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    • 1. 发明申请
    • METHOD FOR SPECTROSCOPY AND IMAGING AND EQUIPMENT FOR CARRYING OUT SAID METHOD
    • 光谱学和成像方法以及进行所述方法的设备
    • WO2011077203A3
    • 2011-10-13
    • PCT/IB2010002989
    • 2010-11-19
    • SCUOLA SUPERIORE DI STUDI UNI S ANNACNITASCARI LUCAPOTI LUCABOGONI ANTONELLA
    • ASCARI LUCAPOTI LUCABOGONI ANTONELLA
    • A61B5/00G01J3/28G01N21/47
    • A61B5/0059A61B5/0066G01J3/02G01J3/0205G01J3/0218G01J3/0237G01J3/0264G01J3/027G01J3/0294G01J3/08G01J3/10G01J3/433G01N21/31G01N21/4795G01N21/88
    • A method and an apparatus for carrying out a chemical-physical analysis, such as a spectroscopic analysis, an absorption analysis, a scattering analysis, etc. on one or more regions of a sample (11 ), provides prearranging a source (1 ) of a first electromagnetic radiation comprising a plurality of components with respective wavelength, prearranging a plurality of sites (9) distributed on a determined surface to emit the first radiation, arranging such surface facing a corresponding region of a sample (11 ) such that the whole surface thereof is attained by the first radiation, emitting the first radiation on the sample (11) thus causing the emission of a second radiation by the sample (11 ), which is analysed to associate an intensity of the second radiation to each region and wavelength. For each of the wavelength of the first radiation, a wavelength code is selected by which respective components of the first radiation are coded; the coded components are joined together to form the first electromagnetic radiation which is distributed in a plurality of radiation beams. Such beams are conveyed to respective emission sites (9), for each of which an emission site (9) code is selected, a radiation beam being codified by said code. A decoding of the of the second radiation produces a plurality of fractions, each fraction associated to a wavelength of the first radiation such that for each emission site (9) it is possible to instantaneously compare each fraction associated to a respective wavelength with a component of the first radiation having the same wavelength, the components of the first electromagnetic radiation being emitted simultaneously. The steps of wavelength coding and of site coding, and possibly also other coding steps may be earned out subsequently with respect to one another, or at the same time. The method and the apparatus allow reducing the time required to carry out said analysis.
    • 用于在样本(11)的一个或多个区域上执行化学物理分析(例如光谱分析,吸收分析,散射分析等)的方法和装置提供了以下的源(1)的预先安排: 第一电磁辐射,所述第一电磁辐射包括具有相应波长的多个分量,将分布在确定表面上的多个位点(9)预先排列以发射所述第一辐射,将所述表面布置成面向样品(11)的相应区域,使得整个表面 (11)上发射第一辐射,从而引起样品(11)发射第二辐射,分析该样品(11)以将第二辐射的强度与每个区域和波长相关联。 对于第一辐射的每个波长,选择第一辐射的各个分量被编码的波长码; 编码部件连接在一起以形成分布在多个辐射束中的第一电磁辐射。 这样的光束被传送到相应的发射位置(9),其中每个发射位置(9)代码被选择,辐射光束被所述代码编码。 第二辐射的解码产生多个分数,每个分数与第一辐射的波长相关联,使得对于每个发射位置(9),可以瞬时地将与相应波长相关联的每个分数与 第一辐射具有相同的波长,第一电磁辐射的分量同时发射。 波长编码和站点编码的步骤以及可能还有其他编码步骤可以随后相对于彼此或者同时获得。 该方法和设备允许减少执行所述分析所需的时间。
    • 2. 发明申请
    • METHOD FOR SPECTROSCOPY AND IMAGING AND EQUIPMENT FOR CARRYING OUT SAID METHOD
    • 用于实现方法的光谱和成像和设备的方法
    • WO2011077203A8
    • 2011-12-01
    • PCT/IB2010002989
    • 2010-11-19
    • SCUOLA SUPERIORE DI STUDI UNI S ANNACNITASCARI LUCAPOTI LUCABOGONI ANTONELLA
    • ASCARI LUCAPOTI LUCABOGONI ANTONELLA
    • A61B5/00G01J3/28G01N21/47
    • A61B5/0059A61B5/0066G01J3/02G01J3/0205G01J3/0218G01J3/0237G01J3/0264G01J3/027G01J3/0294G01J3/08G01J3/10G01J3/433G01N21/31G01N21/4795G01N21/88
    • A method and an apparatus for carrying out a chemical-physical analysis, such as a spectroscopic analysis, an absorption analysis, a scattering analysis, etc. on one or more regions of a sample (11 ), provides prearranging a source (1 ) of a first electromagnetic radiation comprising a plurality of components with respective wavelength, prearranging a plurality of sites (9) distributed on a determined surface to emit the first radiation, arranging such surface facing a corresponding region of a sample (11 ) such that the whole surface thereof is attained by the first radiation, emitting the first radiation on the sample (11) thus causing the emission of a second radiation by the sample (11 ), which is analysed to associate an intensity of the second radiation to each region and wavelength. For each of the wavelength of the first radiation, a wavelength code is selected by which respective components of the first radiation are coded; the coded components are joined together to form the first electromagnetic radiation which is distributed in a plurality of radiation beams. Such beams are conveyed to respective emission sites (9), for each of which an emission site (9) code is selected, a radiation beam being codified by said code. A decoding of the of the second radiation produces a plurality of fractions, each fraction associated to a wavelength of the first radiation such that for each emission site (9) it is possible to instantaneously compare each fraction associated to a respective wavelength with a component of the first radiation having the same wavelength, the components of the first electromagnetic radiation being emitted simultaneously. The steps of wavelength coding and of site coding, and possibly also other coding steps may be earned out subsequently with respect to one another, or at the same time. The method and the apparatus allow reducing the time required to carry out said analysis.
