the ramp from the screw 10 of the cuvette 29 ro fall posture holding passage 9, resting on the first step 91 in the cup 4 will cuvette 29, 91 from coming off in a first step under the action of vibration down a short distance along the second cup 4 resting on the step 92, under the effect of vibrations, the cuvette 29 from coming off the second step 92, a short distance along the drop 4 on the rear cup 93 resting on the third step in this case, the bottom of the cup portion of the cuvette just at the bottom of the posture holding passage 9, so as to ensure the cuvette holding cup ro remain upwards in the channel 9 falling posture.

[0028] 一导向槽8,位于姿态保持通道9下方,为水平槽,搭在第三台阶93上的反应杯29在振动的作用下落入导向槽8。 [0028] a guide groove 8 located below the position retaining channel 9, a horizontal groove, resting on the third step 93 of the cuvette 29 falls in the guide groove 8 under the action of vibrations.

[0029] —齿条7,水平设置,其一端位于导向槽8内,齿条7在第一电机的驱动下能够推动落入导向槽8内的反应杯29向导向槽8出ロ方向移动ー个反应杯的距离。 [0029] - rack 7, arranged horizontally, one end of the guide groove 8, a first rack driven by the motor 7 can push the cuvette 8 falls within the guide groove 29 moves to the direction of the guide groove 8 ro ーfrom a reaction cup. 被齿条7推至导向槽8出ロ处的反应杯29由其他装置49送至需要的位置。 The rack 7 is pushed to a position at the cuvette 8 ro guide groove 29 by other means to the desired 49.

[0030] 导向槽8内安装有ー传感器,用于检测导向槽内是否有反应杯29,当传感器在一段时间内没有检测到反应杯29吋,则发出报警信号,提醒用户向到料斗17中加入反应杯。 [0030] The guide groove 8 is mounted ー sensor for detecting whether the cuvette has a guide groove 29, a period of time when the sensor does not detect the cuvette 29 inches, then the alarm signal to alert the user to the hopper 17 added to the reaction cup.

[0031] 以上所述仅为本发明的较佳实施例而已,并不用以限制本发明,凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等,均应包含在本发明的保护范围之内。 [0031] The foregoing is only preferred embodiments of the present invention but are not intended to limit the present invention, any modifications within the spirit and principle of the present invention, equivalent substitutions and improvements should be included in the present within the scope of the invention.

Claims (4)

