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    • 1. 发明公开
    • 농산물 자동 계수기
    • 农业产品自动计数器
    • KR1020150130619A
    • 2015-11-24
    • KR1020140057207
    • 2014-05-13
    • (주)지엠아이
    • 장대선
    • G06M7/02
    • G06M7/04G06M1/101
    • 본발명은농산물자동계수기에관한것으로, 농산물의크기에따라농산물감지센서부의농산물감지범위를변경설정할수 있고, 농산물들이진동발생기에의해넓게분산되어상부컨베이어로투입된후 상부컨베이어의말단에서하부컨베이어위로투하되는동안발광부의빛을수광하는수광부에서빛이차단되는횟수를감지한결과를근거로농산물들을자동으로계수한다. 본발명은농산물의크기에따라농산물감지센서부의농산물감지범위를용이하게변경설정할수 있으며, 특히농산물들이상부컨베이어의말단에서넓게분산되어하부컨베이어위로투하되는동안농산물들을계수하므로농산물을신속하게계수하여계수시간을단축할수 있다.
    • 本发明涉及一种农产品自动柜台。 本发明的自动柜台可以根据农产品的尺寸改变农产品检测单位农产品检测范围的设定; 并且基于由发光单元接收光的光接收单元的数量自动计数农产品,同时农产品从上传送器的端部到下传送器的顶部落下到下传送器的顶部之后 通过被振动发生器广泛地喷射到上输送机中。 根据本发明的自动计数器可以根据农产品的尺寸容易地改变农产品感测单元的农产品的检测范围的设置。 更具体地,根据本发明的自动计数器对农产品进行计数,同时农产品在上输送机的端部扩展并从其下降到下输送机的顶部,从而快速计数农产品,从而减少计数 时间。
    • 2. 发明公开
    • 투표지 개표 계수장치 및 계수방법
    • 用于计算BALLOT纸的装置和方法
    • KR1020140069518A
    • 2014-06-10
    • KR1020120136863
    • 2012-11-29
    • 손성조조승현
    • 손성조조승현
    • G06M7/06
    • G07C13/005G06K7/1408G06M1/101
    • A circular ballot according to the present invention can be used for elections, in which a ballot does not include a party′s name or symbol, like the election of a superintendent, can remove lottery effects obtained according to an order in which candidates are printed on the ballot, and can solve a matter of fairness. In addition, the present invention can detect election-related information such as an election area, an election name, the number of times of an election, and candidates′ names only with an input of a ballot without an input of a separate information about an election by applying a predetermined format of a recognition code to the ballot, and can count ballots more quickly and accurately and grasp the present situation of a vote by transmitting vote information collected for each candidate to an election administration center at a remote place. The apparatus for counting ballots according to the present invention includes: an input unit which sorts counted ballots and puts the ballots into the apparatus; a positioning unit which rotates the ballots to position a recognition code at a scannable point; a scanning unit which scans the recognition code and detects election-related information therefrom; an image generating unit which photographs the ballots, and detects a balloting area of each candidate from the photographed image according to balloting area information provided by a control unit; a validity determining unit which determines whether a ballot is filled in according to the balloting area of each candidate, and the validity of balloting; and a counting unit which adds, by 1, the number of a vote to a candidate corresponding to a balloting area when the balloting is valid.
