43results about How to "Dimensionally stable and reliable" patented technology

The invention discloses a multi-strand double-turn stator coil forming device, which solves the problems of large discreteness and difficult control of the quality of the wound coil existing in the existing multi-strand double-turn stator coil tooling. It is mainly composed of the fixing frame body of the forming device and the movable bending handle (18), and the winding wire of the multi-strand double-turn stator coil (17) to be wound is wound and arranged along the coil winding track on the fixing frame body of the forming device , when the coil needs to be bent and corners, the sleeve (20) on the bending handle (18) is movably socketed on the corresponding column, and the pre-bent winding wire is clipped to the bending handle (18) Between the upper bending column (21) and the corresponding column, rotate the bending handle (18) in the pre-bending direction, and the bending column (21) will bend the winding line with the corresponding column as the supporting point . Whole molding device fixing frame body is to be fixed on the base beam (19). The invention ensures the consistency of coil size, angle and radian.

The invention discloses a supporting limiting structure for use in production of automobile dashboard beams. The supporting limiting structure is disposed on a vertical plate; the supporting limiting structure comprises a supporter and limiters; the supporter in an L shape comprises a transverse part and a vertical part integrally formed and perpendicularly connected to the same; the transverse part is fixed to the top of the vertical plate; the limiters are bilaterally symmetrically disposed on two sides of the vertical part of the supporter; multiple pads are disposed between the limiter and the vertical part, and other multiple pads are disposed between the vertical plate and the transverse part. The problem that during batch production and the manufacturing precision of the automobile dashboard beams not meeting the requirement, picking is difficult and the size of the support part is difficult to adjust is solved; the automobile dashboard beams are easy to pick during production, production efficiency is improved, and size is more stable and reliable; sizes of various mounting holes are all within an allowable dimensional tolerance range; automobiles are safer and more reliable.

The invention relates to the technical field of welding, particularly to a device and a process for backstep welding of a damping spring disk. The device comprises a rotary table, a locating plate, a vertical plate, a rotating cylinder, a liquid storage cylinder pressing plate, a spring disk locating pin long seat locating plate, a spring disk locating pin long seat, a spring disk locating pin, a spring disk pressing plate, a spring disk locating round pin, a spring disk locating long pin, a spring disk locating pin seat, a liquid storage cylinder locating plate, and a reinforcement plate. Compared with the prior art, the disk is three-point located by the aid of a tooling and fixedly clamped through the rotating cylinder, welding thermal deformation after welding is reduced, dimensions after the welding are stable and reliable, and adjustment is convenient. The structure of the device for the backstep welding of the spring disk is simple and stable, the maintenance cost is low, and the device is convenient to maintain.

The invention relates to the technical field of electrons, in particular to a method for measuring the size of the electron beam spot of a scanning electron microscope. The method comprises the steps that first a metal blade placed on a cup opening of a Faraday cup is irradiated through the scanning electron microscope, and a clear metal blade image is obtained; then the image of the edge of a part of a knife edge is cut out, image data processing software is used for acquiring the RGB value of the image, and a R gray level matrix, a G gray level matrix and a B gray level matrix are obtained; the average value of the three matrixes is obtained, and an average matrix is obtained; all the columns of the average matrix are summed, a one-dimensional matrix is obtained, a two-dimensional curve is drawn according to the values of all units of the one-dimensional matrix, the width of the rising edge of the curve is the beam spot diameter of an electron beam, and the purpose of the method is achieved. Accordingly, the method for measuring the size of the electron beam spot of the scanning electron microscope has the advantages of being easy to operate, high in precision, and high in practicability.

The invention discloses a device and method for machining a reinforcing steel bar shaped like the Arabic number 8 and belongs to the technical field of tunnels. The device is composed of an 8 shape forming device and an arch back forming device. The 8 shape forming device is composed of a work platen, a hydraulic arm, a limiting board, a telescopic clamping board, an inner sliding 8 shape shaping die, a limiting suspension resistant clamping board, an outer sliding forming template A, an outer sliding forming template B and an 8 shape forming inner sliding die base board. The arch back forming device is mainly composed of a door frame, a hydraulic arm, a movable downward-pressing beam, an ejection head and a stamping table. The method comprises the steps that the inner sliding 8 shape shaping die is sleeved with a machined rectangular reinforcing steel bar and an 8 shape is formed through the outer sliding forming template A and the outer sliding forming template B. The machined reinforcing steel bar shaped like the Arabic number 8 is horizontally placed on the stamping table of the arch back forming device and stamped through the movable downward-pressing beam and the ejection head so that an arch back can be formed. The device for machining the reinforcing steel bar shaped like the Arabic number 8 has the advantages of being high in pass percent, high in production efficiency, good in machining quality and good in safety and reliability.

