70 results about "Beryllium copper" patented technology

The invention relates to a copper-aluminum-based anti-electromagnetic interference cable conductor with a multilayer composite shielding structure, which comprises a conductor core layer, and is characterized in that the conductor core layer comprises a central bearing core and an inner conductor, the central bearing core is formed by twisting aramid fibers and galvanized steel wires, the inner conductor sleeves the outer side of the central bearing core, and the inner conductor comprises three layers of aluminum alloy wires; the three layers of aluminum alloy wires are alternately and reversely twisted, the sliding nesting layer is arranged on the outer side of the inner-layer conductor in a sleeving mode, six copper-aluminum composite half pipes are spliced to form a complete circular ring, T-shaped sliding grooves are formed in the splicing positions of the adjacent copper-aluminum composite half pipes, two conductive sliding blocks are arranged in the T-shaped sliding grooves, the conductive sliding blocks are made of beryllium copper elastomer materials, and the heads of the conductive sliding blocks are provided with gold-plated heads. And the outer conductor sleeves the outer side of the sliding nesting layer and is formed by bunch-stranding annealed soft copper wires in the same direction. According to the invention, excellent bending resistance of the cable is realized, wire breakage of the conductor can be avoided under a repeated bending condition, a conductive path of the conductor core layer is kept continuous and stable in the whole process, and interruption of electric energy or signal transmission caused by bending is prevented.

The utility model provides a double-layer large-ring injection mold, which relates to the field of injection molding and comprises a front mold structure and a rear mold structure which form an integral injection mold and are used for demolding a product, the lower mold insert consists of a head rubber position and an iron part and is used for rapidly cooling a product; the rear mold thread structure is arranged between the front mold structure and the rear mold structure, so that the product can be left in the rear mold structure; and a parting surface assembly. The opening sequence of the parting surfaces is controlled through the nylon opening and closing device of the parting surface IV, the parting surface I is firstly opened to separate the runner part from the product, and then the parting surface II is opened to separate the front mold insert from the product, so that the wrapping force of the front mold on the product and the deformation of the product are reduced. When the rear mold is demolded, the beryllium copper material at the head glue position of the lower mold insert can quickly cool a product, so that the strength of the product during demolding is enhanced, the problem of ejection deformation caused by incomplete cooling of the product is reduced, and the dimensional accuracy and the appearance quality of the product are effectively ensured.

The utility model discloses a beryllium copper reed with a positioning function, and relates to the field of beryllium copper reeds, the beryllium copper reed comprises a fixing plate, an arc angle, a positioning hook, a limiting plate, a positioning hook and a limiting plate, an elastic plate is of a structure shaped like a Chinese character'chang ', the top of the elastic plate is parallel to the fixing plate in an initial state, the positioning hook is slidably arranged in a limiting groove, and the limiting plate is arranged in the arc angle. One end of the elastic plate is pressed to deform, so that the positioning hook slides up and down in the limiting position, and positioning of the elastic plate is achieved. The positioning hook and the limiting plate are arranged at one end of the elastic plate and one end of the fixing plate respectively, the positioning hook is in sliding connection with the limiting groove formed in the limiting plate, and therefore the positioning hook is limited in the limiting groove, and one end of the elastic plate deforms along with the movement path of the positioning hook. And the elastic plate and the fixed plate are always in an up-and-down correspondence relationship, so that position deviation caused by deformation of the elastic plate is effectively avoided, the elastic plate reaches a preset position when not or elastically reset, and the stability of the reed is greatly improved.

The utility model relates to the technical field of reed switches, in particular to a stable and reliable high-voltage-resistant high-power multi-point contact type reed switch. The stable and reliable high-voltage-resistant high-power multi-point contact type reed switch comprises a glass tube, a moving plate fixing rod, a beryllium copper straight elastic piece, a silver contact point, a riveting bolt, a contact point contact piece, a contact lower straight elastic piece and a fixing piece, the glass tube serves as a main body of the reed switch and is of a tubular structure, the glass tube is in a closed state, and the moving plate fixing rod and the silver contact point are fixed through the fixing piece. The glass tube is filled with inert gas, one end of the moving plate fixing rod is fixed to the left side in the glass tube, the fixing plate is fixedly installed on the right side in the glass tube, and the copper-plated straight elastic piece is installed at the right end of the moving plate fixing rod through a riveting bolt. The multi-point contact design of the silver contact point and the contact lower straight elastic sheet and the contact point contact sheet and the fixed sheet is adopted, a stable conduction circuit is formed under the action of a magnetic field, the contact reliability of the reed switch under various working conditions is greatly improved, and the risk of poor contact or open circuit is reduced.

