219 results about "Thin wire" patented technology

The invention is suitable for the technical field of alloy wire machining, and provides an alloy wire straightening and cutting-off treatment device and a working method thereof.The alloy wire straightening and cutting-off treatment device comprises a working frame, a shape righting assembly installed at the top of the working frame, a material pouring assembly and a guiding assembly, and the guiding assembly is located between the shape righting assembly and the material pouring assembly; the device comprises a guiding assembly, a material pouring assembly and a shape righting assembly, the top of the guiding assembly is provided with a traction assembly, the traction assembly extends to the position above the material pouring assembly, and the top of the shape righting assembly is provided with a cutting assembly. According to the device, an electric sliding rail is used for driving a grabbing mechanism to move, a clamping air cylinder clamps an alloy wire, the grabbing mechanism integrally moves to complete traction, and the alloy wire is pulled to a certain length to be cut off; and the alloy wire is prevented from drooping and being bent due to friction with the pouring plate.

This spring member includes a first surface and a second surface opposite to the first surface, and includes three or more thin wires in a cross section orthogonal to the first surface. Among the thin wires, the thin wires positioned at both ends are outer thin wires, and the thin wire between the outer thin wires is an inner thin wire. The inner thin wire has a width of 10 μm or more at the first surface and the second surface. At the first surface and the second surface, the outer thin wires have a width that is greater than the width of the inner thin wire by 2 μm to 8 μm.

The utility model relates to a wire drawing system with pay-off power, which comprises a pay-off machine, a wire drawing machine and a take-up machine, the pay-off machine comprises a rack adjustably arranged on one side wall of the wire drawing machine, and a pay-off device, a guide device and a tension device which are arranged on the rack; the pay-off device comprises a pay-off motor and a clamping mechanism, and a pay-off wheel wound with a wire is detachably arranged on the clamping mechanism; the guide device comprises a guide piece I with a guide wheel and a guide piece II with two guide wheels; the tension device comprises a tension wheel arranged on the rack in an up-down swinging mode and a sensor used for monitoring the swinging angle of the tension wheel. And a wire on the pay-off wheel is led out to sequentially wind the guide wheel on the first guide piece, one guide wheel on the second guide piece, the tension wheel, the other guide wheel on the second guide piece and the other guide wheel, and then is led into the wire drawing machine. According to the utility model, active pay-off can be realized, and the pay-off machine, the wire drawing machine and the take-up machine are linked and matched, so that stable drawing of superfine wires can be realized.

The invention provides a method for improving the fineness of a laser activation selective metallization fine line by using a water layer. The invention belongs to the field of laser activation selective metallization, and particularly relates to a method for improving the fineness of a metal layer through a water layer in the laser activation selective metallization machining process. The inventor finds that the surface of the selective metallization composite material capable of being activated by laser is covered with a horizontal hydrostatic layer, so that activated thin wires with the fineness degree superior to the line width limit in an air medium can be activated on the composite material containing a laser sensitizer by laser, and chemical copper plating with a good effect can be carried out on the surface of an activated area. The metal fine wire with the wire width of 55-60 microns is obtained by covering the composite material base material with the horizontal static water layer. Compared with a traditional air medium processing method, the method breaks through the limit of coating fineness of laser selective activation processing under an air medium, and the obtained coating is very excellent in thickness and strength. The method has the advantages of low cost, convenience in manufacturing, easiness in large-scale use and excellent industrial application value.

The utility model discloses a rigid body rotational inertia experiment testing device, which relates to the technical field of mechanical experiment devices, and comprises a fixed base, a fixed support fixedly arranged at the center of the top of the fixed base, photoelectric doors symmetrically arranged on the fixed support, and a rotating shaft rotationally arranged at the center of the bottom of the fixed support. The top of the rotating shaft is detachably connected with a rotating bearing structure, the rotating bearing structure is in an inverted circular truncated cone shape, shading rods are symmetrically arranged on the edge of the peripheral wall of the rotating bearing structure, the shading rods are matched with a photoelectric door, and the photoelectric door is connected with a testing mechanism through a wire; a driving guide structure is arranged on the top edge of the fixed base, a winding guide structure is fixedly arranged on the outer wall of the rotating shaft, one end of the thin wire is wound on the winding guide structure, and the other end penetrates through the driving guide structure and is connected with a weight. According to the utility model, the probability that the center of mass coincides with the geometric center is greatly improved by the rotary bearing structure in the shape of the inverted circular truncated cone, so that the vibration phenomenon is avoided; and the winding guide structure prevents the thin wires from overlapping.

