250results about How to "Flat cutting surface" patented technology

The invention provides a diamond rope saw static force cutting method, relating to a diamond cutting method. In the invention, an adopted hydraulic pressure diamond rope saw is driven by an hydraulic motor to move at a high speed around the cut surface of a cutting object (4) so as to cut the cutting object (4); the grinding material of diamond rope saw (5) is diamond particles, so the diamond rope saw can be used for cutting stone, reinforced concrete or other hard materials; the power source of the cutting is the hydraulic motor, a hydraulic pump is driven by the hydraulic motor to operate smoothly; and the hydraulic motor can be distantly controlled by a high-pressure oil pipe to reduce vibration and noise in cutting process and enable the cutting object (4) is cut and separated stably. The invention has the advantages of high safety and efficiency and environment protection.

The invention relates to automatic rubber hose cutting equipment and an automatic rubber hose cutting technology. The automatic rubber hose cutting equipment comprises a bottom plate, a supporting device and a cutting device, and the supporting device and the cutting device are sequentially installed on the bottom plate from left to right; the supporting device comprises a fixing plate, a fixed frame, a movable air cylinder, an inner wall supporting mechanism and an outer wall supporting mechanism; the cutting device comprises a linear guide rail, an electric sliding block, a working plate, aworking gear, a driving gear, a driving motor, a rotating ring, a rotating gear, a rotating motor, a supporting air cylinder, a supporting plate, a rotating rod, a sliding frame, a mounting frame, a cutting motor and a cutting blade. The invention further provides a using method of the automatic rubber hose cutting equipment. The equipment and the technology can solve the problems that in an existing rubber hose cutting process, the labor cost is high, the working efficiency is low, the cutting surface is not smooth, safety hidden hazards exist and the surface of a rubber hose is easily scratched, and the function of automatically cutting the rubber hose can be achieved.

The invention relates to a production method for a seamless nickel sheet with a microprism array. The production method includes the steps of manufacturing unit nickel sheets of required amount; performing finish machining to and removing burrs of the unit nickel sheets, and cutting two sides of a front surface of each unit nickel sheets to form a cut surface with certain angle; arranging the machined nickel plates as required, and welding the unit sheets from reverse surfaces to be sequentially connected to form a required large nickel sheet matrix; bending the welded large nickel sheet matrix, selecting a plastic cylinder with smooth inner wall, and fixing the bent large nickel sheet matrix on the smooth inner wall of the plastic cylinder; and placing the plastic cylinder with the large nickel sheet matrix adhered into an electroforming groove for electroforming, and forming the required seamless nickel sheet on the front surface of the large nickel sheet matrix. Cutting precision and splicing precision of the unit nickel sheets are controlled strictly, the surface of a die for producing the large nickel sheet matrix of the nickel sheet is seamless by the aid of the cylinder, and accordingly production of the seamless nickel sheet is truly achieved.

The invention relates to a multifunction high-precision numerical control plasma machining device comprising a base and a machining platform with a nail bed structure. A Y-axis transmission mechanism and an X-axis transmission device are respectively arranged above and below the machining platform, wherein the Y-axis transmission mechanism is connected with a sheet cutting torch unit and a medium plate cutting torch unit which can be alternately used and are provided with infrared locating real-time tracking devices; a cutting torch formed by extending a Y-axis cross beam is provided with a pipe cutting torch unit matched with a pipe rotating mechanism; the X-axis transmission device and the Y-axis transmission mechanism respectively comprise a ball screw and a servo motor; the sheet cutting torch unit comprises a sheet cutting torch with a water spray cover; the medium plate cutting torch unit comprises an automatic arc voltage boosting Z-axis actuating mechanism and an arc voltage boosting anticollision clamp; and the pipe rotating mechanism comprises a lifting open and close roller wheel followup device and a big-power bearing block servo motor. The invention not only has stronger comprehensiveness, lower production cost, higher cutting precision, low noise, small vibration, high stability and higher cutting quality but also facilitates fine blowdown.

A fruit automatic orientation slitting and coring device includes at least one independent channel. Two clamping belts are respectively wound on active belt rollers and positive belt rollers. A pair of active belt rollers rotates at the same speed and in reverse direction. The linear velocity and the direction of the tight sides of the two clamping belts are uniform. Two oriented belts are arranged under the clamping belts. The velocity difference is provided between the oriented belt and the clamping belt. The moving directions are uniform. The tight side of the oriented belt which is arranged in a V-shaped groove and moves levelly and straightly drives fruit to rotate. A milling is equipped with a disc sickle with sharp triangle teeth, the edge line of which coincides with the central line of the independent channel. A float cutting guide device is arranged above the disc sickle. When the disc sickle comes across a flinty kernel, the float cutting guide device moves upward. Therefore, the disc sickle is protected from being damaged. The disc sickle continuously applies forces on the kernel to lead to the loosening combination between the kernel and the flesh. And the kernel is separated from the flesh. The device is provided with high operation efficiency. Complete valves can be obtained. And the device is applied to the slitting and coring of fruits with kernels, such as the plums apricots, etc., with ovum shape.