1. 一种用于全自动化学发光分析仪的反应杯装载系统,具有:位于顶部的料斗(17)和一个无底的圆桶(16),放入料斗(17)中的反应杯(29)能沿料斗(17)的斜面滑入圆桶(16) 中;一无顶无底的圆台桶(15),位于圆桶(16)的下方,与圆桶(16)同轴,圆台桶(15)的上底直径与圆桶(16)的直径相同,圆台桶(15)的上底边沿与圆桶(16)的下底边沿吻合接触,圆台桶(15)的下底直径小于其上底直径;一外环圈(14),位于圆台桶(15)下方,外环圈(14)的外壁上设置有环状凸台,圆台桶(15)卡套在环状凸台上;一内环圈(13),被外环圈(14)同轴地套在其中,内环圈(13)的内壁上设置有环状凸台,一圆锥状的转盘(12)设置在其环状凸台上;外环圈(14)和内环圈(13)之间形成一个空隙环(11),该空隙环(11)的宽度设置为允许反应杯(29)的杯体(I)通过而不允许反应杯(19) An automated chemiluminescence analyzer cuvette loading system is used, comprising: at the top of the hopper (17) and a bottomless drum (16), a hopper cuvette (29 (17) ) movable along a hopper (17) slides into the inclined surface drum (16); and a non-circular table top bottomless buckets (15), located below the drum (16), the drum (16) coaxial circular table barrel the same (15) on the bottom diameter of the drum (16) diameter, circular table buckets (15) on the bottom edge of the drum (16) at the bottom edge of the anastomosis contact circular table barrel (15) of the base diameter less than the the base diameter; an outer ring (14), located in the tub circular table (15) an outer wall of the lower, outer ring (14) is provided with an annular projection, circular table barrel (15) in the ferrule annular boss; an inner ring (13), the outer ring (14) set coaxially therein, the inner ring is provided on the inner wall (13) of the annular projection, a conical disk (12) is provided in the ring shaped boss; form a ring gap (11) between the outer ring (14) and the inner ring (13), the space ring (11) arranged to allow the width of the cuvette (29) of the cup (I) pass through but not the cuvette (19) 的杯上沿(4)通过;外环圈(14)的内侧壁上开有一个槽,该槽的下沿从其内侧壁顶端沿内侧壁螺旋向下;内环圈(13)的外侧壁上也开有一个槽,该槽的下沿从其外侧壁顶端沿外侧壁螺旋向下,该槽与外环圈(14)内侧壁上的槽对应设置;外环圈(14)内侧壁上的槽的下沿与内环圈(13)外侧壁上的槽的下沿形成一条螺旋向下的滑道(10);该滑道(10)位于空隙环(11)内,滑道(10)的入口与外环圈(14)和内环圈(13)的上沿平滑过渡;当位于空隙环(11)内的反应杯(29)到达滑道(10)入口处后,反应杯(29)进入滑道(10),其杯上沿(4)挂在滑道(10)上向下滑动;一圆锥状的转盘(12),其底部卡设于内环圈(13)内侧壁的环状凸台上,圆锥部向上伸入圆台桶(15)和圆桶(16)中;进入圆桶(16)的反应杯能够沿转盘(12)的圆锥侧面滚入上述空隙环(11);转盘(12)上安装有能够伸 Along the cup (4); the inner wall of the outer ring (14) having a slot opening, the slot along the inner side wall from the top downward spiral along the side wall; an outer ring inner side wall (13) there is also a slot open on the lower edge of the groove from its tip down the outer sidewall, the outer ring groove (14) corresponding to grooves disposed along the inner wall of the outer sidewall spiral; (14) the inner wall of the outer ring the grooves of the outer wall of the groove along the inner ring (13) forming a spiral along a downward ramp (10); the chute (10) located in a gap ring (11), the slide (10 a) the outer ring and an inlet (14) and the inner ring (13) along a smooth transition; if the cuvette (29) located in a gap ring (11) reaches the slide (10) at the inlet, cuvette ( 29) into the chute (10), on which the cup slides down the chute hanging (10) in (4); a conical wheel (12), which is provided on the inner circle at the bottom card (13) the inner sidewall an annular boss, the conical frustum portion extending upwardly into the barrel (15) and the drum (16); into the drum (16) movable along the cuvette turntable (12) above the conical surface and rolled into the ring gap (11 ); mounted on a turntable (12) capable of extending 到上述空隙环(11)内的旋杆(23);旋杆(23) 能够推动落入上述空隙环(11)的反应杯(29)沿空隙环(11)移动,当反应杯(29)移动到上述滑道(10)的入口处后,其杯上沿(4)挂在滑道(10)上向下滑动;一姿态保持通道(9),其设置于滑道(10)的出口下方,为垂直通道,通道(9)的横截面与反应杯(29)的杯上沿(4)形状基本相同,反应杯(29)能够在通道(9)内下落,姿态保持通道(9)能够保持反应杯(29)在下落过程中,杯口向上;一导向槽(8),位于姿态保持通道(9)下方,为水平槽,来自姿态保持通道(9)的反应杯(29)落入导向槽⑶内;一齿条(7),水平设置,其一端位于导向槽(8)内,齿条(7)在第一电机的驱动下能够推动落入导向槽(8)内的反应杯(29)向导向槽(8)出口方向移动一个反应杯的距离。 The gap to the inner ring rotating rod (11) (23); rotating rod (23) can push the cuvette (29) is moved in the ring gap (11) falls within the gap ring (11) when the cuvette (29) moved to the chute (10) after the entrance, the hanging slide down the chute (10) in its cup (4); a position retaining channel (9), which is disposed in the exit ramp (10) downward, vertical channel, the channel (9) has a cross-section of the cuvette (29) of the cup edge (4) substantially the same shape, cuvette (29) can be dropped into the channel (9), the posture holding channel (9) capable of holding the cuvette (29) in a fall, the cup upward; a guide groove (8), located in the posture holding channel (9) below, a horizontal groove, from position retaining channel (9) of the cuvette (29) falls ⑶ into the guide groove; a rack (7), arranged horizontally, one end of the guide groove (8), a rack (7) driven by a first motor able to drive the reaction to fall within the guide groove (8) in the cup (29) from a cuvette moving toward the outlet direction of the guide groove (8).
2.如权利要求1所述的反应杯装载系统,所述姿态保持通道(9)的内壁自上而下间隔设置有三个向内稍微突出的台阶,第一台阶(91)设置于滑道(10)出口下方;第二台阶(92) 低于第一台阶,设置于第一台阶(91)的对面;第三台阶(93)低于第二台阶(92),设置于第一台阶(91)的正下方。 2. The cuvette loading system according to claim 1, the inner wall of the position retaining channel (9) from top to bottom is provided with three spaced slightly inwardly projecting step, a first step (91) provided in chute ( 10) below the outlet; and a second step (92) below a first step, disposed opposite the first step (91); a third step (93) than the second step (92), disposed in a first step (91 ) just below.
3.如权利要求2所述的反应杯装载系统,所述姿态保持通道(9)的外侧壁受到一持续振动的电磁铁(24)施加的水平方向的振动。 Cuvette loading system as claimed in claim 2, the position retaining outer wall channel (9) is subjected to a continuous vibration of the vibration electromagnet (24) is applied to the horizontal direction.
4.如权利要求1-3之一所述的反应杯装载系统,所述的导向槽(8)内安装有一传感器, 用于检测导向槽内是否有反应杯(29),当传感器在一段时间内没有检测到反应杯(29)时, 则发出报警信号,提醒用户向到料斗(17)中加入反应杯。 4. The cuvette loading system according to one of claims 1 to 3, a sensor within said guide groove (8) is mounted, for detecting whether the cuvette has a guide groove (29), at a time when the sensor not detected within the cuvette (29), an alarm signal to alert the user to the hopper (17) added to the cuvette.
CN2011102340131A 2011-08-16 2011-08-16 Reaction cup loading system applied to full-automatic chemiluminescent analyzer CN102393470B (en)

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CN103604935B (en) * 2013-10-29 2015-10-21 北京利德曼生化股份有限公司 Automatic continuous loads the device of reaction cup
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CN105116160B (en) * 2015-09-22 2017-08-29 安图实验仪器(郑州)有限公司 The automatic continuous loading attachment of reaction cups for chemiluminescence immune analysis

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