85results about How to "Avoid deformation effects" patented technology

An optical sensing probe includes a tube having a tip portion configured for placement in an environment in which conditions are to be sensed and an etalon having a known characteristic disposed proximate the tip portion. The tube also includes a head portion remote from the tip portion containing a light directing element for directing light beams at the etalon and receiving reflected light beams from the etalon wherein the received reflected light beams are used for determining an environmental condition proximate the tip portion. A method for measuring a thickness of the etalon may include directing a light beams at different frequencies at the etalon and receiving the light beams from the etalon. The method may also include identifying conditions of the respective light beams condition received from the etalon and then calculating a first thickness of the etalon responsive to the respective conditions and the known characteristic.

The invention discloses a machining process of middle-long thin-wall blades, which belongs to the technical field of machining of blades. The machining process is implemented by a detailed process of integrated rough machining and integrated fine machining, wherein the integrated rough machining comprise the specific steps of rough machining of each surface of a blade tip, each surface of a blade root and a molded surface of a steam passage; and the integrated fine machining comprises the specific steps: semifinishing of each surface of the blade tip and each surface of the blade root, fine machining of each surface of the blade tip, each surface of the blade root and each residue, semifinishing of the steam passage and fine machining of the steam passage. According to the machining process of the middle-long thin-wall blades, the operation is simple and convenient, the use is convenient and fast, the cost is low, the machining efficiency is high, and the operation is easy and labor-saving; and the deformation of the middle-long thin-wall blades is controlled within 0 to 0.8mm, the normal machining of a subsequent mold correction process is facilitated, and the machining of each blade is finished once.

The invention provides a variable camber self-adaptive wing structure, the whole wing is divided into wing leading edge section, wing trailing edge section and each spanwise fixed wing structure section therebetween, wherein the The wing structure segment connected to the edge structure segment is fixed to the fuselage through the spar, and these structural segments are connected to each other by a double-fin structure. This double-fin structure allows the force between the wing structure segments to pass through the ribs. The transmission of the contact surface avoids the influence of the hinge gap of the wing deformation mechanism on the deformation, and improves the structural weight and complexity increased to meet the structural strength requirements of the wing. Use the control system of the aircraft to control and change the camber of the wing, so that the aircraft can obtain the optimal aerodynamic efficiency at different speeds and angles of attack. This adaptive wing with variable camber can greatly improve the lift. Enhancing the maneuverability of the aircraft and improving the stall characteristics can greatly improve the endurance time of the aircraft and the stability of the aircraft itself.

The invention discloses a combined fishnet square net cage used for mariculture, relating to a mariculture net cage. In the combined fishnet square net cage, a cupronickel B10 stretching net, a brass HA177-2 stretching net, a high-strenght single-fast-knot polyethylene fibre net, a high-strength nylon warp knitting net, a fishing high-strength polyethylene monofilament rope, a galvanized iron pipe and a cylindrical foam buoy are adopted. The combined fishnet square net cage is characterized in that a frame system used for the net cage is of a square double-row galvanized iron pipe frame structure. In a fishnet system used for the net cage, a double-layer synthetic fibre fishnet serves as a first fishnet, a combined copper alloy stretching net serves as a second fishnet, and the first fishnet and the second fishnet are in longitudinal semi-soft connection; a square synthetic fibre fishnet is in a combined fishnet form of the fishnets used for the net bottom of the net cage; the combined fishnet used for the net bottom of the net cage is hung on the square double-row galvanized iron pipe frame; and the square double-row galvanized iron pipe frame of the net cage is connected with a float line frame of a mooring system by a mooring rope.

This invention discloses an integral method and its structure for a laser rod cavity including bonding common host crystals of unmixed laser active ion on one or two ends of mixed laser active ion laser crystal by heat to form two end caps to be filmed after optical process. The common host crystal of mixed laser rod crystal and unmixed laser active ions can be: Nd: YAG and unmixed YAG, Yb: YAG and unmixed YAG, Nd, GdVO4 and unmixed GdVO4, Yb:GdVO4 a and unmixed GdVO4, Lateral pump rod-cavity integral laser elements and end face pump rod-cavity integral laser elements can be processed according to different needs by filming, realizing the integral of resonant cavity and its working subjects.

A connecting method for the corner parts of plastic-steel door or window includes such steps as making L-shaped reinforcing parts, inserting at least one said reinforcing part into the cavities of adjacent plastic-steel sections, and filling adhesive in the space between them for adhering them together. Its advantages are high connection strength, rigidity and resistance to deformation, and easy operation.

