| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 101 | Wrist-worn device with programmable memory | EP13159676.9 | 2013-03-18 | EP2642357A2 | 2013-09-25 | Chan, Raymond |
A hand-worn device with programmable memory is disclosed. In one embodiment, the apparatus comprising a display unit, an attachment strap attached to the display unit where the attachment strap is adapted to attach the apparatus to a user, and a processing unit electrically coupled to the display unit. The apparatus further comprises a programmable memory, the programmable memory having at least one operation algorithm installable therein. The processing unit runs one of the operation algorithms to operate the apparatus at a corresponding operation mode, where at least one parameter is displayed on the display unit. The device allows a user to choose the desired operation algorithms to be installed to the device for optimized usage of memory space.
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| 102 | CLOCK PROVIDED WITH TIME DISPLAY DIAL PLATE HAVING DISPLAY CAPABILITIES ON SUBSTANTIALLY THE ENTIRE SURFACE | EP10855346.2 | 2010-12-10 | EP2600215A1 | 2013-06-05 | UMAMOTO, Eiichi |
When looking at the time on a conventional clock, it is difficult to immediately comprehend supplemental information, so said information is often not fully utilized and is not generally noticed by all age groups. To correct this problem, the disclosed clock is provided with: a time display dial plate which, with an outer shape like the contours of a face, has display capabilities on substantially the entire surface; a display information holding unit which holds display information which can be displayed on a display; an external information acquisition unit for acquiring external information; a correspondence information holding unit for holding correspondence information which associates the aforementioned external information and the aforementioned display information; and a dial plate control unit which uses the aforementioned external information and the aforementioned correspondence information to acquire from the aforementioned display information holding unit the display information which is to be displayed on the aforementioned display and displays the same on the aforementioned display. |
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| 103 | INFORMATION PROCESSOR | EP02724743.6 | 2002-05-09 | EP1293850B1 | 2011-10-12 | Shimakura, Hideaki |
| The invention relates to an image recording/reproducing apparatus such that a video camera directly accesses a server through a network so as to communicate data. A network access program (26c) stored in a storage unit (26) controls a GMT program (26b) so as to calculate the world standard time or the Greenwich mean time from information on the time difference of each area included in the area information (26a) stored in a RAM (24c) incorporated in a microcomputer (24), on whether the time is the daylight saving time (summer time) or not, and on the time generated by a real time clock (25) set by a date/time setting processing. The invention can be applied to, e.g., a video camera. | ||||||
| 104 | SYSTEME DE COMMUNICATION ACOUSTIQUE ENTRE UNE UNITE PORTATIVE ET UN TERMINAL DE COMMUNICATION | EP99957325.6 | 1999-11-26 | EP1206856B1 | 2011-04-13 | FLEURY, Emmanuel; BLONDEAU, Fabien; BARRAS, David; MEISTER, Pierre-André |
| The invention concerns a communication system between a portable unit (1), such as a watch, and a communication terminal (2) such as a personal computer, characterised in that the communication terminal (2) comprises at least means for transmitting (6) a sound signal bearing an information, and the portable unit (1) comprises at least processing means (14) for processing data, and receiving (8) and converting (12) means for picking up said sound signal and converting said sound signal into data to be processed by said processing means (14). | ||||||
| 105 | POWER GENERATING TYPE ELECTRONIC CLOCK AND METHOD FOR CONTROLLING THE SAME | EP01941161.0 | 2001-06-21 | EP1213627B1 | 2010-12-22 | ICHIKAWA, Masakazu, c/o CITIZEN WATCH CO., LTD.; KITAZAWA, Isao,c/o CITIZEN WATCH CO., LTD. |
| The power generated by a power generating means (1) of a power-generating type electronic clock is measured by a first power generating sensing means (101) and a second power generating sensing means (102). The power generation level required when the operation is changed from a normal mode to a power-saving mode and the power generation level required when the operation is changed from the power-saving mode back to the normal mode are made different to prevent the phenomenon that the operation changes frequently by imparting hysteresis characteristics to the power generation level which causes a change in the mode, thereby improving the power-saving effect. | ||||||
