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국제 및 국내 특허문헌 검색
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검색결과 534,036 1-10 검색기준: (ANID:JP* AND CTR:WO) 특허청: all 언어: KO 어간추출: true maximize
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검색결과의 분석
검색결과의 분석

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기계 번역
발명의 명칭국가공개일
국제특허분류출원번호출원인발명자
1. WO/2017/179084 COSMETIC CONTAINERWO19.10.2017
A45D 34/04
PCT/JP2016/001987AMG CO., LTD.HASEGAWA, Hiroki
The present invention provides a cosmetic container which a user can effectively and comfortably use when holding the container body, removing a cap and taking out an applicator from the container body, applying make-up, and engaging the cap to the container body again to close the opening. This cosmetic container includes: a first cap (10) which detachably engages with a first end of a container body (50) and is provided with an applicator (16) for applying cosmetics; and a second cap (100) which detachably engages with a second end of the container body. The container body (50) has a finisher (56d) for finishing make-up disposed near the second end. The first cap (10) has a diameter that expands toward a closed end of the first cap from the connection portion thereof with the container body (50) and is formed so as to have a maximum diameter at a location between the connection portion and the closed end. The second cap (100) has a diameter that expands toward a closed end of the second cap (100) from the connection portion thereof with the container body (50) and is formed to have a maximum diameter at a location between the connection portion and the closed end.

2. WO/2017/179085 PROBE POSITIONING METHOD IN MICROARRAY AND KIT FOR LABELING REACTIONWO19.10.2017
C12Q 1/68
PCT/JP2016/002005TOYO SEIKAN GROUP HOLDINGS, LTD.FURUKAWA, Satoshi
The present invention makes it possible to reduce the number of operation steps and save a reagent loss in a process for positioning a probe in a microarray. A probe positioning method in a microarray which comprises a step for, after a reaction for labeling a target polynucleotide, detecting hybridization between a probe and the target polynucleotide with the use of a microarray, said method comprising a step for bringing the microarray, which has a plurality of detection spots each carrying a probe immobilized thereon and a reference position spot carrying a reference position probe immobilized thereon, into contact with the labeled target polynucleotide and a labeled marker polynucleotide that is hybridizable with the reference position probe, wherein, before starting the labeling reaction, the marker polynucleotide is added to a liquid reaction mixture to be used in the reaction.

3. WO/2017/179086 METHOD OF MANUFACTURING MAGNET-EMBEDDED COREWO19.10.2017
H02K 15/03
PCT/JP2016/002009KURODA PRECISION INDUSTRIES LTD.FUKUYAMA, Osamu
[Problem] To make it possible to avoid occurrence of extraneous resin when using resin to fix a magnet. [Solution] This manufacturing method of a magnet embedded core 1 involves a resin insertion step for inserting a solid-state resin material 33 into magnet insertion holes 3, a melting step for melting the resin material 33, and a pressurization step for pressurizing the inside of the magnet insertion holes 3, wherein, a configuration is adopted in the melting step in which at least a portion of the resin material 33 is melted by insertion of preheated magnets 4 into the magnet insertion holes 3.

4. WO/2017/179087 RESIN SEALING DEVICE AND RESIN SEALING METHOD FOR INTERIOR MAGNET-TYPE COREWO19.10.2017
H02K 15/03
PCT/JP2016/004123KURODA PRECISION INDUSTRIES LTD.OKUDAIRA, Hironobu
[Problem] To make it possible to manufacture an interior magnet-type core having a stable quality in such a way that a resin is prevented from leaking to the outside of a magnet insertion hole and also the shape accuracy and dimensional accuracy of a laminated core is prevented from being lowered by performing mold clamping by applying an appropriate pressure without excessive applied pressure acting on the laminated core even if a mold clamping device having a large mold clamping force is used. [Solution] A mold clamping device 30 for driving a movable platen 16 in a direction that allows the movable platen 16 to separate from or make contact with a bottom stationary platen 10 is configured including a toggle link mechanism 42. In the maximum extended state of the toggle link mechanism 42, a lower die 18 touches an end surface 108 of a laminated core 101, closes an opening 105 of a magnet insertion hole 104, and applies pressure on the laminated core 101 in the laminating direction. A compression coil spring 68 is provided between the lower die 18 and an upper die 20. The compression coil spring 68 presses the lower die 18 and the upper die 20 toward a direction that allows the lower die 18 and the upper die 20 to be separated from each other.

5. WO/2017/179088 REFRIGERATING DEVICE AND REFRIGERATING DEVICE CONTROL METHODWO19.10.2017
F25B 1/00
PCT/JP2016/061663MITSUBISHI ELECTRIC CORPORATIONKONO, Ryuichiro
Provided is a refrigerating device in which a refrigerant circuit is formed by coupling a compressor, a condenser, an expansion valve, and an evaporator with a refrigerant pipe, wherein the refrigerating device has: a temperature maintenance time measuring means for measuring, as a high temperature maintenance time, the time during which the temperature in a space to be cooled is higher than a reducing threshold value that is set based on a target internal temperature, while the thermostat is on; and a target evaporation temperature calculation means for reducing a target evaporation temperature by a set subtraction factor and updating same after the high temperature maintenance time exceeds an update reference time.