    • 在样品(11)的一个或多个区域上进行化学物理分析(例如光谱分析,吸收分析,散射分析等)的方法和装置提供了预先安排 第一电磁辐射,其包括具有相应波长的多个分量,预先布置分布在确定的表面上的多个位点(9)以发射第一辐射,将该表面布置成面对样品(11)的相应区域,使得整个表面 其通过第一辐射获得,在样品(11)上发射第一辐射,从而导致样品(11)发射第二辐射,其被分析以将第二辐射的强度与每个区域和波长相关联。 对于第一辐射的每个波长,选择通过其对第一辐射的各个分量进行编码的波长码; 编码的部件被连接在一起以形成分布在多个辐射束中的第一电磁辐射。 这样的光束被传送到相应的发射位置(9),对于其中的每一个,选择发射部位(9)代码,由所述代码编码的辐射束。 对第二辐射的解码产生多个分数,每个分数与第一辐射的波长相关联,使得对于每个发射部位(9),可以将与各波长相关联的每个分数与 第一辐射具有相同的波长,第一电磁辐射的分量同时发射。 波长编码和现场编码的步骤以及可能的其他编码步骤可以随后相对于彼此或同时获得。 该方法和装置允许减少进行所述分析所需的时间。
    • 5. 发明申请
    • METHOD AND MACHINE FOR SHELLING A COCONUT
    • 用于制作衣帽间的方法和机器
    • WO2012042395A3
    • 2012-07-12
    • PCT/IB2011050768
    • 2011-02-24
    • L S R L ABASCARI LUCAASCARI DANIELA
    • ASCARI LUCAASCARI DANIELA
    • A23N5/03A23L1/00
    • A23N5/03
    • A method for shelling a coconut, comprising the following stages: making at least an incision (21) on the shell (2), which incision subdivides the shell into two portions; subjecting the shell to a sharp change of temperature; separating the shell (2) from the pulp (3). A machine for shelling a coconut, comprising: at least a gripping device (11), predisposed to retain a coconut (1); at least a cutting device (14), predisposed to realise an incision (21) on the shell of the coconut; rotation means, predisposed to determine a relative rotation between the coconut (1) and the cutting device (14) such that the incision realised by the cutting device (14) extends around the whole shell (2).
    • 一种用于炮制椰子的方法,包括以下步骤:在壳体(2)上至少形成切口(21),该切口将壳体细分成两部分; 使壳体受到温度的急剧变化; 将壳体(2)与纸浆(3)分离。 一种用于炮制椰子的机器,包括:至少一个易于保持椰子(1)的夹持装置(11); 至少切割装置(14),其倾向于实现在所述椰子壳上的切口(21); 旋转装置倾向于确定椰子(1)和切割装置(14)之间的相对旋转,使得由切割装置(14)实现的切口围绕整个壳体(2)延伸。
    • 6. 发明申请
    • METHOD AND MACHINE FOR SHELLING A COCONUT
    • 方法和机器用于腌椰子
    • WO2012042395A2
    • 2012-04-05
    • PCT/IB2011050768
    • 2011-02-24
    • L S R L ABASCARI LUCAASCARI DANIELA
    • ASCARI LUCAASCARI DANIELA
    • E04F10/06H01L31/045H01L31/048
    • A23N5/03
    • A method for shelling a coconut, comprising the following stages: making at least an incision (21) on the shell (2), which incision subdivides the shell into two portions; subjecting the shell to a sharp change of temperature; separating the shell (2) from the pulp (3). A machine for shelling a coconut, comprising: at least a gripping device (11), predisposed to retain a coconut (1); at least a cutting device (14), predisposed to realise an incision (21) on the shell of the coconut; rotation means, predisposed to determine a relative rotation between the coconut (1) and the cutting device (14) such that the incision realised by the cutting device (14) extends around the whole shell (2).
    • 一种椰壳脱壳的方法,包括以下步骤:在壳体(2)上制作至少一个切口(21),该切口将壳体分成两部分; 使壳受到剧烈的温度变化; 将壳体(2)与纸浆(3)分离。 一种用于剥壳椰子的机器,包括:至少一个夹持装置(11),用于保持椰子(1); 至少一个切割装置(14),预先设置成在椰子壳上实现切口(21); 旋转装置,其倾向于确定椰子(1)和切割装置(14)之间的相对旋转,使得由切割装置(14)实现的切口围绕整个壳体(2)延伸。