序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
141 Automatic timepiece JP14958299 1999-05-28 JP3534648B2 2004-06-07 浩 加部; 康浩 渡辺
142 Time correction system, time correction indicator, timepiece with indicating needle and time correction method JP2003191996 2003-07-04 JP2004093557A 2004-03-25 AKAHA HIDEHIRO; TAKAHASHI OSAMU
<P>PROBLEM TO BE SOLVED: To provide a time correction system etc. for eliminating a modification for providing a button etc. in an exterior, suppressing the size and cost of a timepiece, and easily correcting the time. <P>SOLUTION: A date correction system 1 is provided with the timepiece 10, having indicating needles 16 for indicating time and a correction indicator. The correction indicator is provided with a timing means for timing a reference time data, a time input means for inputting an indicated time data indicated by the indicating needles 16, a comparison means for comparing the reference time data timed by the timing means with the indicated time data and a communication means for outputting a correction indicating signal, based on the comparison means to the timepiece. The timepiece 10 is provided with an external signal detection circuit 43 for receiving the correction indicating signal, a drive control means 41 for controlling the drive of the indicating needles and a time correction control circuit 44 for adjusting an indication of the indicating needles 16 to the reference time data, based on the received correction indicating signal. <P>COPYRIGHT: (C)2004,JPO
143 Antenna for clock JP2002141156 2002-05-16 JP2003332823A 2003-11-21 IHARA TAKASHI
<P>PROBLEM TO BE SOLVED: To provide a small antenna for a clock which has high mechanical strength and provides the quantity of a magnetic flux almost the same as that of an antenna made of magnetic materials with small mechanical strength such as ferrite. <P>SOLUTION: In this antenna for a clock having an antenna core made of magnetic materials and a coil, the antenna coil 1 is formed by joining two or more types of different magnetic materials. The antenna core comprises at least magnetic flux collecting parts 1a and 1b for collecting magnetic fluxes and a winding core part 1c around which the winding is wound. The magnetic flux collecting parts 1a and 1b and the winding core part 1c are respectively made of different magnetic materials, and the winding core part 1 is made of materials whose mechanical strength is higher than that of the materials used in the magnetic flux collecting parts 1a and 1b. <P>COPYRIGHT: (C)2004,JPO
144 Antenna of radio wave timepiece JP2000340053 2000-11-08 JP2001272482A 2001-10-05 TAKADA AKINARI; MATSUNAGA MASAKUNI; UCHINO HIROSHI; UNO YOSHIYASU
PROBLEM TO BE SOLVED: To resolve directional characteristics of ferrite core antenna during placing a radio wave timepiece. SOLUTION: A pair of ferrite core antenna arranged in rectangular is combined and fixed at a connection part so as not to change the mutual angle relation. The interaction of a pair of antenna is eliminated and the problem of directional characteristics specific for ferrite core antenna is resolved. By making the combined antenna part independent and apart from the timepiece part, attaching to a location with good reception is facilitated.
145 Analog type radio wave-corrected timepiece JP1836198 1998-01-30 JPH11211857A 1999-08-06 MAKUTA SHUNICHI
PROBLEM TO BE SOLVED: To easily confirm that the standard radio wave is received and time is read in via a code analysis in an analog type radio wave-corrected clock. SOLUTION: The standard radio wave of JG2AS is received, and time is displayed according to the Japan standard time with a pointer. This analog type radio wave-corrected clock is provided with a memory means storing the reception of the standard radio wave and the success or failure of time read-in at the time of automatic time correction, a confirmation switch 41, and a success time display control means displaying the reception success time in the prescribed time, e.g. 12 hr or 24 hr, with a pointer when the confirmation switch 41 is operated.