The invention provides an acoustic wave transducer. The transducer comprises a notched shell, a receiving transducer module, a transmitting transducer and a bag, wherein the notched shell is provided with slotted holes for improving the acoustical insulation effect of the notched shell; the receiving transducer module is sleeved in the notched shell and comprises more than two receiving transducers sequentially connected together in series through screw threads; the transmitting transducer of which one end is fixedly connected to the interior of the notched shell is sleeved in the notched shell and arranged on one side of the receiving transducer module; the bag is a flexible part, and is sleeved in the notched shell and wrapped around the receiving transducer module; and oil is filled in the bag. In the transducer, as the receiving transducer module comprises more than two receiving transducers sequentially connected in series through the screw threads, each transducer can be assembled singly and conveniently; the deformation of each transducer is not accumulated during the deformation of the notched shell, so the overall deformation of the receiving transducer module is reduced; in addition, only one end of the transmitting transducer is fixedly connected with the notched shell, so the influence of the deformation of the notched shell on the transmitting transducer can be effectively avoided.

A first housing (10) has a frame (11) with concave accommodation portions (20). A sub-connector (31) with female terminal fittings (33) is accommodated in the concave accommodation portions (20). A collective rubber stopper (36) is accommodated inside the concave accommodation portions (20) to seal a gap between a peripheral surface of an electric wire (34) pulled out of the sub-connector (31) and an inner peripheral surface of each concave accommodation portion (20). A first cam follower (19) is formed on an outer surface of the frame (11) and can engage an operation member (80). The frame (11) has an outer wall (12) defining an outer surface thereof where the first cam follower (19) is formed and an inner wall (18) separated from the outer wall part (12) via separated spaces (17) and constructing the inner peripheral surface of each concave accommodation portions (20).

The invention relates to the technical field of unmanned aerial vehicle equipment, and particularly discloses a hydrogen fuel cell unmanned aerial vehicle high-pressure gas cylinder valve. The hydrogen fuel cell unmanned aerial vehicle high-pressure gas cylinder valve comprises a valve body base (1); a first mounting cavity (2) communicating with the interior of the valve body base is arranged inthe side wall of the valve body base and is internally provided with a high-pressure stop valve (3); one end of the high-pressure stop valve is located outside the valve body base; the other end of the high-pressure stop valve is located inside the valve body base; the two ends of the valve body base are provided with a first connector (4) and a second mounting cavity (5) separately; the second mounting cavity and the first mounting cavity communicate with each other through a first channel (6) arranged in the valve body base; the first connector is connected with a high-pressure gas cylinder(7); and a reducing valve (8) is arranged inside the second mounting cavity and provided with a gas outlet connector (9). The hydrogen fuel cell unmanned aerial vehicle high-pressure gas cylinder valve has the characteristics of being small in size, good in stability, high in control efficiency and good in safety.

The invention relates to a rotor type compressor, which comprises: an upper shell cover, stators, rotors, a crankshaft, a shell, an upper cylinder cover, a cylinder, a piston, blades, a lower cylinder cover, a lower shell cover, and an air inlet connecting pipe. The upper cylinder cover and the shell are integrated together and molded into a one-piece frame in one step. The top of the one-piece frame is provided with a concave platform that is equipped with a concave platform plane, on which the lower ends of the stators are fixed. The one-piece frame is provided with an air suction port, one end of which is disposed on a side of the one-piece frame and the other end of which is disposed on a contact surface between the one-piece frame and the cylinder. The air inlet connecting pipe is introduced into the air suction port under static pressure so as to be in interference fit with the air suction port. Compared with prior art, the compressor of the invention has the advantages of coaxiality, uniform gap between the stators and rotors, no influence on the eccentric gap of a pump body during installing the air inlet connecting pipe, and no hidden trouble of internal leakage, etc.

The invention discloses an oxygen respirator with a novel ventilation structure, and belongs to the technical field of emergency rescue equipment. The oxygen respirator with the novel ventilation structure comprises a respirator main body, wherein the respirator main body at least comprises an air bag assembly, an oxygen tank, a cooling tank and a cleaning tank; the outer end of the air bag assembly is provided with an air bag body; a plurality of air vents are formed in the lower end of the air bag body; and the lower end of the cooling tank and/or the cleaning tank communicates with the airvents. According to the technical scheme, a structural design that the ventilation structure is arranged at the lower portions of the tank bodies, such as the oxygen tank, the cooling tank, the cleaning tank, is specifically disclosed. Through the structure design, the influence caused by the impact can be avoided, besides, the traditional way by connecting pipelines for ventilation is abandoned,and ventilation is directly carried out by the air vents formed in the lower end of the air bag body, so that the deformation influence of the impact on the pipelines is further avoided, the influenceof temperature on the ventilation structure is reduced, and the whole equipment is more stable and assembly is simpler and more convenient.