The utility model provides an interactive experience device for displaying the position change of the north pole point of the earth, which comprises a pole point detection device, a display, a control computer, a plurality of electromagnets and a north region map carrier, the control computer comprises a touch screen and a computer electrically connected with the touch screen, the computer is in communication connection with the display and the lower computer, the lower computer is electrically connected with the plurality of coil switches, the plurality of coil switches are respectively and electrically connected with the plurality of electromagnets, and the magnetic pole point detection device comprises a shell and a plurality of groups of fine line suspended magnetic needles arranged in the shell. The process that scientists calibrate magnetic pole points in different years is simulated in a mode of combining electromechanical control with multimedia, so that audiences know that the magnetic pole points change continuously along with time; the exploration process that an explorer finds a north pole magnetic pole point for the first time is restored, a fine line hanging magnetic needle device is designed and used for positioning the magnetic pole point, and the interactive experience feeling of the public is improved.

1. The name of the design product: screwdriver. 2. The use of the design product: screwdriver for fastening or disassembling screws, the groove of the screwdriver head is also used to press small objects such as thin wires, thin nails, etc. in narrow gaps (such as ceramic tile joints, brick joints). 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: assembly state perspective view. 5. Other circumstances that need to be explained: A enlarged view is a partial enlarged view of component 2.

The present application discloses a device for measuring respiratory status in real time and its measuring method, characterized in that, including a main unit and a cable, a cable pulley is provided in the main unit, one end of the cable is wound around the cable pulley and the other end is fixed, a spring is provided between the cable pulley and the central rotating shaft, the spring provides a tightening torque to keep the cable pulley in a taut state, and an angle sensor and a signal collector are also provided in the main unit; the cable pulley is set as an inelastic thin wire, is worn around the human chest or abdomen, and the human body breathes to bring about a change in the outline of the body, and the cable pulley rotates with the change in the outline of the body, the angle sensor measures the angle of rotation of the cable pulley, and the signal collector collects and measures the measurement signal. Using the device provided by the present application, the changes in the outline of the body brought about by breathing can be monitored, and it can be used for respiratory training and can also be used for respiratory monitoring in daily life.

The invention discloses a recycled carbon fiber continuous tow, a continuous roving preparation method and application. The continuous tow is formed by lapping and bonding a plurality of sections of original recycled carbon fiber tows with finite lengths after the end parts are thinned. The method for preparing the continuous roving comprises the following steps of: thinning the end part of the recycled carbon fiber tow with finite length, and overlapping and bonding to form a continuous tow; and plying (optional) and binding with spun yarns to obtain the continuous roving. According to the method, the problems that recycled carbon fibers cannot be continuous, the linear density is uncontrollable and the manufacturability is poor are solved through unique thinning lap joint and fine line binding processes, and the prepared continuous roving has high linear density and good spreadability and shape follow-up performance, is particularly suitable for being used as a high-performance and low-cost reinforced filling material of a thick-wall composite material, and can be used for preparing the high-performance and low-cost reinforced filling material of the high-performance and low-cost reinforced filling material of the high-performance and low-cost reinforced filling material of the high-performance and low-cost reinforced filling material. The high-value application of the recycled carbon fibers is realized.

The utility model provides a rotatable square waterproof battery cover, and belongs to the field of battery covers, in order to solve the problem that a used sealing gasket is inconvenient to disassemble and replace conveniently, the rotatable square waterproof battery cover comprises a battery cover plate, a fixed box is fixedly connected to the battery cover plate, and the other end of a second spring is fixedly connected in the fixed box. The device is provided with a positioning plate; when a sealing gasket on a battery cover plate is replaced, a connecting sleeve can be rotated to drive a wire wheel to operate, when the wire wheel rotates, a thin wire is wound, meanwhile, the thin wire can pull a limiting plate to move, the limiting plate can extrude a first spring when moving, the limiting plate can drive a clamping block to be separated from a positioning plate, and the sealing gasket on the positioning plate can be detached and taken out; the sealing gasket can be replaced, the connecting sleeve can be loosened, the limiting plate and the clamping block are driven to reset under pushing of the first spring, the clamping block can be clamped in the positioning plate, the replaced sealing gasket is limited and fixed, and the efficiency of disassembling and replacing the sealing gasket is improved.