The utility model discloses a projection welding device for a nut plate and a plate electrode, which belongs to the technical field of projection welding electrodes, and comprises a nut electrode holder and a nut electrode cover, and a conical compression spring and a KCF positioning pin are arranged in the nut electrode holder and the nut electrode cover. According to the utility model, through differentiated electrode structure design, one side of a thinner welding workpiece is contacted by a smaller electrode, and one side of a thicker welding workpiece is contacted by a larger electrode, so that current can be concentrated on the thin plate side as required, accurate deviation of nuggets is realized, the welding precision is improved, and the production efficiency is improved. Meanwhile, the depth of fusion and nugget at the projection welding spot of the workpiece are obviously increased due to the increase of the current density and the concentration of heat, and the welding strength and reliability are enhanced; the electrode material is changed on the basis of changing the electrode structure, and the beryllium copper electrode with larger resistance is adopted on one side of the thin plate, so that the welding heat on the side of the thin plate is increased.

The utility model discloses a loudspeaker single body with a beryllium copper elastic sheet, which comprises a basin frame, U iron is arranged on the basin frame, a magnet is arranged on the U iron, a washer is arranged on the magnet, a voice coil is arranged outside the magnet and the washer, the voice coil is positioned in the basin frame, a vibrating diaphragm is arranged at the top of the basin frame, and the vibrating diaphragm is positioned in the basin frame. The bottom of the voice coil is provided with a metal elastic sheet, and the metal elastic sheet is made of beryllium copper alloy. According to the loudspeaker monomer with the beryllium copper elastic sheet, the conductivity and the rigidity of the metal elastic sheet can be ensured, and the acoustic quality of the loudspeaker monomer cannot be influenced.

A fluid material analysis and detection device comprises a Brinell fluid detector body, and a calibration beryllium copper spring of the Brinell fluid detector body is sleeved with a corrugated pipe; auxiliary fixing structures are uniformly arranged in the middle of the stabilizing bracket; a positioning clamping block is arranged on the outer wall of a main shaft of the rotor, the rotor is one of a common rotor and a Newtonian fluid test rotor, and clamping grooves matched with the positioning clamping block are formed in the tops of the inner walls of the common rotor and the Newtonian fluid test rotor; and the positioning clamping block is fixedly connected with the clamping groove of the common rotor or the clamping groove of the Newtonian fluid test rotor through a vertically arranged fixing bolt. The problem that in the prior art, when a fluid material analysis and detection device is used for detecting non-Newtonian fluid, the detection error is large is solved.

The utility model discloses an electromagnetic shielding special door, and relates to the technical field of special doors. The electromagnetic shielding special door comprises a bearing type lower threshold, a door frame is fixedly connected to the upper end of the bearing type lower threshold, two door leaves are arranged on the front side of the door frame, an electromagnetic shielding assembly comprises an electromagnetic shielding strip, and electromagnetic shielding beryllium copper spring pieces are fixed to the periphery of the door frame through rivets; monel wire sealing strips are fixedly connected to the upper sides and the lower sides of the two door leaves and the corresponding sides, close to the door frame, of the two door leaves, slotting tool type folded edges are arranged on the peripheries of the door leaves, and electromagnetic shielding strips, electromagnetic shielding beryllium copper spring pieces, the monel wire sealing strips, the door frame and the shielding chamber are fixed through electric welding. After being fixed, the electromagnetic shielding strip covers the gap between the outdoor side door frame and the shielding room steel stand column, the graphite conductive adhesive is filled in the indoor side gap, and through the design of multiple electromagnetic shielding structures, the electromagnetic energy is effectively shielded, and the electromagnetic environment safety of places such as a cabinet and a shielding room is ensured.

