185results about How to "Simple counterpoint" patented technology

The invention relates to a loading and unloading system for a distribution center type automated container terminal. The loading and unloading system comprises a plurality of quay cranes, a nearshore multipath rectangular-ambulatory-plane automatic transportation system, an elevated container automatic loading and unloading system, a storage yard, a container evacuating port side multipath rectangular-ambulatory-plane automatic transportation system, a container evacuating port transportation system, an annular special container channel and a control system. Compared with the scheme of an existing automated container terminal, the loading and unloading system for the distribution center type automated container terminal is advantaged in that the loading and unloading system is creative and unique, and is high in production efficiency, safety, automation degree and stability, and is simple in structure, simple to control and complete in scheme.

The invention provides a liquid crystal panel and a thin-film transistor substrate. The liquid crystal display panel comprises a first substrate, a second substrate and a liquid crystal layer, wherein the first substrate comprises a first base, thin-film transistors arranged on the first substrate, a passivation layer covering the thin-film transistors, a pixel electrode electrically connected with the thin-film transistors and a common electrode layer insulated from the pixel electrode. The common electrode layer and the pixel electrode generate liquid crystal molecules parallel to an electric field driving liquid crystal layer to rotate in a plane, and the passivation layer comprises a color filtering layer. The liquid crystal display panel is high in aperture ratio.

A container loading and unloading automatic pipeline is to transfer the container to the stack field through the aerial conveyor electric car matched by the ring viaduct, the bulkhead bridge and the gantry crane with load and unload at two ends in the track field. Then the container is transfer to the changing platform from the stack field and next to install it to the collecting block. The pipeline has not only decreased the distance between the hanger and the container, decreased the inertia of the container, reached the container allocation in pipeline by the laser to improve the efficiency, save the energy and decrease the pollution but improved the work safety to reach the loading and unloading automatically.

The invention belongs to the field of image recognition, and particularly relates to a collimating film, an interference-reducing collimating film, a laminated collimating film, a hole-sealing laminated collimating film and a preparation method thereof. The invention provides a collimation film, an interference-reducing collimation film, a fitting type collimation film, a hole-sealing fitting type collimation film and a preparation method thereof in order to solve the problem of bubbles of a fitting type collimation film designed by adopting a relatively thick light shielding layer. According to the invention, the hole sealing fitting type collimating film comprises a collimating lens layer, a flexible substrate layer, a collimating hole layer and a hole sealing fitting adhesive layer. The collimating lens layer comprises a micro-lens array and a lens layer; the collimation hole layer comprises a shading medium and a collimation hole array formed after the shading medium is hollowed out; and the hole sealing fitting adhesive layer fully fills the collimation hole array of the collimation hole layer. The hole sealing fitting type collimating film provided by the invention is applied to an image recognition module, so that the recognition accuracy of the image recognition module is high.

Optical connecting parts and an optical connecting structure are provided. A large area is not occupied on the substrate, position aligning is easier, it takes less time to connect, and connecting and releasing can be freely performed. Optical connecting parts which connect an optical transmission medium and optical functional part or another optical transmission medium vertically, has a connecting member having a convex part (100) and a connecting member having a concave part (200), the connecting member having the convex part (100) has a holding part of which the optical transmission medium is aligned and held, the connecting member having the concave part (200) has an aligning part of which the optical functional part or other optical transmission medium is aligned, and the connecting member having the convex part and the connecting member having the concave part can be freely connected and disconnected by engaging the convex part and the concave part.

The invention discloses a cantilever assembly construction technology for a long span continuous steel truss girder flexible arch bridge. The cantilever assembly construction technology comprises the following steps of (1), sequentially installing side span temporary buttresses and a middle main pier side bracket; (2), installing a full-circle slewing crane on the installed middle main pier side bracket; (3), assembling steel truss girders; (4), joining the steel truss girders; (5), sequentially installing arch rib suspenders and arch rib chord members; and (6), adjusting and rectifying the steel truss girders. According to the cantilever assembly construction technology, double-cantilever symmetric assembling is adopted for fixed connection of the pier side bracket and the steel truss girders; middle temporary piers are adopted for assisting joining of a main span, and the overall stability in the assembling process can be ensured during typhoons; assembly of arch bridge sections is conducted by the full-circle slewing beam crane, aligning is fast, and safety and reliability are achieved; and the temporary buttresses are simple in structure, explicit in stress and convenient to construct, and the construction difficulty is greatly reduced.

