159 results about "Surface finishing" patented technology

The invention relates to the technical field of stainless steel production and manufacturing, and discloses a high-strength corrosion-resistant duplex stainless steel shaft forging method which comprises the steps of blank preparation, homogenization treatment, preheating treatment, multidirectional forging, interrupted cooling, solution treatment, aging treatment and surface finish machining. Uniformity of components in the blank and consistency of temperature distribution are guaranteed, a uniform microstructure basis is provided for subsequent forging, meanwhile, grains are refined through large deformation and multi-pass deformation in multi-directional forging, the strength and toughness of the shaft are improved, brittle phase formation is avoided, and the mechanical property is optimized; by interrupting cooling and solution treatment, controlling the cooling rate and heating parameters in real time, inhibiting harmful phase precipitation and optimizing the austenite-ferrite phase proportion, the shaft has high corrosion resistance, and by means of aging treatment, through a stable structure, the long-term durability of the shaft in a severe environment is guaranteed, and the corrosion weight loss and pitting corrosion risk are reduced.

The invention discloses a wafer precision grinding method based on laser subsurface modification softening, and belongs to the technical field of semiconductor manufacturing. The method is used for carrying out final damage layer removal and surface finish machining on the hard and brittle wafers (such as silicon carbide and diamond) subjected to preliminary mechanical polishing. The method comprises the following steps: (1) detecting the depth of a damaged layer on the subsurface of a wafer; (2) focusing ultrafast laser on the subsurface of the wafer, scanning to form a continuous and compact softened modified layer, controlling the modified layer to extend upwards in the vertical direction, so that the modified layer covers most of the volume of the material to be removed, and only retaining a micron or submicron original hard thin layer on the top layer of the wafer; (3) carrying out nondestructive testing on the modified layer; and (4) an ultra-precision grinding process (such as CMP or PAP) is adopted, the supporting weakening effect of the modified layer on the top hard thin layer and the characteristic that the modified layer is easy to remove are utilized, and all the to-be-machined allowances are rapidly removed at a time. According to the method, on the premise that the high-quality surface is not damaged, the finish machining efficiency of the superhard material is remarkably improved through the mechanism of internal softening and top layer collapse removal.

1. Name of the product in this design: Ice Surface Repair Vehicle. 2. Purpose of this design: for ice surface finishing. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The invention discloses a multi-stage composite sand cleaning method and system for investment casting of a narrow inner cavity casting, and relates to the technical field of investment casting, the method comprises the following steps: S1, primary shot blasting cleaning is carried out to remove floating sand on the outer surface of the casting and a shallow inner cavity, and a deep sand inlet is exposed; s2, inner cavity impact sand loosening is conducted, specifically, a sand body blocked in the deep portion of the inner cavity of the casting cracks and loosens through pneumatic impact; s3, ultrasonic vibration sand removal is conducted, specifically, the casting is installed on a special tool, loose sand grains are stripped from the inner cavity wall through ultrasonic vibration output by an ultrasonic generation unit, and a tuning control module is arranged to conduct real-time scanning on the casting and adjust the frequency of the ultrasonic vibration so as to be matched with the local resonance frequency of the inner cavity of the casting; s4, secondary shot blasting finishing is conducted, falling residual sand in the casting is removed, and surface finishing is achieved; and efficient, thorough and damage-free sand removal of sand grains in narrow, bent and deep inner cavities of the casting is realized through the multi-stage sand removal step.

This invention belongs to the field of ceramic building materials, specifically relating to a surface decoration treatment method combining directional etching ink with marble slabs. The surface decoration treatment method includes: applying a base glaze to the surface of a ceramic body; inkjet printing a natural stone design pattern onto the glazed surface using conventional ceramic ink; inkjet printing directional etching ink onto the glazed surface; applying a decorative glaze containing a covering glaze onto the glazed surface; and firing the glazed ceramic body. This invention uses a special functional ink containing low-temperature frit to pre-penetrate and etch the marble slab, then inkjet prints it in specific locations matching the design, creating a relatively matte, frosted effect with downward concavity in specific areas.

