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Results 1-10 of 400,548 for Criteria: Office(s):all Language:EN Stemming: true maximize
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NoCtrTitlePubDateInt.ClassAppl.NoApplicantInventor
1. WOWO/2014/141728 - BREAK-TO-OPEN STRUCTURE FOR BREAK-TO-OPEN PACKAGE, BREAK-TO-OPEN PACKAGE, AND PRODUCTION METHOD FOR BREAK-TO-OPEN PACKAGE18.09.2014
B65D 75/62
PCT/JP2014/050231KAISHIN CO., LTD.HASHIMOTO Tadashi
The purpose of the present invention is to provide a break-to-open structure for a break-to-open package, whereby the package can be easily broken open just by bending with the fingers and the contents of the package can be smoothly extracted. Also provided are a break-to-open package and a production method for the break-to-open package. According to the present invention, a break-to-open package (10) is bent in a bending direction (G) along a bending part (F) of a flat member (20) so that a break-to-open part (23) of the flat member (20) and a sealing material (40) that has been applied so as to cover the break-to-open part (23) are broken open, and so that the sealing material (40) is pierced from the inside by a protruding part (24) so as to be broken open. The break-to-open part (23) and the sealing material (40) can thereby be broken open to a size that enables easy extraction of the contents (32) of the break-to-open package (10). After the break-to-open package (10) has been broken open, a storage part (30) is deformed by the bending action of the flat member (20) such that the storage part (30) is crushed, and the required amount of the contents (32) stored in the storage part (30) are pushed out of the break-to-open part (23) for use.

2. WOWO/2014/141360 - CLEANING SHEET AND PRODUCTION METHOD THEREFOR18.09.2014
A47L 13/16
PCT/JP2013/056604YAMADA, KikuoYAMADA, Kikuo
Provided is a cleaning sheet (S) that has a section in which three-layered thick sections (1) that are produced by squashing a three-dimensional wave shape into a flat shape are arranged in parallel, and that comprises a nonwoven fabric that is provided with a localized adhesive that maintains the flat shape and raised fiber sections (3) that are made to rise by spraying with a pressurized fluid.

3. WOWO/2014/141361 - TRAIN INFORMATION MANAGEMENT DEVICE18.09.2014
H04B 1/74
PCT/JP2013/056633MITSUBISHI ELECTRIC CORPORATIONTATSUMI, Shogo
A secondary terminal device (21-2) installed in one vehicle is connected to a primary trunk transmission path (1) and a secondary trunk transmission path (2). Upon reception of a state information packet (B) from a secondary terminal device (31-2) installed in another vehicle via the primary trunk transmission path (1) or the secondary trunk transmission path (2), the secondary terminal device (21-2), using the trunk transmission path via which the state information packet (B) was received, transfers by unicast a control packet (A) to the secondary terminal device (31-2) adjacent to the secondary terminal device (21-2), which has received the state information packet (B), on the side farther from a central device.

4. WOWO/2014/141321 - CIRCUIT BREAKER18.09.2014
H01H 73/36
PCT/JP2013/001702MITSUBISHI ELECTRIC CORPORATIONMIYOSHI, Nobuo
In the present invention, a circuit breaker can be miniaturized by miniaturizing an electromagnetic wave trigger affected by inverse time characteristics while maintaining the suction force of the electromagnetic wave trigger in the circuit breaker. The circuit breaker is provided with a movable contact (24), a fixed contact (21), a power supply-side terminal (20), a gating mechanism unit (30), and an electromagnetic wave trigger (40). The fixed contact (21) is capable of coming into contact with the movable contact (23). The power supply-side terminal (20) is connected to the fixed contact. The gating mechanism unit (30) opens and closes the movable contact (24). The electromagnetic wave trigger (40) triggers the gating mechanism unit (30), and is connected to the movable contact (24). The electromagnetic wave trigger (40) includes a yoke (42), an oil dashpot (43), and a movable iron piece (49). The yoke (42) is made of a magnetic sheet. The oil dashpot (43) is fixed to one leg of the yoke (42). The movable iron piece (49) is turnably held in the other leg of the yoke (42). The electromagnetic wave trigger includes a first attraction surface (49a) facing an armature surface of the oil dashpot (43). The movable iron piece (49) is provided with a second attraction surface (49e).

5. WOWO/2014/141357 - CAMERA UNIT, VEHICLE, AND METHOD FOR MANUFACTURING CAMERA UNIT18.09.2014
G03B 17/56
PCT/JP2013/056567HONDA MOTOR CO., LTD.MATORI Tadahiro
Provided is a camera unit (12), a vehicle (10), and a method for manufacturing the camera unit (12). The first wall part (112) of a housing (90) for the camera unit (12) extends parallel to an optical axis or in a slanted manner so as to gradually draw away from the optical axis in the direction from a lens (100) toward a subject. A plurality of projections (130) is disposed on the first wall part (112) in alignment with the optical axis direction. The plurality of projections (130) each have a first surface (132) made up of a flat or curved surface in which the lens (100) side is nearer to the optical axis than the subject side, and a second surface (134) made up of a flat or curved surface in which the lens (100) side is further away from the optical axis than the subject side, or made up of a flat surface parallel to the optical axis.

