Patent search ap:("Antoine Simon") AND inv:"Antoine Simon" Page 1

1.

发明授权
Optoelectronic device with a built-in fuse mechanism 有权
Title translation: 具有内置保险丝机构的光电器件

公开(公告)号：US08314413B2

公开(公告)日：2012-11-20

申请号：US12461884

申请日：2009-08-27

Applicant: Mamadi Keita , Antoine Simon

Inventor： Mamadi Keita , Antoine Simon

IPC: H04B10/00

CPC classification number: H04B10/802 , H01L2224/48472

Abstract: An optoelectronic device for transmission of an electrical signal of an input electrical current circuit to an output electrical current circuit galvanically isolated from the input electrical current circuit. The device includes a housing. The input electrical current circuit contains, for producing an optical signal, an optical transmitting unit, which is arranged in the housing. The output electrical current circuit contains, for receiving the optical signal, an optical receiving unit, which is arranged in the housing. At least one fuse mechanism is provided in the housing, which interrupts transmission of the electrical signal in the case of an electrical current flow, which lies above a predetermined electrical current level.

Abstract translation: 一种用于将输入电流电路的电信号传输到与输入电流电路电隔离的输出电流电路的光电子器件。该装置包括壳体。输入电流电路包括用于产生光信号的布置在壳体中的光发送单元。输出电流电路包括用于接收光信号的光接收单元，该光接收单元布置在壳体中。在壳体中设置至少一个熔丝机构，其在电流流动的情况下中断电信号的传输，其位于预定电流水平以上。

2.

发明申请
Optoelectronic device with a built-in fuse mechanism 有权
Title translation: 具有内置保险丝机构的光电器件

公开(公告)号：US20100086312A1

公开(公告)日：2010-04-08

申请号：US12461884

申请日：2009-08-27

Applicant: Mamadi Keita , Antoine Simon

Inventor： Mamadi Keita , Antoine Simon

IPC: H04B10/00

CPC classification number: H04B10/802 , H01L2224/48472

Abstract: An optoelectronic device for transmission of an electrical signal of an input electrical current circuit to an output electrical current circuit galvanically isolated from the input electrical current circuit. The device includes a housing. The input electrical current circuit contains, for producing an optical signal, an optical transmitting unit, which is arranged in the housing. The output electrical current circuit contains, for receiving the optical signal, an optical receiving unit, which is arranged in the housing. At least one fuse mechanism is provided in the housing, which interrupts transmission of the electrical signal in the case of an electrical current flow, which lies above a predetermined electrical current level.

Abstract translation: 一种用于将输入电流电路的电信号传输到与输入电流电路电隔离的输出电流电路的光电子器件。该装置包括壳体。输入电流电路包括用于产生光信号的布置在壳体中的光发送单元。输出电流电路包括用于接收光信号的光接收单元，该光接收单元布置在壳体中。在壳体中设置至少一个熔丝机构，其在电流流动的情况下中断电信号的传输，其位于预定电流水平以上。

3.

发明申请
FIELDBUS UNIT FOR A TWO-CONDUCTOR FIELDBUS 有权
Title translation: 两个导体现场总线的现场总线单元

公开(公告)号：US20100145541A1

公开(公告)日：2010-06-10

申请号：US12452954

申请日：2008-07-10

Applicant: Antoine Simon

Inventor： Antoine Simon

IPC: G06F1/26 , G05D7/06

CPC classification number: G01D21/00 , H04L12/40045 , H04L2012/40221

Abstract: A fieldbus unit for connection of a field device to a fieldbus comprising two conductors is designed to transfer a signal via the fieldbus by modulation of an electrical current drawn by the field device. The fieldbus unit comprises: an electrical current control transistor, through which the electrical current drawn by the field device flows, wherein the electrical current drawn by the field device is controlled via a base current of the electrical current control transistor; a bipolar transistor, via whose emitter-collector, electrical current path the base current for driving the electrical current control transistor flows; as well as an electrical current controller, which produces an electrical current control signal for controlling the electrical current drawn by the field device. The base of the bipolar transistor is placed at an essentially constant potential, which is so selected, that the bipolar transistor supplies the electrical current control transistor a base current sufficient for start-up of the field device, when the electrical current controller is not supplied with electrical current and delivers no electrical current control signal. The electrical current controller feeds the electrical current control signal via the emitter-collector, electrical current path of the bipolar transistor

Abstract translation: 用于将现场设备连接到包括两个导体的现场总线的现场总线单元被设计成通过现场设备抽取的电流的调制来经由现场总线传送信号。现场总线单元包括：电流控制晶体管，通过该电流控制晶体管流过现场设备的电流流动，其中通过电流控制晶体管的基极电流控制由现场设备汲取的电流; 通过其双极晶体管，其发射极 - 集电极，电流路径用于驱动电流控制晶体管的基极电流流动; 以及电流控制器，其产生用于控制由现场设备吸取的电流的电流控制信号。双极晶体管的基极被置于基本上恒定的电位，这是被选择的，当不提供电流控制器时，双极晶体管为电流控制晶体管提供足以启动现场设备的基极电流具有电流并且不传递电流控制信号。电流控制器通过双极晶体管的发射极 - 集电极，电流通路馈送电流控制信号

4.