The invention provides a manufacturing method for a honeycomb structure. The manufacturing method comprises the steps that a corrugated ribbon is provided, wherein the corrugated ribbon is constitutedthrough alternative connection of concave surface sections and convex surface sections, and any one of the concave surface sections and any one of the convex surface sections in the corrugated ribbonare used to form a honeycomb core grid after closed loop connection; the corrugated ribbon is annularly coiled axially with an axis as the center, so the convex surface sections and the concave surface sections can overlay to constitute a plurality of honeycomb core grids, and then the sealed loop is constituted by the honeycomb core grids; and overlaid positions between the sections of the corrugated ribbon are fixedly connected, so the honeycomb structure constituted through successive connection of the honeycomb core grids is obtained. The manufacturing method provided by the invention isdifferent from traditional honeycomb processing in that overall cutting is carried out after processing of the honeycomb structure, so a process for single sheet cutting is omitted during production,production efficiency is greatly increased and manpower cost is reduced; the cutting process and influences of cutting on belt deformation are avoided, so product quality is greatly improved; and themanufactured honeycomb cores are continuous and circulative as a whole.

The invention discloses electronic equipment. The electronic equipment comprises a shell (100) and a display module (200) arranged on the shell (100), wherein a first assembly gap is formed between the shell (100) and the display module (200); the shell (100) or the display module (200) comprises a pressure key area; the shell (100) is provided with an inner cavity; a pressure sensor (300) is arranged in the inner cavity; the pressure sensor (300) is connected with the surface of the inner side of the pressure key area; the pressure sensor (300) senses deformation of the pressure key area to form a key trigger signal; and the first assembly gap is filled with an elastic piece (400). According to the scheme, the problem that an existing pressure key is unstable in work can be solved.

The invention relates to a blast furnace roof flange installing method. Preheating is conducted to 190-210 DEG C before welding; rib plates are adopted for strengthening a flange for restraining deformation, and the rib plates are arranged along the periphery of a furnace roof at equal intervals; preliminary leveling is conducted on the flange, and after leveling, welding lines between the rib plates and a furnace body are leveled; accurate leveling is conducted on the flange, four-point leveling is conducted on the flange along the flange center according to cross symmetry, vertical welding lines between the corresponding rib plates in the four-point direction and the flange are subjected to spot welding, and after accurate flange leveling and spot welding of the vertical welding lines between all the rib plates and the flange are gradually finished according to the above manner, the vertical welding lines between all the rib plates and the flange are welded through a skip reverse welding method; and during flange welding, welding is synchronously conducted along the flange center according to the four-point positions of the cross center line, a segmented reverse welding method isadopted in welding, and synchronous reversing is conducted in the welding process. In the flange welding process, a balance level and an invar ruler are adopted for welding deformation monitoring. Bymeans of the blast furnace roof flange installing method, the flange installing quality can be improved, the construction period is shortened, and the construction cost can be better reduced.

The invention relates to an auxiliary frame positioning and assembling tool which comprises a fixed assembling position, a first positioning assembly, a movable assembling position, a second positioning assembly, a slide-in structure and a self-locking structure, wherein each slide-in cylinder can drive a corresponding slide-in platform in order that each cross beam slides to a splicing position of a corresponding longitudinal beam; and the self-locking structure is used for locking the corresponding slide-in platform and a workbench. Compared with the prior art, the auxiliary frame positioning and assembling tool can stably load and position each cross beam and each longitudinal beam of the auxiliary frame, facilitates the assembly of each cross beam and the corresponding longitudinal beam through the slide-in structure, and locks the corresponding slide-in platform and the workbench through the self-locking structure, so as to avoid the influence of tension springback generated by welding heat on the slide-in cylinders, avoid the influence of deformation on parts due to heat concentration in the welding process. The auxiliary frame positioning and assembling tool is improved in repeatability precision and stability, and has a long service life.