The invention provides a finger pulp type blood oxygen saturation degree sensor and a measuring system thereof. The finger pulp type blood oxygen saturation degree sensor comprises a blood oxygen probe (1), a wire (3) and a connector (5). The blood oxygen probe (1) comprises a finger ring (11), a soft flat cable (13) installed on the inner side of the finger ring (11), a light-emitting tube (15) and a receiving tube (17), wherein the light-emitting tube (15) and the receiving tube (17) are installed on the inner side of the finger ring (11) and electrically connected with the soft flat cable (13). The two ends of the finger ring (11) are communicated so that one finger can extend out of the finger ring (11). When the blood oxygen saturation degree sensor (10) is worn on the finger, the finger ring (11) is matched with the finger in shape and fully wraps the finger, and the length of the finger ring (11) does not exceed one section of the finger. The light-emitting tube (15) and the receiving tube (17) make contact with the two sides of the finger pulp respectively. The finger pulp type blood oxygen saturation degree sensor is convenient to wear, firm, not prone to falling, low in cost, and particularly suitable for monitoring breath during sleep.

The invention provides a combined display module and a manufacture method thereof. The combined display module comprises a first panel and a second panel which are arranged in a stacked manner and a frame adhesive assembly disposed between the first panel and the second panel, wherein the frame adhesive assembly comprises a first side adhesive tape, a second side adhesive tap and a first cross separating adhesive tape; one end of the first side adhesive tape and one end of the second side adhesive tape are provided with a first recess and a second recess which are opposite to each other; the first cross separating adhesive tape is disposed between the first side adhesive tape and the second side adhesive tape through crossing; the two ends of the cross separating adhesive tape extend into the first recess and the second recess with wider openings; and the two ends of the cross separating adhesive tape are contacted substantially with the inner walls of the first recess and the second recess in directions parallel to and perpendicular to the cross separating adhesive tape respectively.

The invention provides a cardinal plate transporting equipment that cardinal plate of an object to be taken out has no touch with an air extrusive body for floating, which comprises the following components: an air extrusive body (71) for floating, which is set on position adjoining to end of downstream side of a fulcrum table in cardinal plate taking out direction; spurt out air between a lower surface of a cardinal plate (1) of the object to be taken out and an upper surface of the fulcrum table (45) to support the cardinal plate (1); and an auxiliary air spurt out body (71), spurt out air between an upper surface of an air spurt out body (71) for floating and a lower surface of the cardinal plate (1) of the object that taken out by a taking out mechanism.

The invention discloses a thin walled tube welding method. The method has the characteristics of simple contraposition and high welding strength when two thin walled tubes are welded. The method is characterized by comprising the following steps of: a, respectively filling the two ends of a liner tube into the inner bores of the two thin walled tubes needing to be welded; b, circumferentially welding the liner tube and the exposed parts of the two thin walled tubes by using silver wires; and c, burnishing a welding seam to make the welding seam smooth.

The invention relates to a drill bit tooth pressing device and thermal tooth inserting equipment with the drill bit tooth pressing device. The drill bit tooth pressing device comprises a rack. A base body positioning base used for fixing a drill bit base body and a telescopic tooth pressing device corresponding to tooth holes in the drill bit base body are arranged on the rack. The telescopic tooth pressing device is provided with pressing heads extending forwards in the axial direction of the corresponding tooth holes and pressing tooth heads into the corresponding tooth holes in the drill bit base body. A base body positioning base has the axis extending in the axial direction of the drill bit base body fixed to the base body positioning base. The telescopic tooth pressing device is rotationally assembled on the rack around the axis of the base body positioning base or the base body positioning base is rotationally assembled on the rack around the axis of the base body positioning base. After the drill bit base body is fixed, the base body positioning base or the telescopic tooth pressing device is rotated so that the tooth holes in the drill bit base body can correspond to the pressing heads of the telescopic tooth pressing device respectively, and then the tooth heads are pressed through power of the telescopic tooth pressing device. According to the drill bit tooth pressing device and the thermal tooth inserting equipment with the drill bit tooth pressing device, alignment is easy, operation is convenient, production efficiency is high, and product quality can be well controlled.

The invention discloses an electric automobile electromagnetic coupling wireless charging device. The electric automobile electromagnetic coupling wireless charging device comprises a primary coil, a secondary coil, a rectification and filtration circuit and a charging information controller, wherein the primary coil is arranged underground and is flush with the ground, and the secondary coil is arranged on an automobile body chassis and is capable of being lifted to be aligned. The electric automobile electromagnetic coupling wireless charging device is characterized in that the primary coil and the secondary coil are of corresponding hemispherical annular iron core structures formed in the manner that turn number limiting windings are arranged at one end of each silicon steel wire bundle with the diameter ranging from 0.5 mm to 1 mm, the other ends of the silicon steel wire bundles are scattered, reversed and bent, the silicon steel wire bundles are insulated and are evenly distributed on circular rings which are flush with and are aligned with the bottom ends of the windings, and fixing and sealing are carried out through an insulation protection sleeve shell. Compared with the prior art, the electric automobile electromagnetic coupling wireless charging device has the advantages that the primary coil and the secondary coil do not have the directivity in the butt joint plane, alignment is easy, operation is easy and convenient, the parking direction is not limited, and the requirement for a construction field is lowered; the eddy current loss is low, energy efficiency is high, the heating phenomenon with the outside metal can be avoided, energy is saved, and the electric automobile electromagnetic coupling wireless charging device is safe; the charging operation without taking off an automobile and unattended charging station establishing can be achieved through an information control integration device.