The invention discloses a cushion block composite layer for a semiconductor, a preparation method and a cushion block, the cushion block composite layer sequentially comprises a composite coating and a surface microstructure from a substrate close to beryllium copper to a position far away from the substrate, and the composite coating sequentially comprises a chromium transition layer, an alpha-diamond-like carbon layer and a self-lubricating layer doped with tungsten disulfide from a position close to the substrate to a position far away from the substrate. Hard metal carbide reinforced phase crystal grains are uniformly distributed in the alpha-diamond-like carbon layer; the surface micro-texture comprises a plurality of pits, and each pit is filled with a nano-particle solid lubricant; through the structure, the cushion block is compatible with the high process temperature, an additional cooling device is not needed, and the interface shear stress of the composite layer is reduced, so that the copper powder falling amount is greatly reduced, the hardness, the wear-resisting life, the wear-resisting particle penetrability and the high recognition accuracy of the cushion block are greatly improved, and the low friction coefficient of the surface is maintained; and the roughness is still kept at a lower level after the lead frame is carried for multiple times.

The alternating current and direct current two-gear adjustable miniature pressure switch disclosed by the invention can work in a state that direct current is 75V and 2A or alternating current is 240V and 15A. The steam cup comprises a steam cup, a sealing ring, a film sheet, a high-voltage elastic sheet, an elastic sheet butterfly ring, a low-voltage elastic sheet, an elastic sheet combination seat, a push rod, a static contact insertion sheet, a movable contact insertion sheet, a beryllium copper sheet, a magnet, an insertion sheet combination seat, an insertion sheet seat gland, a knob, a knob seat, a knob handle and a torsion spring. Two-gear pressure adjustment can be achieved.

The invention provides a detection device for carbon dioxide leakage, and belongs to the technical field of carbon dioxide detection, the detection device comprises a main channel, a detector main body and a connection unit, the main channel is communicated with a gas inlet channel, the upper end of the gas inlet channel is fixedly connected with an assembly disc I, and the detector main body is provided with an assembly disc II connected with the assembly disc I; the connecting unit comprises a transverse opening reserved in the first assembly disc in a mirroring mode, a first spiral beryllium copper wire is arranged between a transverse strip and the transverse opening, a vertical opening communicated with the transverse opening is reserved in the first assembly disc, a vertical strip movably connected with the vertical opening is fixedly connected to the second assembly disc, a wedge-shaped table is arranged in a movable opening, and the upper wall face of the wedge-shaped table is an inclined wall. A stop opening cooperating with the wedge-shaped table is reserved in the vertical strip, and a closing unit is arranged in the air inlet channel. The problems that an existing detection device for carbon dioxide leakage is not convenient to maintain, the detection device which cannot work is not convenient to replace, and the use convenience is low are solved.

This invention proposes an indirect steam heating device resistant to strong acid corrosion, belonging to the field of steam heating technology for strong acid corrosion resistance. Addressing the technical problems of existing strong acid environment heating technologies, such as acid concentration dilution, poor corrosion resistance of ordinary materials, low heating efficiency of plastic materials, and small heat exchange area, this invention provides an indirect steam heating device resistant to strong acid corrosion in strong acid environments. It achieves the technical goals of not diluting the acid concentration, long-term resistance to strong acid corrosion, and efficient increase in the temperature of strong acid solutions. Furthermore, by optimizing the pipeline layout to increase the heat exchange area, it further improves heating efficiency, meeting the requirements for efficient oxide layer removal in beryllium copper strip production.

