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    • 2. 发明申请
    • MOVABLE ACTUATOR FOR ACTUATING A FOLDING FRAME FOR THE TILTING OF A SUPPORT PLANE OF A TABLE
    • WO2020079503A1
    • 2020-04-23
    • PCT/IB2019/057929
    • 2019-09-19
    • PEDRALI S.P.A.
    • PEDRALI, Giuseppe
    • A47B3/08
    • A movable actuator (9) for actuating a folding frame for the tilting of a support plane of a table. The movable actuator (9) comprises: a first gripping end (10); a second end (11), opposite the first gripping end (10), comprising a first engagement element (13), adapted to engage with a second engagement element of a folding frame; a stem (12), comprised between the first gripping end (10) and the second end (11), said stem (12) comprising a longitudinal cavity (14); a constraint element (15) housed inside said longitudinal cavity (14), the constraint element (15) being integrally fixable to a support plane of a table by means of a connecting screw passing through a first through-hole (19) of the constraint element (15) and a second through- hole of the folding frame and fixable to the support plane of the table; a spring (16) housed inside said longitudinal cavity (14) and operatively associated with the constraint element (15). In a first operational configuration, the first engagement element (13) of the movable actuator (9) is engageable with the second engagement element of the folding frame under the elastic action of the spring (16), so as to prevent the tilting of the support plane of the table. In a second operational configuration, the first engagement element (13) of the movable actuator (9) being disengageable from the second engagement element of the folding frame following the actuation of the movable actuator (9), contrasting the elastic action of the spring (16), so as to allow the tilting of the support plane of the table.
    • 3. 发明申请
    • METHOD FOR AUTOMATICALLY CONTROLLING THE MOORING MANEUVERS OF A BOAT WITH RESPECT TO AN OBJECT AND RELATED SYSTEM
    • 一种关于对象和相关系统自动控制船的系泊操作者的方法
    • WO2018073731A1
    • 2018-04-26
    • PCT/IB2017/056425
    • 2017-10-17
    • SEASTEMA S.P.A.
    • SEBASTIANI, LucaCONCIALINI, Alessandro
    • G05D1/02
    • G05D1/0206
    • A method for automatically controlling the mooring maneuver of a boat with respect to an object, the boat being provided with at least one distance sensor configured to detect the relative distance between the distance sensor and the object along a direction inclined with respect to a reference axis of the boat by a set angle. The method comprises the steps of: detecting (801), by the distance sensor, the relative distance between the distance sensor and the object along the direction inclined with respect to the reference axis of the boat by a set angle; if the detected distance is greater than a set first reference value (R1): applying (802) to the boat, by one or more actuators of a plurality of actuators controlled by a data processing unit, a first force having a first direction from the boat to the object at the position of the distance sensor along the direction inclined with respect to the reference axis of the boat by a set angle, the step of applying (801) comprising a step of modulating (802') the intensity of the first force as a function of the rate of change of the relative distance between the distance sensor and the object so as to ensure that the boat moves along the direction, inclined with respect to the reference axis of the boat by a set angle, at a speed having a constant value equal to a set reference value if the distance detected by the distance sensor is smaller than a set second reference value: applying (803) to the boat, by one or more actuators of the plurality of actuators controlled by the data processing unit, a second force having a second direction from the object to the boat at the position of the distance sensor along the direction inclined with respect to the reference axis of the boat by a set angle, the step of applying (803) the second force comprising a step of modulating (803') the intensity of the second force so it increases as the relative distance (d) between the distance sensor (S1) and the object decreases if the distance detected by the distance sensor is greater than a set third reference value (R3): applying (804) to the boat, by one or more actuators of the plurality of actuators controlled by the data processing unit, a third force having a first direction from the boat towards the object at the position of the distance sensor along the direction inclined with respect to the reference axis of the boat by a set angle, the step of applying (804) the third force comprising a step of modulating (804') the intensity of the third force so that it increases as the relative distance between the distance sensor and the object increases.