| 106 | Electronic watch | EP01303385.7 | 2001-04-11 | EP1251413B1 | 2010-08-11 | Igarashi, Kiyotaka, c/o Citizen Watch Co., Ltd.; Sakuyama, Masao, c/o Citizen Watch Co., Ltd.; Akiyoshi,MURAKAMI, c/o Citizen Watch Co.,Ltd; Kenji, SHIMODA, c/o Citizen Watch Co.,Ltd; Noritoshi, SUZUKI, c/o Citizen Watch Co., Ltd. |
| 107 | CLOCK WITH WIRELESS FUNCTION | EP07790794 | 2007-07-13 | EP2048551A4 | 2010-05-26 | KACHI SETSUO; MAMIYA MASAHIRO |
| [Problem] It is an object to provide a clock with a wireless function, in which the receiving sensitivity of an antenna is improved and the antenna can reliably receive a prescribed radio wave even in the case in which a watch case or the like made of a conductive metal is used. [Means for Resolution] A clock with a wireless function is provided with an antenna that is stored in a housing to receive a radio wave from the external, a watch case that configures at least a part of the housing, that has at least one portion conductive, and that is separated into a plurality of parts, and an insulating region disposed between at least two parts among the plurality of parts of the watch case to insulate the two parts one from the other. | ||||||
| 108 | ANTENNA AND RADIO TIMEPIECE USING THE SAME, KEYLESS ENTRY SYSTEM, AND RF ID SYSTEM | EP04819477 | 2004-11-29 | EP1689029A4 | 2008-08-06 | ARAKI HIROKAZU; MITA MASAHIRO; MITSUMATA CHIHARU |
| A highly sensitive magnetic sensor-type antenna provided in a metallic housing, a radio timepiece into which the antenna is integrated, a keyless entry system, and an RF ID system, where a problem of eddy current loss is eliminated from the antenna without increasing installation area and volume. The antenna is constructed by bending an end section of a magnetic core of the antenna in the direction to separate from a metallic housing, or by providing an auxiliary magnetic path member having a smaller specific magnetic permeability than the magnetic core, or by receiving the magnetic core in a case made from a magnetic material. | ||||||
| 109 | SNAPPING AND HINGING ARRANGEMENTS, WATCHES AND ASSOCIATED METHODS | EP04700640 | 2004-01-07 | EP1594381A4 | 2006-05-31 | KRAUS STEPHANIE; HEATHERLY CHRIS; OUYE RANDAL; NISHIOKA JULIE; HOLLAND JOHN; SAND JEFFREY |
| A magnet assembly connectable to a metal assembly in an engaging fashion, a metal assembly connectable with the magnet assembly in an engaging fashion and a snapping mechanism comprising the magnet assembly and the metal assembly are disclosed, to be used with a strap and a watch case. A leaf spring element and a base element to be used with a watch case are also disclosed, together with manufacturing processes and a system and method to teach the concept of time. | ||||||
| 110 | ELECTRONIC APPARATUS AND METHOD OF CONTROLLING ELECTRONIC APPARATUS | EP00929780 | 2000-05-18 | EP1117016A4 | 2005-04-13 | IIJIMA YOSHITAKA; IIDA KENJI; NAKAMIYA SHINJI |
| An electronic apparatus having a generator that generates electric power, a storage unit in which electric energy generated by the generator is stored, a motor driven by the electric energy stored in the storage unit, and a pulse driving control apparatus that controls the driving of the motor by outputting a driving-pulse signal, wherein whether the motor is rotating or not is judged by comparing a rotation detection voltage which is proportional to an induced voltage generated in the motor by the motor rotation to a rotation reference voltage, the generating state of the generator or the charged state of the storage unit is determined, and the voltage level of the rotation detection voltage or the rotation reference voltage is shifted by a specified amount so that the voltage difference between both voltages increases while the motor stops based on the determined generating state of the generator or the determined charged state of the storage unit. | ||||||
| 111 | INFORMATION PROCESSING DEVICE FOR DIVER | EP00956984 | 2000-09-06 | EP1134547A4 | 2005-03-16 | KURODA MASAO; AIZAWA HITOMI |
| An information processing device (1) for a diver informing a diver of a variation in pressure reduction ratio varying as the diver rises to the surface in order to reduce a risk of suffering from dysbarism and over-expansion damage of lung, particularly informing such that the pressure reduction ratio at a high location is lower than that at a low location, comprising means to deduce a pressure reduction ratio based on a pressure measuring part (61) and a timing part (68) and inform the pressure reduction ratio varying when the diver rises to the surface continuously by a sound alarm device (37), a vibration generating device (38), and a display (11) so as to lower the risk caused when the diver rises to the surface. | ||||||
| 112 | ELECTRONIC APPARATUS AND METHOD OF CONTROLLING ELECTRONIC APPARATUS | EP99959798 | 1999-12-14 | EP1070998A4 | 2004-11-24 | YABE HIROSHI; OKEYA MAKOTO |
