73results about How to "Reduced depth size" patented technology

The invention provides an automated three-dimensional container. The container comprises front and back two rows of vertical arranged suspension cages and a chain hoisting mechanism which is connected with the suspension cages and is driven by a hoisting driving motor, wherein the suspension cages are flexibly connected with the chain hoisting mechanism by a hoisting connector; a geneva mechanism which can transform the continuous movement of the chain hoisting mechanism to the intermittent movement is arranged between the chain hoisting mechanism and the hoisting driving motor; an upper translation mechanism and a lower translation mechanism which are driven by a translation driving motor are arranged on the upper part and the lower part of the three-dimensional container; and a chain translation mechanism is flexibly connected with the suspension cage by a translation connecting component so as to translate the suspension cage when the suspension cage has a hoisting intermittent movement. The technical scheme of the invention is applied to manufacturing three-dimensional containers.

A keyboard apparatus constructed to be capable of reducing the depth size thereof and permitting a key unit to be mounted to a key frame with a simple operation. Hinges are extended downward from rear ends of black key main bodies of a black key unit in the vertical direction, and are connected at their lower ends to a common-to-black-keys base end. The black key main bodies are pivotable via the hinges relative to the common-to-black-keys base end in the key depression / release direction. Similarly, white key main bodies of first and second white key units are pivotable via hinges relative to a common base end in the vertical direction. The key frame is formed at its rear portion with a recessed groove over the entire width of all keys and formed with elastic members extending in the front-to-rear direction on the front and rear sides of the recessed groove. Using elastic deformations of the elastic members, a common-to-all-keys base end of the key unit is fitted and fixed to the recessed groove.

A keyboard apparatus constructed to be capable of reducing the depth size thereof and permitting a key unit to be mounted to a key frame with a simple operation. Hinges are extended downward from rear ends of black key main bodies of a black key unit in the vertical direction, and are connected at their lower ends to a common-to-black-keys base end. The black key main bodies are pivotable via the hinges relative to the common-to-black-keys base end in the key depression / release direction. Similarly, white key main bodies of first and second white key units are pivotable via hinges relative to a common base end in the vertical direction. The key frame is formed at its rear portion with a recessed groove over the entire width of all keys and formed with elastic members extending in the front-to-rear direction on the front and rear sides of the recessed groove. Using elastic deformations of the elastic members, a common-to-all-keys base end of the key unit is fitted and fixed to the recessed groove.

In a projection type image display apparatus, for enlarging an image on a image display apparatus 1 by means of a projection lens 2, thereby projecting the enlarged image onto a screen 6, obliquely, being inclined thereto, between the projection lens 2 and a rear-surface mirror 5, there are disposed free shaped surface mirrors 3 and 4, each having a free shaped surface for compensating a trapezoidal distortion due to oblique projection of the enlarged image. The surface configuration of the free shaped surface mirror is so shaped as to satisfy a following equation:|L1−L2|>1.4·Dvif assuming that a distance for a light beam of an upper end of the enlarged image to reach the screen after being reflected upon a free shaped surface is “L1”, a distance for a light beam of a lower end of the enlarged image to reach the screen after being reflected upon the free shaped surface is “L2”, and a distance from an upper end of an image on the screen to a lower end thereof is “Dv”.

A depth information acquiring apparatus using a digital micro-mirror device (DMD), and a method thereof are provided. The depth information obtaining apparatus includes: a first digital micro-mirror device (DMD) that generates first line light and irradiates the first line light to an object; a second DMD that receives second line light reflected from the object and reflects light corresponding to the second line light; a sensor that senses light reflected by the second DMD; and a controller that controls operations of the first and second DMDs, and calculates depth information of the object by using information with respect to light sensed by the sensor.

The invention relates to an emergency stopping device, comprising a body (10), a control button (11) that is movable in translation along a control axis (X), at least one normally closed electrical contact unit (13), an actuation member (12) which can be actuated by said control button (11) so as to translate between a inoperative position and an actuated position, and which engages with the contact unit (13), a holding member (121) engaging with the actuation member (12) and capable of assuming a locking position for maintaining the actuation member in the actuated position thereof, and an unlocking ring (15) which is separate from the control button and which can be rotatably actuated, and which engages with the actuation member (12) so as to release the latter with a view to driving same toward the inoperative position thereof.