The object of the present invention is to provide a conductive film that has improved transparency due to thinning of metal wires and further improved mechanical properties, electrical properties, and optical properties, as well as a conductive film roll, electronic paper, touch panel, and flat panel display using the same. The conductive film of the present invention has a transparent substrate and a conductive portion including a metal wire pattern arranged on one or both sides of the transparent substrate. The metal wire pattern is composed of metal wires. The metal wires contain at least any of silicon atoms Si, oxygen atoms O, and carbon atoms C in addition to conductive metal atoms M. In STEM-EDX analysis of a cross section of the metal wire perpendicular to the extension direction of the metal wire, when the maximum thickness of the metal wire is recorded as T, the metal wire contains at least any of the aforementioned silicon atoms Si, oxygen atoms O, and carbon atoms C at a predetermined ratio relative to the thickness direction.

The invention discloses a gold label implant and positioning feature processing equipment thereof, and relates to the field of implantable medical instruments, a gold label is a cylinder, and the side wall of the gold label is provided with positioning features; positioning feature machining equipment comprises an electric spark machining device and a control piece. The control piece comprises a rotating assembly and a power connection assembly; the rotating assembly comprises a mounting frame, a motor arranged on the mounting frame, a first bevel gear connected with the motor, a second bevel gear meshed with the first bevel gear, a chuck piece fixed to the second bevel gear and a clamping piece arranged on the chuck piece. Positioning features are marked on the surface of the metal marker, friction force can be effectively increased, the implant is made of inert alloy materials and is easy to recognize and track, and conventional medical examination is not affected; the positioning feature machining equipment adopts electric spark machining, effectively fixes a gold-labeled raw material alloy thin wire, meanwhile, the gold-labeled raw material alloy thin wire is connected into an electrode, the rotating angle of the alloy wire can be controlled through a motor during machining, and positioning features are gradually punched on the side wall.

The utility model discloses a high-toughness and fracture-resistant PET (Polyethylene Terephthalate) protective film which comprises a film body assembly, the film body assembly comprises a film layer, the film layer comprises an upper film layer and a lower film layer, and a glue layer is filled between the upper film layer and the lower film layer; an inner stay wire is embedded in the glue layer; the inner pull wires are formed by spirally winding a plurality of strands of fine wires, and the inner pull wires are arranged in the glue layer in a net shape; according to the high-toughness and fracture-resistant PET protective film, the film body assembly is arranged, the upper film layer and the lower film layer are arranged in a double-layer mode, and the interior of the upper film layer and the interior of the lower film layer are filled with the inner pulling lines and the glue layers, so that the toughness and fracture resistance of the film layers in the using process can be improved; the eye protection plating layer is arranged at the top of the upper film layer, so that a better eye protection effect can be achieved; the wear-resistant layer is arranged at the bottom of the lower film layer, so that good wear-resistant usability can be achieved; therefore, the experience and effect of the film are improved, and convenience is provided for users.

The object of the present invention is to provide a conductive film that has improved transparency due to thinning of metal wires and further improved mechanical properties, electrical properties, and optical properties, as well as a conductive film roll, electronic paper, touch panel, and flat panel display using the same. The conductive film of the present invention has a transparent substrate and a conductive portion including a metal wire pattern arranged on one or both sides of the transparent substrate. The metal wire pattern is composed of metal wires. The metal wires contain at least any of silicon atoms Si, oxygen atoms O, and carbon atoms C in addition to conductive metal atoms M. In STEM-EDX analysis of a cross section of the metal wire perpendicular to the extension direction of the metal wire, when the maximum thickness of the metal wire is recorded as T, the metal wire contains at least any of the aforementioned silicon atoms Si, oxygen atoms O, and carbon atoms C at a predetermined ratio relative to the thickness direction.

A kind of diversified inclination monitoring device based on fiber grating strain, including adsorption component, strain monitoring component and light measuring component, strain monitoring component includes the shell with one end opening, monitoring disc is set on the inner side wall of shell, counterweight is slidably arranged on monitoring disc, thin wire connecting counterweight and adsorption component and fiber grating sensor being set on thin wire, shell open end is set on adsorption component;Light measuring component includes fan-shaped light measuring seat and luminosity measuring instrument, light measuring seat includes circular arc plate, two straight flat plates with common first side and being arranged at the both ends of circular arc plate, oppositely arranged light-emitting plate and light shielding plate, light shielding plate is rotatably arranged on first side, light-emitting plate is provided with lamp plate, light shielding plate is provided with photosensitive wall connected with luminosity measuring instrument, one of straight flat plates is arranged on the outer side wall of shell on the side of counterweight rotation direction.The present application has high measurement precision, and can be used to accurately measure and calculate horizontal inclination in dynamic change state.

