33results about How to "Will not complicate the structure" patented technology

A motor generator (67) is connected to carriers (61CA) of an auxiliary transmission mechanism (6) capable of switching between a high-speed range and a low-speed range, in a manner that enables power to be transmitted to a vehicle provided with said auxiliary transmission mechanism (6). When switching from the high-speed range to the low-speed range, the rotational speed of the carriers (61CA) is increased by the motor generator (67) so as to synchronize the rotational speed of low-speed range pieces (62L) with the rotational speed of an input shaft (31). When switching from the low-speed range to the high-speed range, the rotational speed of the carriers (61CA) is increased by the motor generator (67) so as to synchronize the rotational speed of an output shaft (32) with the rotational speed of the input shaft (31). Thus, range switching can be performed while reducing transmission shocks, even while the vehicle is moving.

A high-frequency power supply device for supplying high-frequency power to parallel planar electrodes, the high-frequency power supply device comprising: high-frequency power sources (133a, 133b) for supplying high-frequency power to positions spaced apart from each other in the electrode; and a pulse generator for pulse-modulating the power supplied from the high-frequency power sources (133a, 133b) such that the power changes at a plurality of levels including a high level and a low level, the pulse generator instructing switching of levels to include a period (1) during which the supplied power from the high-frequency power source (133a) is at the high level and the supplied power from the high-frequency power source (133b) is at the low level, a period (2) during which the supplied power from the high-frequency power source (133b); is at the high level and the supplied power from the high-frequency power source (133a) is at the low level, and a period (3) during which the supplied power from each of the high-frequency power sources (133a, 133b) is at a level higher than the low level.

The present invention relates to a microwave cooking device comprising: a heating chamber (34) which is provided with a glass-equipped door (31b) located at the front face opening and is adapted to contain an object to be heated; a waveguide tube (33) for transmitting to the heating chamber (34) a microwave emitted from a microwave generating section (32); an electricity supply section (39) having directivity and supplying the microwave from the waveguide tube (33) to the heating chamber (34); a drive section (41) for rotationally driving the electricity supply section (39); and a control section (411) for controlling the drive section (41) such that the microwave is supplied to a space above a tray, with the electricity supply section (39) directed to the door, using the inside of the glass as the main transmission path for the microwave. A thaw function and a grill function can be automatically and continuously performed without operation by the user.

Relating to a container unit for greening, for example, wall surface and a greening technique using the container unit, this object aims to provide a container unit for greening which can be easily handled, makes it possible to very easily undertake greening of, for example, wall surface within a short period of time, and has a low production cost; and a greening technique. A container unit is characterized in that an opening, through which a part of the plant body of a potted plant seedling to be packed in a container unit body can be guided outside, is formed in the one face side of the container unit body in which a planting base such as soil and the potted plant seedling can be packed. Separately from the opening through which a part of the plant body of the potted plant seedling can be guided outside, it is possible to form another opening for packing the planting base and the potted plant seedling in the container unit body.

The invention discloses a food processor with a good spill-proof effect. The food processor comprises a base and a stirring cup arranged on the base, a motor and a circuit board are arranged in the base; the stirring cup comprises a cup body and a cup cover; a crushing cutter is arranged in cup body, the motor drives the crushing cutter, the cup cover comprises an upper cover and a lower cover; the lower cover comprises a lower cover top wall, a lower cover side wall and a sealing ring; at least part of the side wall of the lower cover extends into the cup body; the sealing ring is arranged between the side wall of the lower cover and the cup body; a through hole is formed in the top wall of the lower cover; the through hole extends downwards to form a splash-proof cylinder; an upward surrounding edge is arranged on the edge of the top wall of the lower cover; the upper cover covers the surrounding edge; wherein an anti-overflow cavity is defined between the upper cover and the lower cover, the anti-overflow cavity is provided with a first slit, the upper cover is provided with an exhaust hole communicated with the outside, foam in the cup body enters the anti-overflow cavity through the splash-proof cylinder and forms liquid after being extruded and broken by the first slit in the anti-overflow cavity, and the liquid flows back to the cup body through the first slit and the splash-proof cylinder under the action of gravity.