    • 一种用于相对于物体自动控制船的系泊操纵的方法,所述船配备有至少一个距离传感器,所述至少一个距离传感器被配置为检测距离传感器与物体之间沿着 该方向相对于舟皿的参考轴线倾斜一定角度。 该方法包括以下步骤:由距离传感器检测(801)沿着相对于船的参考轴线倾斜的方向的距离传感器和物体之间的相对距离达设定角度; 如果所检测的距离大于设定的第一参考值(R1),则通过由数据处理单元控制的多个致动器中的一个或多个致动器向船施加(802)具有第一方向的第一力, 在沿着相对于舟皿的参考轴线倾斜一定角度的方向上的距离传感器的位置处向物体施加(801)包括调制(802')第一 力作为距离传感器和物体之间的相对距离的变化率的函数,从而确保船以相对于船的参考轴线倾斜一定角度的方向以速度 如果由所述距离传感器检测到的距离小于设定的第二参考值,则具有等于设定参考值的恒定值:通过由所述数据处理控制的所述多个致动器中的一个或多个致动器向所述船施加(803) 所述第二力在所述距离传感器的位置处沿着相对于所述船的所述参考轴线倾斜一定角度的方向具有从所述物体到所述船的第二方向,所述施加(803)所述第二力 包括调制(803')所述第二力的强度的步骤,使得随着所述距离传感器(S1)与所述物体之间的所述相对距离(d)减小,如果所述距离传感器检测到的距离大于设定的第三 参考值(R3):通过由所述数据处理单元控制的所述多个致动器中的一个或多个致动器将具有第一方向的第三力施加(804)到所述船上,所述第三方向具有从所述船朝向处于所述距离的位置处的物体的第一方向 (804)所述第三力的步骤包括调节(804')所述第三力的强度使得所述第三力随着所述第三力的增加而增加的步骤, relati 距离传感器和物体之间的距离增加。
    • 5. 发明申请
    • PORTABLE DEVICE, METHOD AND PROGRAM PRODUCT FOR GENERATING A PARAMETER RELATED TO THE PHYSICAL ACTIVITY OF A USER
    • 用于产生与用户的物理活动相关的参数的便携式设备,方法和程序产品
    • WO2016120784A1
    • 2016-08-04
    • PCT/IB2016/050374
    • 2016-01-26
    • TECHNOGYM S.P.A.
    • ALESSANDRI, NerioZANUSO, Silvano
    • G06F19/00
    • G06F19/3481G06F19/00
    • A portable device (1), method and program product for generating a parameter related to the physical activity of a user. The device (1) includes at least one sensor (2) configured to measure information representative of the movement of the user. The sensor (2) is configured to generate, on the basis of such information, a plurality of values of physical activity data. A data processing unit (3) of the device (1), operatively connected to said at least one sensor (2), is configured to generate at least one physical activity rate parameter on the basis of said plurality of values of physical activity data generated by said at least one sensor (2). The data processing unit (3) is further configured to generate said at least one physical activity rate parameter in a first reference time instant on the basis of a portion of values of said plurality of values of physical activity data generated by said at least one sensor (2) in a set period of time preceding the first reference time instant t0.
    • 一种用于生成与用户的身体活动相关的参数的便携式设备(1),方法和程序产品。 设备(1)包括被配置为测量表示用户移动的信息的至少一个传感器(2)。 传感器(2)被配置为基于这样的信息生成多个身体活动数据值。 可操作地连接到所述至少一个传感器(2)的设备(1)的数据处理单元(3)被配置为基于生成的所述多个物理活动数据值来生成至少一个身体活动率参数 通过所述至少一个传感器(2)。 数据处理单元(3)还被配置为基于由所述至少一个传感器产生的所述多个身体活动数据值的值的一部分,在第一参考时刻中产生所述至少一个身体活动速率参数 (2)在第一参考时刻t0之前的设定时间段内。
    • 6. 发明申请
    • METHOD AND RELATED SYSTEM FOR TRANSFERRING ELECTRIC ENERGY FROM AN ELECTRIC ENERGY SOURCE TO A LOAD TO BE ELECTRICALLY SUPPLIED
    • 将电能从电力能源转移到电力供应的方法和相关系统
    • WO2016005839A1
    • 2016-01-14
    • PCT/IB2015/054597
    • 2015-06-18
    • LISINI, Gianni
    • LISINI, Gianni
    • H02J7/34
    • H02J7/345H02J7/0068H02J7/34Y02B10/30
    • It is described a method and related system (100) for transferring electric energy from an electric energy source (101) to a load (102) to be electrically supplied. The method and related system (100) allow to store electric energy from an electric energy source (101) and supply a load (102) using at least one capacitor (3) and at least one rechargeable battery (4) in which, during the step of charging, the method, related to the availability of the electric supply, can choose to charge sequentially or simultaneously said at least one capacitor (3) and said at least one rechargeable battery (4). During the step of discharging, the method supplies the load (102) using sequentially electric energy stored in said at least one capacitor (3) and after that in said at least one rechargeable battery (4).
