Lancet wheel
    2.
    发明专利
    Lancet wheel 审中-公开
    LANCET车轮

    公开(公告)号:JP2009106737A

    公开(公告)日:2009-05-21

    申请号:JP2008263170

    申请日:2008-10-09

    Abstract: PROBLEM TO BE SOLVED: To solve the tips of the lancets are erected prior to a puncture, for example by swiveling them out of the plane of the wheel, in this context, high precision is required in order for the lancet puncture to be associated with little pain, and moreover, erecting the lancet tips should be feasible with as little effort as possible to allow this to be performed in a compact puncturing device. SOLUTION: In the lancet wheel (1) having a plurality of lancets (2) in a ring-shaped arrangement, the lancets (2) includes a lancet body (4) that ends in a lancet tip (3). The lancet wheel (1) has a carrier (5) that carries the lancets (2), whereby the lancets (2) are connected to the carrier (5) via bars (7, 7a, 7b, 7c) that allow for mobility of the lancets (2) relative to the carrier (5). COPYRIGHT: (C)2009,JPO&INPIT

    Abstract translation: 要解决的问题:为了解决在穿刺之前竖立的刺血针的尖端,例如通过将其从轮的平面旋转出来,在这种情况下,为了使刺血针穿刺到 与少许疼痛相关,此外,以尽可能小的努力,可以在紧凑的穿刺装置中执行柳叶刀尖的竖立。 解决方案:在具有环状布置的多个刺血针(2)的柳叶刀轮(1)中,刺血针(2)包括端部在刺血针尖端(3)上的柳叶刀体(4)。 柳叶刀轮(1)具有承载有刺血针(2)的载体(5),借此通过条(7,7a,7b,7c)将刺血针(2)连接到载体(5) 所述刺血针(2)相对于所述载体(5)。 版权所有(C)2009,JPO&INPIT

    MICRODIALYTIC SYSTEM
    3.
    发明专利

    公开(公告)号:JP2002126074A

    公开(公告)日:2002-05-08

    申请号:JP2001229622

    申请日:2001-07-30

    Abstract: PROBLEM TO BE SOLVED: To provide a microdialytic system that assures prescribed highly reliable dialytic functions. SOLUTION: A microdialytic system that can be inserted in an in vivo tissue 10 is equipped with a microdialysis probe 12 having a dialysis membrane for separating a probe route 18 filled with a perfusate from the in vivo tissue, a sensor cell 14 for electric chemical measurement of elements contained in the perfusate, specifically glucose, to be transferred from the microdialysis probe 12 and a transport device 16 that transports the perfusate to the sensor cell 14 through the microdialysis probe 12, whereas the transport device 16 is provided with a delivery pump unit 30 connected with an entrance 20 of the probe route 18 on the delivery side, and a suck up pump unit 31 connected with an exit 24 of the probe route 18 on the sucking side that simultaneously operates with the delivery pump unit 30.

    PIERCING SYSTEM
    4.
    发明申请
    PIERCING SYSTEM 审中-公开
    HOLLY系统

    公开(公告)号:WO2007042137A3

    公开(公告)日:2007-07-12

    申请号:PCT/EP2006009257

    申请日:2006-09-23

    Abstract: The invention relates to a piercing system for producing a puncture wound which enables to pick up a body liquid sample and comprises a pressure part (4) applicable to a body part (32) in which the puncture wound is producible, a triggering element (8) whose operation enables a user to trigger a puncture movement of a puncture element (3) after pressing the pressure part (4) and a checking device (5,15,20) for determining at least one parameter dependent on the sampling probability. According to said invention, a security device (9) is used for locking the triggering element (8) in the locking state in such a way that no puncture movement is triggered and for releasing said triggering element (8) in the triggering state in such a way that the puncture movement is triggered, wherein the security device (9) is transferred from the locking state to the releasing state by the action of the checking device (5,15,20) when the checking parameter determined thereby satisfies the minimum predetermined requirements, the puncture system also comprises a signalling device (12) for signalling the transition of the security device (9) to the triggering state and/or for signalling that said device is in the triggering state. A method for preparing the puncture system for producing a puncture wound is also disclosed.