发明申请
Device for Determining and/or Monitoring the Volume Flow Rate and/or Mass Flow Rate of a Medium to be Measured 有权
Title translation: 用于确定和/或监测要测量的介质的体积流量和/或质量流量的装置
公开(公告)号：US20080059085A1

公开(公告)日：2008-03-06

申请号：US10584149

申请日：2004-12-15

Applicant: Antoine Simon

Inventor： Antoine Simon

IPC: G01F1/05

CPC classification number: G01F1/66

Abstract: A ultrasonic flow measuring device, which is distinguished by a low energy consumption. A control/evaluation unit ascertains a plurality of sampled values α, with i=1, 2, 3, . . . ) of a received measuring signal at defined points in time (t) of a predetermined time range and interpolates the sampled values by a continuous function (f(t)), wherein the continuous function (f(t)) is formed by a sum of a predetermined number (n ε N) of wavelets (W) and wherein each wavelet (W) corresponds to the product of a sampled value with a sinc function ( sin  ( x ) x ) and with a Gaussian bell curve (e−αχ2, α ε R).

Abstract translation: 超声波流量测量装置，其能耗低。控制/评估单元确定多个采样值α，其中i = 1,2,3。。。。）在预定时间范围的时间（t）的定义的时间点（t）处接收的测量信号，并通过连续函数（f（t））内插所述采样值，其中连续函数（f（t））由和具有预定数量（n∈N）的小波（W），并且其中每个小波（W）对应于采样值与正弦函数的乘积 $（sin>5. 发明授权 Measuring transducer of vibration-type for a fluid flowing in a flexible hose 有权 Title translation: 用于在柔性软管中流动的流体的振动型测量传感器公开(公告)号： US09200931B2 公开(公告)日： 2015-12-01 申请号： US13884403 申请日： 2011-10-20 Applicant: Mamadi Keita, Mike Touzin, Antoine Simon Inventor： Mamadi Keita, Mike Touzin, Antoine Simon IPC: G01F1/84, G01F1/32, G01N9/00, G01N11/16 CPC classification number: G01F1/3227, G01F1/8404, G01F1/8409, G01F1/845, G01F1/8472, G01F1/8477, G01N9/002, G01N11/16 Abstract: The present invention relates to a measuring transducer of the vibration-type for a fluid flowing in a flexible hose. The measuring transducer includes, a hose carrier unit, which has at least sectionally a loop-shaped outer contour, around which a flexible hose can be led. Furthermore, the measuring transducer includes a clamping unit, by which a flexible hose led in use around the loop-shaped outer contour is tightenable against the loop-shaped outer contour, at least one exciter coupled to the hose carrier unit, by which the hose carrier unit is excitable to execute mechanical oscillations, which are accompanied by alternating elastic deformation of the hose carrier unit, and at least one oscillation sensor, by which mechanical oscillations of the hose carrier unit and/or a flexible hose installed in use in the measuring transducer are registerable. Abstract translation: 本发明涉及一种用于在柔性软管中流动的流体的振动型测量传感器。测量传感器包括一个软管支架单元，该单元至少具有一个环形的外轮廓，柔性软管可围绕该外轮廓引导。此外，测量换能器包括夹紧单元，通过该夹紧单元，围绕环形外轮廓引导使用的柔性软管能够抵靠环形外轮廓紧固，至少一个联接到软管承载单元的激励器，软管载体单元是可激励的，以执行机械振荡，其伴随着软管承载单元的交替的弹性变形，以及至少一个振动传感器，通过该振动传感器，在测量中使用的软管承载单元和/或柔性软管的机械振荡传感器是可注册的。6. 发明授权 Device for determining and/or monitoring the volume flow rate and/or mass flow rate of a medium to be measured 有权 Title translation: 用于确定和/或监测要测量的介质的体积流量和/或质量流率的装置公开(公告)号： US07426443B2 公开(公告)日： 2008-09-16 申请号： US10584149 申请日： 2004-12-15 Applicant: Antoine Simon Inventor： Antoine Simon IPC: G01F1/00, G01F7/00 CPC classification number: G01F1/66 Abstract: A ultrasonic flow measuring device, which is distinguished by a low energy consumption. A control/evaluation unit ascertains a plurality of sampled values (ai with i=1, 2, 3, . . . ) of a received measuring signal at defined points in time (t) of a predetermined time range and interpolates the sampled values by a continuous function (f(t)), wherein the continuous function (f(t)) is formed by a sum of a predetermined number (n \in N) of wavelets (W) and wherein each wavelet (W) corresponds to the product of a sampled value with a sine function ( sin ( x ) x ) and with a Gaussian bell curve (e-αx2, α \in R). Abstract translation: 超声波流量测量装置，其能耗低。控制/评估单元在预定的时间（t）的确定的时间点（t）确定接收的测量信号的多个采样值（i i = 1,2,3，...）时间范围并通过连续函数（f（t））内插采样值，其中连续函数（f（t））由预定数量（n\inN）小波（W）的和形成，其中每个小波（W）对应于具有正弦函数的采样值的乘积 MO>sin（x）x）SUP> -alphax，α\inR）。7. 