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    • 2. 发明申请
    • COMBINATION OF SPECTROGRAPH BARRIER GAS, CARRIER GAS AND COOLING OF CCD
    • 光谱气体,载体气体和CCD冷却的组合
    • WO2012033443A1
    • 2012-03-15
    • PCT/SE2011/051053
    • 2011-09-01
    • CHROMALYTICA ABOLSSON, LennartLAGESSON, Hans Verner
    • OLSSON, LennartLAGESSON, Hans Verner
    • G01N30/74F25D19/00G01J3/02G01T7/00H01L31/024
    • G01N30/74G01J3/02G01J3/0286G01J3/42G01N2021/151G01N2021/335
    • A method and a solution in a gas chromatography –UV spectrophotometry detector to efficiently increase the flow of photons through the spectrograph to a light sensitive element or elements and maintain functionality despite the absence of a physical window for the light to enter the spectrograph and or decrease the temperature of a photon collecting device like a CCD by expansion of gas in close proximity with the photon collecting device and or with thermal contact with the photon collecting and where the gas can be directed and used as a barrier gas flow in an opposite direction to the light out from the spectrograph and or where the gas can be directed to the entrance of a gas chromatography column as a carrier gas. One particular use is for detection of metabolic substances emanating from living tissues and in particular that can be found in exhaled air from humans and animals for detection of various diseases. Substances can be such as nitrogen oxide, urea, acetone, isoprene, carbon disulfide coming from diseases like cancer, ulcers, asthma, diabetes etc.
    • 在气相色谱-UV分光光度法检测器中的方法和解决方案,以有效地增加光子通过光谱仪到光敏元件或元件的流动,并保持功能,尽管没有光入射光谱仪的物理窗口和/或减少 诸如CCD的光子收集装置的温度通过在光子收集装置附近膨胀的气体膨胀,或者与光子收集装置的热接触,并且其中气体可以被导向并用作阻挡气体流,其方向与 从光谱仪出射的光,以及气体可以被引导到作为载气的气相色谱柱的入口。 一个特别的用途是用于检测从活组织发出的代谢物质,特别是用于检测各种疾病的来自人和动物的呼出空气中可见的代谢物质。 物质可以是诸如氮氧化物,尿素,丙酮,异戊二烯,来自癌症,溃疡,哮喘,糖尿病等疾病的二硫化碳。
    • 3. 发明申请
    • A METHOD AND A DEVICE FOR ARRANGING A DENTAL BRIDGE TO DENTAL IMPLANTS
    • 一种用于将牙齿桥固定到牙科植入物的方法和装置
    • WO2009068560A1
    • 2009-06-04
    • PCT/EP2008/066229
    • 2008-11-26
    • LINDBERG IMPLANTS ABOLSSON, LennartLINDBERG, AndersBANGE, Olof
    • OLSSON, LennartLINDBERG, AndersBANGE, Olof
    • A61C13/00B23H9/00
    • A61C13/0015A61C13/0012B23H9/00
    • A method for arrangement of a dental bridge (10) with at least one bridge support (11) being adapted to be fastened to at least one dental implant arranged into a jaw comprises the steps of fastening an impression element to each of said implant, providing an impression of the jaw with said impression element(s) into a rubber like material in an impression tray for forming a jaw model (50), and fastening a replica (30) to each impression element. Furthermore, the method uses each replica as an electrode for adjusting a contact surface of the at least one bridge support (11) to the shape and position of the at least one replica representing the corresponding implant. A device for machining at least one bridge support (11) of a dental bridge for adjustment to at least one dental implant has at least one electrode which is a replica (30) of said implant.