6. WOWO/2014/141374 - AIR CONDITIONER18.09.2014
F25B 1/00
PCT/JP2013/056713MITSUBISHI ELECTRIC CORPORATIONYAMASHITA, Koji
An air conditioner (100) is provided with: first bypass piping (4a) connected to an input-side flow passage of an accumulator (15) via a second throttling device (14a), a second flow passage of a supercooling heat exchanger (13) that exchanges heat with a refrigerant that flows through a first flow passage of the supercooling heat exchanger (13), and a first switching device (19a); second bypass piping (4b) that branches from the first bypass piping (4a) between the supercooling heat exchanger (13) and the first switching device (19a), and is connected to an injection port of a compressor (10) via a second switching device (19b); and third bypass piping (4c) that branches from refrigerant piping between a heat source-side heat exchanger (12) and utilization-side heat exchangers (17), and is connected to the refrigerant piping between an input side of the compressor (10) and an output side of the accumulator (15) via a third throttling device (14b).

7. WOWO/2014/141408 - WORKING VEHICLE18.09.2014
F01N 3/28
PCT/JP2013/057043KOMATSU LTD.SAKAMOTO, Akihiko
A partition wall (18) is disposed within an engine room at a position between an engine (10) and a radiator (16). A first exhaust gas treatment unit (71) has a first exhaust gas treatment device (31) and a first mount section (30a). The first exhaust gas treatment device (31) is disposed between the engine (10) and the partition wall (18). A second exhaust gas treatment unit (72) has a second exhaust gas treatment device (32) and a second mount section (30b). The second exhaust gas treatment device (32) is disposed above the first exhaust gas treatment device (31) and is disposed so as to overlap, in a plan view of the vehicle, at least a part of the first exhaust gas treatment device (31). The partition wall (18) has a first wall member (21) and a second wall member (22) which is a separate body from the first wall member. The second wall member (22) is disposed above the first wall member (21). The distance between the second exhaust gas treatment unit (72) and the boundary between the first wall member (21) and the second wall member (22) is greater than the outer diameter of the first exhaust gas treatment device (31).

8. WOWO/2014/141421 - OIL DIFFUSION PUMP AND VACUUM FILM FORMATION DEVICE18.09.2014
F04F 9/00
PCT/JP2013/057145SHINCRON CO., LTD.SAISHO, Shinichiro
Provided is an oil diffusion pump equipped with an oil vapor generator capable of eliminating the problems occurring when a heater wire is used as a heating source for an operating oil. The present invention is a vacuum pump for which an oil vapor generator (70) is arranged within a casing (51) and this oil vapor generator is operated to vaporize an operating oil (8), thereby producing oil vapor, and this oil vapor is sprayed from a jet (53, 53a) to exhaust intake air. The oil vapor generator (70) is equipped with: a container (71, 72) in the interior of which oil is stored, with the lower end of the tubular member (71), which comprises a material to be heated, being closed; an induction coil (75) wrapped around the atmosphere-side perimeter of the tubular member (71) (in particular, the case inner wall (71b)) with an insulating material (73) therebetween; and a power supply means that applies a low-frequency alternating current of several tens of Hz to several hundreds of Hz to the induction coil (75). The configuration is such that the tubular member (71) itself is heated when the power supply means is operated and the low-frequency alternating current is applied to the induction coil (75), thereby vaporizing the oil within the container.

9. WOWO/2014/141425 - VIDEO DISPLAY SYSTEM, SOURCE DEVICE, SINK DEVICE, AND VIDEO DISPLAY METHOD18.09.2014
H04N 21/4363
PCT/JP2013/057164KABUSHIKI KAISHA TOSHIBAMIYOSHI Kohei
A video display system (1) includes a sink device (2) and a source device (3). The source device (3) transmits a video signal. The sink device (2) has a plurality of operation modes pertaining to image processing, so that when there is a change in the operation modes, the sink device (2) notifies the source device of information about a video format preset in accordance with the changed operation mode, and outputs the video signal received from the source device to a display (18) after executing image processing corresponding to the changed operation mode on the video signal.

10. WOWO/2014/141431 - DISPLAY DEVICE18.09.2014
H04N 5/74
PCT/JP2013/057181PIONEER CORPORATIONHIGUCHI, Takanobu
Provided is a display device which can prevent bright light from a light source from penetrating a screen and entering the eyes of a viewer when a dimming element which alternately changes between a transmitting state and a scattering state is used as the screen. The device is provided with a screen (3) which is capable of switching between a state for transmitting and a state for scattering visible light, a projected light detector (2o) which detects the strength of projected light being projected toward the screen (3), a scattered light detector (6) which detects the strength of scattered light that is scattered by the screen (3), and an environment light detector (7) which detects the strength of the environment light around the screen (3). In addition, a computing unit (5) limits the projection of the projected light by turning off the power source for a projector (2) on the basis of the strength of the projected light detected by the projected light detector (2o) and the strength of the scattered light detected by the scattered light detector (6).


Results 1-10 of 400,548 for Criteria: Office(s):all Language:EN Stemming: true
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