56 results about "Branching angle" patented technology

Disclosed is an automated technique for analyzing the affected region due to an embolism in an organ. A segmented image of the organ vasculature is generated using image volume data received, for example, from a Computed Tomography (CT) machine. An embolus is then identified (either manually or automatically) within the segmented image, and the volume of the organ affected by the embolism is automatically determined. The volume of the organ affected by the embolism may be determined by computing a sub-tree within the segmented image, where the sub-tree comprises vessels that are distal to the identified embolus point. In one embodiment, the sub-tree is generated by determining a plane perpendicular to a vessel at the embolus point such that the sub-tree comprises a distal portion of the vasculature with respect to the plane. Unwanted overlapping trees are identified (e.g., by analyzing branch angles) and removed from the sub-tree. The volume of the organ affected by the embolism is determined by calculating a volume of the organ that is perfused by the sub-tree. The affected volume may be adjusted by scaling the volume based on the percentage occlusion of the partial embolus.

The invention belongs to the field of rapeseed genetic engineering and relates to a gene for controlling a rape plant type, a molecular marker and an application thereof. The gene for controlling a rape plant type can control plant height, branching angles and leaf morphology. Through map-based cloning and genetic transformation, a gene BnaA3. IAA7 for controlling a rape plant type is cloned and verified. The gene is located on an A3 chromosome of a rape genome, codes an auxin protein and has a sequence shown in the formula of SEQ ID NO: 1. The invention also discloses a separated mutant geneBnaA3. Iaa7 of the gene BnaA3. IAA7. The mutant gene has a sequence shown in the formula of SEQ ID NO: 4 and can significantly reduce the plant height and branching angles of rape. The mutant gene does not influence the yield per plant when improving the rape variety or the inbred plant type, and increases the yield per plant when improving the rape hybrid plant type. The invention also disclosesa related molecular marker.

The invention relates to an optical branching circuit connected to a light output end face of an optical waveguide circuit or an optical branching circuit and for branching input light, and has a feature to provide an optical branching circuit with less branching ratio variation. The optical branching circuit is comprised of an input optical waveguide formed on a silica glass substrate and for outputting input light inputted from a light input end face to a light output end face, a tapered optical waveguide disposed to be shifted with respect to the input optical waveguide at the light output end face, and branching optical waveguides connected to a light output end face of the tapered optical waveguide at a predetermined branching angle.

The invention relates to a method for promoting branching of a central trunk of a tree-rootstock sweet cherry. The method includes the following steps: a first step, nursery stock selection; a second step, soil preparation and repairing and a nursery stock planting technique; a third step: a branching promoting technique: 1) notching buds; 2) spraying the buds with an AB branching hormone; and a fourth step: a branch opening angle technique. The problem that because the long and thin spindle-shaped or super thin spindle-shaped trimming process is not suitable for the tree-rootstock sweet cherry, and then the branching number is few, and the branching length and the branching angle are not suitable can be solved; and many buds on the central trunk of high-quality strong seedlings are notched, and the buds are sprayed with the novel AB branching hormone, and in this way, the number of branching of the central trunk is increased, the growth vigor of the new germinated shoots is even, tree body forming can be achieved early, fruit bearing is earlier, the high yield can be achieved rapidly, and establishment of a short-trunk narrow-crown tree body structure is facilitated.

A modeling system that converts a three-dimensionally defined aircraft engine harness in a two-dimensional electronic model, a process known as unfolding, is described. The modeling system electronically unfolds the three-dimensionally defined harness to create a two-dimensional representation, while simultaneously determining a plurality of design parameters. The drawing and the design parameters are displayed in a format that may be used for inspection purposes and manufacturing purposes. More specifically, the modeling system determines branch angles, wire lengths, and a plurality of angles of the three-dimensionally defined harness.

The invention provides a funnel support system, wherein an exemplary embodiment is a funnel tree system comprising a base, a central trunk, and numerous branches, the branches angled upwards to receive funnels for storage and / or support. In use, the funnel tree may be placed in a bucket to contain residues from the funnels. The funnel support system is of use to those engaged in vehicle and engine mechanics, motorized vehicle repair and service shops, boat repair and service shops, airplane repair and service shops, and the like.