    • 根据本发明的圆形投票可以用于选举,其中不包括一方的名称或符号,如选举主管,可以消除根据候选人印刷的顺序获得的彩票效果 在投票中,可以解决公平问题。 此外,本发明还可以通过输入投票来检测诸如选举区域,选举名称,选举次数以及候选人名称等选举相关信息,而不输入关于一个 通过对投票采用预先确定的识别码格式进行选举,并可以更快,准确地对投票进行计数,并将每个候选人收集的投票信息转交给偏远地区的选举管理中心,把握投票情况。 根据本发明的用于计数投票的装置包括:输入单元,其对计数的投票进行排序并将投票放入装置中; 定位单元,其旋转所述选票以将识别码定位在可扫描点; 扫描单元,扫描识别码并从中检测选举相关信息; 图像生成单元,其根据由控制单元提供的投票区域信息拍摄投票并从拍摄图像中检测每个候选者的投票区域; 确定是否根据每个候选人的投票面积填写投票以及投票的有效性的有效性确定单元; 以及计数单位,当投票有效时,将与投票对应的候选人的投票数相加1。
    • 3. 发明公开
    • 실시간 재실 인원 계수장치
    • 实时存在和人员计数设备
    • KR1020130004424A
    • 2013-01-10
    • KR1020110065738
    • 2011-07-02
    • 옥은호
    • 옥은호
    • G06M15/00G06M7/00G07C9/00
    • G07C9/00126G01S11/14G06M1/101
    • PURPOSE: A real time occupancy people counting device is provided to count the number of occupancy people in a specific space and grasp current people, a progress direction and a location, thereby automatically controlling various devices. CONSTITUTION: Direct reflection types of double photo sensors(20-22) are installed on the top of a passed object or people. A microprocessor computes real time measured values of the direct reflection types of double photo sensors at the same time. The microprocessor determines a number, a size and a progress direction of the object or the people.
    • 目的:提供实时占用人数计数器来计数特定空间中的占用人数,掌握当前人员,进度方向和位置,从而自动控制各种设备。 规定:双重传感器(20-22)的直接反射类型安装在传递对象或人物的顶部。 微处理器同时计算双光传感器的直接反射类型的实时测量值。 微处理器确定对象或人员的数量,大小和进度方向。
    • 4. 发明公开
    • 카드-카운팅 장치
    • 卡计数设备
    • KR1020100040700A
    • 2010-04-20
    • KR1020097024666
    • 2008-04-23
    • 데이타카드 코포레이션
    • 아르바라시드베르트브누아페르두도미니크투르느벵쟈멩
    • G06M1/10G06M9/00
    • G06M9/00G06M1/101
    • The device makes it possible to count series of products (2) that are not very thick, stacked side by side, in a determined direction in a retention means, and comprises: a lighting means producing one or more light beams covering the whole length of the stack, a means (8) of detection with photosensitive elements and including an optical device, making it possible to focus light rays reflected by the stack (5), processing means (10) receiving signals originating from the detection circuit, extracting light levels from these signals in correlation with a dimension of stack thickness expressed in pixels, and computing the number of products by determining the repetition of a pattern representative of a product (2) in a noise-free signal resulting from a conversion of the signals received. A Fourier transform is respectively applied to correlation and bicorrelation functions of the signal in order to find a periodic pattern representative of a product if necessary to the nearest phase shift.
    • 该装置使得可以对在保持装置中沿确定的方向并排堆叠的不是很厚的一系列产品(2)进行计数,并且包括:产生一个或多个覆盖整个长度的光束的照明装置 该堆叠体是具有感光元件的检测装置(8),包括光学装置,使得可以聚焦由堆叠(5)反射的光线,接收来自检测电路的信号的处理装置(10)提取光级 这些信号与以像素表示的堆叠厚度的尺寸相关联,并且通过在由所接收的信号的转换产生的无噪声信号中确定表示产品(2)的模式的重复来计算产品的数量。 傅里叶变换分别应用于信号的相关和双向相关函数,以便在需要时找到表示产品的周期性图案以进行最近的相移。
    • 7. 发明公开
    • 지폐원지생산라인에 적용되는 인쇄마킹기 겸용지폐원지계수기
    • 主要纸张计数器组合用于打印标记适用于主纸张生产线
    • KR1020020056968A
    • 2002-07-11
    • KR1020000087161
    • 2000-12-30
    • (주) 대력에프에이에스
    • 이종수
    • G06M7/06
    • G06M7/06B41J3/407G06M1/101G06M9/02
    • PURPOSE: A master bill paper counter is provided to print marking on the master bill paper and count the paper with high error prevention rate. CONSTITUTION: A guide bar(2), which has cylinders(3,4) on both sides, is installed on the movement conveyer(1). The cylinder loads are moving horizontally and has bodies(7,8), which has an each cylinder moving vertically. One of the bodies has an ink marking device(13) to print barcode and the other has an ink marking device(14) to print numbers. A control box control a vision sensor(15) and ink marking devices. When switch is on, the cylinders(3,4) gather the bodies, cylinders(9,10), the ink marking devices and the vision sensor in center. When the master paper movement conveyer is operated, the paper(M) is moving obliquely, the vision sensor count the paper with the shadow between two pieces of paper and the ink marking devices print barcode on outside and numbers on inside of the paper to keep track of the paper.