The utility model discloses a new energy automobile camera shell relates to new energy vehicle -mounted equipment field. The device includes the shell main part, and the shell main part includes spring, ground pin and connecting assembly, and spring fixed connection is established in the shell main part outside, and ground pin fixed connection is established on one end of spring, and ground pin is opposite with the car body, and connecting assembly includes the car body connecting plate and sliding beryllium copper column, and the car body connecting plate is used for fixed connection in on the car body, and sliding beryllium copper column fixed connection is established on the car body connecting plate, and sliding beryllium copper column sliding connection is established on the shell main part, and spring sliding connection is established outside sliding beryllium copper column, and spring is used for absorbing the kinetic energy between car body and shell main part. The device is through setting up spring and magnetic seal gasket combination and carries out the vibration prevention of certain degree, in addition through the cooperation of magnetic seal gasket and ground pin to the electromagnetic protection of shell main part, prevents the electromagnetic interference of outside to the work of camera.

This invention provides a signal transmission line and a product with signal transmission function, including a transmission line, a heat insulation structure, and a connector. The port of the transmission line is connected to the heat insulation structure. The heat insulation structure has at least three solder pads for soldering and through holes with beryllium copper cladding on the inner wall. Each solder pad communicates with at least one through hole. The connector is soldered to the solder pads and communicates with the transmission line through the through holes. The signal transmission line provided by this invention significantly improves heat leakage of the signal transmission line by adding a heat insulation structure between the connector and the transmission line and connecting the connector and the transmission line through the solder pads and through holes on the heat insulation structure, with minimal impact on signal transmission performance. It also features a simple structure and low cost.

The invention discloses a wall thickness difference cupronickel and beryllium copper foil transition welding method for a CT bulb tube. The method comprises the following steps that S1, materials are pretreated; s2, assembling is conducted, specifically, a copper foil sheet is placed at a ray window in the side wall of the cupronickel tube shell, the inner side and the outer side of the copper foil sheet are both coated with welding flux, a beryllium sheet is placed on the outer side of the copper foil sheet, the beryllium sheet and the copper foil sheet are the same in size and radian, a welding tool is placed on the outer side of the beryllium sheet to fasten the copper foil sheet and the beryllium sheet, and assembling of a to-be-welded assembly is completed; and S3, welding. Through high thermal conductivity and low yield strength of the copper foil, uniform distribution of heat and stress buffering are realized, on one hand, excessive heat gathered by thin-wall cupronickel can be quickly conducted to thick-wall cupronickel, and overall heat distribution is balanced through the heat storage capacity of the thick wall; and on the other hand, the uniform thermal conductivity of the copper foil can reduce the local temperature difference of a welding seam area, micro cracks or air holes generated due to uneven thermal expansion and cold contraction are avoided, and the welding air tightness is improved fundamentally.

A servo actuator comprising an EMI seal positioned between the output shaft and the housing. The EMI seal forms a ring around the output shaft and comprises a plurality of finger springs intermittently positioned around the ring. The finger springs are formed from an electrically conductive material such as beryllium copper.

The utility model relates to the technical field of injection mold accessories, in particular to a rear mold insert capable of reducing the attraction force of a magnet. The rear mold insert is provided with a beryllium copper insert, and the rear mold insert and the beryllium copper insert can define a mounting groove used for mounting a magnet. The utility model further provides an electric wind comb rear cover magnet sleeve injection mold. Compared with the prior art, the beryllium copper insert is arranged on the rear mold insert, and the mounting groove for mounting the magnet can be defined; due to the fact that attraction force cannot be generated between the magnet and the beryllium copper insert, after the magnet is fed to the installation groove, the attraction force of the magnet can be reduced, and the problem that the magnet deviates due to the too large attraction force can be avoided; operators do not need to correct the positions of the magnets subsequently, time and labor are saved, and the production efficiency can be further improved; meanwhile, the attraction force of the magnet is greatly reduced, the magnet can be prevented from cracking when the position is corrected, the magnet can be prevented from cracking when demolding is conducted, and therefore the production reliability and the production yield are further improved.

