14 results about "Active space" patented technology

The comfortable western-style clothes based on the bionic bird wing technology comprise a clothes body and sleeves, the clothes body is formed by splicing a front piece, side pieces and a rear piece, each sleeve is formed by splicing a large sleeve and a small sleeve, the connecting area of the clothes body and the sleeves is an armpit splicing area, and each armpit splicing area is provided with an opening. The style of the suit is optimized on the basis of a human engineering space analysis result, and the suit at least comprises a hidden activity space, so that a sleeve bag body structure can naturally stretch when a human body lifts hands; wherein the ergonomic space analysis result comprises the following steps: acquiring body data of people with different body types during hand raising actions, analyzing dynamic displacement tracks of the chest, the back and the arms, and determining extra activity spaces required by all parts in the hand raising process; the ergonomics space analysis result is used for providing data support for pattern radian optimization of the clothes body and the sleeves. On the premise that static attractiveness is guaranteed, a wearer can move freely, and hands can be lifted conveniently.

The utility model belongs to the technical field of immersed tunnel butt joint, and discloses a top sealing assembly and a joint tool for a final joint of an immersed tunnel. The top sealing assembly comprises a top sealing frame, a top shell and a manhole pipe, and the top sealing frame is used for being arranged at the top of a gap between every two adjacent immersed tubes and used for assisting in forming a top sealing plate of a final joint of the immersed tunnel. The top shell covers the top sealing frame and is detachably connected with the top sealing frame, and a moving space capable of containing constructors is formed between the top shell and the top sealing frame. One end of the manhole pipe is connected with the top shell, the other end of the manhole pipe can extend to the water surface, and a channel in the manhole pipe is communicated with the activity space. By adopting the top sealing assembly for the final joint of the immersed tunnel, a constructor enters the moving space from the manhole pipe for water stop inspection, and the safety risk can be reduced; and meanwhile, constructors can pour the top sealing frame in the movable space above the top sealing frame to form the top sealing plate, so that the construction difficulty and the construction cost are reduced.

The utility model discloses a supporting cushion for radiodiagnosis, and belongs to the technical field of medical auxiliary equipment. The supporting soft cushion for radiodiagnosis comprises a soft cushion body, a head supporting part and an arm supporting platform, wherein the head supporting part and the arm supporting platform are arranged on the soft cushion body; the head support part is arranged in the middle of one side of the soft cushion body; the arm supporting platform is arranged on the soft cushion body and surrounds the periphery of the head supporting part; the head support part comprises a first protruding part, a second protruding part and a head support space formed by the first protruding part and the second protruding part in a surrounding mode. In the using process, the head of a user is located in the head supporting space, and the arms of the user are put on the arm supporting platform after being placed on the two sides of the head. The lower end of the arm supporting platform is low, the upper end of the arm supporting platform is high, the arm supporting platform plays a supporting role when the two hands of a user lift upwards, meanwhile, the activity space of the shoulders is reserved through the vacant positions at the lower end, the two hands cannot move all around through the arm baffles on the two sides, and the examination effect is guaranteed.

An x-ray system for at least one of breast examinations and procedures includes a base component, a table configured to support a patient in a prone position and disposed proximate to the base component with a space reserved therebetween, a rotatable x-ray assembly disposed between the base component and the table, and a linear motor assembly operatively connected to the rotatable x-ray assembly and the base component so as to effect rotation of the rotatable x-ray assembly relative to the base component during operation. The rotatable x-ray assembly rotates at least partially around an active spatial region, and the table defines an opening that is positioned for a breast to extend downwards therethrough at least partially into said active spatial region.

The goal is to automate the determination of the active space, which is useful for quantum chemical calculations. [Solution] The active space determination program obtains occupancy data, which includes data showing the time-series changes in the number of electrons occupied in each of multiple molecular orbitals. Using the occupancy data as input, the program calculates the solution to a mathematical optimization model formulated with constraints that keep the sum of the number of electrons occupied in multiple molecular orbitals constant, and an objective function that gives a relatively higher evaluation to combinations of molecular orbitals whose time-series changes in the number of electrons occupied are negatively correlated with combinations whose time-series changes in the number of electrons occupied when selecting a subset from multiple molecular orbitals to be used in quantum chemical calculations, compared to combinations whose time-series changes in the number of electrons occupied are positively correlated. The program then has the computer execute the calculation and output the result.

The application provides a computer interface structure and relates to the field of computing components. The computer interface structure comprises a shell, a through placement hole is formed in the shell, a door plate is arranged on the front surface of the shell relative to the placement hole, a sliding sleeve is arranged on the back surface of the shell relative to the placement hole, and a hole corresponding to the sliding sleeve is formed in the door plate. The computer interface structure is provided with a USB interface composed of the door plate, the sliding sleeve, a support, a base and a conductive sheet, and an active space is arranged between the shell and the sliding sleeve. The sliding sleeve is pulled and counteracted by the sliding sleeve when the sliding sleeve is pulled through the cooperation of the sliding rod, the thick spring and the ligament, the support and the base are hinged, so that the sliding sleeve can be left and right deviated. Therefore, the USB interface is set to be movable, the user can avoid forgetting to take off the earphone, the earphone interface is prevented from being pulled to cause the circuit line between the USB interface and the circuit board to be damaged, the fan and the hose are cooperated to play a dust removal effect, and the closed door is arranged to prevent dust from entering when the USB interface is idle.