The invention discloses a bending forming die tool for a bus roof through beam. The tool comprises an upper die and a lower die which are mutually matched for work, wherein each of the upper die and the lower die comprises a bottom plate, and two rows of opposite bolts are arranged on the bottom plate; a row of upper reinforcing plates and a row of lower reinforcing plates are welded on the bottom plates of the upper die and the lower die respectively; an upper die arc plate is welded on each of two sides of the upper reinforcing plates, each of two ends of one upper die arc plate is connected with the corresponding end of the other upper die arc plate through an upper baffle plate, and the upper die arc plates and the upper ends of the upper reinforcing plates are spliced through an upper arc plate; a lower die arc plate is welded on each of two sides of the lower reinforcing plates, each of two ends of the one lower die arc plate is connected with the corresponding end of the other lower die arc plate through a lower baffle plate, and the lower baffle plates and the upper baffle plates are oppositely arranged; the lower die arc plates and the upper ends of the lower reinforcing plates are spliced through a lower arc plate. The die tool has sufficient strength and rigidity, is simple in structure and is light; under the premise that the strength and the rigidity are guaranteed, the structure is simple and compact as far as possible, the size is small, the mass is light, and workpiece loading and unloading are facilitated.

One kind of hydraulic pressure valve end shielding ramming take shape method, is realized according to the following steps,the initially take shape; Separately install the raised membrane and the concave membrane on the punch press work table and on the drift, starts the punch press, ram the sheet to become the sphere semifinished material; Reduces takes shape;installs the spread membrane which is the size shape with inner hole of the work, separately in the punch press work table and the drift, starts the punch press, presses evenly sphere crown of the sphere round hat semifinished materials, and reduces the lower part of the sphere, ramming full circle tubular, also hat brim presses evenly the sphere round hat semifinished materials circular, forms outside the belt along circle tubular semifinished materials; Stereotypia;install the work piece the hole size, the shape same raised membrane and with the work piece outer diameter size, the shape same concave membrane separately in the punch press work table and the drift, will start the punch press side,ramming the circle tubular semifinished material to the shape, the size tallies the request work piece semifinished materials, cutsthe work piece semifinished materials, namely will get the work piece which is conformed to the request.

The invention discloses a personalized garment manufacturing method based on a three-dimensional human body scanner. The personalized clothing manufacturing method comprises the following steps that S1, an electronic human body model is generated, the three-dimensional human body scanner is adopted to acquire user body data, and a complete electronic human body model consistent with a customer in figure characteristic is generated; S2, a garment type is determined; S3, garment manufacturing data is generated, the electronic human body model is measured through an electronic measurement system, and the garment manufacturing data is generated according to the garment type; S4, a two-dimensional garment manufacturing drawing is generated; S5, a three-dimensional effect drawing is generated; S6, a customization effect is showed, namely an electronic garment wearing effect drawing of a garment worn on the electronic human body model is generated according to the three-dimensional garment manufacturing effect drawing, and after the user selects the electronic garment wearing effect drawing, the two-dimensional garment manufacturing drawing corresponding to the electronic garment wearing effect drawing is determined; S7, garment manufacturing is performed, namely the garment manufacturing is performed according to the two-dimensional garment manufacturing drawing determined in the step S6.

The invention provides a coiling type high-temperature stretching test clamp for a sheet-shaped material, relates to a stretching test clamp, and aims at solving the problem of the conventional building structure material high-temperature mechanical performance test that the true length variation in the stretching process cannot be detected and a normal-temperature stretching test clamp cannot beused normally. The coiling type high-temperature stretching test clamp for the sheet-shaped material comprises an upper clamp body, a lower clamp body and a test part, wherein the upper end of the upper clamp body and the lower end of the lower clamp body are connected to a stretching tester; the lower end of the upper clamp body is connected to the upper end of the lower clamp body through the test part. The coiling type high-temperature stretching test clamp for the sheet-shaped material is reasonable in size, simple, easy, reliable for high-temperature stretching test of the sheet-shaped material such as a building film, and capable of effectively performing high-temperature stretching test; the problem of effective clamping of the sheet-shaped material at the clamping end and the clampsize fitting can be solved; the clamp is applicable to the sheet-shaped material stretching test.

The invention relates to a cutting method for a copper clad aluminum busbar, which gives comprehensive consideration to different strength characteristics of the two metals of copper and aluminum, a press-type angle of an aluminum clad aluminum busbar, press-type pressure, press-type speed, the thickness of copper outer cladding layer, the thickness of inner aluminum core and the like, achieves the fact that the copper outer cladding layer wraps the inner aluminum core full and tight at the end face press-type cutting position through a special copper clad aluminum busbar cutting device after the copper clad aluminum busbar is cut off, and meets the requirements that the copper outer cladding layer has no breakage, the end face has no exposed aluminum core and the like. Therefore, the cutting method for the copper clad aluminum busbar ensures that when surface treatment of the copper clad aluminum busbar is conducted, the problems that an aluminum layer cannot be treated with a tinning process and the aluminum layer is prone to corrosion are resolved, corrosion resistance of the copper clad aluminum busbar is improved, and electric conduction of the electric conduction is ensured to be safe and reliable. In addition, by means of the special copper clad aluminum busbar cutting device, the copper clad aluminum busbar end face is led to form a press-type sharp angle and have guiding performance so that butt-joint installation of busbar products is facilitated.