146 Data transmitting/receiving system for hand type electronic timepiece JP4462993 1993-02-09 JPH06235778A 1994-08-23 SAKUYAMA MASAO
PURPOSE: To provide a data transmitting/receiving system for hand type electronic timepiece. CONSTITUTION: Output signals from a step signal generating circuit 25 and a drive signal generating circuit 13 are fed to a converter coil 15a while being switched by a switching circuit 26. Under communication function mode, a timing signal is fed from the step signal generating circuit to the converter coil 15a in order to perform bilateral communication. A 1Hz signal is stored at the time of designating the mode and the time is reset automatically at the end of mode. COPYRIGHT: (C)1994,JPO&Japio
147 JPS6135982Y2 - JP6387979 1979-05-14 JPS6135982Y2 1986-10-18
148 JPS587191B2 - JP3392975 1975-03-20 JPS587191B2 1983-02-08 NUMABE HITOMI
149 JPS585397B2 - JP13903873 1973-12-12 JPS585397B2 1983-01-31 CHIHARA HIROYUKI; NUMABE HITOMI
150 JPS55145384U - JP4535379 1979-04-06 JPS55145384U 1980-10-18
151 JPS54148180U - JP4452978 1978-04-05 JPS54148180U 1979-10-15
152 Electronic watch JP3507978 1978-03-27 JPS54127362A 1979-10-03 ARAI ISAO
PURPOSE:To provide a portable electronic watch provided with a receiving function of good efficiency by floating the external case of the watch body from power source line and providing a function as a primary antenna. CONSTITUTION:An oscillation circuit part 5, frequency dividing circuit part 6 and display circuit part 7 are analogous to the constitution of those of conventional electronic watches. A receiving circuit consisting of an antenna 2 and a receiving circuit part 3 receives the defining signal transmitted from the outside and is connected to a correction pulse forming part 4. The correction pulse forming part 4 controls the frequency dividing circuit part 6 of the watch circuit and corrects the time of the watch body at the accurate time. The receiving circuit part 3, correction pulse forming part 4, oscillation circuit part 5, frequency dividing circuit part 6, display circuit part 7 and provided within the shield case 8 connected to the earth line of the power source. since an external case 1 is not connected to the power source line, it is held afloat from the earth line of the watch body.
153 Electronic watch JP15915477 1977-12-26 JPS5489672A 1979-07-16 NAKAMURA JIYUNPEI
PURPOSE: To let receiving be surely performed with a coil as an antenna by connecting the coil of a step motor to receiving part and preventing driving pulses from being sent to the coil at the receiving of signal thereby letting error component be automatically corrected after receiving the signal. CONSTITUTION: Both ends of the coil 10 of a motor part 2 are connected to the motor driving output end of the watch part 1 via gate 5 and the signal input end of receiving part 3 via gate 6. At the ordinary time, the power sources of the receiving part 3 and signal processing part 4 are held off, the gate 5 conducts, the gate 6 is cut off and a step motor 2 is operating. When a switch 9 is operated for the purpose of receiving, the power sources of the receiving part 3 and signal processing part 4 turn ON. Then the gate 5 is turned OFF and the gate 6 ON, and the driving pulses from the watch part 1 are no longer sent to the coil 10, thus the transmission electromagnetic wave from the outside induced in the coil 10 is sent from the receiving part 3 to the signal proceccing part 4, whereby signal processing is accomplished. COPYRIGHT: (C)1979,JPO&Japio
154 Electronic timepiece JP12419175 1975-10-15 JPS5248364A 1977-04-18 NAKAMURA MICHIAKI
PURPOSE:To provide an electronic timepiece, in which an electric conductive material is placed in a viewing area of the glass so as to use this electric conductive material as an antenna, thus forming a radio-operated timepiece.
155 JPS50161276A - JP6954774 1974-06-18 JPS50161276A 1975-12-27
156 JPS50138872A - JP4572474 1974-04-23 JPS50138872A 1975-11-06
157 음향 신호를 브로드캐스팅하기 위한 방법 KR1020190140745 2019-11-06 KR1020200053422A 2020-05-18
158 시계 KR1020190051332 2019-05-02 KR1020190050942A 2019-05-14
159 시계 KR1020180015039 2018-02-07 KR1020180018629A 2018-02-21 김창욱
본발명의휴대용시계는, 시간의경과를측정하는시간측정모듈; 현재시각을포함한시계내부정보를표시하는디스플레이장치; 움직임을감지하는모션센서; 상기감지된움직임에따라, 상기디스플레이장치에표시되는정보를결정하는제어부; 및외부의이동통신단말기와근거리무선통신을수행하기위한근거리무선통신모듈을포함한다.
160 시계 및 제어방법 KR1020090120740 2009-12-07 KR101725541B1 2017-04-11 김창욱
본발명의휴대용시계는, 시간의경과를측정하는시간측정모듈; 현재시각을포함한시계내부정보를표시하는디스플레이장치; 움직임을감지하는모션센서; 상기감지된움직임에따라, 상기디스플레이장치에표시되는정보를결정하는제어부; 및외부의이동통신단말기와근거리무선통신을수행하기위한근거리무선통신모듈을포함한다.
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