To provide improved surgical instruments. [Solution] Surface preparation of sliding surfaces can improve the wear performance of surgical instruments such as surgical staplers, which include a reusable mechanism that is used multiple times with a single-use reloadable cartridge. A combination of surface hardening, surface finishing, and surface coating can be applied to the metal components of surgical instruments to reduce the possibility of abrasive wear in metal-to-metal sliding engagements. Surface hardening technology can enable further manufacturing operations such as welding without compromising the strength of the underlying metal substrate. With stainless steel metal substrates, surface hardening or surface hardening technology may reduce corrosion resistance, so a surface coating can be added to suppress surface oxidation and to provide a barrier against metal-to-metal contact. Further lubricating coating layers, such as a brazing coating layer, can enhance abrasion resistance.

The application provides a tantalum-based alloy and a preparation method thereof. The preparation method of the tantalum-based alloy comprises the following steps: sequentially laying a first mixed material, a second mixed material and magnesium chips in a reaction crucible in a top-down direction, igniting the reaction crucible to generate an aluminothermic reduction reaction, and then sequentially performing a temperature reduction treatment and a surface finishing treatment to obtain the tantalum-based alloy. The first mixed material comprises aluminum particles, tantalum pentoxide, titanium oxide, potassium chlorate and aluminum fluoride. The second mixed material comprises aluminum particles, tantalum pentoxide, titanium oxide, potassium chlorate, aluminum fluoride and calcium fluoride. By adopting double dosing and covering the magnesium chips with the upper material, the application improves the ignition efficiency, significantly improves the material loss caused by the slow ignition speed and insufficient ignition of the material in the traditional off-oven method, and introduces a titanium source to form an AlTaTi compound, thereby significantly enhancing the alloy uniformity.

The invention relates to the technical field of mold flattening processing, in particular to an EPS mold surface flattening processing treatment device which comprises a rack, a grip support, a control panel, a driving box, a vibration polishing mechanism, a polishing head, a dirt suction head, a spray head, a dirt suction support, a transmission box, a dirt suction mechanism, an exhaust barrel, a liquid storage barrel, a linkage box, a liquid spray mechanism and a pump body. The polishing heads of various special-shaped structures can be driven to vibrate at high frequency through the vibration grinding mechanism, polishing grinding can be conveniently conducted on the inner corners of the mold, stains on the rear side areas of the polishing heads can be adsorbed through the dirt suction mechanism, part of devices can suck and collect the stains generated after the mold is ground in time, and the polishing efficiency of the mold is improved. And polishing liquid can be sprayed to the front side area of the polishing head through the liquid spraying mechanism, a large amount of polishing liquid is effectively prevented from being attached to the surface of the mold for a long time, and the high efficiency, cleanliness and protection performance of the device are improved.

The application relates to the technical field of metal material processing, in particular to a rolling forming process of an aluminum composite plate, which comprises the following steps: S1, surface pretreatment of the aluminum composite plate; S2, accurate clamping and positioning; S3, applying directional pressure and material flow guiding to the aluminum composite plate through a multi-station continuous rolling forming device; S4, multi-pass progressive rolling and local thickening; S5, cooling, shaping, surface finishing and nondestructive testing. The application has the following effects: the multi-station continuous rolling device applies radial and axial pressure, drives directional flow of the material, realizes local accumulation and thickening through multi-pass progressive rolling, realizes the local strengthening effect of on-demand material distribution according to the principle of invariable volume, reduces the waste of the material in the aluminum composite plate processing process, improves the material utilization rate, and reduces the production cost.