The application discloses a kind of extremely thin wire core insulation layer insulation detection device and method, it includes detection support plate part and inspection presser plate part, loading unit is arranged between detection support plate part and inspection presser plate part, detection support plate part includes detection support plate and circuit board, at least one V-shaped groove is provided on detection support plate, second round through hole and third round through hole are provided in each V-shaped groove, first probe and second probe extending along Z axis are provided on circuit board, the diameter of first probe needle end is less than the outer diameter of insulation layer, the diameter of second probe needle end is greater than the outer diameter of wire core, when detecting extremely thin electric wire, first probe needle end contacts with the insulation layer of extremely thin electric wire, and second probe needle end contacts with the wire core of extremely thin electric wire.The application effectively improves the deficiencies of prior art, fills the gap of prior art, can greatly improve production efficiency, and further improves product quality.

The capillary wick comprises at least one layer of woven mesh core formed by weaving a plurality of capillary wefts and a plurality of capillary warps, and the density or diameter of the plurality of capillary wefts changes in a continuous or stepped mode in at least one direction. And the density or the diameter of the plurality of capillary warps is continuously or stepwise changed in the other direction forming angle distribution with the at least one direction. The novel wick structure has the advantages that the characteristics of different wick structures are combined through design, and two or more capillary wire diameters are combined to manufacture the novel wick structure, so that the problem of conflict between capillary performance and backflow resistance in the prior art is effectively solved; the comprehensive performance of the wick is effectively improved; strong capillary suction is realized in an evaporation section / a high heat flow area by utilizing a thin wire diameter structure, so that sufficient liquid supply is ensured, and drying is prevented; and in the condensation section / main backflow channel, a large-wire-diameter structure is used for greatly reducing the liquid flowing resistance, and working medium circulation is accelerated.

This invention relates to the field of aluminum conductor wire research, specifically to a method for preparing ultra-high strength, high conductivity industrial pure aluminum fine wire. Pure aluminum ingots are sequentially subjected to forging, rolling, primary drawing, low-temperature annealing, and secondary drawing to obtain ultra-high strength, high conductivity industrial pure aluminum fine wire. This invention improves the strength of aluminum wire by controlling the grain size without changing the composition. This is mainly achieved through a process of two drawing stages, with low-temperature annealing performed between the primary and secondary drawing stages. This refines the radial grain size within the pure aluminum fine wire, thus increasing its strength. Compared to existing pure aluminum wires, the strength is significantly improved while maintaining the same conductivity, enhancing the service safety of the aluminum wire. Furthermore, this invention requires no additional alloying elements, resulting in significant advantages in low additional costs. The simple operation process facilitates industrial application.

The invention discloses a thin wire forming system. The thin wire forming system comprises an unwinding mechanism, a wire feeding mechanism, a wire drawing mechanism, a bending mechanism and a heating mechanism. The unwinding mechanism is used for releasing the filaments; the filament feeding mechanism is used for receiving and conveying filaments; the wire drawing mechanism comprises a wire drawing chuck, the wire drawing chuck is movably arranged to be close to or far away from the wire feeding mechanism, and the wire drawing chuck can clamp and release thin wires output by the wire feeding mechanism; the bending mechanism is used for bending the filaments pulled out by the wire drawing chuck; the heating mechanism is used for heating the filaments. The unwinding mechanism releases the thin wires, the wire feeding mechanism receives the thin wires and conveys the thin wires to the wire drawing chuck, the wire drawing chuck clamps the thin wires and then pulls the thin wires out by a certain distance, and after the heating mechanism heats the thin wires, the bending mechanism bends the pulled-out thin wires. Thus, the ductility of the filaments can be improved through heating before bending, the yield strength and residual stress are reduced, the filaments can be conveniently bent by a bending mechanism, and the rebound probability and the fracture probability are reduced.

