35results about How to "Will not complicate the structure" patented technology

A focussed radiotherapy apparatus (100) and a radiation therapy device (200), the focussed radiotherapy apparatus (100) at least comprising: a source body (10), provided with a plurality of radiation sources (11); a pre-collimation body (20), fixedly connected to the source body (10), the pre-collimation body (20) comprising a plurality of pre-collimation holes, the pre-collimation holes corresponding to the radiation sources (11) in a one-to-one manner; a collimation body (30), covering the source body (10) and the pre-collimation body (20) and rotating with respect to the source body (10) and the pre-collimation body (20), the collimation body (30) comprising at least one curved surface, a plurality of groups of collimators, having different specifications, and shielding positions (31) being arranged on the curved surface, each group of collimators and / or shielding positions (31) being arranged in correspondence with the radiation sources (11), the collimation body (30) rotating to switch different groups of collimators and / or shielding positions (31) to be aligned with the radiation sources (11) so as to obtain different field sizes and / or implement at least partial shielding of the source body (10); a switch body (40), arranged on an outer side of the collimation body (30) and moving with respect to the source body (10), the pre-collimation body (20) and the collimation body (30) so as to enable rays of the radiation sources (11) to be focussed or shielded. The invention also provides a radiation therapy device.

[Problem] To provide a stereoscopic image display device that makes images with disparity viewable over a wide range of a diffusion surface. [Solution] A stereoscopic image display device (1) is provided with: an optical element (50) having n regions provided so as to correspond to each of n (n being an integer of 2 or higher) images with disparity for obtaining diffusing coherent light for each; an irradiating device (60) that irradiates the optical element with coherent light and scans the n regions with the coherent light; an optical modulator (30) that is illuminated by the diffused coherent light incident to each position on the optical element from the irradiation device, synchronizes for scanning the n regions with the coherent light, and generates modulated images corresponding to each of the n regions; and a projection optical system (20) that superimposes and projects each of the n images with disparity that have been generated by the modulated images onto the same surface at different angles.

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.

An accommodating case (4) has an accommodating passage (R1) that linearly accommodates a plurality of electrodes (10) in the interior thereof. An electrode outlet (R2) that communicates with the accommodating passage (R1) is formed in one end of the accommodating case (4). A pressing unit (5) presses the plurality of electrodes (10), which are in a state of being set in a row accommodated in the accommodating passage (R1), toward one end of the accommodating passage (R1). A lever member (6), by swinging, switches unloading of the electrodes (10) from the electrode outlet (R2) between a regulated state and an open state. A regulating coil spring (7) biases the lever member (6) so as to swing in one direction.

The configuration of the invention includes: heating chamber (34) provided with glass-fitted door (31b) at a front opening, for housing an object to be heated; waveguide (33) for transmitting microwaves from microwave generating section (32) to heating chamber (34); directional feeding section (39) having directivity, for supplying the microwaves from waveguide (33) to heating chamber (34); driving section (41) for rotationally driving directional feeding section (39); and control section (411) for controlling driving section (41) to turn directional feeding section (39) to a direction of the door and supply the microwaves into a space above the tray, using the inside of the glass as a principal transmission channel, wherein a defrosting function and a grilling function are performed in an automatic and continuous manner without a user's operation.

A control system controls a multiphase rotating machine by a 120 DEG energization process and a PWM process. In the 120 DEG energization process, respective ones of switching elements of a high side arm and switching elements of a low side arm of a power conversion circuit are turned on. In the PWM process, the switching elements of the power conversion circuit turn on / off so that two phases that are connected to the switching elements that are in the on-state are alternately rendered conductive to the high potential side input terminal and the low potential side input terminal of the power conversion circuit.

PROBLEM TO BE SOLVED: To provide a suction table which can lift a display panel on a suction surface at delivery without having a complicated configuration nor locally applying strong stress on the display panel.SOLUTION: A suction table holds a display panel and includes a support board having a suction surface in which negative pressure openings open, a plurality of lift bars disposed across the suction surface, a plurality of recesses arranged in parallel with each other on the suction surface so as to house the lift bars in the support board without being protruded form the suction surface, support mechanisms that support the lift bars in a vertically movable manner at sides of the support board in which the plurality of recesses open, and lifting devices arranged in relation with the support mechanisms so as to lift the lift bars between an ascent position where the lift bars are protruded from the recesses and a descent position where the lift bars are housed in the recesses. The support mechanisms comprise support pillars for supporting the lift bars at both ends, guide pins supported by the support pillars, and slots arranged in the lift bars so as to allow the guide pins to penetrate therethrough.

An air conditioning apparatus for a vehicle that includes a frame having an opening through which an airflow passes, and a sliding door which adjusts an aperture ratio of the opening by being slid along a wall surface formed with the opening of the frame in an upstream side of the opening, wherein the sliding door includes: a shield plate to shield the airflow; and a seal member which extends from the shield plate in a sliding direction of the sliding door and is more easily bent than the shield plate, and which is bent by receiving the airflow, thereby coming into contact with the wall surface of the frame.