The utility model discloses a soft magnetic ferrite core surface finishing device, which relates to the technical field of magnetic core production and comprises a base and a support plate, electric cylinders are mounted on two sides of the bottom of the support plate, output ends of the electric cylinders are connected with a support disc through extension rods, and an inner ring of the support disc is connected with a transmission wheel. Through the arrangement of the polishing disc, the sleeve, the bonding layer, the polishing abrasive paper, the electric cylinder, the supporting disc, the transmission wheel and the first transmission groove, the surface of the ferrite core body can be conveniently polished and trimmed through the arrangement of the polishing disc; when an inner ring of an annular ferrite core body needs to be polished and trimmed or a gap of an E-shaped ferrite core body needs to be polished and trimmed, the output end of an electric cylinder drives a supporting disc to move upwards through an extension rod, the supporting disc moves upwards to drive a polishing disc to move upwards through a transmission wheel, and therefore polishing abrasive paper leaks out of the bottom of the polishing disc; the polishing head does not need to be disassembled or replaced or replaced to another polishing device, and operation is easy and convenient.

This invention discloses a production line and equipment for surface correction of electro-galvanized steel wire, relating to the field of surface correction technology for electro-galvanized steel wire. It includes a functional box, a robotic arm, and a first clamping cylinder. A first servo motor is housed in a protective shell at the top of the outer wall of the functional box. The first servo motor is connected to the robotic arm via a rotating shaft. The robotic arm is connected to a first cylinder via a connecting rod. A first drawing die is mounted on the side of the outer wall of the first cylinder. A second servo motor inside the first cylinder is connected to a transmission shaft via a helical gear set. The transmission shaft is connected to the first clamping cylinder via threads on the outer wall. This invention, by installing a functional box, robotic arm, first cylinder, first clamping cylinder, limit ring, first servo motor, and second servo motor, achieves rapid and safe replacement of the drawing die, avoiding direct contact between workers and the high-temperature die, eliminating the risk of burns, greatly improving production efficiency and safety, and ensuring product quality stability.

The invention discloses an integrated forming process for a water cup mouth cover. The integrated forming process comprises the following steps that firstly, a plastic base material is formed; 2, inspecting the plastic base material; step 3, brushing a special primer on the joint surface; 4, baking and curing the primer; step 5, injecting silica gel for integral molding; step 6, carrying out edge removal treatment on the crude product; 7, water boiling purification treatment; 8, removing the supporting column and finishing the surface; step 9, comprehensive inspection of a finished product; and step 10, packaging and delivering finished products. According to the invention, through plasma activation treatment of the plastic base material bonding surface, micro-texture design of a mold cavity, use of a food-grade special primer and gradient baking curing, dual combination of physical occlusion and chemical bonding is constructed, the bonding strength of plastic and silica gel is greatly improved, stripping test verifies that the bonding surface is free of stripping and falling phenomena, and the bonding strength of the plastic and the silica gel is greatly improved. Even in long-term use, repeated opening and closing or high-temperature and low-temperature environments, the stable combination effect can still be kept.

The application relates to the technical field of fiber product processing, and particularly relates to a fiber product surface finishing device which comprises a processing table, a polishing device, a polishing support assembly and a feeding assembly. The polishing device is connected with the processing table through the polishing support assembly, the feeding assembly is arranged on the processing table and feeds the fiber product. The polishing support assembly comprises a supporting guide rail, a guide sliding block, a mounting horizontal rod, a shock-absorbing spring, a buffer seat and a sliding block driving member. The supporting guide rail is fixedly connected with the processing table, the guide sliding block is slidingly connected with the supporting guide rail, the mounting horizontal rod is fixedly connected with the polishing device and fixedly connected with the guide sliding block, the two sides of the shock-absorbing spring abut against the guide sliding block and the supporting guide rail respectively, the buffer seat is connected with the guide sliding block, and the sliding block driving member is arranged on the supporting guide rail and drives the guide sliding block to move, so that the polishing device can float along with the ups and downs of the fiber product during polishing, and the polishing device is prevented from being damaged.

