90 results about "Dual plane" patented technology

An apparatus for storing and displaying packages. The invention discloses a self-adjusting shelf comprising a sled coupled to a track, and at least two product supports located in a plane above the track. The product supports are aligned substantially parallel to the track and are coupled to the track. Packages rest upon the product supports. The sled slides along the length of the track. The sled urges, via either gravity or a biasing device, the sled forward against downstream packages. Thus, when one package is removed, the sled forces the remaining packages to the front of the shelf.

A multi-plane scanner having a dual plane scanner with a horizontal window and a vertical window and a load cell / weigh platter weighing apparatus such that the weigh platter itself is a dual plane object with vertical and horizontal sections. The size and orientation of the planes of the weigh platter correspond to the size and orientation of the scan windows of the dual plane scanner, and each plane of the weigh platter has a transparent area (typically central), or “platter window”, corresponding to a respective scan windows of the scanner for allowing transmission of scanned optical beams and optical barcode signals through each of the planes of the weigh platter. The platter is sufficiently rigid to permit accurate weighing whether the object being weighed is placed solely on the horizontal section of the platter or in part on the vertical section. The vertical and horizontal sections of the platter are sealed together to prevent passage of debris therebetween.

The invention discloses a nine degrees of freedom (DOFs) mixed connection robot with driving and driven combination, comprising a serial mechanism and a parallel mechanism. The serial mechanism is a driven mechanism, which comprises a base, a large arm, a small arm and a movable joint which are sequentially articulated and has five DOFs; the parallel mechanism is a driving mechanism and comprises a dual plane static platform and a needle frame; the dual plane static platform is connected with a movable joint; the upper part and the lower part of the needle frame are respectively connected with the upper plane static platform and the lower plane static platform of the dual plane static platform through a movable device and has four DOFs. The invention has the advantages of strong flexibility, small accumulated errors of the joint, a plurality of gestures which can be realized by an end surgical instrument, comparatively high smartness and absolute positioning precision, and being suitable for carrying out the surgery under a limited surgery space such as a CT, etc.

A method and apparatus for electronically steering a RADAR beam across an array of feed horns by moving the phase center of the beam to different origination points on the array—each origination point being the phase center of a feed horn pair. Variations include polarized beams, polarized feed horns, dual-beam systems, dual direction steering, diagonal steering, and cross-polarized wire grids to control beamwidth.

An embodiment of the disclosed DHM system includes a light source configured to emit coherent optical waves, a first optical Fourier element configured to Fourier transform the optical waves from the object area, wherein the Fourier transform occurs at a Fourier plane and the optical waves from the object area includes directly transmitted waves and diffracted waves, a phase modulator at the Fourier plane configured to introduce a phase delay between the directly transmitted waves and the diffracted waves, a second optical Fourier element configured to receive the directly transmitted waves and the diffracted waves from the phase modulator and to inversely Fourier transform the directly transmitted waves and the diffracted waves to provide interfered optical waves, and at least one imaging device configured to record the interfered optical waves at two image planes to generate a first interferogram and a second interferogram.

The present disclosure relates to technology for generating an efficient predicted image by using a correlation between color planes in encoding of a multi-plane video. An apparatus for encoding a multi-plane video including two or more color planes by using a bi-prediction includes: an intra-predictor for generating a first predicted block by performing an intra-prediction on a current block of a current plane; an inter-plane predictor for generating a second predicted block by performing an inter-plane prediction; a dual-plane predictor for generating a third predicted block based on the first predicted block and the second predicted block; an optimum mode determiner for selecting one optimum predicted block having a highest encoding efficiency from the first to third predicted blocks; and an encoder or a decoder for encoding or decoding the current block based on a selected optimum predicted block.

A soft breast prosthesis is provided, the prosthesis having a surface configuration advantageous for dual plane placement of the prosthesis in a breast.

A nonvolatile memory device is operated by receiving a dual plane read command for simultaneously reading first and second planes, each comprising memory cells, receiving an MSB read address for reading data stored in the memory cells, checking whether an MSB program operation has been performed on each of the first and second planes, and performing the read operation on the first and second planes according to a result of the check and outputting the read data.