    • 描述了用于将电能从电能源(101)传送到负载(102)以供给电力的方法和相关系统(100)。 方法和相关系统(100)允许存储来自电能源(101)的电能并使用至少一个电容器(3)和至少一个可充电电池(4)提供负载(102),其中,在 该充电步骤,该方法涉及电源的可用性,可以选择依次或同时地对所述至少一个电容器(3)和所述至少一个可再充电电池(4)进行充电。 在放电步骤期间,该方法使用存储在所述至少一个电容器(3)中的顺序电能并且之后在所述至少一个可再充电电池(4)中提供负载(102)。
    • 7. 发明申请
    • SYSTEM OF DESIGN AND PRODUCTION MANAGEMENT OF A MEDICAL-DENTAL DEVICE AND RELATED METHOD
    • 一种医疗设备的设计和生产管理系统及相关方法
    • WO2015008238A2
    • 2015-01-22
    • PCT/IB2014/063155
    • 2014-07-16
    • DENTAL KNOWLEDGE S.R.L.
    • AZIN, Claudio
    • A61C13/0004A61C5/77G06F19/00G06F19/321G06F19/3418G16H50/50
    • System (100) of design and production management of a medical-dental device, comprising a central control station (101), a plurality of data gathering stations (102), a plurality of dental modeling stations (104), a plurality of production stations of medical-dental devices (105), operatively connected through the data communication network (103). Each data gathering station is configured to generate one or more digital images representative of a scan of at least a portion of a patient's oral cavity and to send to the central control station (101) a request for the design and the production of a medical-dental device (such digital images and design and production parameters of the medical-dental device). The central control station (101) is configured to generate and to send to one of the dental modeling stations a modeling request of a medical- dental device, based on the received request for the design and the production of a medical-dental. The dental modeling station is configured to generate and to send to the central control station (101) digital images and production provisions of a medical-dental device to be realized, based on the received modeling request of a medical-dental device. The central control station (101) is configured to generate and to send to one of the production stations of medical-dental devices production instructions for a medical-dental device, based on the received digital images and the production provisions of the medical-dental device to be realized. The production station of medical-dental devices is configured to product a medical-dental device based on the received production instructions of a medical- dental device.
    • 包括中央控制站(101),多个数据收集站(102),多个牙科建模站(101),所述多个牙科建模站(101) 104),通过数据通信网络(103)可操作地连接的多个医疗 - 牙科设备(105)的生产站。 每个数据采集站被配置为生成表示患者口腔的至少一部分的扫描的一个或多个数字图像,并且向中央控制站(101)发送设计请求和生成医学图像数据, 牙科装置(这种数字图像以及医疗 - 牙科装置的设计和生产参数)。 中央控制站(101)被配置为基于接收到的设计请求和医疗用牙齿的生产,生成并向牙齿造型站之一发送医疗 - 牙科设备的造型请求。 牙齿造型站被配置为基于接收到的医疗 - 牙科设备的造型请求,生成并向中央控制站(101)发送待实现的医疗 - 牙科设备的数字图像和生产规定。 中央控制站(101)被配置成基于所接收的数字图像和医疗 - 牙科设备的生产供应,生成医疗 - 牙科设备的生产站并将其发送到医疗 - 牙科设备的生产站之一 - 生产指令 被实现。 医疗 - 牙科装置的生产站被配置成基于所接收的医疗 - 牙科装置的生产指令来生产医疗 - 牙科装置。
    • 8. 发明申请
    • METHOD AND ELECTRONIC EQUIPMENT FOR DETERMINING A LEAF AREA INDEX
    • 用于确定叶面积指数的方法和电子设备
    • WO2014122256A1
    • 2014-08-14
    • PCT/EP2014/052418
    • 2014-02-07
    • UNIVERSITA' DEGLI STUDI DI MILANO
    • CONFALONIERI, RobertoFOI, MarcoACUTIS, MarcoCASA, Raffaele
    • G01B11/28G01N21/84
    • G01N21/84G01B11/285G01N2021/8466
    • Method (200; 300) and portable electronic equipment (100) for determining leaf area index, or LAI, of a plant canopy sample. The equipment is movable with respect to an axis (X) perpendicular to the ground and to (Y) and (Z) axes parallel to the ground and orthogonal to said first axis and it has a digital image acquisition module (40, 102) and an accelerometer module (50). The method of invention comprises the steps of: - positioning (202; 202') said equipment at the plant canopy sample; - rotating (203) said equipment about axis (Y) from a first position, in which a camera lens (102) of said image acquisition module lies on a reference plane (XY), to a second position in which said camera lens (102) lies on a first plane (YZ); - during the rotation of the equipment, detecting, by the accelerometer module (50), the attainment of an intermediate position between the first and second position, in such intermediate position the equipment being inclined with respect to the reference plane (XY) by a reference inclination angle of about 57.5°; - acquiring (204) at least one digital image of said plant canopy sample at the intermediate position of the equipment; - sending (205) said at least one acquired digital image to a processing module (10) in the portable electronic equipment; - processing (206; 206') said at least one digital image to measure a parameter indicative of a light radiation transfer through the plant canopy sample at said reference inclination angle.