The utility model discloses a pitched roof concrete vibrating and smoothing device, which belongs to the technical field of building construction appliances and comprises a mounting frame, two face smoothing wheels are arranged below the mounting frame and are arranged in parallel front and back, and a vibrating plate is arranged between the two face smoothing wheels. A lifting mechanism used for driving the vibrating plate to work is arranged above the vibrating plate, a driving mechanism used for driving the noodle collecting wheel to rotate and the lifting mechanism to work is further arranged on the mounting frame, a telescopic rod is arranged on the mounting frame through a connecting frame, and an operating handle is arranged at the top end of the telescopic rod. According to the concrete surface finishing machine, the motor is used for driving the two surface finishing wheels to roll on the concrete surface to carry out concrete surface finishing operation; and meanwhile, the vibrating plate is driven to perform surface vibrating operation on the cement surface, so that the concrete surface is vibrated and polished, the construction operation is simple, the progress of vibrating and surface finishing of workers is greatly improved, the construction period is guaranteed, the labor cost is saved, the concrete appearance quality is improved, and very high practicability is achieved.

The utility model belongs to the technical field of auxiliary engineering cast-in-place slip-form construction, and particularly relates to a secondary surface finishing device for slip-form construction of a road shoulder plate and a shallow butterfly-shaped side ditch, which comprises a vehicle frame which is positioned above a slip-form construction completion part and is of a rectangular frame structure, and two ends of the vehicle frame extend to the outer side of the slip-form construction completion part; the four walking wheels are arranged at the four corners of the vehicle frame correspondingly, when the four walking wheels are parallel to the construction direction of the slip form, the vehicle frame can be supported to move on the ground, and when the front walking wheel and the rear walking wheel on the same side are in a splayed state, the vehicle frame can be locked to the ground; the wheel control structure is mounted on the frame and can control switching of two states of the traveling wheels; the supporting structure is fixedly mounted above the frame; and the top of the trowelling structure is clamped with the supporting structure, and the bottom of the trowelling structure extends to the position below the frame and can be attached to the construction completed part of the slip form. The secondary trowelling device has the advantage that secondary trowelling and surface finishing can be carried out on an area needing trowelling according to construction conditions.

A method for annealing lenses made of plastic material is disclosed, as well as a method for manufacturing lenses made of plastic, the method including the annealing method, wherein the annealing method is performed on a lens obtained by casting or injection molding of plastic material prior to lens finishing steps (such as surface finishing).

This utility model relates to the field of concrete finishing technology, and in particular to a concrete surface finishing device. The device includes a support rod, which comprises a fixed rod, an extension rod telescopically installed within the fixed rod, a telescopic assembly installed between the extension rod and the fixed rod, and a trowel installed at one end of the extension rod; a connecting assembly, which includes a fixed frame fixed to one end of the extension rod, a rotating frame rotatably connected to the side wall of the fixed frame, and a rotating shaft rotatably installed between the rotating frame and the trowel; and an angle adjustment assembly. By incorporating the telescopic assembly and the angle adjustment assembly, the construction worker can quickly control the extension and retraction of the extension rod at the end of the support rod, achieving rapid length adjustment of the device. Furthermore, the construction worker can quickly and stably adjust the angle of the trowel in real time at the handheld end, greatly improving operational convenience. The adjusted trowel angle remains stable, preventing accidental slippage and improving construction accuracy and efficiency.

The utility model discloses a kind of round nose coating knives of two-way chip removal passage, including supporting seat, milling rod, driving mechanism and reset mechanism, milling rod is slidably connected on supporting seat, and with supporting seat rotationally connected, and it is provided with round nose cutter bar on one end of milling rod located supporting seat outside, driving mechanism and reset mechanism are all arranged in supporting seat.The beneficial effects of the utility model are: in the utility model, by integrating driving mechanism and reset mechanism in supporting seat, the tool is simultaneously realized high-speed rotation and axial small-range reciprocating motion in the processing process, without relying on external cylinder or workpiece rotation, burr elimination and surface finishing can be completed, and by the combination of different number of teeth first driving gear, first driven gear, and second driving gear and second driven gear, the synergic control of cutting speed and feed rate is optimized, to ensure that the cutting depth of the tool is stable in the linkage process, reduce the vibration and tool wear caused by motion superposition.