    • 一种用于布置具有至少一个桥接支撑件(11)的牙桥(10)的方法,其适于紧固到布置成颚部的至少一个牙科植入物,包括将压印元件紧固到每个所述植入物的步骤,提供 将所述印模元件的颚部印模成用于形成颚模型(50)的印模托盘中的橡胶状材料,以及将复制品(30)固定到每个印模元件上。 此外,该方法使用每个复制品作为用于将至少一个桥接支撑件(11)的接触表面调整到表示相应的植入物的至少一个复制品的形状和位置的电极。 用于加工牙桥的至少一个桥接支撑件(11)的装置用于调节至少一个牙科植入物具有至少一个电极,其是所述植入物的复制品(30)。
    • 5. 发明申请
    • METHOD FOR TRANSFERRING A PATTERN
    • 传输图案的方法
    • WO2003104898A1
    • 2003-12-18
    • PCT/SE2003/000901
    • 2003-06-05
    • OBDUCAT ABOLSSON, Lennart
    • OLSSON, Lennart
    • G03F7/00
    • G03F9/7053B29C59/02B29L2017/003B82Y10/00B82Y40/00G03F7/0002G11B5/855
    • A method and a device for forming at least a first pattern on a substrate (6,28), which is coated with a layer (5) on at least a first planar surface, are described. According to the method, a first pressing means (27) is arranged with a first structure (32) that defines the pattern, and the substrate (28) is arranged so that the first pressing means (27) is separated from the substrate (28) and so that the first pressing means (27) and the substrate (28) are unable to move transversely of the common center line (50) but are able to move freely in a direction along the center line (50). Subsequently, the first pressing means (27) is contacted with the substrate (28) while maintaining the common center line, and a pressure is applied to the substrate (28) and the first pressing means (27) to form said at least one pattern in the layer (30).
    • 描述了在至少在第一平面上涂覆有层(5)的衬底(6,28)上至少形成第一图案的方法和装置。 根据该方法,第一按压装置(27)布置有限定图案的第一结构(32),并且基板(28)被布置成使得第一按压装置(27)与基板(28)分离 ),并且使得第一按压装置(27)和基板(28)不能横向于公共中心线(50)移动,而是能够沿着中心线(50)的方向自由移动。 随后,第一按压装置(27)在保持公共中心线的同时与基板(28)接触,并且将压力施加到基板(28)和第一按压装置(27)以形成所述至少一个图案 在层(30)中。
    • 8. 发明申请
    • A HEALING ABUTMENT, A SCREW AND A METHOD
    • WO2009007401A3
    • 2009-01-15
    • PCT/EP2008/058933
    • 2008-07-09
    • LINDBERG IMPLANTS ABOLSSON, LennartLINDBERG, AndersBANGE, Olof
    • OLSSON, LennartLINDBERG, AndersBANGE, Olof
    • A61C8/00
    • A healing abutment for arrangement to a dental implant, provided with a bore, has a surface abutting the implant and a first compressible sealing integrally made with said surface. The healing abutment has a through channel ending at said surface and is shaped in such way that a shoulder is formed inside said channel, and has a second sealing integrally made with said shoulder. Each sealing is made of the same material as the healing abutment. According to a second embodiment, the healing abutment has a screw shaped protrusion, provided with a recess, for insertion into the bore of the implant. A screw for fastening a healing abutment to a dental implant, having a bore, has a head with an abutment surface and a stem and has a first compressible sealing integrally made with said abutment surface. According to a second embodiment of the screw, the stem is shaped in such way that a shoulder is formed and a second sealing is integrally made with said shoulder. Each sealing is made of the same material as the screw. The stem has an external longitudinal recess. A method is provided for fastening a healing abutment, having a surface with a first compressible sealing, and a through channel, having a shoulder with a second compressible sealing, by using a screw, having an abutment surface with at least one compressible sealing, on an implant with a bore. The healing abutment is arranged on the implant in such way that the first sealing is abutting the implant, and the channel of the healing abutment is arranged over the bore. The screw is inserted into said channel, in such way that the abutment surface of the screw is abutting the shoulder of the channel, and into said bore. The healing abutment is fastened to the implant by screwing the screw while the first sealing of the screw is cooperating with the second sealing of the healing abutment during compression of each sealing, and until the first sealing of the healing abutment is compressed against the implant.