The invention provides a chestnut tree grafting method which mainly comprises the following steps: a chestnut branch is taken as a scion, the scion is in side grafting with a rootstock, the rootstock side grafting notch is in an inverted triangle shape, the bottom edge of the inverted triangle shape extends upwards to form a longitudinal cutting seam, and the scion is inverted into the cutting seam. According to the grafting method, management procedures such as pinching, branch drawing and sprout carving are saved, the problem that the tree is easy to grow vigorously is solved, the branching angle is expanded, the tree light is improved, and the method is favorable for rapid fruiting.

An image processor calculates diagnosis support parameters on the basis of the state of blood vessels of an observation object. The image processor includes an image acquisition unit that acquires an endoscopic image, a blood vessel extraction unit that extracts blood vessels, using the endoscopic image, a blood vessel information calculation unit, and a blood vessel parameter calculation unit. The blood vessel information calculation unit calculates a plurality of items of blood vessel information including at least two or more among the number of pieces, the number of branches, a branch angle, a distance between branch points, the number of intersections, thickness, a change in thickness, the degree of complexity of a change in thickness, length, intervals, depth with a mucous membrane as a reference, and the like. The blood vessel parameter calculation unit calculates blood vessel parameters by calculating using the plurality of items of blood vessel information.

The invention discloses a displacement limit force transmission device for jacking up a building. The device comprises lattice columns, wherein the bottoms of the lattice columns are fixed on the ground or a bearing platform and form a displacement limit frame fixedly arranged on the outer part of a bottom layer column of the building or the outer part of a pier column of a bridge. Therefore, the jacked-up building or bridge can only vertically move upwards in the lattice columns; and once the building or bridge has a trend of conducting longitudinal / lateral displacement on the horizontal plane, branch angle steel can limit the displacement trend and transmits the horizontal force to the whole lattice columns until the bearing platform through horizontal section steel or oblique section steel, so that a displacement limit effect can be well achieved.

The purpose of the invention is to provide an optical waveguide element with little deterioration in optical characteristics even if the branch angle is large at the Y branch part of the optical waveguide. An optical waveguide element in which an optical waveguide is formed in a substrate is characterized in that the optical waveguide includes a first branch part which branches light at a branch angle of 1 / 35 radians or more into two directions, a second branch part (not shown) and a third branch part (not shown) are connected to the two branched waveguides branching at the first branch part, a radiated light guiding waveguide that guides radiated light radiated at the fork of the first branch part toward the outside of the optical waveguide is disposed between the two branched waveguides branching at the first branch part, and an optical terminating part (electrode) that absorbs the guided radiated light or radiates the guided radiated light toward the outside of the substrate is disposed at the terminating part of the radiated light guiding waveguide.

The invention relates to the technical field of mechanical accessories, in particular to a special mechanical snap fastening connector. The technical solution adopted in the present invention is: a special mechanical snap fastening connector, which is characterized in that: it includes a rectangular snap main structure, and the left and right sides of the snap main structure are respectively provided with a symmetrical fixed angle. The outermost side of the support angle is a semicircular structure, the upper end surface of the fixed support angle is on the same plane as the upper end surface of the clamping main structure, and the upper end surface of the fixed support angle is provided with a cylindrical fixed connection concentric with the outer semicircular structure The center of the left lower end of the fixed angle is provided with a trapezoidal fastening groove, and the fastening groove completely penetrates the end surface on the right side of the fixed angle. The advantages of the present invention are: it is more convenient to assemble during use, can effectively improve the overall strength of fastening structural parts, improve overall assembly efficiency, better and more reliable assembly stability, and ensure safety and stability during use. more reliable.

The invention discloses a tree form suitable for reconstruction of a Xinjiang close planting date garden and a pruning method thereof, and belongs to the technical field of agricultural gardening. The tree form of each date tree is designed as follows: the tree height is 1.8-2.5m; the trunk height is 40-45cm; 18-20 secondary branches are distributed in a spirally staggered manner along a central leader and grow on 3 layers; the first layer has 6-7 secondary branches, the length is kept at 7-9 knots, and the branching angle is 70-80 degrees or a natural one; the second layer has 7-8 secondary branches, the length is kept at 8-9 knots, and the branching angle is 80-90 degrees; the third layer has 4-5 secondary branches, the length is kept at 5-6 knots, and the branching angle is 100-110 degrees; the interlayer spacing is 25-35cm; and a tree crown appears as a layered cylindrical one with a bigger lower part and a smaller upper part. According to the invention, the crown form is reduced, thereby solving the problem of poor ventilation and light transmission after the date trees in a Xinjiang ultra-high-density close planting date garden are mature; the space is fully utilized for fruiting, so that the number of fruiting date spurs is increased, thereby solving the problem of fruiting part offset of the date trees; the shaping and pruning technology is simplified, and the labor cost is lowered; and the suitable tree form is provided for mechanization management of the Xinjiang close planting date garden.