The utility model discloses an adhesive surface trimming mechanism for printed books, which comprises a worktable, a placing table is arranged at the top of the worktable, a shaking component is arranged between the placing table and the worktable, a book pushing component is arranged on the placing table, and a book clamping component is arranged on the worktable. The shaking component comprises a support fixedly connected with the top of the workbench, a motor fixedly connected with the top of the support, a rotating shaft fixedly connected with the bottom of the motor, a cam fixedly connected with the outer side of the rotating shaft, a roller connected with the cam and a moving rod connected with the roller. Through the arrangement of the working table, the placing table and the shaking component, the problems that when an existing trimming mechanism is used, although the spine of a printed book can be trimmed, the book needs to be pushed manually to move repeatedly during trimming, and the trimming efficiency is high are solved. And moreover, the book needs to be manually taken down after being trimmed, so that the practicability becomes poor.

The invention relates to the technical field of micromachining and surface engineering, and discloses a variable cross-section sampling needle tube inner wall electrochemical discharge additive and subtractive material synergistic preparation method which comprises the following steps: adsorbing magnetic nano powder to a magnet electrode handle to assemble a flexible tool electrode; the flexible tool electrode is inserted into a sampling needle tube injected with electrolyte containing silver nitrate and low-surface-energy substances, a local thermal field is generated through electrochemical discharge, and the flexible tool electrode is extruded in a reducing area to force powder to be rearranged to actively adapt to pore diameter changes. According to the method, the micro-nano nested structure is etched through electrochemical discharge, the recast layer is removed through mechanical grinding of adsorbed magnetic nano powder, antibacterial particles and low-surface-energy substances are induced to be co-deposited in situ through a discharge thermal field, and the silver antibacterial coating is formed in the micro-nano nested structure. The integrated cooperation of variable cross-section deep hole inner wall material removal, surface finishing and functional coating preparation is realized, and the inner wall of the sampling needle tube is endowed with hydrophobic and antibacterial properties.

The present application relates to a kind of elevator wheel surface finishing device, it is related to elevator wheel processing technical field, including base and traction sheave, traction sheave is divided into traction sheave A with A column and A ring and traction sheave B with B ring, the upper portion of base is equipped with herringbone recess;Through the meshing of main gear and auxiliary gear round seat driving device operation;Base is equipped with three groups of clamping components, each group contains the connecting block of hydraulic cylinder drive, the rotating clamping piece of clamping traction sheave A is symmetrically equipped on both sides of connecting block, the top fixed clamping piece one of clamping traction sheave B, the clamping piece three, telescopic rod and fixed rod are equipped on the clamping piece one, prevent rotating by fixed rod insertion B ring fixed hole;Auxiliary gear round seat middle is opened with round through slot, herringbone recess and clamping component are all located therein, polishing component is symmetrically installed on auxiliary gear round seat, can be adapted to different traction sheave type, realize the stability and adaptability of wheel groove finishing.

The invention provides a high-density functional ball for repeatedly opening and closing a leaking stoppage circulation tool and a preparation method of the high-density functional ball, and relates to the technical field of drilling tools. The high-density functional ball for repeatedly opening and closing the leaking stoppage circulating tool comprises the following raw materials in percentage by weight: 70-85% of polyether-ether-ketone, 10-20% of copper powder and 5-10% of silicon nitride. The preparation method comprises the following steps that polyether-ether-ketone, copper powder and silicon nitride are fully mixed and dried, and a mixture is obtained; melting the mixture at a high temperature, then injecting into a ball mold for pressure forming, and air-cooling to normal temperature to obtain a formed ball; and the formed ball body is subjected to graded tempering treatment, ball body surface finish machining treatment is conducted after cooling, and the functional ball has the advantages of being large in density, stable in shear pressure and good in mechanical property. The preparation process can improve the problems of high thermal expansion coefficient, stress concentration and the like of the polyether-ether-ketone raw material.