The present invention provides a processing device which can correct the warping of a workpiece without complicating the structure of the device, and can keep the workpiece on a chuck workbench reliably. A conveying pad (21) possesses an absorption surface (211) of absorbing and keeping the central part of the workpiece, a pressing part (22) possesses an annular pressing surface (211) with an internal diameter greater than the external diameter of the conveying pad (21), and a forwarding and withdrawing part penetrates a hole (231) and a shaft (24) and enables the conveying pad (21) to forward and withdraw along a direction vertical with the absorption surface (211) between a position of the absorption surface (211) protruding towards the pressing surface (221) and the position at which the absorption surface (211) and the pressing surface (221) are located in a same plane. A lifting component (26) enables a keeping mechanism (20) keeping the workpiece to move towards the direction of the chuck workbench (13), thereby pressing the workpiece against the chuck workbench (13). Therefore, the forwarding and withdrawing part acts, so that the absorption surface (211) is positioned in the plane same with the pressing surface (221), the warping of the workpiece is corrected, and the chuck workbench (13) keeps the workpiece.

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 mobilephone and e-mage to introduce much convenience for user without complex structure.

In a liquid crystal display apparatus in which a liquid crystal layer is twist-aligned when no electric field is applied, [Delta]nd value of a liquid crystal layer in a wavelength of 550 nm is 300 to 400 nm, each of directions of polarizing axes of pair of linear polarizers is substantially parallel or vertical to the alignment direction of liquid crystal molecules in each end face of the liquid crystal layer that is closer to each of linear polarizers, and the angle between polarizing axes of the pair of linear polarizers is 85 DEG or larger and smaller than 90 DEG . In a liquid crystal display apparatus in which a liquid crystal layer is aligned to be substantially vertical when no electric field is applied, the angle between polarizing axes of the pair of linear polarizers is 85 DEG or larger and smaller than 90 DEG. In a liquid crystal display apparatus of a lateral electric field drive system, a uniaxial alignment angle of a liquid crystal layer when no electric field is applied is larger than -45 DEG and -40 DEG or smaller, or +40 DEG or larger and smaller than +45 DEG. (the "angle" here is a value based on 0[deg.] which is the direction of three-o'clock of a clock seen from a front with respect to a display screen, the counterclockwise direction from 0[deg.] being "+", and the clockwise direction from 0[deg.] being "-")

The present invention provides a voice recorder that can be switched between an inward posture and an outward posture with a small phase difference in a voice recorder provided with a pair of left and right microphones without complicating the operation and compromising the structure. complication. The voice recorder (10) includes a pair of left and right microphones (12L, 12R). Each microphone (12L, 12R) is respectively fixed to a bracket (21) rotatable about a rotation axis (RAX), and each sound collection axis (SAX) is inclined with respect to the rotation axis (RAX). When each stand (21) is rotated by 180°, the posture is switched between an inward posture in which the sound collection axes (SAX) of each microphone cross and an outward posture in which the sound collection axes (SAX) do not cross. The microphones are disposed on the brackets (21) in an inward posture, offset from each rotation axis (RAX) toward each sound collection axis (SAX) in a direction separated from each other in the height direction (Z direction).

In a vehicle that includes an auxiliary transmission mechanism 6 where a high-speed range and a low-speed range are switchable, a carrier 61 CA of an auxiliary transmission mechanism 6 is coupled to a motor-generator 67 to allow power transmission. When switching from the high-speed range to the low-speed range, the motor-generator 67 increases a rotational speed of the carrier 61CA such that a rotational speed of a low-speed range piece 62L is synchronized with a rotational speed of an input shaft 31. When switching from the low-speed range to the high-speed range, the motor-generator 67 increases a rotational speed of the carrier 61CA such that a rotational speed of an output shaft 32 is synchronized with a rotational speed of the input shaft 31. This allows range switch with a reduced gear change shock even while the vehicle is running.

During opening and closing operations of a fluid control valve (2), the port pressure in the fluid control valve (2) is guided to a main relief valve (6) via a first passage (101) and the maximum pressure thereof is controlled by the main relief valve (6). In addition, the port pressure in the fluid control valve (2) is simultaneously guided to pressure compensation valves (21), (31), (41) of fluid control valves (2), (3), (4). Thus, even in the case when functions with different load pressures are simultaneously operated in the fluid control valves (2), (3), (4), it is possible always to guarantee constant operability regardless of the pressure load. In addition, during opening and closing operations of the fluid control valve (3) that drives a tilt cylinder (30) for a function to tilt a fork, the port pressure of the fluid control valve (3) is guided to a secondary relief valve (7) via a second passage (102), is guided to the main relief valve (6) via the first passage (101), and is guided to the pressure compensation valves (21), (31), (41) of the fluid control valves (2), (3), (4).

The present invention provides a cooling method for components in a processing chamber that can quickly cool components in the processing chamber without complicating the structure of a substrate processing apparatus. In a substrate processing apparatus (10) for dry etching a substrate (G), a mounting table disposed in a chamber (11) composed of a base portion (11a) and a lid portion (11b) that can be separated from each other (12) When cooling, adjust the pressure in the chamber (11) to atmospheric pressure, separate the cover (11b) and the base (11a), and form an open portion around the entire circumference of the side wall of the chamber (11). (11d), thereby connecting the chamber (11) to the atmosphere, using the exhaust system (14) to form airflow in the chamber (11), and when it is determined that the temperature of the mounting table (12) is below 60°C , stop the work of the exhaust system (14) and stop the air flow in the chamber (11).