The invention discloses a limit device, which is provided with multiple master hydraulic cylinders, wherein hydraulic rods of the multiple master hydraulic cylinders are connected with one push plate, and the push plate is connected with a pulley fork frame. The pulley fork frame is of a U shape. One end of the pulley fork frame is provided with an outwardly oblique angle, and the outwardly oblique one end is pivoted with a Y-shaped wire protection clip. One branch angle of the Y-shaped wire protection clip is matched with the outwardly oblique angle of the pulley fork frame. One end of the bottom of the U-shaped pulley fork frame is provided with outwardly projected projection portion. A cylinder seat of a dynamic hydraulic cylinder of the wire protection clip is fixedly installed in an axle hole of the projection portion of the pulley fork frame, wherein a support pulley is installed in a fork slot of the pulley fork frame, and one end of the wire protection clip is pivoted with a hydraulic cylinder rod of the hydraulic cylinder of the wire protection clip. According to the invention, the position condition for retracting a winch cable and lifting objects can be controlled, the remote control is achieved, the collision between the lifting objects and the ship can be avoided, the safety and the reliability of offshore construction can be increased; and the number of auxiliary works of an auxiliary ship can be reduced, and the economic benefit can be increased.

The invention discloses a method for predicting a two-stage bifurcated river diversion ratio of a plain river network, and belongs to the technical field of calculation, reckoning or counting. The method comprises the following steps: collecting basic data of a target river reach and collecting split ratio data of field on-site observation; constructing a planar two-dimensional water flow mathematical model in the target river reach; adopting a planar two-dimensional water flow mathematical model to simulate the influence of main flow, roughness, branching angle, branching width and water level difference on the split ratio, and carrying out single-factor regression on each parameter to obtain a mathematical relationship between the split ratio and each parameter; performing multiple regression on the mathematical relationship between the split ratio and each parameter, obtaining a multi-parameter plain river network split ratio comprehensive prediction equation by combining ridge regression, and calculating the prediction equation by combining actual data of trunk flow, roughness, branching angle, branching width and water level difference so as to determine a split ratio prediction value, so that the split ratio can be predicted quickly.

An electrode structure and a liquid crystal display panel are disclosed. The electrode structure comprises a first trunk electrode and a second trunk electrode, the first trunk electrode and the second trunk electrode intersecting with each other to form a trunk electrode intersecting point; and a plurality of branch electrodes, the branch electrodes being spaced from one another, and one end of each branch electrode being connected with at least one of the first trunk electrode and the second trunk electrode and forming a trunk-branch angle with a corresponding trunk electrode. The trunk-branch angles of the branch electrodes decrease gradually or increase gradually along a direction from the trunk electrode intersecting point to far therefrom. An electric field distribution in the electrode structure can be optimized, and an orientation of liquid crystal can be optimized accordingly. Therefore, a display performance of the liquid crystal display panel under a wide viewing angle can be improved, and an aperture ratio thereof can be maintained.

Provided is a high-throughput plant type measurement method based on image processing. The method includes the steps that 1 branches on a plant main stem and stem sections with pods on the main stem are cut off from a mature plate, and the branches and the stem sections are bagged and numbered for standby application; 2 the obtained stem sections are placed on a sample containing plate, image shooting is conducted on the stem sections placed on the sample containing plate through a high-speed image shooting instrument or a digital single-lens reflex camera, and images are collected and stored in an image collection card; 3 image processing software is used for drawing path straight lines between the main stem and the branches and between the main stem and pod stalks, included angles between the labeled path straight lines serve as branching angles and pod insertion angles respectively, included angle data are input manually to form an Excel file, and the data are stored for later analysis and counting so as to obtain plant branching angles and pod insertion angles. The results of the branching angles and the pot insertion angles measured through the method are good in accuracy, low in error, high in stability and good in repeatability, and the standard deviation of the high-throughput plant type measurement method is much lower than that of a conventional field manual measurement method.