发明授权 Fieldbus unit for a two-conductor fieldbus 有权 Title translation: 双线现场总线现场总线单元公开(公告)号： US09035483B2 公开(公告)日： 2015-05-19 申请号： US12452954 申请日： 2008-07-10 Applicant: Antoine Simon Inventor： Antoine Simon IPC: H02J1/00, G01D21/00, H04L12/40 CPC classification number: G01D21/00, H04L12/40045, H04L2012/40221 Abstract: A fieldbus unit for connection of a field device to a fieldbus comprising two conductors is designed to transfer a signal via the fieldbus by modulation of an electrical current drawn by the field device. The fieldbus unit comprises: an electrical current control transistor, through which the electrical current drawn by the field device flows, wherein the electrical current drawn by the field device is controlled via a base current of the electrical current control transistor; a bipolar transistor, via whose emitter-collector, electrical current path the base current for driving the electrical current control transistor flows; as well as an electrical current controller, which produces an electrical current control signal for controlling the electrical current drawn by the field device. The base of the bipolar transistor is placed at an essentially constant potential, which is so selected, that the bipolar transistor supplies the electrical current control transistor a base current sufficient for start-up of the field device, when the electrical current controller is not supplied with electrical current and delivers no electrical current control signal. The electrical current controller feeds the electrical current control signal via the emitter-collector, electrical current path of the bipolar transistor. Abstract translation: 用于将现场设备连接到包括两个导体的现场总线的现场总线单元被设计成通过现场设备抽取的电流的调制来经由现场总线传送信号。现场总线单元包括：电流控制晶体管，通过该电流控制晶体管流过现场设备的电流流动，其中通过电流控制晶体管的基极电流控制由现场设备汲取的电流; 通过其双极晶体管，其发射极 - 集电极，电流路径用于驱动电流控制晶体管的基极电流流动; 以及电流控制器，其产生用于控制由现场设备吸取的电流的电流控制信号。双极晶体管的基极被置于基本恒定的电位，这是被选择的，当不提供电流控制器时，双极晶体管为电流控制晶体管提供足以启动现场设备的基极电流具有电流并且不传递电流控制信号。电流控制器通过双极晶体管的发射极 - 集电极，电流通路馈送电流控制信号。8. 发明申请 MEASURING TRANSDUCER OF VIBRATION-TYPE FOR A FLUID FLOWING IN A FLEXIBLE HOSE 有权 Title translation: 用柔性软管流体流动的振动式传感器测量传感器公开(公告)号： US20140000383A1 公开(公告)日： 2014-01-02 申请号： US13884403 申请日： 2011-10-20 Applicant: Mamadi Keita, Mike Touzin, Antoine Simon Inventor： Mamadi Keita, Mike Touzin, Antoine Simon IPC: G01F1/32 CPC classification number: G01F1/3227, G01F1/8404, G01F1/8409, G01F1/845, G01F1/8472, G01F1/8477, G01N9/002, G01N11/16 Abstract: The present invention relates to a measuring transducer of the vibration-type for a fluid flowing in a flexible hose. The measuring transducer includes, in such case, a hose carrier unit, which has at least sectionally a loop-shaped outer contour, around which a flexible hose can be led. Furthermore, the measuring transducer includes a clamping unit, by which a flexible hose led in use around the loop-shaped outer contour is tightenable against the loop-shaped outer contour, at least one exciter coupled to the hose carrier unit, by which the hose carrier unit is excitable to execute mechanical oscillations, which are accompanied by alternating elastic deformation of the hose carrier unit, and at least one oscillation sensor, by which mechanical oscillations of the hose carrier unit and/or a flexible hose installed in use in the measuring transducer are registerable. Abstract translation: 本发明涉及一种用于在柔性软管中流动的流体的振动型测量传感器。在这种情况下，测量传感器包括一个软管承载单元，该单元至少具有一个环形的外轮廓，柔性软管围绕该轮廓引导。此外，测量换能器包括夹紧单元，通过该夹紧单元，围绕环形外轮廓引导使用的柔性软管能够抵靠环形外轮廓紧固，至少一个联接到软管承载单元的激励器，软管载体单元是可激励的，以执行机械振荡，其伴随着软管承载单元的交替的弹性变形，以及至少一个振动传感器，通过该振动传感器，在测量中使用的软管承载单元和/或柔性软管的机械振荡传感器是可注册的。9. 发明授权 Power supply unit for a laser tube 失效 Title translation: 激光管供电装置公开(公告)号： US4698819A 公开(公告)日： 1987-10-06 申请号： US842502 申请日： 1986-03-21 Applicant: Antoine Hirth, Antoine Simon Inventor： Antoine Hirth, Antoine Simon IPC: H01S3/097, H01S3/00 CPC classification number: H01S3/097 Abstract: The power supply of a laser tube which, according to the invention comprises devices for pulse formation and means for pulse triggering and is characterized in that it contains a pre-ionization circuit (4, 6) to form a pre-ionization pulse, and an excitation circuit (17, 22) to form an excitation pulse, and devices for synchronization (15) of the pre-ionization pulse and the excitation pulse. Abstract translation: 根据本发明的激光管的电源包括用于脉冲形成的装置和用于脉冲触发的装置，其特征在于，其包含用于形成预电离脉冲的预电离电路（4,6），和励磁电路（17,22）以形成激励脉冲，以及用于同步（15）预电离脉冲和激励脉冲的装置。PDF内容加载中...1$(function(){
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$this.on('mouseenter', function() {
const $popover = $('#law-info-popover');
const $content = $popover.find('.popover-content');