The invention belongs to the technical field of metal material processing, and particularly relates to a chemical corrosion forming method of a titanium alloy straight rib pipe. In order to overcome the defects that in the prior art, a titanium alloy straight rib pipe is complex in manufacturing process, high in cost and poor in flexibility, the titanium alloy straight rib pipe manufacturing method comprises the steps that firstly, rare earth elements lanthanum and yttrium are added, and a titanium alloy pipe good in toughness, heat stability and fatigue performance is obtained through multiple times of vacuum melting; plating a metal protective film; carrying out chemical corrosion forming on a part which is not covered by the mask by utilizing an acidic corrosive liquid; and finally, the metal protective film on the surface of the pipe is removed through chemical stripping, surface finishing is conducted, and the titanium alloy straight rib pipe with the accurate size and various complex shapes is obtained. The method is easy to operate, low in cost, high in design freedom degree and suitable for small-batch and multi-variety customized production requirements; and the used electroplating liquid and corrosive liquid can be recycled, and the concept of green and sustainable development of the modern manufacturing industry is met.

The utility model discloses a wall board component abutted seam surface finishing device which comprises a finishing table and a feeding conveying belt, the feeding conveying belt is installed on the table top of the finishing table in a transmission mode, the two abutted seam surfaces of a wall board component face the left side and the right side of the advancing direction of the wall board component respectively, and a deviation rectifying channel and a finishing channel are sequentially arranged in the advancing direction of the wall board component. The deviation rectifying channel and the finishing channel are communicated with each other, two deviation rectifying mechanisms are symmetrically installed on the two sides of the deviation rectifying channel respectively, two finishing machining lines are symmetrically installed on the two sides of the finishing channel respectively, and each finishing machining line comprises a plurality of sanding mechanisms which are distributed and installed along a straight line. The position of the wallboard component is corrected through the deviation correcting mechanism in the advancing process, then the trimming operation of the abutted seam face is completed through the trimming machining lines on the two sides, and the wallboard component trimming device has the advantages of being efficient in production and high in automation degree and can meet the requirement of being applied to and integrated into an automatic production line of the prefabricated wallboard.

The application discloses a concrete forming construction method and a mold framework based on a bridge anti-collision guardrail, and comprises the following steps: guardrail reinforcement binding is carried out according to the construction position of the bridge anti-collision guardrail; guide reinforcement is accurately positioned through a guardrail reinforcement positioning device, and the interval of the guardrail reinforcement is controlled by using a reinforcement protective layer fixture; a sectional anti-collision guardrail formwork is manufactured according to construction requirements, and the formwork is chamfered and treated to stop mortar; the formwork is installed through a formwork trolley, an inner side operation is completed by optimizing a pull rod structure to realize formwork fixing; concrete is poured in the formwork, concrete is vibrated and compacted layer by layer, and multiple surface finishing treatments are carried out; after the concrete reaches the form removal strength, the formwork is removed, and the anti-collision guardrail concrete is covered by one cloth and one film and is watered and maintained for a preset time. The technical problems of low construction efficiency and low quality and strength of the bridge anti-collision guardrail in the prior art are solved.

The invention discloses silicon carbide non-pressure barrel surface finishing and grinding equipment and method, and belongs to the technical field of precision ceramic machining. The method comprises the following steps: cooperatively obtaining a high-precision three-dimensional point cloud on the surface of a cylinder; macroscopic geometric deviation identification based on three-dimensional registration and microdefect intelligent identification based on a PointNet + + deep learning model are executed in parallel, and a structured defect feature set is generated; according to the defect features, a layered contour grinding instruction for macroscopic protrusions and a fixed-point spiral grinding instruction for microscopic pore cracks are generated through self-adaptive planning; and when the machining instruction is executed, the posture of the barrel body is monitored in real time through a high-speed vision sensing system, the movement track of the grinding head is dynamically adjusted in a closed-loop mode, and system errors are compensated. By constructing an intelligent closed loop of perception-decision-execution-compensation, integrated accurate identification and self-adaptive high-precision grinding of macro and micro composite defects on the surface of the silicon carbide cylinder are achieved, the technical problems that a traditional method is not accurate in identification, the strategy lacks adaptability, and errors cannot be compensated in real time are effectively solved, and the method is suitable for large-scale popularization and application. And the machining precision and the automation level are obviously improved.