    • 方法(200; 300)和用于确定植物冠层样品的叶面积指数(LAI)的便携式电子设备(100)。 该设备可相对于垂直于地面的轴线(X)和平行于地面并且与所述第一轴线正交的(Y)和(Z)轴线移动,并且具有数字图像采集模块(40,102)和 加速度计模块(50)。 本发明的方法包括以下步骤: - 在植物冠层样品上定位(202; 202')所述设备; 从所述图像采集模块的相机透镜(102)位于参考平面(XY)上的第一位置旋转(203)所述设备围绕轴线(Y)旋转(203)到第二位置,在所述第二位置,所述照相机镜头 )位于第一平面(YZ)上; - 在设备旋转期间,通过加速度计模块(50)检测到在第一和第二位置之间的中间位置,在这样的中间位置,设备相对于参考平面(XY)倾斜一个 参考倾角约57.5°; - 在设备的中间位置获取(204)所述植物冠层样品的至少一个数字图像; - 将所述至少一个获取的数字图像发送(205)到所述便携式电子设备中的处理模块(10); - 处理(206; 206')所述至少一个数字图像以测量指示以所述参考倾斜角度通过植物冠层样品的光辐射传递的参数。
    • 9. 发明申请
    • DIFFERENTIAL OUTPUT STAGE OF AN AMPLIFICATION DEVICE, FOR DRIVING A LOAD
    • 用于驱动负载的放大器件的差分输出级
    • WO2014114632A1
    • 2014-07-31
    • PCT/EP2014/051111
    • 2014-01-21
    • ST-ERICSSON SA
    • COONFALONIERI, PierangeloGUANZIROLI, FedericoNICOLLINI, Germano
    • H03F3/217H03F3/30H03F1/32H03F1/30
    • H03F1/0205H03F1/307H03F1/3205H03F3/183H03F3/211H03F3/217H03F3/2171H03F3/2173H03F3/2178H03F3/3059H03F3/3064H03F3/45179H03F2200/03H03F2200/351H03F2203/21142
    • Differential output stage (200) of an amplification device, for driving a load, comprises a first (201) and a second (202) differential output stage portion. The first differential output stage portion (201) comprises: a first (M1PSW) and a second (M1NSW) output circuit; a first driving circuit (210) comprising a first biasing circuit (M2P, M3N, M4N, R11, I11); a second driving circuit (220) comprising a second biasing circuit (I41, R41, M4P, M3P, M2N). The first differential output stage portion (201) comprises: a third output circuit (M2PSW) connected between a first node (N1) of said first biasing circuit (M2P, M3N, M4N, R11, I11 ) and a first differential output terminal (01), having a third driving terminal (DT3) connected to a first driving terminal (DT1); a fourth output circuit (M2NSW) connected between a first node (N4) of the second biasing circuit (I41, R41, M4P, M3P, M2N) and the first differential output terminal (01), having a fourth driving terminal (DT4) connected to a second driving terminal (DT2).