The invention belongs to the technical field of equipment for carrying thin wires, and particularly relates to winding cutting wires on a forming device, in particular to winding equipment for the cutting wires and a winding process. Hoisting the rolling tool; the hoisting and rolling tool comprises a hoisting disc; a hoisting assembly; a winding guide; the winding guide includes: a support plate; and the U-shaped rubber strip is connected with the hoisting assembly through a telescopic block. Through the linkage design of the U-shaped rubber strip and the telescopic block, the fluctuation of the tension of the cutting line is compensated in real time through the elastic deformation of a rubber material and the sliding displacement of the telescopic block in the winding process of the cutting line. When the cutting line moves to the tail end of the U-shaped rubber strip, the bending resilience force of the rubber strip and downward sliding of the telescopic block form dynamic balance, and the problem that due to response delay of a traditional rigid tension mechanism, the cutting line is too tight and fractured or loosened and stacked is effectively solved.

The invention relates to the technical field of stranding machines, and discloses a stranding machine and a stranded wire pay-off method.The stranding machine comprises a stranding machine body, a guide frame and a material shelf, the top of the stranding machine body is fixedly connected with a support, one side of the support is rotationally connected with a first guide wheel, and the interior of the stranding machine body is fixedly connected with a guide rod; a through hole is formed in the guide rod, and a stranding assembly is arranged on one side of the stranding machine body; the stranding assembly comprises a first limiting rod, and one end of the first limiting rod is fixedly connected to one side of the stranding machine body. The copper cores are twisted for the first time on the guide wheel I, three groups of fine wires are twisted in total, each group comprises 20 wires, each group is twisted into a strand of wires, then the wires are twisted for the second time before entering the perforated plate, and the wires are compositely twisted into one strand, so that the effect of improving the performance of the wire cores by multiple times of twisting is achieved, and the problems that in the prior art, a stranding machine can only twist for one time, and the working efficiency is low are solved. In order to achieve a good effect, multiple twisting needs to be carried out, and the production efficiency of the stranding machine is improved.

A drift tube construction includes a thin wall aluminum tube with a thin wire at its center attached to a terminal. The tube is plugged at both ends. The terminal is embedded at the center of the plug with material insulating it from Drift tube main body. The Drift tube assembly is sealed and filled with a gas mixture. A voltage is applied to the thin wire via the terminal. Current drift tubes employ plastic material to insulate the terminal from Drift tube main body and O-rings to provide a near hermetic seal.

A touch sensor where disconnection of peripheral wirings is prevented and a method of producing the touch sensor. The method includes in order: preparing a substrate including a detection region and a peripheral region; forming a metal layer in the peripheral region; forming detection electrode connection terminals, external connection terminals, and peripheral wirings that connect the plurality of detection electrode connection terminals and the plurality of external connection terminals to each other by patterning a photosensitive resist on the metal layer through photolithography and subjecting the metal layer to wet etching; forming a to-be-plated layer in the detection region, which extends to cover at least a part of each of the detection electrode connection terminals, and includes a pattern composed of a plurality of thin wires; and forming touch detection electrodes that are electrically connected to the detection electrode connection terminals on the to-be-plated layer by a wet plating method.

The invention provides a sound wave testing device and testing method suitable for an ultra-low-speed rock-soil mass, and relates to the technical field of in-hole rock mass sound wave testing, the device comprises a testing probe and a medium storage device, the testing probe comprises a plurality of vibration pickups and an elastic straight tube capsule, the vibration pickups are sequentially connected through high-strength thin wires, and the elastic straight tube capsule sleeves the vibration pickups; one end of the elastic straight-barrel capsule is connected with a second plugging piece which is internally provided with a liquid flow meter, the second plugging piece is communicated with one end of the medium storage device through a hydraulic quick connector, and the other end of the elastic straight-barrel capsule is connected with a first plugging piece which is internally provided with a micro water pump; rubber protection rings are arranged at the joints of the elastic straight-barrel capsule and the first plugging piece and the second plugging piece; a water inlet pipe and a water outlet of the micro water pump are arranged in the elastic straight-barrel capsule; a first hollow pipe is arranged at the other end of the medium storage device and is used for injecting a supersaturated low-speed solution or gas into the test probe and the medium storage device. The low-speed longitudinal wave of the rock mass can be obtained more accurately.