    • 目的:提供主纸币计数器,在主纸币上打印标记,并以高错误防范率对纸进行计数。 构成:在运动输送机(1)上安装有在两侧具有气缸(3,4)的导杆(2)。 气缸负载水平移动并具有主体(7,8),每个气缸垂直移动。 其中一个主体具有打印条形码的墨水打标装置(13),另一个具有用于打印数字的墨水打标装置(14)。 控制箱控制视觉传感器(15)和墨水打标设备。 当开关打开时,气缸(3,4)将主体,气缸(9,10),墨水打标装置和视觉传感器集中在中心。 当主纸移动输送机被操作时,纸张(M)倾斜移动,视觉传感器用两张纸之间的阴影计数纸张,并且墨水打印装置在外部打印条形码并在纸张内部保留数字以保持 纸的轨迹。
    • 10. 发明公开
    • 개체 계수 장치
    • 对象计数器
    • KR1020140097537A
    • 2014-08-06
    • KR1020147018070
    • 2011-12-01
    • 오사카 엔.이.디. 머쉬너리 가부시키가이샤
    • 리키미소이치로야마사키히로시미나미쓰토무
    • G06M7/00A01K61/00B65G47/46B65G47/52B65G53/30
    • G06M7/00A01K61/90G06M1/101
    • 새우의 유생과 같은 미세한 개체에서부터 체장이 100mm를 초과하는 개체까지를, 약간의 설계 변경에 의해 계수할 수 있는 범용성이 높고 경제성이 우수한 개체 계수 장치를 제공한다. 이것을 실현하기 위해, 계수해야 하는 개체를 유체의 유동에 의해 반송하고, 적어도 일부가 투광성 재료에 의해 형성되어 계수부(23)가 된 계수용 경사 유로(21)와, 계수용 경사 유로(21)의 계수부(23)에 하측에서 광을 조사하는 조명부(24)와, 상기 계측부(23)의 상측에 배치된 카메라(26)에 의해 계수용 화상을 도입하는 동시에, 그 도입 화상의 데이터에 기초하여, 상기 계수부를 액체와 함께 통과하는 개체의 개수를 계측하는 화상 해석부를 계수 유닛(20)으로서 일체화한다. 계수 유닛(20)에 있어서의 계수용 경사 유로(21)의 상류측에 개체 반입부(30)를 상기 계수용 경사 유로(21)로부터 독립하여 연결 배치한다. 상기 계수용 경사 유로(21)의 하류측에 개체 반출부(40)를 상기 계수용 경사 유로로부터 독립하여 연결 배치한다.
    • 提供了一种高度通用性和高性价比的对象计数装置,其具有很少的设计修改,能够将来自诸如幼虾之类的细小物体的物体计数到长度超过100mm的物体。 为了实现作为计数单元(20)集成的所述物体计数装置是:倾斜计数通道(21),其通过流体的流动传送待计数的物体,所述倾斜计数通道(21)至少具有 其部分由半透明材料形成并制成计数部分(23); 从倾斜计数通道(21)的计数部(23)向下方照射光的照明部(24); 以及通过放置在计数部(23)的上侧的照相机(26)的图像分析部,加载计数图像,并且根据所加载的图像的数据来测量对象的数量 与流体一起通过计数部分。 独立于倾斜计数通道(21),物体输入部分(30)被连接在计数单元(20)中的倾斜计数通道(21)的上游侧。 独立于倾斜计数通道,物体输出部分40连接在倾斜计数通道21的下游侧。