A blood vessel and tube expand inosculating apparatus relates to a medical appliance, which includes an arborization noumenon having a glazed surface and no sagging coarse prominency and an end part having a spherical cap conule like the sub warhead, and the end part is slidingly transmitted with the noumenon. The noumenon and the end part can be made into the solid or the hollow body; the whole shape can be divided into the straight shape, the bending shape and the T-shape with a branch, which generally has the length of 10-75 mm, and the bending angle and the branch angle 0-90 DEG, also can be made into the series appliance according to the blood vessel and the tube entooecium diameter. Adopting the blood vessel and the tube expand inosculating apparatus can not generate the shrivelled of the bronken ends of fractured bone, also avoid the phenomena of displacement and distort etc of the broken enos of fractured boneing. So the difficulty to process the broken enos of fractured boneing can be greatly reduced, the time of the operation is evidently shortened, which markedly advances the precision and the inosculating fluent rate. The appliance is the contraaperture expand inosculating disposable appliance series which is universal, widely applicable and simple and convenient.

The embodiment of the invention provides a bulldozer soil loosening device branch angle pin automatic hole replacing system and method. The system comprises an oil cylinder pressure sensor, an oil cylinder position sensor, a controller and a hydraulic electromagnetic valve; the oil cylinder pressure sensor and the oil cylinder position sensor are used for sensing the pressure in an oil cylinder and the space position of the oil cylinder; the controller is connected with the oil cylinder pressure sensor and the oil cylinder position sensor, obtains a pressure sensing signal through the oil cylinder pressure sensor, obtains a position sensing signal through the oil cylinder position sensor, and controls the hydraulic electromagnetic valve of the oil cylinder according to the pressure sensing signal and the position sensing signal; and the hydraulic electromagnetic valve is connected with the controller, and is used for controlling pressure transmission of the oil cylinder under control of the controller, and completes the branch angle pin automatic hole replacing motion. By means of the bulldozer soil loosening device branch angle pin automatic hole replacing system and method in the embodiment, the soil loosening device branch angle depth adjustment efficiency and the intelligent degree can be improved.

The invention discloses a blood vessel and tubular organ expanding anastomosis instrument and relates to medical apparatuses. The blood vessel and tubular organ expanding anastomosis instrument comprises a branch-shaped body and an end part of a bullet head-shaped spherical crown conical head, wherein the branch-shaped body has a smooth surface and does not have concave and convex rough bulges; and the end part and the body are in smooth transition. The body and the end part can be manufactured into a solid body or a hollow body. The instrument can be linear, bent or branched T-shaped in the whole shape. Generally, the length of the instrument is 10 to 75millimetres. The bent angle and the branched angle are 0 to 90 degrees. The instrument can also be manufactured into series instruments according to the diameter of a blood vessel and the inner membrane wall of a tubular organ. Due to the adoption of the blood vessel and tubular organ expanding anastomosis instrument, the collapse of a broken end tubular cavity is not caused, and the phenomena such as malposition, distortion and the like of the broken end tubular cavity can also be avoided. The difficulty of performing a broken end tubular cavity surgical suture is greatly reduced; the operation time of the whole surgery is obviously shortened; and both the apposition suture precision and the anastomosis patency are obviously improved. The instrument is a universal disposable instrument series for apposition expanding anastomosis, which is widely applied, is simple and is convenient to use.

The invention discloses a tip rapid bending device for a coronary artery guide wire. The device comprises a finger stall which can be sleeved on a finger. The front end of the finger stall is in a conical shape and the rear end is in a cylindrical shape. The outer peripheral surface of the finger stall is provided with threads. From the rear end of the finger stall, to the front end of the finger stall, the thread pitches of the threads reduce gradually. The tip rapid bending device for a coronary artery guide wire can accurately and rapidly bend tip angles of a coronary artery guide wire, and rationally controls bending angles of the guide wire tip according to differences of cardiovascular branch angles of a patient, so that the tip of the coronary artery guide wire can smoothly enter the specific branch blood vessel.