The utility model discloses a simple device for measuring a liquid boundary in a non-transparent container. The simple device comprises a bracket, a pay-off device and a floater, a bracket fixing part detachably connected with the upper edge of the container is arranged on the lower side of the bracket; a cantilever is arranged on the upper side of the support, and a wire passing guide wheel is arranged at the end, away from the pay-off device, of the cantilever. The pay-off device comprises a pay-off wheel and a measuring thin wire which are arranged on the support, one end of the measuring thin wire is connected and wound on the pay-off wheel, the other end of the measuring thin wire extends in the pay-off direction of the cantilever, bypasses the wire passing guide wheel and is vertically downward, and the end of the measuring thin wire is connected with a floater suitable for an interface of two insoluble liquid levels. According to the utility model, the accurate position of the liquid boundary in the opaque container can be measured. The device has the technical advantages of being simple in structure and convenient to operate.

An innovative and unique method to create a resistance-based textile impact sensor has been demonstrated. The sensor is comprised of very low-cost materials and can detect impact and pressure. The sensor is highly conformable and constructed in such a way that make it tailorable for applications on varying geometries, detection sensitivity and ruggedness requirements. The impact sensor system includes a non-conductive carrier material. A pair of conductive wire traces are attached to the carrier material. A plurality of threads are provided to attach the conductive traces to the carrier material. A non-conductive covering material is positioned over the conductive traces opposite the carrier material. A conductive sheet is disposed over the covering material. The covering material is applied to the conductive traces to at least partially cover the surface of the at least two conductive traces facing the conductive sheet.

The present invention provides a spring member, a camera module, and electronic equipment that can suppress vibration disturbances and improve rigidity of the spring. [Solution] The spring member for the camera module has a first surface 10S1 and a second surface 10S2, and comprises a spring portion 13 including three or more thin wires 13A arranged along a first direction D1 in a cross section perpendicular to the first surface 10S1. The outer thin wire 13A1 has a first surface which is the side opposite to the side facing the inner thin wire 13A2, and the first surface has a shape that is symmetrical with respect to a straight line extending along the first direction D1 through the central part of the second direction D2 in the outer thin wire 13A1. The inner thin wire 13A2 has a side which faces the other thin wires and has an uneven shape.

The invention relates to a cable comprising at least one strand (T) having at least two layers (C1, C3), comprising: - an inner layer (C1) consisting of Q inner metal wire(s) (F1) of diameter Df1, and - an outer layer (C3) consisting of N outer metal wires (F3) of diameter Df3 wound around the inner layer (C1), wherein the diameter Df1, Df3 of each metal wire (F1; F3) ranges from 0.04 to 0.10 mm and wherein each metal wire (F1; F3) has a breaking strength, denoted Rm, greater than or equal to 3700 MPa determined by ISO standard 6892-1 of October 2009. The diameter of the cable (50) ranges from 0.12 to 0.60 mm.

This invention discloses the application of NBF (NBF film) on circuit boards, the circuit board itself, and its manufacturing method. It utilizes a silicone-free, fiberglass-free integrated NBF film to replace traditional PP prepreg, leveraging its high adhesive flow properties to achieve void-free, full filling of copper thicknesses exceeding 30μm and fine-pitch trenches within 20μm. The circuit board employs a differentiated stacking structure of a central rigid BT substrate and an outer ultra-thin dielectric material layer, incorporating dummy copper lines and trenches to effectively balance copper density, offset internal stress during stacking, reduce dielectric thickness variation, and suppress board warping. This invention is complemented by rolling pre-attachment, bidirectional pressure application, and copper surface browning processes, effectively improving interlayer adhesion strength and board surface flatness, controlling dielectric thickness variation within 3.1μm. This invention solves the problems of voids, insufficient adhesive, uneven thickness, easy deformation, and poor reliability inherent in traditional products, enabling stable mass production of high-layer-count, ultra-thin, and highly reliable thick copper circuit boards.

The present invention discloses a wire drawing oil applied to the drawing of aluminum-based fine wires and a preparation method thereof, belonging to the technical field of wire drawing oil processing. Specifically, it includes: a modifier, a fluorinated polysiloxane modified with alcohol ammonia, a thickener, an additive aid, and a base oil. In the present invention, after the base oil is modified by a modifier containing imidazole ionic salt, the modified base oil is further enhanced by using a fluorinated polysiloxane modified with alcohol ammonia and a thickener, which not only effectively increases the extreme pressure resistance and anti-wear performance of the wire drawing oil, but also reduces the wire breakage rate of drawing 0.1 mm aluminum-based fine wires and improves the production rate of aluminum-based fine wires.