The utility model discloses a double turret synchronous turning mechanism, relates to turning mechanism technical field, including base, the upper surface of base is fixedly connected with mounting plate, one side of mounting plate is rotatingly connected with clamping jaw, one end of clamping jaw clamps work piece, the upper surface of base is fixedly connected with electric slide rail, and the electric slide rail is fixed on the mounting plate. And a sliding block is arranged on the surface of the electric sliding rail, a supporting column is fixedly connected to the upper surface of the sliding block, a groove is formed in one side of the supporting column, and a first cutting knife is inserted into the groove. The transverse distance between the two cutters is adjusted through the electric sliding rail, the first cutter and the second cutter can machine different parts of a workpiece at the same time, such as one-end trepanning and surface finishing, frequent cutter changing and step-by-step machining of a traditional single-cutter tower machine tool are avoided, auxiliary time is greatly shortened, multi-procedure synchronous operation is achieved, the machining period is shortened, and the machining efficiency is improved. The production cost is reduced.

The application provides a landing gear support rod processing method. The landing gear support rod processing method comprises the following steps: providing a workpiece and a tooling for clamping the workpiece; clamping the workpiece by using the tooling; respectively rough machining an A-side surface of the workpiece in a Y direction, fine machining at least three reference surfaces on two process clamps, rough machining a B-side surface of the workpiece in the Y direction, fine machining the A-side surface of the workpiece, fine machining the B-side surface of the workpiece, fine finishing the reference surfaces parallel to an X direction, milling the reference surfaces parallel to the X direction into bevels, processing oil nozzles, positioning an ear of the workpiece, and removing the process clamps; polishing positions of the process clamps on the workpiece, and completing the processing. The application can realize concentrated processing of all processes by using the clamping positions reserved by the process clamps and cooperating with the tooling, all processes can be completed by the vertical machining center, the problem of process dispersion is solved, and the part transfer and auxiliary time are reduced.

The application discloses light-weight heat-insulating straw wall brick in the technical field of building, which comprises waterproof layer, connecting layer, entity layer and several heat-insulating layers from outside to inside; the waterproof layer selects aerogel, the connecting layer selects foam ceramic, the entity layer selects straw, and the heat-insulating layer selects vacuum heat-insulating material. The production process of the light-weight heat-insulating straw wall brick comprises the following steps: step one, screening of crushed materials; step two, drying of raw materials; step three, feeding and stirring: adding binder and additives and stirring; step four, rolling into a mold: rolling to obtain straw homogeneous plate and wavy vacuum heat-insulating material; step five, surface finishing; step six, layer-by-layer installation; and step seven, 3D printing: 3D printing of the waterproof layer on the wall surface. The application improves the heat-insulating effect through the vacuum heat-insulating material, reduces the weight of the wall through the straw homogeneous plate made of straw, improves the heat-insulating effect of the wall and reduces the weight of the wall through the porous structure of the aerogel and the foam ceramic, and thus the light weight of the wall is highlighted.

The carpet surface finishing equipment comprises a finishing mechanism, a flow guide mechanism and a handle rod, the finishing mechanism comprises a connecting cover and a plurality of comb teeth, the connecting cover is detachably connected with one end of the flow guide mechanism, a water drainage opening is formed in the middle of the connecting cover, and a plurality of water return openings are formed in the connecting cover and surround the water drainage opening; a plurality of comb teeth are uniformly distributed on the end surface of the connecting cover; the handle rod is of a hollow structure, one end of the handle rod is detachably connected with the other end of the flow guide mechanism, and the other end of the handle rod is communicated with a water outlet of the water supply device through a hose. Therefore, the cleaning device can go deep into the suede bottom layer of the plush carpet to effectively remove hidden impurities such as dust particles and hair, meanwhile, the suede can be kept smooth and neat, and the cleaning effect of the carpet is improved.