6. WO/2017/179089 AIR CONDITIONING DEVICEWO19.10.2017
F24F 13/20
PCT/JP2016/061664MITSUBISHI ELECTRIC CORPORATIONFUJII, Yoshinori
Provided is an air conditioning device comprising: a housing; a blower; a heat exchanger; and a closure plate having a closure surface, a first connection surface, and a second connection surface. The first connection surface has formed therein a fist shaft hole through which a first connection member having a head section and a shaft section is passed. The second connection surface has formed therein a second shaft hole through which a second connection member having a head section and a shaft section is passed. The first shaft hole has a horizontally extending first lower hole and a first upper hole in communication with the first lower hole and tapered upward of the first lower hole. The first shaft hole has a region formed by the first lower hole and the first upper hole and having a size which allows the head section of the first connection member to pass through the region. The first lower hole and the upper end of the first upper hole are formed to have a smaller width than the head section of the first connection member. The second shaft hole has a horizontally extending second lower hole, a second upper hole which is in communication with the second lower hole and which is tapered upward of the second lower hole, and a cutout which is formed in the upper end of the second upper hole and which allows the second connection member to pass therethrough.

7. WO/2017/179090 INFORMATION PROCESSING DEVICE, INFORMATION PROCESSING METHOD, AND INFORMATION PROCESSING PROGRAMWO19.10.2017
A61B 5/11
PCT/JP2016/061669FUJITSU LIMITEDSASAMOTO, Yuki
The purpose of the present invention is to facilitate quantification of a predetermined motion of a certain part. As shown in (1) in figure 1, an information processing device (101) determines a conversion method for converting the waveform of a sensor (102a) such that the degree of similarity is maximized between a time sequence of first data which is the waveform of the sensor (102a) and a time sequence of second data which is the waveform of a sensor (102n). Next, as shown in (2) in figure 1, the information processing device (101) converts the waveform of the sensor (102a) on the basis of the determined conversion method. Due to the converted sensor waveform, the information processing device (101) is capable of extracting characteristics of the predetermined motion that was originally intended to be observed.

8. WO/2017/179091 PARTICLE BEAM THERAPY SYSTEMWO19.10.2017
A61N 5/10
PCT/JP2016/061678MITSUBISHI ELECTRIC CORPORATIONSAKAMOTO Yusuke
A particle beam therapy system which includes: a particle beam generation device (30) that generates a particle beam with which an affected part of a patient to be irradiated is irradiated; and an x-ray imaging device (50) that emits an X-ray to the subject being irradiated and captures an X-ray image. This particle beam therapy system has a therapy beam emittable period during which the particle beam can be emitted to the subject being irradiated, and a therapy beam non-emittable period during which the particle beam cannot be emitted to the subject being irradiated. The x-ray imaging device (50) uses a first frame rate for the imaging frame rate of the X-ray image of the subject being irradiated in an X-ray imaging period which is a period that includes at least a part of the therapy beam emittable period, and uses, in periods other than the X-ray imaging period, an imaging frame rate that is lower than the first frame rate.

9. WO/2017/179092 DISTRIBUTION BOARDWO19.10.2017
H02B 1/40
PCT/JP2016/061679MITSUBISHI ELECTRIC CORPORATIONOGAI Toshifumi
The present invention addresses the problem that when a plurality of breakers having different load systems are mounted on one unit of a unit insertion/removal-type distribution board, even in a circumstance where the work of, for example, checking or replacing only a specific breaker is intended, the other breakers in the unit had to be stopped. A distribution board is equipped with a plurality of breaker units (3) that are provided so as to be able to be inserted to and removed from a vertical bus-line (2) from the front side of a chassis (1) in the front and rear direction, said vertical bus-line (2) being installed on the internal back side of the chassis (1) so as to extend in the vertical direction, and perform an electrical connection with or separation from the vertical bus-line (2) by an insertion or removal operation. The distribution board is characterized in that: the breaker units are provided side by side in a horizontal direction and formed by being provided with a first breaker unit (3A) and a second breaker unit (3B) that can be individually inserted and removed; and the vertical bus-line is formed by being provided with a first vertical bus-line (2A) corresponding to the first breaker unit and a second vertical bus-line (2B) corresponding to the second breaker unit.

10. WO/2017/179093 WIRELESS COMMUNICATION SYSTEM, CENTRAL STATION APPARATUS, DISTRIBUTED STATION APPARATUS, COMMUNICATION METHOD OF CENTRAL STATION APPARATUS, AND COMMUNICATION METHOD OF DISTRIBUTED STATION APPARATUSWO19.10.2017
H04J 99/00
PCT/JP2016/061684NIPPON TELEGRAPH AND TELEPHONE CORPORATIONMIYAMOTO Kenji
In a Partial Centralization system structure of a wireless communication system according to the present invention, a precoding matrix generated by a MAC function or instead a matrix or vector obtained by dividing the precoding matrix is transmitted, together with data of modulated symbols necessary for a precoding matrix calculation and with a corresponding DCI, between a central station apparatus and a distributed station apparatus.


검색결과 534,036 1-10 검색기준: (ANID:JP* AND CTR:WO) 특허청: all 언어: KO 어간추출: true maximize
이전 1 2 3 4 5 6 7 8 9 10 다음
Page: / 53404 Go >
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Instant Help