In a disk-storing disk device according to the present invention, within a casing having an insertion opening formed on the front face for inserting a disk, a plurality of holders are arranged in piles disproportionately on the X1 side about an insertion center line while a drive unit is rotatably supported on the X2 side from the insertion center line. When any of the holders is selected and a disk is inserted through the insertion opening, the disk is clamped to transfer rollers. A transporting unit is counterclockwise rotated while the disk is transferred with the transfer rollers. By the rotation, the disk is securely conveyed to the holder arranged disproportionately on the X1 side. Thereby, efficiency of arranging respective units in the casing is improved so as to provide a disk-storing disk device with short depth size.

The invention discloses a multiple sealing carrying roller of a belt conveyor which is applied to the field of bulk material conveying equipment. The carrying roller comprises combined seals, check rings, bearings, isolating rings, bearing seats, a tube and a shaft, press fitting is conducted on the tube and the shaft by the adoption of the double-end seam-allowance-free cold pressing technology, and the two ends are connected into a whole by the adoption of the welding method; the shaft penetrates through the tube and the bearing seats at the two ends, and the isolating rings and the bearings are installed at the two ends of the shaft; the bearings are fixed to the two ends of the shaft through the check rings; the combined seals pass through the shaft and the bearing seats and are installed into the two ends of the shaft in an interference connection mode; each combined seal is composed of a sealing end cover, a sealing shaft cover, an inner sealing ring and an outer sealing ring, each inner sealing ring is installed inside the corresponding sealing end cover, each sealing shaft cover is installed on the flange parts of the left portions of the corresponding sealing end cover and the inner sealing ring, and each outer sealing ring is installed on at right outer edge of the corresponding inner sealing ring. According to the multiple sealing carrying roller of the belt conveyor, the comprehensive property is high, the machining procedures of the carrying roller are decreased, the axial movement is reduced, the sealing property of the carrying roller is improved, the service life is long, and the energy consumption of the belt conveyor is reduced, the cost is saved, and the operation reliability is enhanced.

The present invention provides a lever operation device whose size can be reduced. The lever operation device comprises: a movable support member that supports a base portion of an operation lever such that the base portion is pivotable along a first operation plane; a housing that supports the movable support member such that the movable support member is pivotable along a second operation plane, the second operation plane being substantially orthogonal to the first operation plane; an actuator holder attached to the base portion of the operation lever such that the actuator holder is rotatable along the second operation plane; a first actuator retained by the actuator holder with first elastic urging means provided therebetween; and a second actuator retained by the movable support member with second elastic urging means provided therebetween, wherein the inner wall of the housing is provided with a first cam surface and a second cam surface, the first actuator and the second actuator being in elastic contact with the first cam surface and the second cam surface, respectively. When the device swings facing to the operation lever along the first operation plane, the actuator holder and the base portion rotate together and when the device swings facing to the operation lever along the second operation plane, the movable support member and the base portion rotate together.

The invention provides a show box having illuminating apparatus for easily and efficiently illuminating front part of the shelf board. The show box (1) of the invention is provided with a door (7) mounted with the front opening (6) of the show room of the shelf board (9); a support (8) butted with the door; an illuminating apparatus (15) which is longitudinally arranged at the back part (8A) of the support; the illuminating apparatus comprises a base plate (18) longitudinally mounted with LED elements facing to back part of the show room for irradiating the lights; a first and second reflection parts (24, 25) facing to the front part of the shelf board in the show room located in one side or the other side of level direction of the support for reflecting the light from the LED elements, corresponding to each LED element, alternatively disposing these reflection parts in vertical direction.

A two-layer image display device includes a back side LCD, a transparent screen, and a lower side LCD. The back side LCD displays an image on a display screen. The transparent screen is disposed on a front side of the display screen of an image display device. The lower side LCD projects an image from a lower position of the transparent screen. The transparent screen reflects, with directivity, light incident at a predetermined angle and includes an anisotropic optical film which transmits light incident at an angle other than the predetermined incident angle. The lower side LCD is disposed at a position where the image incident at the predetermined angle is projected and reflected on the transparent screen. The back side LCD is disposed at a position where incident light from an image displayed on the display screen transmits through the transparent screen.