A solid body electric guitar or bass guitar whereas the body of the guitar is divided into two separate planes so as to conform to the torso of the human body. The asymmetrical position of the "neck and string assembly" in relation to the body of the guitar enables the "neck and string assembly" to rest in a near vertical position when played while standing. Suspended by use of a strap, this instrument provides the musician better access to the neck with the fretting hand, easy access to the strings with the plucking hand, and is incredibly resistant to unwanted swaying or rocking caused by the natural acts of striking and fretting strings, and normal body movements.

The invention relates to a high-temperature high-pressure self-sealing dual-plane gate valve, which comprises a valve, a valve cover, an operation screw and an operation hand wheel on the valve cover. Wherein, the valve has a gate plate connected to the operation screw, and sealing surface matched with the gate plate; said valve comprises two separate gate plates and a central pushing rod; two gate plates are opposite, whose outer sealing surfaces are parallel, and inner surfaces are uniform distributed with several compress springs; the central pushing rod via its lower end and the clamp groove at the inner sides of two gate plates is clamped between two gate plates, while the upper end via the connector is connected to the operation screw. Via the operation screw, the pushing rod via its lower end can move said two gate plates up and down along the sealing surface; and the compress spring compresses the two side sealing surfaces of gate plates on the sealing surface of valve, to confirm the sealing effect and prolong the service life.

The invention relates to a color wheel for use in the illumination system of a projector. The color wheel according to the present invention comprises a rotor and a motor for rotating the rotor, the rotor comprising a ring shaped translucent area formed by color filter segments, the translucent area being adapted to continuously extend into a light path as the rotor is rotated, the rotor in a first plane perpendicular to the axis of rotation further comprising first means for balancing, the rotor in a second plane perpendicular to the axis of rotation further comprising second means for balancing, wherein first and second plane are spaced apart. Due to the dual plane balancing means the color wheel is better balanced.

The invention relates to a method for adjusting optical axis parallelism of a multi-optical-axis imager. The method includes the steps: assembling a standard plane mirror on an interferometer and adjusting a single-mode dual-plane reflector to be self-aligned; inversely placing an optical-mechanical structure of the multi-optical-axis imager between the interferometer and the single-mode dual-plane reflector; adjusting a mounting base surface of the multi-optical-axis imager to be perpendicular to the optical axis of the interferometer; assembling a standard spherical mirror on the interferometer and adjusting the position and the inclination angle of a first channel optical-mechanical system on the mounting base surface to enable the first channel optical-mechanical system and a standard spherical mirror system to be confocal; and adjusting the position and the inclination angle of a second channel optical-mechanical system on the mounting base surface to enable the second channel optical-mechanical system and the standard spherical mirror system to be confocal. In the method, no special devices are needed, multi-optical-axis parallelism and system wave aberration can be simultaneously adjusted, and adjusting precision and efficiency are effectively improved.

An armrest for multiple seating has upper and lower support planes that overlap to permit respective use by neighbors. The upper armrest may be cut-away at the rear to accommodate the elbow of the user of the lower armrest. The dual plane armrest comprises an upper forearm support and a lower forearm support. The upper forearm support is disposed above the lower forearm support partially or completely. The configuration of the invention provides increased lateral space for neighbors without increasing lateral seat pitch.

The invention discloses an autocollimation indication error detection method which comprises the following steps of: measuring the angle indicated by a measured autocollimation (2) through a digital collimation system (4); transmitting the angle indicated by the detected autocollimation to the digital collimation system through a dual-plane reflecting mirror which can be used for transmitting the same angle value; adjusting the measured autocollimation to enable the detected autocollimation to generate angle value change of a plurality of measuring points, thereby measuring a plurality of corresponding angle value changes by the digital collimation system; taking the difference between every two angle value changes to obtain indication errors of a plurality of detection points; and taking the difference between a maximum value and a minimum value of the plurality of indication values as a final result of the indication error of the measured autocollimation. The invention also discloses a device using the autocollimation indication error detection method. According to the device disclosed by the invention, a photoelectric technology forms the digital collimation system for measuring the indication of the measured autocollimation; the indication errors of a measured autocollimation light tube are calculated by a data record and calculation system; and according to the device, manual reading, recording and calculating are avoided, so that the detection efficiency and accuracy are increased.