    Abstract translation: 本发明涉及一种刺血系统对于用于获得体液样品,其包括用于压在主体部分(32),其中一个单一的穿刺伤口是压力部分(4)产生的穿刺伤口中产生,一个触发装置(8),通过其 致动穿刺元件的穿刺运动(3),用户可以经过所述按压按(4)的触发,以及用于从从属获得样品概率来确定至少一个检查参数判断装置(5,15,20)的。 根据本发明,它提供了一个安全装置(9),该锁在锁定状态下,(8),使得没有穿刺运动可以被触发的触发装置,并释放释放装置(8)处于跳闸状态,所以通过穿刺运动的致动触发 可,其中,从所述测试设备(5,15,20)的固定装置(9)被从锁定状态到释放状态时,判断装置(5,15,20)来确定测试参数满足最低要求设置,并且一个信号装置移位(12 )用于信令的固定装置(9)在释放状态的转换和/或用于用信号表明所述固定装置处于跳闸状态。 本发明还涉及到用于制备穿刺系统用于创建穿刺伤口的方法。

    LANCET
    5.
    发明申请
    LANCET 审中-公开
    柳叶刀

    公开(公告)号:WO2011003499A3

    公开(公告)日:2011-03-17

    申请号:PCT/EP2010003548

    申请日:2010-06-12

    Abstract: The invention relates to a lancet having a flat shaft (1) which has an upper side (1c) and a lower side (1b), the shaft (1) forming at a front end (2) a cutter (1a) which ends in a point (2), the cutter (1a) having on the underside (1b) two cutting edges (4), which run together at the point (2), and the shaft (1) having at least one depression (3) on its underside (1b) to receive a sample. The invention provides for the shaft, on its upper side (1c), to merge into the cutter (1a) at two edges (5) which run together at a vertex (6), and for the upper side (1c) of the cutter (1a) between the vertex (6) and the front end (2) to be curved convexly, as seen in cross section.

    Abstract translation: 本发明涉及的刺血针具有平坦柄(1)具有一顶面(1c)和一个底部(1b)中,其特征在于,所述轴(1)在其前端(2)在形成切削刃(1a)的 尖端(2)结束时,所述切削刃(1a)的下侧(1b)中具有两个切削刃(4),其是在尖端(2)会聚,并且轴在其下侧(1)(1b)的至少一个凹部(3 )进行取样。 根据本发明,在上两个边缘其上侧(1c)的所述轴(5),其在顶点会聚(6)过渡到边缘(1a)中,并且所述顶部切刀(1C)(1A)之间 在横截面中看到的顶点(6)和前端(2)是凸起的。

    PIERCING SYSTEM FOR REMOVING A BODILY FLUID
    6.
    发明申请
    PIERCING SYSTEM FOR REMOVING A BODILY FLUID 审中-公开
    HOLLY系统脱除体液

    公开(公告)号:WO2006092309A8

    公开(公告)日:2007-11-22

    申请号:PCT/EP2006001922

    申请日:2006-03-02

    Abstract: The invention relates to a piercing system for removing bodily fluid from the skin of a human or animal. Said system comprises a disposable piercing unit (1), which contains a needle element (6) for puncturing the skin, a piercing device (2), which encompasses a piercing drive (4), said drive propelling a piercing displacement of the piercing unit (1), which is coupled to the piercing drive (4) by means of a coupling mechanism (3), a predefined value of the piercing depth being guaranteed using a piercing depth reference element (10), which comprises a skin contact surface (11) and the predefined value of the piercing depth being determined by the distance in the piercing direction between the skin contact surface (11) and the position of the needle tip at the inversion point of the piercing displacement. The piercing depth reference element (10) is connected to the needle element (6) and coupled to the drive in such a way that it is displaced together with the needle element (1) during at least one part of the propulsion phase and has a defined longitudinal position in the piercing direction in relation to the needle element (6), at least at the inverse point of the piercing displacement.