The utility model discloses beryllium copper band heat treatment quenching device, including quenching pool, the quenching pool is divided into three quenching grooves, the both sides middle part symmetrical fixed mounting of quenching pool has the fixed frame, and the corresponding two fixed frame between symmetrical fixed mounting has the limiting rod, and the symmetrical sliding installation of two limiting rods has the positioning frame, and through three quenching grooves in turn to the beryllium copper band after heat treatment cooling, the quenching medium in the quenching groove that beryllium copper band first enters heats up fastest, but the high temperature quenching medium in this quenching groove will not emit to other quenching grooves, and through the high temperature quenching medium in three quenching grooves to the beryllium copper band cooling in turn, improve the cooling effect to beryllium copper band, and through two positioning frames to the beryllium copper band of conveying positioning, prevent beryllium copper band from deflecting, when quenching cooling to the beryllium copper band of different specification width, through the distance between two positioning frames and adjust, realize quenching cooling to the beryllium copper band of different specification width.

The invention discloses a method for preparing a mother alloy for beryllium bronze from beryllium copper residues, and belongs to the technical field of beryllium bronze preparation. The method comprises the following steps: crushing a filter screen bonding material and a furnace bonding material, and screening to obtain particles; the screened particles of the binding material and the binding furnace material are pressed, and blocky beryllium copper residual materials are obtained; the preparation method comprises the following steps: preparing blocky beryllium copper residual materials and electrolytic copper according to a beryllium copper master alloy to be prepared, and then drying; the dried blocky beryllium copper residues and electrolytic copper are put into a crucible of a vacuum induction melting furnace, gradient heating melting is carried out in a vacuum state, and molten metal is obtained; the molten metal is heated, refined and fully stirred, then protective gas is inflated into the vacuum induction melting furnace to reach the atmospheric pressure, and after standing is conducted, dross on the surface of the molten metal is removed; and the molten metal with the scum removed from the surface is cast into a mold, demolding is conducted after natural cooling, and the beryllium-copper master alloy is obtained. The beryllium content of the mother alloy for beryllium bronze is high, and the preparation requirement of the high-beryllium beryllium copper alloy can be met.

The application provides a preparation method of a high-beryllium-content beryllium copper alloy material, which comprises the following steps: melting metal raw materials containing pure copper and a beryllium copper master alloy to obtain an alloy liquid, casting the alloy liquid to obtain an ingot, uniformly treating the ingot to obtain a homogenized casting blank, hot-rolling the homogenized casting blank to obtain a hot-rolled blank, annealing the hot-rolled blank to obtain an annealed blank, performing a cyclic "cold rolling-intermediate annealing" process on the annealed blank, and finally performing finish rolling and product annealing on the alloy strip to prepare the high-beryllium-content beryllium copper alloy material. The method can solve the problems of the second phase component of the high-beryllium-content strip being inconsistent, the strip being cracked, side-bent and wrinkled, and a large number of processing passes in the prior art.

The utility model provides a kind of shielding door, including the door frame of fixed setting in shielding room shell, left door leaf and right door leaf being rotatably connected with the door frame, locking structure is arranged between the left door leaf and the door frame or between the right door leaf and the door frame or between the left door leaf and the right door leaf;The left door leaf and the right door leaf all include shielding door framework, door panel being fixedly arranged on the shielding door framework, the door panel includes silicon steel sheet and low carbon steel plate being fixedly arranged on the outer side of the silicon steel sheet;The left door leaf and the right door leaf meet, the left door leaf and the door frame are connected, the right door leaf and the door frame are connected and all be provided with beryllium copper spring leaf, simultaneously have magnetic shielding and electromagnetic shielding.

The invention discloses a high-linearity variable gain amplifier, and relates to the technical field of electronics, the high-linearity variable gain amplifier comprises a slide rheostat type gain assembly, a thermal deformation self-adaptive compensation assembly and four supporting legs, the slide rheostat type gain assembly adjusts the geometric dimension of a resistor by utilizing continuous physical sliding, so that a contact moves in a stepless manner along a linear resistor substrate, and the linear resistor substrate is subjected to self-adaptive compensation; continuous step-free change of gains is achieved, nonlinear distortion can be eliminated from the physical level, the oxidation environment can be isolated through the design of the multi-finger-shaped gold-plated beryllium copper electric brush in cooperation with nitrogen sealing, fluctuation of contact resistance is effectively controlled, meanwhile, the transmission chain composed of the stepping motor, the gear reduction box and the ball screw is utilized, and the transmission efficiency is improved. Rotation motion is converted into linear displacement of the contact, continuous fine adjustment of the position of the contact is achieved in cooperation with a precision guide rail, displacement precision is ensured through a grating ruler, and quantization errors of the high-linearity variable gain amplifier can be effectively solved.