| In making a change from a first state in which an electric charge is being transferred from a secondary power source of large capacity to an auxiliary capacitor through a voltage step-up/down circuit with a step-up/down ratio M' (which is a positive real number other than 1) to a second state in which the secondary power source of large capacity and the auxiliary capacitor are directly electrically connected to each other, the electric energy is transferred from the secondary power source of large capacity to the auxiliary capacitor through the step-up/down circuit in a non-step-up/down state with a step-up/down ratio M = 1, so that the potential difference between the secondary power source of large capacity and the auxiliary capacitor is less than a predetermined potential difference. Therefore, there is no possibility of incurring a sharp power source voltage variation due to a change in step-up ratio, so that malfunction of the electronic apparatus that accompanies a sharp voltage variation of the voltage source can be prevented. | ||||||
| 113 | THERMOELECTRIC GENERATION UNIT AND PORTABLE ELECTRONIC DEVICE USING THE UNIT | EP98961581 | 1998-12-24 | EP1043781A4 | 2004-08-25 | KOTANAGI SUSUMU |
| A thermoelectric generation unit, wherein the destruction of a thermoelectric element by lateral and longitudinal loads on the element is prevented and a structure of good heat conduction efficiency is obtained. The unit structure comprises a frame (109) and a support provided around a thermoelectric element (106), a heat absorbing plate (104) and a radiation plate (111) fixed to an upper or lower portion of the frame (109) and the support, and a heat conductive buffer member (110) filled between the thermoelectric element (106) and the heat absorbing plate (104) or the radiation plate (111). | ||||||
| 114 | WATCH CONTAINING FLAT HEAT CONDUCTOR AND PROVIDED WITH THERMOELECTRIC GENERATION UNIT | EP98947824 | 1998-10-13 | EP1024415A4 | 2004-05-06 | MATOGE AKIHIRO; KOTANAGI SUSUMU; YOSHIDA YOSHIFUMI; UTSUNOMIYA FUMIYASU; KISHI MATSUO |
| A watch provided with a thermoelectric generation unit, wherein the heat dissipating path is shortened and the generation efficiency of the thermoelectric generation unit is high. The watch is provided with a chargeable storage member (420), an upper body (220) made of heat conductive material, and a back (226) made of heat conductive material. A thermoelectric generation unit (180) includes a first heat conductive plate (120) which incorporates one or more thermoelectric transducers (140) and constitutes a heat absorption plate and a second heat conductive plate (170) which constitutes a heat dissipating plate. A flat heat conductor (244) is in contact with the second heat conductive plate (170). The upper body (220) has a protrusion protruding toward the back (226) and permitting the conduction of heat between the upper body (220) and the heat conductor (244). A heat conductive spacer (320) is in contact with the first heat conductive plate (120) and the inner surface of the back (226). The back (226) is thermally insulated from the upper body (220) by a lower body (244). | ||||||
| 115 | ANTENNA FOR HIGH-FREQUENCY RADIO, HIGH-FREQUENCY RADIO DEVICE AND HIGH-FREQUENCY RADIO DEVICE OF WATCH TYPE | EP01917625 | 2001-03-29 | EP1291964A4 | 2003-03-12 | KOYAMA SHUNSUKE; FUJISAWA TERUHIKO |
| An antenna for high frequency radio comprises antenna elements so arranged on the surface of a circuit board as to have a curved part, when viewed from above, along the periphery of the circuit board having a curved part along the periphery, and a ground pattern for grounding the antenna elements. The ground pattern may be arranged with a constant distance to the antenna elements in the surface direction of the board. Furthermore, the ground pattern may be formed on the surface of the circuit board almost over the entire region thereof except the part where the antenna elements are provided. The circuit board is a multilayer circuit board and the ground pattern may be formed in any one inner layer substantially over the entire region thereof except a region corresponding to the part where the antenna elements are provided. | ||||||
| 116 | ELECTRONIC TIMEPIECE | EP99949386 | 1999-10-22 | EP1126336A4 | 2002-05-02 | NAGATA Y |
| An electronic timepiece comprises power generation means for generating electricity by using external energy, storage means for storing electric energy received from the power generation means, time-indicating means powered by electric energy supplied from the power generation means or the storage means for indicating time, a switch circuit including a plurality of switching elements and adapted to transfer or intercept electric energy between the power generation means and the storage means and between the power generation means and the time-indicating means, voltage measuring means for measuring voltage across the time-indicating means, and control means that selects one of predetermined power ratios based on the results of measurement by the voltage measuring means and controls the switch circuit according to the selected ratio when the power generation means charges the storage means and the time-indicating means. | ||||||