// 每次移入都强制更新位置
var offset = $this.offset();
var topPosition = offset.top + $this.outerHeight() + 10;
var leftPosition = offset.left;

// 立即更新位置
$popover.css({
top: topPosition + 'px',
left: leftPosition + 'px'
});

// 如果已经加载过内容，直接显示
if ($this.data('loaded')) {
$popover.show();
return;
}

// 如果正在加载中，不重复请求
if ($this.data('loading')) return;

// 开始加载流程
$this.data('loading', true);
$content.html('<div class="d-flex align-items-center p-2"><span class="spinner-border spinner-border-sm me-2"></span>加载中...</div>');
$popover.show();

// 请求数据
$.ajax({
url: '/patent/' + encodeURIComponent($this.attr("data-udn")) + '/ajax_transaction',
dataType: 'json',
success: function(result) {
var content = '';
if (!result.success || !result.txs || result.txs.length === 0) {
content = '<div class="text-muted p-2">暂无交易记录</div>';
} else {
// 添加 table-striped 和 Tabler风格类
content += '<table class="table table-striped table-hover table-borderless mb-0" style="width:500px">';
content += '<thead class="bg-light">';
content += ' <tr>';
content += ' <th style="width:120px">类型</th>';
content += ' <th style="width:100px">日期</th>';
content += ' <th>内容</th>';
content += ' </tr>';
content += '</thead>';
content += '<tbody>';

for (var i = 0; i < result.txs.length; i++) {
var tx = result.txs[i];
content += '<tr>';
content += ' <td><span class="badge bg-blue-lt">' + (tx.type || '--') + '</span></td>';
content += ' <td class="text-muted">' + (tx.executeDate || '--') + '</td>';
content += ' <td style="white-space:pre-line" class="small">' + (tx.htmlContent || tx.content || '') + '</td>';
content += '</tr>';
}

content += '</tbody></table>';
}

$content.html(content);
isLoaded = true;
$this.data('loaded', true);
},
error: function() {
$content.html('<div class="text-danger p-2">加载失败，请重试</div>');
$this.data('loaded', false); // 失败时重置状态
},
complete: function() {
$this.data('loading', false);
// 最终位置调整
$popover.css({
top: topPosition + 'px',
left: leftPosition + 'px'
});
}
});
});

// 鼠标离开处理（增强版）
var hideTimer;
$this.on('mouseleave', function() {
hideTimer = setTimeout(function() {
var $popover = $('#law-info-popover');
if (!$popover.is(':hover')) {
$popover.hide();

}
}, 300);
});

// Popover 悬停处理
$('#law-info-popover').hover(
function() {
clearTimeout(hideTimer);
},
function() {
$(this).hide();
}
);
});
});$