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    • 1. 发明申请
    • SYSTEM AND METHOD FOR CHECKING MECHANICAL PIECES, WITH WIRELESS SIGNAL TRANSMISSION
    • 用无线信号传输检测机械装置的系统和方法
    • WO2005098350A1
    • 2005-10-20
    • PCT/EP2005/051457
    • 2005-03-31
    • MARPOSS SOCIETA' PER AZIONICARLI, Carlo
    • CARLI, Carlo
    • G01B7/00
    • G01B7/002G01B21/04G01B2210/58
    • A system for detecting the position and/or the dimensions of mechanical pieces (3) includes a checking probe (1) with detection devices (2) and a remote transmitter (4), a receiver (7) being remotely placed from the probe to wirelessly receive, from the remote transmitter, pulse signals (5) indicative of the state of the probe. The receiver includes automatic control circuits that detect the presence of noises (NS) on the basis of attributes, e.g. the distribution in amplitude, of the received signal and, consequently, dynamically vary the sensitivity of the receiver, e.g. by acting on the amplification of the received signal or on a threshold (VTH) with which the received signal is compared. The pulse signals can be of optical type and the automatic control of sensitivity can be active in the presence of noise signals emitted by lamps located in the environment.
    • 用于检测机械件(3)的位置和/或尺寸的系统包括具有检测装置(2)和远程发射器(4)的检查探针(1),从探针远程放置的接收器(7) 从远程发射机无线地接收指示探测器状态的脉冲信号(5)。 该接收机包括基于属性(例如,基于)检测噪声(NS)的存在的自动控制电路。 接收信号的幅度分布,并因此动态地改变接收机的灵敏度,例如, 通过对接收信号的放大作用或者与接收信号进行比较的阈值(VTH)进行比较。 脉冲信号可以是光学类型,并且在存在由位于环境中的灯发出的噪声信号的情况下,灵敏度的自动控制可以是有效的。
    • 4. 发明申请
    • SYSTEM FOR DETECTING LINEAR DIMENSIONS AND METHOD FOR TESTING THE SYSTEM OPERABILITY
    • 用于检测线性尺寸的系统和用于测试系统可操作性的方法
    • WO1995028615A1
    • 1995-10-26
    • PCT/EP1995001261
    • 1995-04-06
    • MARPOSS SOCIETA' PER AZIONICARLI, CarloFERRARI, Andrea
    • MARPOSS SOCIETA' PER AZIONI
    • G01B21/04
    • G01B5/008B23Q17/24G01B21/04G01B2210/58
    • A measuring system for a numerical control machine tool comprising a detecting head (3), for contacting a workpiece (1) to be checked and for transmitting an optical coded signal (8) to a remote transceiver unit (11) that, in turn, can transmit an optical switch on signal (10) to the head (3). The transceiver unit (11) is connected, by means of a cable (45) including separate lines (43, 44) for the transmitted and received signals, to an interface unit (12), in turn connected to a computerized numerical control unit (13). In the event that faults occur in the transmission between the head (3) and the interface unit (12), a test takes place so as to identify in which part of the system the fault is located. A test signal is generated by suitable means (38) in the interface unit (12), transmitted from the transceiver unit (11) towards a reflecting surface (16), reflected by the latter, received by the transceiver unit (11) and sent to the interface unit (12). If the test outcome is positive, it means that head (3) is the cause for the malfunction. In the contrary, the test continues, by shortcircuiting the connection lines (43, 44) first to one, then to the other end of cable (45) for excluding from the test the transceiver unit (11), and cable (45) itself.
    • 一种用于数控机床的测量系统,包括检测头(3),用于接触待检查的工件(1),并将光编码信号(8)发送到远程收发器单元(11) 可以将信号(10)上的光开关传送到头(3)。 收发器单元(11)通过包括用于发送和接收信号的单独线路(43,44)的电缆(45)连接到接口单元(12),接口单元(12)又连接到计算机化数字控制单元 13)。 在头(3)和接口单元(12)之间的传输中发生故障的情况下,进行测试,以便识别故障位于系统的哪个部分。 测试信号由接收单元(12)中的适当装置(38)产生,从收发器单元(11)向反射表面(16)传输,由反射表面(16)反射,由收发器单元(11)接收并发送 到接口单元(12)。 如果测试结果为正,则表示头部(3)是故障的原因。 相反,通过将连接线(43,44)首先短路到电缆(45)的另一端,从测试中排除收发器单元(11)和电缆(45)本身,继续测试 。
    • 5. 发明申请
    • SYSTEM AND METHOD FOR THE WIRELESS SIGNAL TRANSMISSION FOR CHECKING PROBES
    • 用于检查探头的无线信号传输的系统和方法
    • WO1996036028A1
    • 1996-11-14
    • PCT/EP1996001874
    • 1996-05-06
    • MARPOSS SOCIETA' PER AZIONICARLI, CarloFERRARI, Andrea
    • MARPOSS SOCIETA' PER AZIONI
    • G08C17/02
    • G08C17/02G01B2210/58G08C15/00
    • A system for numerical control machine tools (M1, M2, M3) comprises contact detecting probes (S1a,...,S3c), powered by a battery (24), that transmit radio-frequency signals to associated interfaces (I1, I2, I3). When the probes are not being utilized for checking cycles, they are in a low-energy consumption state, in other words the circuits of the probes are only partially powered. When the need arises, the circuits of a probe (S1a) are fully powered by the battery (24), by means of radio-frequency activation signals. The procedure for activating a selected probe (S1a) includes the sending of a generic activation signal (AT) from the associated interface (I1), the transmitting of an identification signal (ID) from all the probes that have been activated by the generic signal and the sending of a generic confirmation signal (EN) from the interface in reply to the identification signal of the selected probe.