The invention provides an ultrasonic wave motor rotor surface texture and a production method thereof. The surface texture is provided with recesses, and the diameter of each recess is in a range from 200 (mu)m to 400 (mu)m, the depth of each recess is in a range from 89.77 (mu)m to 108.5 (mu)m, and the area density of each recess is in a range from 3.14% to 12.55%. The production method is characterized in that a polyimide composite material is cut into slices and polished to be a material having the roughness less than 0.1(mu)m; the forming of the surface recesses of the polished surface of the material produced by the step A is carried out by adopting a laser etching technology, and at last, the back surface of the polyimide composite material is attached to the ultrasonic motor aluminum alloy rotor surface in an adhesive manner. The surface micro-structure produced by adopting the above mentioned technical scheme is advantageous in that the production is simple and effective, the cost is low, the size is reliable, the distribution is uniform, and operation stability of an ultrasonic motor contact interface is effectively improved, and service lifetime of a rotor friction material is prolonged.

The invention discloses assembly machine equipment for a printer motor, and the equipment comprises an assembly rack general assembly. An aluminium section conveying rotor assembly and an aluminium section conveying housing assembly pass through a rotor to enter a housing positioning assembly and extend to the interior of the assembly rack general assembly. An aluminium section conveying motor assembly passes through the assembly rack general assembly to be connected to a rotor rotating assembly. The other end of a housing rotating mechanical arm is connected with a motor conveying assembly, and the motor conveying assembly is connected with a motor rear electric oil assembly. According to the invention, the assembly rack general assembly employs an aluminium section protection cover, and the whole unit is safe, practical and beautiful. In use, all the manual placing operation of the aluminium section conveying rotor assembly and the aluminium section conveying housing assembly are automatically achieved through a conveying belt, thereby saving the manpower, reducing the labor intensity of a worker, and improving the production efficiency.

The present invention provides a steel wire seal, comprising a lock head and a steel wire with one end connected on the lock head. The lock head is provided with a lock cylinder hole for inserting the steel wire and a marble hole for containing the marble and a spring; the hole diameter of the marble hole is matched with the diameter of the marble; the front part of the marble hole is obliquely penetrated through the middle part of the lock cylinder hole; the size of an area of which the marble hole and the lock cylinder hole penetrate is less than the diameter of the marble. The seal is characterized in that the lock cylinder hole and the marble hole are composed by enclosing a hole wall on the lock head and the surface of an internal core; the internal core is located at the tail end between two holes and is fixedly connected with the lock head; the part where the internal core located at the tail end of the marble hole and the spring form a stop structure; the processing method comprises the steps as follows: compression molding the lock head, the parison comprising a big hole cavity, then filling with the marble and the spring and inserting in the big hole cavity by the specific internal core, and then fixedly connecting the lock head and the steel wire, thereby avoiding the secondary drilling process of the marble hole; the seal has the advantages of accurate size of each hole, good performance and convenient process.

The invention relates to a method for measuring the size of an electron beam spot of a scanning electron microscope, which relates to the field of electronic technology, and in particular to a measuring method for measuring the size of an electron beam spot of a scanning electron microscope. First, the metal blade placed on the mouth of the Faraday cup is irradiated by a scanning electron microscope to obtain a clear image of the metal blade; then part of the image of the edge of the knife is intercepted, and the RGB value of the intercepted image is obtained by image data processing software to obtain R, G, B three Then calculate the average value of these three matrices to obtain an average matrix; sum each column of the average matrix to obtain a one-dimensional matrix, and draw a two-dimensional curve according to the values ​​of each unit of the one-dimensional matrix , the width of the rising edge of the curve is the beam spot diameter of the electron beam, so as to achieve the purpose of the invention. Therefore, it has the effects of simple operation, high precision and strong practicability.

The invention discloses a special machining fixture for round caps of special-shaped integrated components. The special machining fixture comprises a flat cylindrical fixture body, a positioning block, a balance bolt and a balance block. The positioning block, the balance bolt and the balance block are arranged on the upper surface of the fixture body, the positioning block and the balance block are respectively arranged on the left side and the right side of the balance bolt, a workpiece round cap accommodating station is formed between the positioning block and the balance block, the balance bolt is arranged in the middle of the upper surface of the fixture body and corresponds to a boss of a workpiece round cap, the positioning block comprises a block-shaped body, a workpiece shaft positioning hole and a seam, the workpiece shaft positioning hole is perforated through the block-shaped body in the left-right direction, the seam is perforated through the rear side surface of the workpiece shaft positioning hole and the rear side surface of the block-shaped body, a clamping screw hole which is perpendicularly perforated through the seam is formed in the block-shaped body, and a clamping bolt is arranged in the clamping screw hole. The special machining fixture has the advantages that the special machining fixture is reasonable and simple in structure, low in cost, high in clamping force, easy to maintain in follow-up procedures and applicable to large-scale production, and brings convenience for clamping operation, to-be-machined workpieces can be quickly clamped by the special machining fixture, machined workpieces are dimensionally stable and reliable, and the production cost can be effectively reduced.