| 117 | ELECTROMAGNETIC CONVERTER AND ELECTRONIC DEVICE WITH THE SAME | EP99901168 | 1999-01-22 | EP0998009A4 | 2001-05-23 | NAGASAKA EIICHI |
| An electromagnetic converter (17, 18), such as a small-size generator and a motor, comprising a rotor (14) including a permanent magnet, a yoke (15) dispose in the vicinity of the rotor for passing a magnetic flux and a coil wound on the yoke, at least a part of the yoke consisting of an amorphous metal magnetic material, which is Co or Fe amorphous metal. An electronic timepiece with a generating device uses a Co amorphous metal magnetic material for a first yoke (stator) (15) and an Fe amorphous metal magnetic material for a second yoke (core) (17). An electronically-controlled mechanical watch uses a Co amorphous metal magnetic material for a yoke. A portable electronic device includes a watch with the above electromagnetic converter. | ||||||
| 118 | ELECTRONIC TIMEPIECE | EP97937850 | 1997-08-29 | EP0860757A4 | 2000-01-12 | MURAKAMI TOMOMI; ICHIKAWA MASAKAZU; MIYAUCHI NORIO |
| An electronic timepiece includes a time measuring circuit for counting reference signals from a reference signal generation circuit and outputting time information, report means for reporting a specific time to the user by vibration or by a buzzer on the basis of the time information outputted from this time measuring circuit, and time state detection means for stopping the report operation of the report means when the detection value is different from a predetermined value. When the time state detection means detects a low temperature of the timepiece and a low voltage of a power source voltage, timings of the time information outputted from the time measuring circuit are made mutually different and are also made different from a time information timing at the normal time. In this way, the consumption of a battery due to unnecessary report is prevented and the state of the timepiece is reported to the user by an operation of hands. | ||||||
| 119 | ELECTRONIC TIMEPIECE | EP97933867 | 1997-07-31 | EP0855633A4 | 1999-10-27 | NAGATA YOICHI; HIRAISHI HISATO |
| A timepiece comprising a generating means which generates electrical energy from external energy, an electricity storing means which stores the electrical energy generated by the generating means, a timepiece driving system provided with a timepiece driving circuit which operates when the electrical energy is supplied from the electricity storing means and a time displaying system, an electricity storing state detecting means which detects the electricity stored quantity of the electricity storing means, and a control means which stops the operation of at least the time displaying system of the timepiece driving system when the electricity stored quantity detected by means of the electricity storing state detecting means is smaller than a preset reference value and, when the control means detects the condition of the restoring operation, resumes the operation of the operation-stopped section of the timepiece driving system and makes the operation to be continued for at least the period of a preset condition. Therefore, the timepiece driving system does not stop immediately after the timepiece driving system resumes the time displaying operating, but makes stable initial time displaying operation when the timepiece is reused after the timepiece is left unused for a relatively long period. | ||||||
| 120 | PACE MEASURING APPARATUS, ELECTRONIC APPLIANCE AND PACE MEASURING METHOD | EP96935371 | 1996-10-18 | EP0805414A4 | 1999-06-02 | AYAKAWA MOTOMU; NAKAMURA CHIAKI |
| In order to be able to accurately measure pitch both during running and walking, the invention focuses on the fact that the second harmonic of the body movement can be detected at a high level during running and that the third harmonic of the body movement can be detected at a high level during walking, and is designed to be able to calculate pitch regardless of whether or not the user is running or walking, by using a high-level line spectrum appearing in the area that is at or above 100 times/minute, for example, as the reference wave, and by determining whether this reference wave is the second or third harmonic. Whether the reference wave is the second or third harmonic can be determined based on whether or not a high-level signal is present near a frequency that is 1/3 or 2/3 of the frequency of the reference wave, for example; and pitch can be calculated by determining that the reference wave is the second harmonic if no high-level signal is present in the above frequency band. |
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