An instrument support may be used to support an instrument, such as a violin or a viola, against collar-bone / shoulder and chest regions of a player. The instrument support may include a collar-bone rest and a chest rest, providing a dual plane design. The rests may be adjustable to adjust the location on the back of the instrument and to adjust the heights and angles with respect to the instrument to suit the anatomical differences between players.

The invention discloses dual-plane grinding automation equipment and an operation method thereof. The dual-plane grinding automation equipment comprises a feeding conveying module, a grabbing module,a dividing rotating module, a transverse moving module, a detection module, a discharging conveying module, a product grinding module and a lower machine frame body. The output end of the feeding conveying module and the input end of the discharging conveying module are fixed to the lower machine frame body; the grabbing module, the dividing rotating module, the transverse moving module and the detection module are fixed to the lower machine frame body; the grabbing module is arranged between the feeding conveying module and the discharging conveying module; and the transverse moving module isarranged between the dividing rotating module and the product grinding module. The transverse moving module moves grinded product carriers back to the dividing rotating module, the dividing rotatingmodule is rotated, grinded products on the dividing rotating module are moved to the product grinding module, at the same time, the grinded product carrier products are grabbed to the detection muddleby the grabbing module for detection, and the detected height is correct and the grinded product carrier products are output from the discharging conveying module.

The invention relates to an artificial cochlea implanting operation system based on computer vision. The artificial cochlea implanting operation system is characterized by comprising a computer, a head fixed support, a rough adjustment passive arm, a dual-plane rotor, a CT (Computed Tomography) scanner and photo-electric navigation equipment, wherein the computer is further internally provided with a VTK Platform rectification navigation platform; the VTK Platform rectification navigation platform comprises an image visualization unit, an image incision unit, a spatial rectification unit, a planning unit and a navigation unit, wherein the image visualization unit is used for reading, rebuilding and displaying the CT data of a patient, the image incision unit is used for incising the CT data of the patient and acquiring the data of an operative region, the spatial adjustment unit is used for combining a CT image space and an actual space so as to generate a rectification matrix, the planning unit is used for planning the operative pathway of an implanted artificial cochlea in the CT image space, and the navigation unit draws a model by combining the cochlea surface of the patient under the tracking of the photo-electric navigation equipment, and guides a doctor to finish the implanting operation of the artificial cochlea according to a planned path. The artificial cochlea implanting operation system based on computer vision can be extensively applied to artificial cochlea implanting operation.

A cantilever probe has an elbow for bonding to a dual plane fixture plate for a highly stiff and precise angled fixture of the bonded cantilever probe with minimal real estate consumption. The cantilever probe may feature a tip positioning pin and an elbow positioning pin fitting into corresponding holes of the fixture plate and a sacrificial assembly plate. Separate fan-out beams may be attached to the fixture plate and conductively connected to respective elbows once the cantilever probes are fixed. The fan-out beams in turn may be conductively connected with their respective peripheral ends to large pitch apparatus terminals of a circuit board. A probe apparatus may be easily customized by providing varying drill patterns of the positioning holes for fan-out beams and cantilever probes to match pitch requirements of the tested circuit chips.

Multiple balancing plugs (114) preferably have a common length and a common offset center of gravity (130) in the length dimension for providing dual plane balancing of a rotatable body (100). The rotatable body (100) includes a plurality of balancing plug holes (112a–f) for receipt of a balancing plug (114) as desired / required to address an imbalance associated with the rotatable body (100). One or more balancing plugs (114) may be disposed within the rotatable body (100) in a first orientation such that their respective centers of gravity (130) are disposed within a first plane (134). One or more balancing plugs (114) may be disposed within the rotatable body (100) in a second, opposite orientation such that their respective centers of gravity (130) are disposed within a second plane (138) that is spaced from the first plane (134).