This invention discloses an industrial fuel gas used for metal cutting and welding. Additive and dimethyl enther are added to cylinder to make-up the fuel, dimethyl enther is 40~99.9% and other rest additive. The additive is consisted by one or any several kind of following fuels as arbitrary proportion, petroleum liquefied gas, propane, butane, propylene, pentane, clean oil, methanol, ethanol. This invention has good burning property, security, environmental protection capability and extra high burning flame temperature. Comparing to acetylene, it is not easy to bomb, and its storage, transportation, using and management is more convenient and safe. There is no pollution to environment and operator. Its preheating and cutting velocity is fast, welding and welding line quality is good, oxygen consumption is low, so it improves work efficiency and reduces cost.

The invention provides a steel pipe cutting machine high in clamping property, and relates to the field of steel pipe machining. The steel pipe cutting machine high in clamping property comprises a base, an active block and a fixed block are arranged at a center shaft on the top of the base, the active block is located at the right side of the fixed block, clamping grooves are formed in the side, close to the fixed block, of the active block and the side, close to the active block, of the fixed block, two first support plates are fixedly connected to the right side of the active block, a sliding block is fixedly installed at the bottom of the active block, a sliding groove matched with the sliding block for use is formed in the position, corresponding to the sliding block, of the top of the base, a supporting block is fixedly installed on the right side of the top of the base, a first motor is fixedly installed on the right side of the supporting block, and a rotating shaft of the first motor penetrates through a supporting block and extends to the left side of the supporting block to be fixedly connected with a connection column which is located between the first support plates. The steel pipe cutting machine high in clamping property is not likely to slip, the cut surface of a cut workpiece is smooth, and use is convenient.

The invention discloses a continuous casting cutting slag cleaning method and a slag cleaning device thereof, which have the advantages that the simplicity is realized, the implementation is easy, the structure is simple, the installation and the use are convenient, and the slag cleaning effect is good. In the method, a blowing nozzle is arranged on a plane intersected with or vertical to the cutting surface, and ash at a cutting seam part is cleared by air through the blowing nozzle. The slag cleaning device comprises the blowing nozzle arranged on the plane vertical to the direction of a cutting nozzle through a U-shaped bent wall, and in addition, the blowing nozzle and the cutting nozzle are arranged at two opposite sides of billet steel.

The invention discloses a copper bush machining technology and a copper tube cutting device of the copper bush machining technology. The copper bush machining technology and the copper tube cutting device of the copper bush machining technology aim to improve the copper bush machining and production efficiency. The copper bush machining technology is characterized by comprising the steps of preheating copper chips, melting the copper chips, manufacturing copper tubes, cutting off and collecting the copper tubes and machining the copper tubes into the copper bushes. The copper tube cutting device comprises a sliding frame. The upper end face of the sliding frame is connected with a sliding table in a sliding manner. The sliding table is provided with a cutting-off assembly cutting off the copper tubes. The cutting-off assembly comprises a sliding block connected to the upper end face of the sliding table in a sliding manner, a drive motor fixedly connected to the upper end face of the sliding block, a blade fixedly connected to an output shaft of the drive motor and a first air cylinder which is arranged on the sliding table and drives the sliding block to slide, wherein an output shaft of the first air cylinder is fixedly connected with the sliding block. By the adoption of the copper bush machining technology and the copper tube cutting device of the copper bush machining technology, the production efficiency of the copper bushes can be improved, and meanwhile, the copper tube cutting device can rapidly cut the copper tubes.

The invention discloses an exhibition advertising board cutting device and a cutting method thereof. The exhibition advertising board cutting device comprises a base. The two ends of the horizontal direction of the front and rear sides of the base are provided with folded edges. A left guide cavity and a right guide cavity are arranged inside the folded edges of the two ends of the front and rearside faces of the base correspondingly. A supporting platform is fixedly arranged over a table top of the base. A C-shaped clamping block I and a C-shaped clamping block II are arranged on the supporting platform. The ends of the folded edges at the two ends of the base are provided with vertical boards. A cutting platform is erected at the top ends of the vertical boards on the two sides. The cutting platform is provided with a cutting cavity. The exhibition advertising board cutting device is simple in structure, novel in design, reasonable in design, capable of realizing cutting of circularadvertising boards and square advertising boards and high in practicality. The two cutting modes are completed through one set of cutting device. The exhibition advertising board cutting device has great economic benefits.