Energy-recovery system and method for a beam collider. A first ion beam and a second ion beam are directed within an active space along a first path and a second path, respectively. Each ion beam has essentially uniform energies of ions within each ion beam, and essentially uniform velocity vectors of ions within each beam at points within each path of each respective ion beam. The first and the second ion beams are caused to collide substantially head-on with each other within a collision zone in the active space, where the ratio of the energy of the ions of the first beam to the energy of the ions of the second beam equals the inverse ratio of the respective ion masses. Energy of the scattered ions of the first ion beam and the second ion beam is recovered, and cold ions are evacuated from the active space.

The utility model relates to optical anti -shake technical field especially relates to a kind of shock-resistant lens driving device and lens, it includes shell, OIS movable part and AF movable part, shell contains mutually cover and base, OIS movable part is movably arranged in shell, OIS movable part can be moved along first direction and / or second direction relative to base, AF movable part is arranged in shell and is located in OIS movable part, AF movable part is connected to OIS movable part by reed component, AF movable part can be moved along third direction relative to OIS movable part, OIS movable part is movably connected with base by several rolling bodies, the side of OIS movable part towards upper cover is equipped with several gap control members;OIS frame is movably connected with base by several rolling bodies, ensure that OIS frame and base keep relative level, simplify process technology, rolling body cooperation gap control member can reduce the activity space of OIS frame longitudinal, to withstand greater impact force, avoid the problem that reed or suspension wire appears fracture.

A detection device (100) comprises a sensing assembly (101), a movable part (10) and a fixed part (20); at least part of the sensing assembly (101) is a load (103); the movable part (10) is configured to be connected with a load (103); one of the movable part (10) and the fixed part (20) comprises at least a partial magnetic field generating structure (30), and the other comprises a coil structure (40); when the coil structure (40) is powered on, the magnetic field generating structure (30) can cooperate with the coil structure (40) to generate driving force, so that the movable part (10) can make reciprocating curvilinear motion in the first movable space (51), and at least part of the load (103) is driven to make reciprocating motion in the second movable space (52) outside the first movable space (51). The first moving space (51) is positioned on the inner side or the outer side of the fixed part (20) and is used for the reciprocating curvilinear motion of the moving part (10); the second movement space (52) is formed by extending the movement direction of the movable part (10), and / or the central angle corresponding to the first movement space (51) is smaller than 360 degrees, so that the control response speed of the driving device (102) can be improved, and the detection precision is further improved. The invention further relates to the movable platform.

The invention relates to a device for generating properties of chemical products. The providing unit provides an electronic structural representation of a molecular structure of the chemical product comprising a) a first moiety indicating an active space and b) a second moiety indicating an inactive space. The determination unit causes the quantum computer to generate and provide a quantum computational solution of the first portion, and causes the classic computer to generate and provide a classic computational solution of the second portion. The computing unit generates a solution of the electronic structure representation by combining the solution of the first portion and the solution of the second portion, where the combining includes generating an interaction representation associated with a combination of the active space and the inactive space, and causing the classical computer and / or the quantum computer to provide the solution of the interaction representation.

The invention discloses a double-clamping-jaw manipulator for mask cleaning equipment, and belongs to the technical field of semiconductor processing equipment. The double-clamping-jaw manipulator is provided with a grabbing mechanism, and the grabbing mechanism comprises a clamping jaw, a bearing jaw and a power assembly. The power assembly comprises a shell and air cylinders, the clamping claw and the bearing claw penetrate through through holes in the shell to be connected with the two air cylinders correspondingly, and the air cylinders drive the clamping claw and the bearing claw to act. A clamping block and a bearing block are arranged at the tail end of the clamping jaw and the tail end of the bearing jaw respectively, and the clamping block is located outside the bearing block. In the action process of the mechanical arm, the clamping claw is matched with the bearing claw, so that the mask is supported firstly, and then clamping is completed. According to the double-clamping-jaw mechanical arm, the problem that grabbing fails or is unstable due to the fact that error deflection angles exist between the clamped face of a mask and the clamping face of the mechanical arm can be effectively solved, the telescopic stroke of the mechanical arm is increased, and the moving space of the mechanical arm is enlarged.

Disclosed herein are computer systems and methods for predicting orbital entanglement and performing adaptive fragmentation in hybrid classical and quantum computing environments. The system receives molecular geometry data and basis set descriptors, generates atomic and molecular orbital embeddings using an orbital encoder, and predicts orbital entanglement measures via an entanglement prediction head. Quantum processing unit (QPU)-derived entanglement metrics are used to refine prediction accuracy. An orbital entanglement graph is constructed and partitioned into active, bath, and environment subsets according to learned fragmentation thresholds. Fragmentation output data is produced and transmitted to a QPU for execution of correlated electronic structure calculations on active space fragments, enabling efficient, accurate quantum chemistry simulations.

The invention provides a substrate connecting device, which comprises a lifting structure, a mounting structure, at least one separation structure and an anti-vibration structure, and is characterized in that the mounting structure comprises a base and a vertical plate; the vertical plate is connected with the base; each separation structure is connected with the base; distances are formed between the separation structures as well as between the separation structures and the vertical plates; the anti-vibration structure is arranged at the top of the vertical plate, and the anti-vibration structure extends to the vertical plate in the horizontal direction, so that the vertical plate and the separation structure can support the anti-vibration structure; the anti-vibration structure, the two adjacent separation structures and the base or the anti-vibration structure, the vertical plate, one separation structure and the base are mutually enclosed to form a moving space; a through hole is formed in the anti-vibration structure, the lifting structure movably penetrates through the through hole, and the lifting structure is movably arranged in the movable space. According to the present invention, the vibration and impact applied to the stage can be reduced, and the horizontal state of the provided process chamber can be maintained even in the vibration and impact applied from the lifting unit.