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    • 12. 发明授权
    • Fluid delivery apparatus
    • 流体输送装置
    • US5716343A
    • 1998-02-10
    • US540914
    • 1995-10-11
    • Marshall S. KrieselFarhad KazemzadehMatthew B. KrieselWilliam W. FengSteve C. BarberWilliam J. Kluck
    • Marshall S. KrieselFarhad KazemzadehMatthew B. KrieselWilliam W. FengSteve C. BarberWilliam J. Kluck
    • A61M37/00A61M5/14A61M5/142A61M5/152A61M5/158
    • A61M5/14248A61M5/1409A61M5/1413A61M5/152A61M2005/1581A61M2205/197A61M5/1407Y10S128/12
    • An apparatus for accurately infusing fluids into a patient at specific rates over an extended period of time. The apparatus is of a low profile, laminate construction having a stored energy source in the form of a distendable membrane, which in cooperation with the base of the apparatus defines one or more fluid reservoirs each having a fluid inlet and a fluid outlet. The apparatus further includes a novel, conformable ullage made of formable materials. The conformable ullage uniquely conforms to the shape of elastomeric membrane as the membrane returns to its less distend configuration and in so doing can move between a central chamber and a toroidal chamber formed in the cover of the apparatus. This arrangement will satisfy even the most stringent medicament delivery tolerance requirements and will elegantly overcome the limitations of materials selection encountered in devices embodying solely rigid ullage construction. Additionally, the infusion cannula of the apparatus is connected to the base in a novel manner which permits expeditious subdermal delivery to the patient via a cannula which extends generally perpendicularly relative to the base.
    • 一种用于在较长时间内以特定速率准确地将流体输入患者体内的装置。 该设备是具有低膨胀层压结构,其具有可膨胀膜形式的储存能量源,其与设备的底部配合限定一个或多个流体储存器,每个流体储存器具有流体入口和流体出口。 该装置还包括由可成形材料制成的新颖的,一致的缺口。 当膜返回到较小的膨胀构型时,适形的空隙与弹性体膜的形状完全一致,并且这样做可以在中心室和形成在装置的盖中的环形室之间移动。 这种布置将满足甚至最严格的药物输送公差要求,并且将优雅地克服在体现仅仅刚性结构的装置中遇到的材料选择的限制。 此外,装置的输液插管以新颖的方式连接到基部,其允许通过相对于基部大致垂直延伸的套管快速皮下递送给患者。
    • 17. 发明授权
    • Fluid delivery apparatus and method of making same
    • 流体输送装置及其制造方法
    • US5656032A
    • 1997-08-12
    • US451520
    • 1995-05-26
    • Marshall S. KrieselFarhad KazemzadehMatthew KrieselWilliam FengSteve C. BarberWilliam J. Kluck
    • Marshall S. KrieselFarhad KazemzadehMatthew KrieselWilliam FengSteve C. BarberWilliam J. Kluck
    • A61M5/14A61M5/142A61M5/152A61M5/158A61M37/00
    • A61M5/1409A61M5/1413A61M5/14248A61M5/152A61M2005/1581A61M2205/197A61M5/1407Y10S128/12
    • An apparatus for accurately infusing fluids into a patient at specific rates over an extended period of time and the method for making same. The apparatus includes one or more dispensers, of a low profile, laminate or layered construction each having a stored energy source in the form of a distendable membrane or an elastomeric cellular mass, which in cooperation with the base, defined a fluid chamber having a fluid inlet and a fluid outlet. The apparatus further includes, in lieu of a rigid ullage, a high novel, conformable ullage made of yieldable materials. The conformable ullage uniquely conforms to the shape of elastomeric membrane as the membrane returns to its less distended configuration. This arrangement will satisfy even the most stringent delivery tolerance requirements and will elegantly overcome the limitations of materials selection encountered in devices embodying the rigid ullage construction. Additionally, with the novel ullage construction, the ullage can be located either between the base and the fluid to be delivered, or alternatively, can be located between the elastomeric membrane and the fluid to be delivered. Further, a plurality of subreservoirs can be associated with a single ullage thereby making it possible to incorporate a wide variety of delivery profiles within a single device.
    • 一种用于在更长时间内以特定速率准确地将流体注入患者体内的装置及其制造方法。 该设备包括一个或多个分散器,其具有低轮廓,层压或分层结构,每个分配器具有可膨胀膜或弹性体泡沫体形式的储存能量源,其与基底配合,限定了具有流体的流体室 入口和流体出口。 该装置还包括代替刚性缺损的由可屈服材料制成的高度新颖的,适合的缺口。 随着膜返回到较少膨胀的构型,适形的填充与弹性膜的形状完全一致。 这种布置将满足最严格的交货公差要求,并且将优雅地克服在体现刚性空间结构的装置中遇到的材料选择的限制。 另外,随着新颖的空白结构,空白可以位于基底和要输送的流体之间,或者可以位于弹性膜和要输送的流体之间。 此外,多个子储存器可以与单个空白相关联,从而使得可以在单个装置内并入多种递送曲线。
    • 18. 发明授权
    • Fluid delivery apparatus
    • 流体输送装置
    • US5906592A
    • 1999-05-25
    • US907564
    • 1997-08-08
    • Marshall S. KrieselFarhad KazemzadehMatthew B. KrieselWilliam W. FengSteve C BarberWilliam J. Kluck
    • Marshall S. KrieselFarhad KazemzadehMatthew B. KrieselWilliam W. FengSteve C BarberWilliam J. Kluck
    • A61M5/14A61M5/142A61M5/152A61M5/158A61M37/00
    • A61M5/1409A61M5/1413A61M5/14248A61M5/152A61M2005/1581A61M2205/197A61M5/1407Y10S128/12
    • An apparatus for accurately infusing fluids into a patient at specific rates over an extended period of time and the method for making same. The apparatus includes one or more dispensers of a low profile, laminate or layered construction each having a stored energy source in the form of a distendable membrane or an elastomeric cellular mass, which in cooperation with the base, defined a fluid chamber having a fluid inlet and a fluid outlet. The apparatus further includes, in lieu of a rigid ullage, a high novel, conformable ullage made of yieldable materials. The conformable ullage uniquely conforms to the shape of elastomeric membrane as the membrane returns to its less distended configuration. This arrangement will satisfy even the most stringent delivery tolerance requirements and will elegantly overcome the limitations of materials selection encountered in devices embodying the rigid ullage construction. Additionally, with the novel ullage construction, the ullage can be located either between the base and the fluid to be delivered, or alternatively, can be located between the elastomeric membrane and the fluid to be delivered. Further, a plurality of subreservoirs can be associated with a single ullage thereby making it possible to incorporate a wide variety of delivery profiles within a single device.
    • 一种用于在更长时间内以特定速率准确地将流体注入患者体内的装置及其制造方法。 该设备包括一个或多个低分布,层压或分层结构的分配器,每个分配器具有可膨胀膜或弹性体泡沫体形式的储存能源,其与基底配合,限定了具有流体入口 和流体出口。 该装置还包括代替刚性缺损的由可屈服材料制成的高度新颖的,适合的缺口。 随着膜返回到较少膨胀的构型,适形的填充与弹性膜的形状完全一致。 这种布置将满足最严格的交货公差要求,并且将优雅地克服在体现刚性空间结构的装置中遇到的材料选择的限制。 另外,随着新颖的空白结构,空白可以位于基底和要输送的流体之间,或者可以位于弹性膜和要输送的流体之间。 此外,多个子储存器可以与单个空白相关联,从而使得可以在单个装置内并入多种递送曲线。