The invention relates to a light emitting diode, which comprises light emitting diode packing unit and one circuit board, wherein said packing unit has one base board and one light emitting diode, and at least two packing unit electrodes on the upper face of base board and connected to the diode; said circuit board has one through hole through the upper and lower faces of circuit board; the upper face of base board is mounted on low face of circuit board; the through hole exposes said diode. The invention has better radiation, low mounting time, long service life and low cost.

A construction method of a large space structure (1) in which the stress remaining after construction due to deformation during a lift up can be reduced. The construction method of a large space structure is characterized in that truss columns (21, 21) becoming the columns of a gate truss (2) are erected on the front (F) side at an interval in the lateral direction, a back side portion (4) is constructed on the rear (R) side, a truss beam (22) becoming the beam of the gate truss and a roof structure (3) extending from the truss beam toward the rear side are assembled in the vicinity of the ground, the truss beam and the rear end portion of the roof structure are lifted up to a predetermined height, the truss beam and the truss column are joined in such a state that the rear end portion is lifted to a higher position than the truss beam, and then the rear end portion is lowered and joined to the back side portion.

The invention is suitable for the technical field of solar cells, and provides a selective contact area buried solar cell and a back contact structure thereof. The back contact structure comprises grooves arranged on the back of a silicon substrate at intervals; a first dielectric layer, arranged on the back surface of the silicon substrate and at least covers the groove; P-type doped regions and N-type doped regions arranged on the first dielectric layer and alternately arranged in the grooves; a second dielectric layer arranged between the P-type doped region and the N-type doped region, and the number of the second dielectric layer being at least one; and a conductive layer disposed on the P-type doped region and the N-type doped region. According to the back contact structure provided by the invention, the problems of high control requirement on the width of the groove and poor passivation effect in the prior art are solved.

A coupling mechanism between a push ship and a barge is composed of a hydraulic cylinder with piston and piston rod, a thrust bearing, a pin body, a casing, a slide bearing sleeve with an engineering plastic-alloy layer on its inner surface, a pin head fixed to said pin body, a plate with pin hole and slide way and fixed to the tail of barge, and a common base.

The motorcycle cradle connector includes one lower supporting rack for the rear damper fixed in the middle part of the rear fork connecting pipe, two parallel rockers in the same structure with triangularly distributed installation holes for hinging with the rear damper and a link rod, one outer liner tube fixed to the lower supporting rack, and one inner liner tube inside the outer liner tube with sliding bearing in between. The inner liner tube is screwed to the rockers, and the rockers and the inner liner tube can rotate relatively to the outer liner tube. The present invention has smart design, simple structure, simple assembling, capacity of raising the damping effect and riding comfort, low production cost and high assembling efficiency.

The present invention is provided with a variable nozzle mechanism section (23) that regulates the flow of exhaust gas to a turbine rotor (7), a link mechanism (35) that converts reciprocal displacement from an actuator that operates the variable nozzle mechanism into rotational displacement and transmits said rotational displacement to the inner section of a bearing housing, and an engaging section (51) that causes the output section of the link mechanism and the input section of the variable nozzle mechanism to engage, and is characterized by: the engaging section (51) being configured from a pin (46) and an insertion slot (45) into which the pin (46) is inserted; and by a smooth surface (47) that is formed around the insertion position of the pin (46) and that is capable of guiding the tip of the pin (46) into the insertion position.

The present invention provides a flexible dual-energy detector module, and detectors and a detection device based on the same. The detector module includes: a first scintillator layer; a first flexible PD array which is attached to a surface of the first scintillator layer and includes a plurality of first flexible PD units arranged in an array, wherein the first flexible PD array and the first scintillator layer form a low energy detecting structure; a second scintillator layer which is located on one side of the low energy detecting structure; and a second flexible PD array which is attachedto a surface of the second scintillator layer and includes a plurality of second flexible PD units arranged in an array, wherein the second flexible PD array and the second scintillator layer form ahigh energy detecting structure. The second flexible PD array and the first flexible PD array are prepared based on the same flexible substrate. Through the above scheme, the high energy detecting structure and the low energy detecting structure are combined into one, and the design and connection of a reading circuit are simplified. Based on the flexible PD arrays, the alignment and adjustment ofeach PD module are simple, and each PD unit is enabled to absorb the almost equal amount of rays without modularizing the detector.