The invention relates to a modification method for a leukocyte filtering membrane. The modification method includes the following steps that S1, a hydrophobic resin filtering membrane is put in first modification mixed liquid for first-time impregnation for 0.5-2 h at the temperature of 20-40 DEG C and the pressure of 1-10 MPa, the hydrophobic resin filtering membrane is taken out, washed and then dried for 6-10 h at the temperature of 50-60 DEG C, and a first modified filtering membrane is obtained; S2, the first modified filtering membrane is put in second modification mixed liquid for second-time impregnation for 0.5-2 h at the temperature of 20-40 DEG C, the first modified filtering membrane is taken out, washed and then dried for 6-10 h at the temperature of 50-60 DEG C, and the modified filtering membrane is obtained. The modified filtering membrane obtained through the method has good wettability, stability and compatibility, blood platelets in fresh blood and blood preserved at normal temperature are activated to capture leukocyte, it is achieved that the leukocyte and the blood platelets are filtered out at the same time, and the filtering effect is good.

The invention relates to a printing machine. The printing machine comprises a printing assembly and an embossing assembly. The printing assembly comprises a plurality of printing rollers, and a film enters the embossing assembly after being printed by the printing rollers. The embossing assembly is arranged above the printing assembly. According to the printing machine, the embossing assembly is arranged over the printing rollers or above the printing rollers, so that the traditional mode of placing the embossing assembly and the printing rollers in parallel is changed, he length of the portion, between the embossing assembly and the printing rollers, of the film is shortened, the influence that the film is deformed due to tension action is reduced, a printing pattern can be accurately aligned to an embossing pattern, and the product quality is improved.

The invention discloses a cleaner bar device for a soil preparation roller. The cleaner bar device comprises a connecting arm which is connected with a machine frame and capable of swinging relative to the machine frame, a cleaner bar which is installed on the connecting arm and capable of getting close to or away from the surface of the roller through the swinging of the connecting arm, a limiting member which is acted on the connecting arm to adjust the maximum displacement between the cleaner bar and the surface of the roller. The invention further discloses a soil preparation roller deviceand a seeder. According to the cleaner bar device, the limiting member can be acted on the connecting arm to drive the cleaner bar close to or away from the surface of the roller, when the loss of the cleaner bar occurs (the distance between the edge of the cleaner bar and the surface of the roller is increased), the utilization rate of the cleaner bar is effectively increased by reducing the distance between the cleaner bar and the surface of the roller through the adjusting member, and the influence of connecting arm deformation can be effectively prevented.

The invention relates to a lampshade with lamp panels having grids. The lampshade comprises a lampshade body, wherein the lampshade is in a rectangular structure. The lampshade is characterized in that fix sides of the lampshade are all hollow lamp panels (1) with grids. As for the lampshade with the lamp panels having the grids, the six sides of the lampshade are all the hollow lamp panels (1) with the grids, so that the lampshade strength is kept, and material is saved. Meanwhile, the heat in the lampshade is conveniently dispersed, so that the lampshade is prevented from being affected by the heat radiation to deform, and the service life is prolonged.

The invention discloses a wire sealing device and a layout method for a concrete shield/TBM segment embedding monitoring instrument. The wire sealing device comprises a sealing cavity, wherein a screw-tight sealing end is installed at one end of the sealing cavity, and a wire jack is drilled on the end surface of the sealing end; a sealing cover is installed at the other end of the sealing cavity,and the sealing cover comprises a cover body, an elastic positioning block provided at the bottom end inside the cover body, and a plug-in sealing block provided inside the cover body and connected together with the elastic positioning block; the wire end of the embedded monitoring instrument passes through the wire jack, and the free-length wire is encapsulated in the sealing cavity. The wire sealing device and layout method for the concrete shield/TBM segment embedding monitoring instrument provided by the invention can bring together the wires of the monitoring instruments embedded in theTBM segments to facilitate positioning and searching, and can also ensure that the sensors installed on the segments respond to the stress and strain of the segments to the maximum to improve the connection rate of the monitoring instruments and the accuracy of the monitoring results.

The invention discloses a processing system for edge grabbing and dispensing functions. The process comprises the following steps of A1, moving to an edge grabbing shooting position; A2, adjusting the brightness of a light source; A3, carrying out binarization processing; A4, conducting particle treatment; A5, setting an edge grabbing area; A6, adjusting edge grabbing parameters; A7, testing the edge grabbing effect, displaying OK, saving the parameters, quitting a program, displaying NG and returning to check the parameters; A8, moving to an initial position, editing a single edge grabbing instruction, moving to a next position, editing a single edge grabbing instruction, and repeating the actions to an end position; A9, after OK is displayed, the instructions are taught and saved; and A10, accomplishing program editing. The dispensing precision is high, the edge grabbing operation is correct and complete, the reject ratio is low, the cost is low, and the good market application value is achieved.