公开(公告)号：US20120038669A1

公开(公告)日：2012-02-16

申请号：US13028461

申请日：2011-02-16

Applicant: Charng Gwon LEE ,  Jin Woo RYU ,  Su Jung SHIN ,  Yun Jung YOO ,  Chang Ju LEE ,  Kyoung Hun JEON ,  Jin Hyun HONG

Inventor： Charng Gwon LEE ,  Jin Woo RYU ,  Su Jung SHIN ,  Yun Jung YOO ,  Chang Ju LEE ,  Kyoung Hun JEON ,  Jin Hyun HONG

IPC: G09G5/00

CPC classification number: G06F3/011 ,  G06F3/04817 ,  G06F3/0486 ,  G06K9/00671 ,  G06T19/006

Abstract: An augmented reality filter selecting user equipment, includes a display unit display to display a real image including a target object and a plurality of filter icons, a user input unit to receive a user command, the user command including a selection of a target filter icon and a movement of the target filter icon, and a control unit to control the display unit to display the target object and filtered AR information corresponding to the target object. A method for selecting a filter includes displaying a real image including a target object and a plurality of filter icons, receiving a command to select a target filter icon, applying the target filter icon by moving the selected target filter icon onto a target object on the displayed image, and displaying the target object and information corresponding to the target object, in which the target filter icon is applied.

Abstract translation: 选择用户设备的增强现实过滤器包括显示单元显示器，用于显示包括目标对象和多个过滤器图标的实际图像，用户接收用户命令的用户输入单元，所述用户命令包括目标过滤器图标的选择 以及目标过滤器图标的移动，以及控制单元，用于控制显示单元显示目标对象和对应于目标对象的过滤的AR信息。 用于选择过滤器的方法包括显示包括目标对象和多个过滤器图标的实际图像，接收选择目标过滤器图标的命令，通过将所选择的目标过滤器图标移动到目标对象上来应用目标过滤器图标 显示图像，并且显示目标对象和对应于其中应用目标过滤器图标的目标对象的信息。

公开(公告)号：US5847261A

公开(公告)日：1998-12-08

申请号：US614547

申请日：1996-03-13

Applicant: Charng-Gwon Lee

Inventor： Charng-Gwon Lee

IPC: F24C7/02 ,  F24C7/08 ,  G01N33/00 ,  G01N25/26 ,  G01M19/00

CPC classification number: H05B6/6458 ,  G01N33/007

Abstract: A polarity discriminating method and signal processing circuit for a vapor sensor in a microwave oven is disclosed. The control section operates a fan motor so as to discriminate the polarity of a detecting signal supplied from the vapor sensor, which is varied with the wind produced by the fan motor. After the control section initializes variables of counters, the control section compares the magnitude of the signal-processed detecting signal supplied from the detecting signal processing circuit section with the magnitude of a reference detecting signal in a specified range on the phase coordinate axis. Meanwhile, the control section discriminates whether the slope of the curve of the signal-processed detecting signal is positive or negative, thereby discriminating whether the vapor sensor operates in a positive polarity mode or negative polarity mode. Furthermore, the configuration of the signal processing circuit for the vapor sensor in the microwave oven is simplified, so that the unit cost required for manufacturing the circuit decreases and the volume of the circuit is reduced. Therefore, the malfunction of the electronic circuit section installed in the microwave oven is prevented.

Abstract translation: 公开了一种用于微波炉中的蒸气传感器的极性鉴别方法和信号处理电路。 控制部分操作风扇电动机，以区分由风扇电动机产生的风变化的从蒸汽传感器供应的检测信号的极性。 在控制部分初始化计数器的变量之后，控制部分将从检测信号处理电路部分提供的信号处理检测信号的幅度与相位坐标轴上的指定范围内的参考检测信号的大小进行比较。 同时，控制部判断信号处理检测信号的曲线的斜率是正还是负，从而判别蒸气传感器是以正极性模式还是负极性模式进行动作。 此外，微波炉中的蒸气传感器的信号处理电路的结构简化，使得制造电路所需的单位成本降低，电路的体积减小。 因此，防止安装在微波炉中的电子电路部分的故障。

公开(公告)号：US5744785A

公开(公告)日：1998-04-28

申请号：US652136

申请日：1996-05-23

Applicant: Charng-Gwon Lee

Inventor： Charng-Gwon Lee

IPC: F24C7/02 ,  H05B6/68

CPC classification number: H05B6/642 ,  H05B6/6458

Abstract: A method for automatically controlling cooking by using a vapor sensor in a microwave oven is disclosed. The method for automatically controlling cooking air-cools the cavity for a predetermined time by means of the driving of a fan motor during the automatic cooking operation, and respectively compares magnitude and phase of a signal-processed detecting signal supplied from a detecting signal processing circuit section with magnitude of reference detecting signal and values of reference phases in order to discriminate the polarity of the signal-processed detecting signal. Also, the executing time of the air-cooling operation related to a cooking chamber, which is additionally provided in response to the discriminated polarity, is discriminately adjusted. Therefore, an overcooked or an under-cooked result, caused by an additional air cooling time having a fixed value, is prevented so that the user's expectation of reliability concerning the performance and the life span of the microwave oven are significantly enhanced and satisfied.

Abstract translation: 公开了一种通过在微波炉中使用蒸汽传感器来自动控制烹饪的方法。 通过在自动烹饪操作期间通过风扇马达的驱动来自动控制烹调空气的方法将空腔冷却预定时间，并且分别比较从检测信号处理电路提供的信号处理检测信号的幅度和相位 以检测参考检测信号的大小和基准相位的值，以区分信号处理的检测信号的极性。 此外，区分地调整与响应于所识别的极性另外提供的与烹饪室相关的制冷操作的执行时间。 因此，防止了由具有固定值的附加空气冷却时间引起的过煮或未煮熟的结果，从而显着提高和满足用户对微波炉的性能和寿命的可靠性的期望。

公开(公告)号：US5656191A

公开(公告)日：1997-08-12

申请号：US578183

申请日：1995-12-29

Applicant: Charng-Gwon Lee

Inventor： Charng-Gwon Lee

IPC: F24C7/02 ,  H05B6/68

CPC classification number: H05B6/642 ,  H05B6/6458

Abstract: A method for controlling cooking by using a vapor sensor in a microwave oven measures and records a magnitude of a detecting signal from the vapor sensor in response to water vapor generated from food subjected to heating. When the temperature of food is judged to exceed a predetermined temperature on the basis of the measured magnitude of the detecting signal, a control section compares the average magnitudes of the detecting signals from the vapor sensor with reference magnitudes to judge whether the temperature of food subjected to heating corresponds to a reasonable temperature. If the temperature of food is lower than the reasonable temperature, the food is additionally heated for a preset time. Thus, the outputs of the vapor sensor varied according to the sizes of containers filled with food are selectively controlled to prevent the malfunction of the vapor sensor caused by the different sizes of containers.

Abstract translation: 通过使用微波炉中的蒸汽传感器来控制烹饪的方法，测量并记录来自蒸汽传感器的检测信号的大小，以响应受到加热的食物产生的水蒸气。 当根据检测信号的测量值判定食物的温度超过预定温度时，控制部分将来自蒸汽传感器的检测信号的平均值与参考量进行比较，以判断食物的温度 加热对应于合理的温度。 如果食物的温度低于合理的温度，食物将另外加热预定的时间。 因此，选择性地控制根据容纳食物的容器的尺寸而变化的蒸气传感器的输出，以防止由容器的不同尺寸引起的蒸气传感器的故障。