The invention discloses a Y-branch waveguide device with inclined output optical waveguide, which is used for optical signal splitting or combination in an optical transmission system. The Y-branch waveguide device comprises a branched waveguide (1), a combining waveguide (2), a transitional waveguide (3) and an inclined straight waveguide (4). With the Y-branch waveguide device, the branched waveguide and the improved combining wave structured which are composed of broken lines, and the inclined straight waveguide are adopted for outputting, thereby not only increasing the branch angle while reducing the branch length and reducing the process difficulty, but also reducing reflection on the waveguide end face, further reducing disturbance to the performance of the whole integrated device by the reflected light, and increasing the stability of the integrated device.

The invention discloses a character collecting method and system, and relates to the technical field of character collecting of crops. The method comprises the following steps that C1, images of corps to be collected are obtained and preprocessed; C2, the images after preprocessing are subjected to edge detection to obtain binary edge images; C3, all edge images are subjected to linear detection to obtain straight lines along the edges of branches of the crops to be collected; C4, the straight lines are subjected to fitting to obtain straight slopes representing two branches of the crops to be collected, and C5, according to the straight slopes of the two branches, branch angles of the crops to be collected are calculated. According to the character collecting method and system, partial characters are automatically collected, and accuracy of character collecting is improved.

The invention relates to an optical branching device connected to a light output end face of an optical waveguide device or an optical branching device and for branching input light, and has an object to provide the optical branching device in which optical axis alignment is easy and the lowering of yield is suppressed. The optical branching device comprises an input optical waveguide for outputting light inputted from a light input end face S1 to a light output end face S2, a tapered optical waveguide having one end face connected to the light output end face S2 and a width expanding at a predetermined angle, and branching optical waveguides connected to the other end face of the tapered optical waveguide at a predetermined branching angle, in which when a propagation constant of a leaky mode is betaL, a propagation constant of a fundamental mode is betaO, a meander period is Lambda, and Lambda=2pi / (betaO-betaL), an optical waveguide length L from a position which becomes a cause of occurrence of the leaky mode to the light output end face S2 is substantially integer times as Lambda / 2.

An angle plug device for fixing a lamp post comprises an angle plug body, wherein a primary loading angle plug and at least two branched angle plugs are arranged at the lower end of the angle plug body; the upper ends of the branched angle plugs are fixedly connected to the angle plug body, and the tail ends of the branched angle plugs are slantly arranged outwards. By designing pins with branched angle plug structures, a part of weight of a lamp loaded by the primary loading angle plug is conveyed to the branched angle plugs, so that soft soil can better bear the weight of the lamp. Meanwhile, the branched angle plugs also play a role in supporting the angle plug body; and the angle plug body is supported more comprehensively by the arrangement of the multidirectional branched angle plugs, therefore, the stability of vertically arranging the lamp post is effectively improved.

A hemodialysis pipeline fixing clamp, which is characterized in that a front bracket and a rear bracket with upturned front and rear ends are installed above a ring-shaped clamp body, and circular front and rear notches are opened on the front and rear brackets, and the clamp body The lower part is left with a jaw, the rear end of the jaw is left with an inwardly convex lower angle, and the inner wall of the upper part of the clamp body is left with an inwardly convex upper angle, which corresponds to the lower angle, which solves the current problem of blood During dialysis, the hemostat is used to fix the blood line, causing the blood line to be broken by the hemostat, or the hemostat is damaged, which is unsafe and inconvenient to operate.

An optical waveguide device in which optical characteristics are less degraded even when a branch angle in a Y branch portion of an optical waveguide is great is provided.In an optical waveguide device in which an optical waveguide is formed on a substrate, the optical waveguide includes a first branch portion which branches light into two light rays at a branch angle of 1 / 35 rad or more, a second branch portion (not illustrated) and a third branch portion (not illustrated) are arranged to be connected to each of two branched waveguides branched from the first branch portion, a radiation light guiding waveguide is arranged between the two branched waveguides of the first branch portion, and guides radiation light radiated from between the two branched waveguides at the first branch portion to the outside of the optical waveguide, and an optical termination portion (an electrode) which absorbs the guided radiation light or emits the guided radiation light to the outside of the substrate is arranged in a termination portion of the radiation light guiding waveguide.

Disclosed is a novel gene that controls the branching angle of a tree wherein either silencing or overexpressing PpeTAC1 controls the architecture of transformed to the tree.