The invention discloses a self-adaptive air-cooled heat dissipation vehicle-mounted communication radio station system, which comprises a mounting assembly, a vehicle-mounted communication radio station assembly and a heat dissipation assembly, and is characterized in that the vehicle-mounted communication radio station assembly is located in the mounting assembly, and the heat dissipation assembly is located in the vehicle-mounted communication radio station assembly; the vibration of the mounting box is absorbed and relieved through the high-damping rubber damping columns, so that the damage of the vibration to circuit elements in the vehicle-mounted communication radio station is reduced; the beryllium copper finger-shaped reed is matched with the EMI filter, so that external electromagnetic interference is prevented from entering a vehicle-mounted communication radio station; a first beryllium copper finger-shaped reed of the double-shaft motor is staggered with a second heat dissipation hole of the vehicle-mounted communication radio station, and a second beryllium copper finger-shaped reed is staggered with a first heat dissipation hole of the vehicle-mounted communication radio station, so that airflow introduced into the mounting box by the draft fan enters the vehicle-mounted communication radio station, and direct air cooling heat dissipation is performed. The anti-seismic cable has the advantages of strong anti-seismic performance, strong anti-interference capability, strong stability, long service life and strong adaptive capacity to environment.

The utility model discloses a kind of beryllium copper strip cold rolling mill, it relates to cold rolling mill structure technical field, to solve the problem that the beryllium copper strip is processed when existing cold rolling mill, beryllium copper strip cannot be guided to convey well, so beryllium copper strip cannot be conveniently and quickly produced and processed, its technical scheme main points include support frame one, the one side of rotating mounting seat is equipped with mounting seat, the both sides of mounting seat are equipped with limit seat, the inside of mounting seat is equipped with two-way screw rod, the upper of limit seat is equipped with mounting bracket, the inside of mounting bracket is equipped with guide rotating roller, the one side of mounting seat is equipped with fixed frame, the upper of fixed frame is equipped with pneumatic cylinder, the below of pneumatic cylinder is equipped with moving seat, the below of moving seat is equipped with fixed seat, the one side of moving seat is equipped with cold rolling roller, the one side of fixed seat is equipped with support roller two, the other side of moving seat and fixed seat is equipped with connecting seat.

The embodiment of the invention provides a microwave measurement device, and belongs to the technical field of microwave measurement. The device comprises a shielding cover plate, wherein the shielding cover plate comprises a cover plate main body, a plurality of beryllium copper elastic sheets and a plurality of conductive silica gel; wherein a plurality of mounting grooves are formed in the cover plate main body, each conductive silica gel is mounted in the corresponding mounting groove, and each beryllium copper elastic sheet is embedded in the corresponding conductive silica gel; a plurality of round holes are formed in the cover plate main body, and the diameter of each round hole is determined according to a preset cut-off frequency; the first box body is adaptively connected with the cover plate main body; and the pulse measurement circuit is arranged in the first box body, and the pulse measurement circuit is used for collecting microwave signals and performing pulse measurement on the microwave signals. According to the embodiment of the invention, the electromagnetic shielding effect of the microwave measurement device can be improved, and the accuracy of microwave signal measurement is improved.

The present application relates to beryllium copper microfilament technical field, specifically to a kind of high-strength high toughness beryllium copper microfilament and its manufacturing method.The application comprises the following steps:S1: primary smelting and extrusion: lanthanum powder, scandium powder, copper-nickel alloy, pure aluminum, beryllium wire smelting extrusion, to obtain first blank;S2: secondary smelting and hot rolling: first blank smelting, slagging, hot rolling into second blank;S3: multiple drawing: after first solid solution, second blank is drawn multiple times, to obtain beryllium copper wire blank;S4: post-processing: beryllium copper wire blank is second solid solution and aging treatment, to obtain high-strength high toughness beryllium copper microfilament.The beneficial effect is: by introducing lanthanum and scandium, the strength and toughness of microfilament are improved by complementary effect, and react with aluminum, slow down the influence of low aluminum solid solubility.At the same time, secondary smelting and multiple drawing treatment further improve the strength of beryllium copper microfilament.