    • 一种用于数控机床(M1,M2,M3)的系统包括由电池(24)供电的接触检测探针(S1a,...,S3c),其将射频信号发送到相关联的接口(I1,I2, I3)。 当探针不用于检查循环时,它们处于低能耗状态,换句话说,探针的电路仅部分供电。 当需要时,探针(S1a)的电路由电池(24)通过射频激活信号完全供电。 用于激活所选择的探针(S1a)的过程包括从相关联的接口(I1)发送通用激活信号(AT),从由通用信号激活的所有探针中发送识别信号(ID) 以及响应所选择的探测器的识别信号,从接口发送通用确认信号(EN)。
    • 6. 发明申请
    • SYSTEM AND METHOD FOR THE DIMENSION CHECKING OF MECHANICAL PIECES
    • 机械尺寸尺寸检测系统与方法
    • WO2005013021A1
    • 2005-02-10
    • PCT/EP2004/051506
    • 2004-07-15
    • MARPOSS SOCIETA' PER AZIONIFERRARI, AndreaCARLI, Carlo
    • FERRARI, AndreaCARLI, Carlo
    • G05B19/401
    • G05B19/401G01B21/047G01B2210/58G05B2219/33192G05B2219/37574
    • A system for performing dimension checkings of mechanical pieces includes a contact detecting probe (4) with wireless transmission, for example by means of a single radiofrequency two-way communication link (14), with respect to a base station (10) connected to an interface unit (11). The probe includes a logic unit (36) and a memory unit (38) in which there reside the values of some operation parameters, for example the transmission frequency and/or the activation mode of the probe. The values of the operation parameters can be modified in a programming phase, according to a method that foresees the wireless transmission of control signals from a manually operated control device - carried out, for example, in the interface unit - to the probe, for giving the updating of the values among the selectable values of a sequence residing in the probe, and the acquisition of the current value. The generation of the former control signals is activated by manually operating keys of the interface unit on the basis of information - regarding the parameter under consideration and its associated current value - observable on a display, for example in the interface unit, information visualized on the basis of signals transmitted from the probe.
    • 用于对机械件进行尺寸检查的系统包括例如通过单个射频双向通信链路(14)的无线传输的接触检测探头(4)相对于连接到 接口单元(11)。 探针包括逻辑单元(36)和存储单元(38),其中存在一些操作参数的值,例如探针的传输频率和/或激活模式。 操作参数的值可以在编程阶段中被修改,根据一种方法,该方法可以将手动操作的控制设备(例如在接口单元中)执行的控制信号无线传输到探头,以便给出 在位于探测器中的序列的可选择值之间的值的更新以及当前值的获取。 基于关于正在考虑的参数的信息及其相关联的当前值 - 在显示器上可观察到的信息(例如在接口单元中),在显示的信息的基础上,通过手动操作接口单元的键来激活前一个控制信号的生成 从探头发送的信号的基础。
    • 7. 发明申请
    • CONDITIONING DEVICE FOR AN ANALOG TRANSDUCER
    • 用于模拟变压器的调节装置
    • WO2002090892A2
    • 2002-11-14
    • PCT/EP2002/004395
    • 2002-04-22
    • MARPOSS SOCIETÀ PER AZIONICARLI, Carlo
    • CARLI, Carlo
    • G01D5/22
    • G01D5/2291G01D5/2013
    • A device for conditioning the output signal (V2OUT) of an analog transducer (1), includes an energizing section (F2) and a detecting section (D2) with a comparator (COMP), a synchronous memory (FF), a timer (T), and a low pass filter (R,C).A digital output signal (VQ) - that is available at an output terminal (TO) and is controlled by the synchronous memory - and an analog output signal (VO) - that is provided by the low pass filter - are indicative of the amplitude of the transducer output signal. The synchronous memory is controlled by the comparator on the basis of a comparison between the transducer signal and an analog signal at the output terminal, the latter being provided through a feedback ring.
    • 用于调节模拟换能器(1)的输出信号(V2OUT)的装置包括:具有比较器(COMP)的激励部分(F2)和检测部分(D2),同步存储器(FF),定时器 )和低通滤波器(R,C)。数字输出信号(VQ) - 在输出端(TO)可用并由同步存储器控制的数字输出信号(VQ)和模拟输出信号(VO) - 即 由低通滤波器提供 - 表示换能器输出信号的幅度。 在比较器的基础上,同步存储器由输出端子上的换能器信号和模拟信号之间的比较来控制,后者通过反馈环来提供。