In an optical head device and an optical disc device, which make it possible to reduce an influence of a differential push-pull signal by stray light without making the structure complicated, reflective light of zero-order diffracted light by other information recording surfaces than an access subject information recording surface, reflective light of + first-order diffracted light by other information recording surfaces than an access subject information recording surface, and reflective light of - first order-order diffracted light by other information recording surfaces than an access subject information recording surface form an interference fringe on an optical detector (9). If a length in a y-direction of one period of the interference fringe is Ty, a positive integer is N1, and lengths in the y-direction of divided receiving elements (9e, 9f, 9g, 9h) are Uy, respectively, then they satisfy the following: Uy=Ty x N1. Further, if a positive integer is N2, a distance from the center of a main beam light receiving unit (9M) to the divided receiving elements (9e, 9f, 9g, 9h) and a distance from the center of the main beam light receiving unit (9M) to a dividing line of the divided receiving elements (9g, 9h) are Vy, then they satisfy the following: Vy = (Ty/2) x {N2 - (1/2)}.

The invention discloses a low-noise food processor. The low-noise food processor comprises a base and a stirring cup arranged on the base, a motor and a circuit board are arranged in the base; the stirring cup comprises a cup body and a cup cover; a crushing cutter is arranged in cup body, a motor drives the crushing cutter, the cup cover comprises an upper cover and a lower cover; the lower covercomprises a lower cover top wall, a lower cover side wall and a sealing ring; at least part of the side wall of the lower cover extends into the cup body, the sealing ring is arranged between the side wall of the lower cover and the cup body, a through hole is formed in the top wall of the lower cover, an upward surrounding edge is arranged on the edge of the top wall of the lower cover, the upper cover covers the surrounding edge, and a silencing cavity is defined between the upper cover and the lower cover and communicated with the outside through an exhaust gap which is arranged at the upper cover. After noise generated in the cup body enters the silencing cavity from the through hole, the noise pressure is released and attenuated, and then the noise is further attenuated through the exhaust gap and discharged, so that the discharged noise is greatly attenuated, and the noise is greatly reduced.

The mobile phone with game function comprises: a rocker arm arranged on phone body to operate e-game, and the antenna for phone signal emission built in the rocker arm. This invention combines mobile phone and e-mage to introduce much convenience for user without complex structure.

Provided is a drive transmission switching mechanism that can switch and drive two circulation units with one motor in response to an operation that switches a paper conveyance direction. This invention comprises: a first circulation unit 100 and a second circulation unit 200 that each receive a drive force from a single motor 302 and function to receive individual paper sheets that are conveyed and to feed out paper sheets that are stored; a distributing means 310 that distributes the paper sheets to either of the circulation units; and a drive transmission switching mechanism 400 that transmits the drive force from the motor to either one of the circulation units. The drive transmission switching mechanism is actuated in coordination with an operation that changes a posture of the distributing means such that the drive transmission switching mechanism switches and transmits the drive force to the either one of the circulation units.

The present invention provides a voice recorder with a right-and-left pair of microphones, which can change over between an inward position with little phase difference and an outward position, without any intricate operation or complicated structure. The voice recorder (10) includes a right-and-left pair of microphones (12L, 12R). Each microphone (12L, 12R) is fixed to a holder (21) that is rotatable about a rotation axis (RAX), and a sound-collection axis (SAX) of each microphone is tilted to the rotation axis (RAX). Turning each holder (21) by 180 degrees allows each microphone to change over between an inward position where the sound-collecting axes (SAX) of the microphones intersect and an outward position where the sound-collecting axes (SAX) do not intersect. Each microphone is placed offset from the rotation axis (RAX) on each holder (12) in such a direction that the sound-collecting axes (SAX) are spaced apart from each other in a height-direction (Z-direction) while the microphones are in the inward position.