The utility model discloses a low-leakage reinforced switch, which comprises a cabinet, a network port and related devices arranged in the cabinet, the cabinet comprises an upper cover, a bottom plate, a front panel and a side plate, the side plate, the front panel and the rear panel are provided with first grooves, aluminum silver-plated conductive rubber strips are embedded in the first grooves, two ends of the side plate are provided with second grooves, and the second grooves are provided with first grooves. A shielding rubber plate is embedded in the second groove, a beryllium copper reed is arranged at the lap joint of the filter cover and the case, a power supply line and a data transmission signal line on the mainboard are printed separately, and cables in the case are shielding cables; according to the utility model, a large amount of conductive shielding lap joint is carried out between the cable in the cabinet and the cabinet body to form an electromagnetic shielding cavity, so that the high performance, small volume and input and output functions of 48 network ports and 4 optical ports are realized under the 1U height dimension, the purposes of electromagnetic interference resistance and vibration resistance are achieved, and the problem that the electromagnetic shielding is not realized under the previous height dimension is solved. And the problem of heat dissipation in a crowded internal space is solved.

The invention provides an intelligent manufacturing method for non-destructive straightening and self-adaptive interception of a network cutting cable, belongs to the technical field of intelligent manufacturing of network cutting cables, and aims to solve the problems that in traditional machining, manual straightening is likely to damage a cable body, interception errors are large, efficiency is low, and potential safety hazards are large. According to the core of the technical scheme, an intelligent cutting rope machining system composed of lossless straightening equipment, self-adaptive intercepting equipment, intelligent detecting and subpackaging output equipment and a central control system is constructed, and the whole-process intelligentization of lossless straightening, self-adaptive intercepting and detecting and subpackaging is achieved through the layout of series connection and robot transfer and closed-loop control. According to the system, structures such as flexible roller straightening, beryllium copper sawing and air cooling dust collection and X / Y module self-adaptive positioning are adopted, and the machining precision and safety are guaranteed. The method is suitable for intelligent large-scale production of multi-specification cutting cables in the fields of equipment, engineering blasting and the like, the straightening straightness is smaller than or equal to 0.1 mm / m, and the interception error is + / -0.02 mm.

This invention proposes a molding device and a billet consolidation method for ultrafine beryllium powder, belonging to the field of beryllium powder billet consolidation technology. This invention employs composite silicone end plugs and cold isostatic pressing (COP) technology to prepare beryllium billets suitable for beryllium copper master alloys. It overcomes the technical problems of uneven powder loading, easy tearing of the casing, and sealing failure in existing COP technology when processing ultrafine beryllium powder. It provides a dedicated molding device and consolidation method capable of stably preparing high-density, defect-free ultrafine beryllium powder billets.

The invention relates to the technical field of wire drawing machines, in particular to an efficient and convenient beryllium copper wire drawing machine. Comprising a wire drawing machine body, cone pulley sets installed on the wire drawing machine body, an installation assembly located between the cone pulley sets and installed on the wire drawing machine body, and a wire drawing die installed on the installation assembly. The mounting assembly comprises a mounting plate which is fixedly mounted on the wire drawing machine body and inclines upwards in the direction away from the wire drawing machine body, an adjusting plate slidably mounted on the upper surface of the mounting plate and a plurality of fixing assemblies mounted on the mounting plate and the adjusting plate correspondingly, and the wire drawing die comprises a fixed semicircular block and a movable semicircular block; a forming semicircular hole and a shaping semicircular hole are formed in the circle center of the fixed semicircular block and the circle center of the movable semicircular block correspondingly, the fixed semicircular block and the movable semicircular block are installed on the fixing assembly, and a limiting structure used for fixing the adjusting plate is arranged at the end, away from the wire drawing machine body, of the adjusting plate. And the purpose of more convenient and efficient threading of a worker is achieved.