The invention discloses a laser continuous cutting device used for cutting a saw belt and a cutting method. The laser continuous cutting device aims to solve the problems that continuous cutting and forming of sawteeth can not be achieved, tool auxiliary time accounts for a high percentage, and cutting efficiency is low in the prior art. The laser continuous cutting device comprises a base which is sequentially provided with a driving friction roller used for regulating feeding speed of the saw belt, a pressing wheel set used for pressing the saw belt, a work platform and a driving wheel set driven by a driving device; a laser head which is arranged on a Z shaft for cutting the saw belt is arranged above the work platform; the work platform is provided with a feeler block and a transverse locating mechanism used for locating the saw belt; during cutting work, the speed of a sliding platform X1 is the same as the feeding speed of the saw belt. The laser cutting sawtooth continuous forming technique does not need a milling cutter, and the sawteeth in any two-dimensional shapes can be correspondingly manufactured very rapidly.

The invention relates to the technical field of optical fibers, and discloses an optical fiber cable cutting device based on a light perception control principle. The optical fiber cable cutting device based on the light perception control principle comprises a workbench. A support is fixedly connected with the exterior of the workbench, a cutting assembly is movably connected with the exterior ofthe support, and supporting rods are fixedly connected with the exterior of the support. Limiting blocks are fixedly connected with the exteriors of the supporting rods, and limiting plates are fixedly connected with the interiors of the limiting blocks. Moving frames are movably connected with the exteriors of the limiting plates, teeth are arranged inside the moving frames, and connecting rodsare fixedly connected with the exteriors of the moving frames. By means of the interaction of the limiting blocks, the limiting plates, the moving frames, the teeth, first gears, second gears, gear rings, rotating shafts, rotary rods, the connecting rods and press plates, an optical fiber cable can be tightly pressed and fixed when the optical fiber cable is cut, the situation that the optical fiber cable slips and deviates in the cutting process is avoided, and therefore the optical fiber cable can be fully cut, and the cut surface is relatively flat.

The invention discloses novel industrial cutting gas with dimethyl ether as a main component. The novel industrial cutting gas comprises (but not limited to) the following components in percentage by mass: 60-99.99% of the dimethyl ether, 0.01-40% of additives and the like, wherein the additive is prepared from tert-butylferrocene, diethyl ether, aromatic hydrocarbon, solvent oil No.6, tert-butyl alcohol and potassium permanganate according to a certain proportion. Auxiliary gas can also be added into the cutting gas and is one or some of acetylene, propane, propylene, butane and butylene. The novel industrial cutting gas disclosed by the invention presents strong advantages in the aspects of economy, safety, environment friendliness and cutting performance.

The invention relates to the field of mat manufacturing, in particular to a mat splitting machine. The mat splitting machine comprises a machine frame, a rotary device used for driving materials, a cutting platform used for splitting the materials, a conveying device used for feeding and discharging the materials and a control mechanism used for controlling all the devices to operate coordinately. The rotary device comprises a driver fixed to the machine frame, a rotary shaft connected with the driver and a positioning mechanism used for supporting and positioning the rotary shaft. The cutting platform is provided with a plurality of cutter fixing frames provided with long-strip-shaped cutters, and the cutter fixing frames and the cutting platform are adjustably connected, so that the distance between the cutters is adjustable. A sliding mechanism is arranged between the cutting platform and the machine frame, and the cutting platform moves far away from or close to the rotary shaft through the sliding mechanism.

The invention relates to a cutting device, in particular to a stable quantitative cutting device for electric wires of electric power. According to the stable quantitative cutting device for the electric wires of the electric power, the cutting surface is flat, the cutting efficiency is high, and the cutting length can be quantitatively selected. The stable quantitative cutting device for the electric wires of the electric power comprises a support and the like. A graduated scale is arranged in the middle of the left wall of the support, a rotating device is arranged on the right side of the top of the support, a cutting device is arranged on the left wall in the support, and a collection frame is arranged on the right side of the bottom in the support and is located on the right side of the cutting device. According to the stable quantitative cutting device for the electric wires of the electric power, the effects that the cutting surface is flat, the cutting efficiency is high, and the cutting length can be quantitatively selected can be achieved. By arranging the graduated scale, the cutting length of the electric wires can be accurately measured.

The invention relates to sectioning equipment, in particular to sectioning equipment for a plastic binding rope. The invention aims to provide the sectioning equipment for the plastic binding rope, which is capable of automatically transporting the plastic binding rope to a knife edge and has a flat cutting surface. The segmentation equipment for the plastic binding rope comprises a base, supporting frames and a placing frame; the base is in a long shape; the supporting frames are symmetrically and fixedly connected to the top of the base, and the number of the supporting frames is at least four; and the placing frame is connected between the upper parts of the supporting frames through bolts. According to the sectioning equipment for the plastic binding rope, the effects that the plasticbinding rope can be automatically conveyed to the knife edge, and the cutting face is smooth are achieved, and through clearance fit between a lifting lever and the plastic binding rope, the lifting rod can hook the plastic binding rope and drive the plastic binding rope to move leftwards together.