    • 用于驱动负载的放大装置的差分输出级(200)包括第一(201)和第二(202)差分输出级部分。 第一差分输出级部分(201)包括:第一(M1PSW)和第二(M1NSW)输出电路; 第一驱动电路(210),包括第一偏置电路(M2P,M3N,M4N,R11,I11); 包括第二偏置电路(I41,R41,M4P,M3P,M2N)的第二驱动电路(220)。 第一差分输出级部分(201)包括:连接在所述第一偏置电路(M2P,M3N,M4N,R11,I11)的第一节点(N1)和第一差分输出端子(01)之间的第三输出电路(M2PSW) ),具有连接到第一驱动端子(DT1)的第三驱动端子(DT3); 连接在第二偏置电路(I41,R41,M4P,M3P,M2N)的第一节点(N4)和第一差分输出端子(01)之间的第四输出电路(M2NSW),具有连接的第四驱动端子(DT4) 到第二驱动终端(DT2)。
    • 10. 发明申请
    • BIOMETRIC RECOGNITION METHOD WITH SPEED AND SECURITY FEATURE SUITABLE FOR POS/ATM APPLICATIONS
    • 具有适用于POS / ATM应用的速度和安全特性的生物识别方法
    • WO2014097330A1
    • 2014-06-26
    • PCT/IT2012/000389
    • 2012-12-20
    • UNICREDIT S.p.A.
    • PRODAM, RicardoPARIS, MarcelloBERINI, Marco
    • G07F19/00G06K9/00G06Q20/00G06Q20/20G06Q20/40
    • G06K9/00926G06F17/30876G06F21/32G06K9/00087G06K9/00979G06K2009/00932G06K2009/00939G06Q20/1085G06Q20/20G06Q20/206G06Q20/40145G07F19/20H04L63/0861
    • A method is described for quick recognition of a person (in particular, a user of a POS or Cashpoint/ATM service) by means of identification codes derivable from biometric data. Such method comprises the phases of registering at least one user, and of recognizing a registered user, from a plurality of registered users, by means of a respective recognition event. Each user registration event comprises the steps of acquiring from the user to be registered at least one biometric datum correlated to a configuration of the user's blood vessels; then, encoding, by means of a coding procedure, the at least one acquired biometric datum into a respective registration identification code of the user to be registered; then, associating such registration identification code to the user to be registered; lastly, registering the user as a registered user, and registering the associated registration identification code as the registration identification code of the registered user. Each recognition event of a registered user, from a plurality of registered users, comprises the steps of acquiring from the user to be recognized the aforementioned at least one biometric datum correlated to a configuration of the user's blood vessels; then, encoding, by means of the aforementioned coding procedure, the at least one acquired biometric datum into a respective recognition identification code of the user to be registered; then, preparing, on the basis of said registration identification codes registered, a comparison set comprising a plurality of comparison identification codes; then, comparing the recognition identification code with each of such plurality of comparison identification codes; then, estimating, for each of such comparisons, a respective matching level; lastly, recognizing or refusing recognition of the user to be recognized, on the basis of the estimated matching levels. Each of the comparisons between the recognition identification code and one of the comparison identification codes comprises processing performed by applying at least one learning algorithm.
    • 描述了通过可从生物特征数据导出的识别码快速识别人(特别是POS或Cashpoint / ATM服务的用户)的方法。 这种方法包括通过相应的识别事件从多个注册用户注册至少一个用户并且识别注册用户的阶段。 每个用户注册事件包括以下步骤:从用户获取要登记与用户血管的配置相关的至少一个生物测定数据; 然后,通过编码程序将所述至少一个获取的生物统计数据编码成要登记的用户的相应登记识别码; 然后将这样的登记识别码与要注册的用户相关联; 最后,将用户注册为注册用户,并且注册相关联的注册识别码作为注册用户的注册识别码。 来自多个注册用户的注册用户的每个识别事件包括以下步骤:从用户获取识别与用户血管的配置相关的上述至少一个生物测定数据; 然后,通过上述编码程序将至少一个获取的生物统计数据编码成要登记的用户的相应识别标识码; 然后,基于登记的所述登记识别码准备包括多个比较识别码的比较集合; 然后,将识别识别码与这些多个比较识别码中的每一个进行比较; 然后,对于每个这样的比较,估计相应的匹配水平; 最后,基于估计的匹配级别识别或拒绝认可用户。 识别识别码和比较识别码之一之间的比较中的每一个包括通过应用至少一种学习算法进行的处理。