    Abstract translation: 用于收集体液从人或动物的皮肤上,用一次性采血部的柳叶刀切开系统(1)具有针构件(6),用于刺穿皮肤,穿刺装置(2),其包括穿刺驱动器(4),由 通过联接机构的装置连接到所述切缝驱动件的穿刺单元(1)的穿刺移动(3)(4)耦合,被驱动,由此,穿刺深度的由穿刺深度参考元件的装置的预定值(10)得到保证,其具有皮肤接触面(11), 和穿刺深度的预定值.The通过在皮肤接触表面(11),并且在刺入运动穿刺深度参考元件的反转点的针尖(10)被连接在与所述针元件(6)这样的方式以及与所述驱动器的位置之间的穿刺方向的距离来确定, 它前进阶段的至少一部分过程中移动,与所述针构件(1)和至少一起 S具有相对于在刺穿移动的反转点的针构件(6)穿刺方向在限定的纵向位置。

    PIERCING SYSTEM FOR REMOVING A BODILY FLUID
    9.
    发明申请
    PIERCING SYSTEM FOR REMOVING A BODILY FLUID 审中-公开
    用于去除身体流体的PEG系统

    公开(公告)号:WO2006092309A3

    公开(公告)日:2006-12-21

    申请号:PCT/EP2006001922

    申请日:2006-03-02

    Abstract: The invention relates to a piercing system for removing bodily fluid from the skin of a human or animal. Said system comprises a disposable piercing unit (1), which contains a needle element (6) for puncturing the skin, a piercing device (2), which encompasses a piercing drive (4), said drive propelling a piercing displacement of the piercing unit (1), which is coupled to the piercing drive (4) by means of a coupling mechanism (3), a predefined value of the piercing depth being guaranteed using a piercing depth reference element (10), which comprises a skin contact surface (11) and the predefined value of the piercing depth being determined by the distance in the piercing direction between the skin contact surface (11) and the position of the needle tip at the inversion point of the piercing displacement. The piercing depth reference element (10) is connected to the needle element (6) and coupled to the drive in such a way that it is displaced together with the needle element (1) during at least one part of the propulsion phase and has a defined longitudinal position in the piercing direction in relation to the needle element (6), at least at the inverse point of the piercing displacement.

    Abstract translation: 用于收集体液从人或动物的皮肤上,用一次性采血部的柳叶刀切开系统(1)具有针构件(6),用于刺穿皮肤,穿刺装置(2),其包括穿刺驱动器(4),由 通过联接机构的装置连接到所述切缝驱动件的穿刺单元(1)的穿刺移动(3)(4)耦合,被驱动,由此,穿刺深度的由穿刺深度参考元件的装置的预定值(10)得到保证,其具有皮肤接触面(11), 和穿刺深度的预定值.The通过在皮肤接触表面(11),并且在刺入运动穿刺深度参考元件的反转点的针尖(10)被连接在与所述针元件(6)这样的方式以及与所述驱动器的位置之间的穿刺方向的距离来确定, 在推进阶段的至少一部分期间它至少与针元件(1)一起移动 s在刺穿运动的反向点处具有相对于针元件(6)在穿刺方向上限定的纵向位置。

    DISPOSITIVO DE UN SOLO USO PARA ANALIZAR UN FLUIDO CORPORAL.

    公开(公告)号:ES2376025T3

    公开(公告)日:2012-03-08

    申请号:ES08804095

    申请日:2008-09-12

    Abstract: Un dispositivo de un solo uso para analizar un fluido corporal, especialmente para ensayos de azúcar en sangre el cual dispositivo comprende un recipiente (16) el cual puede estar insertado en un aparato de medición (10), un elemento de muestreo (28) previsto en el recipiente para perforar la piel de una parte del cuerpo y obtener una muestra de fluido corporal, y un elemento de ensayo (30), para la recepción del fluido corporal obtenido en la perforación de la piel, en donde el elemento de ensayo está fijo en una cámara de retención (26) del recipiente, caracterizado porque, el elemento de muestreo está configurado en la misma cámara de retención, de forma que: - está separado a una cierta distancia del elemento de ensayo formando un espacio libre (38) entre el elemento de muestreo y el elemento de ensayo, en un estado inicial, y - está en contacto con el elemento de ensayo para la transferencia del fluido corporal en un estado de transferencia, después del perforado de la piel cuando el elemento de muestreo está en la cámara de retención.

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