45results about How to "Realize the fine-tuning function" patented technology

The invention provides an aligning and leveling worktable for measuring the cylindricity of a slewing type workpiece. The aligning and leveling worktable is composed of an aligning knob (1), an aligning supporting seat (2), an aligning sliding block (3), an aligning tension spring (4), an aligning fixed supporting seat (5), a bearing (6), an outer cover (7), a fixed steel ball (8), leveling knobs (9), a leveling knob supporting seat (10), an inclined block (11), a leveling tension spring (12), leveling steel balls (13), a leveling fixed supporting seat (14), a connecting ring (15), a base (16), a worktable (17) and a vertical tension spring (18). The leveling steel balls are movable supporting points, and the fixed steel ball is a fixed supporting point. The two leveling knobs are adjusted to lead the worktable to realize the leveling function under the support of the two leveling steel balls and the fixed steel ball. When the aligning knob is adjusted, the connecting ring drives the worktable to precisely move along two vertical directions under the action of the aligning tension spring so as to realize the aligning function of the worktable. The structure of the aligning and leveling worktable is simple and practical.

A 3-D visualizing method for the dissection map in navigation system for cerebral surgical operation includes two parts of early stage work and executing method stage. In the early stage work, the non-linear interpolation is used to reconfigure the digitalized 3-D maps of tow cerebral dissection maps (SW and TT) and the 3-D non-linear matching method is used to unifly them into a single coordinate system. In the executing method stage, the input image is formatted, matched with the said maps, and visualized.

The invention provides a line-driving fast-mooring regulator, which comprises a carrier frame (1), a rotating self-locking device (2), a quick-release lever (3), a quick release buckle (6), a catch screw (7), a return spring (10), a trimming screw (11), a trimming screw (12) and a trimming handle (13). The quick-release buckle (6) of the connecting assembly at the front end and the rear, connected with the catch screw (7). The return spring (10) is fixed between the front end of the quick-release lever (3) and the catch screw (7). The pulling force can make the quick release buckle (6) be locked, and the locking and releasing can be accomplished by rotating the self-locking (2) and the quick-release lever (3). The invention relates to a line-driving fast-mooring adjuster, which is lightweight, large in carrying capacity, capable of coarse-tuning and fine-tuning tension as well as quick release, suitable for the tension mechanism of the fiber belt, suitable for various load-bearing belts. By adjusting locking angle of the self-locking device, the quick release lever and the rotary self-locking device obtain a line-driving function, and realize rapid releasing.

A coordinate measuring machine precision calibration detector comprises a guide pillar, wherein the guide pillar is arranged on a base, a rack guide rail is machined on the obverse side of the guide pillar, a guide groove is machined in the reverse side of the guide pillar, the guide pillar is sleeved with a guide holder, and the obverse side of the guide holder is provided with a square hole. A gear in contact with the rack guide rail is mounted on the guide holder, wherein the gear is used for fine adjustment of the guide holder through a net-shaped hand wheel. A guide stud transversely penetrates through the reverse side of the guide holder, wherein the front end of the guide stud is located in the guide groove, the net-shaped hand wheel is mounted at the rear end of the guide stud, and the guide stud is used for fixing the guide holder to the guide pillar. An angle adjusting seat is further mounted on one side of the guide holder, wherein the angle adjusting seat is provided with a semicircular through groove, and a cuboid-shaped platform and a gauge block fixing device of the platform are fixed above the angle adjusting seat. By means of the coordinate measuring machine precision calibration detector, fine adjustment of a gauge block to any proper height and continuous adjustment of the angle of inclination of the gauge block are realized, the gauge block can be used for measurement in different directions at different angles and heights, the arrangement is simple, the coverage is full, the amount of labor is small, consumed time is short, the measuring result has a small error, and work efficiency is high.

The invention relates to a turntable apparatus which belongs to the technical field of a laser level gauge, and mainly relates to a novel rotating platform. An adjusting part comprises a fine adjustment component, a rough adjustment component and a gear supporting sheet, wherein the fine adjustment component comprises a first gear and a fine adjustment component, the rough adjustment component comprises a second gear and a rough adjustment motor, the first gear and the second gear are engaged with each other and are both arranged on the gear supporting sheet, the output end of the rough adjustment motor penetrates through the gear supporting sheet to be connected with the second gear, and the output end of the fine adjustment component is connected with the gear supporting sheet. The novel rotating platform is simple in structure, and more precise to adjust.

The invention relates to an angle adjusting device. The angle adjusting device comprises an adjusting plate; the lower end of the adjusting plate is hinged to a base. The device further comprises an L-shaped plate, a sliding plate and the base; the lower end of the L-shaped plate is fixedly connected to the middle end of the adjusting plate; a round head screw is mounted on the L-shaped plate; the upper end of the sliding plate is hinged to the upper end of the adjusting plate, and while the lower end of the sliding plate is equipped with an arc-shaped bulge and an L-shaped sliding block, wherein the arc-shaped bulge is mounted into a sliding groove; the L-shaped sliding block is in threaded connection with the left end of a stud; a T-shaped groove, a long waist-shaped hole and the sliding groove are formed in the base; the bulge is arranged at one end of the sliding groove; the stud is mounted on the bulge. With the adoption of the device, the problem of fixed mounting and clamping an part with an inclination angle can be solved; the round head screw is arranged, so that the angle can be adjusted to be adapted to the inclination angle of a processed part by the fine adjusting function; in addition, the device is simple in structure, convenient to operate, economic and practical.

The invention discloses a pneumatic spot welding machine. The pneumatic spot welding machine comprises an electric welding machine box, wherein an inner cavity of the electric welding machine box is hollow, a transformer is fixedly connected to the inner side wall of one side of the electric welding machine box, a heat dissipation tube which is spirally distributed is fixedly arranged on the innerside wall of the electric welding machine box, an electric control box, a water pump, a liquid cooling head filled with cooling liquid, a heat dissipation fan and a liquid cooling gate are sequentially connected to the outer side wall of one side of the electric welding machine box in the vertical direction, the end portion of the heat dissipation tube penetrates through the inner side wall of the electric welding machine box and communicates with the liquid cooling gate, the top of the liquid cooling gate is in contact connection with the heat dissipation fan, a liquid inlet pipe and a liquid outlet pipe are connected between the liquid cooling gate and the liquid cooling head, and the outer side wall of one side, far away from the electric control box, of the electric welding machine box is sequentially connected with an upper electrode arm and a lower electrode arm which are transversely placed in the vertical direction. The pneumatic spot welding machine is simple in structure, convenient to operate and capable of carrying out buffering and pressure monitoring when a welding part is tightly pressed; and the protection function to the welding part is improved, and meanwhile, the heat dissipation performance of the spot welding machine is improved, and the working stability is guaranteed.

The invention discloses a chip type thermistor and a resistance value adjustment method thereof. The chip type thermistor comprises a pair of electrodes arranged on the surface of a chip type thermal sensitive ceramic, and a metal pattern extending from at least one of the electrodes and used for adjusting the resistance value, wherein the electrodes comprise a first electrode and a second electrode, the first electrode comprises a first branch and a second branch both having repeated concave-convex structure characteristics, the second electrode comprises an I-shaped branch having an overlapped I-shaped structure characteristic, the two ends of the horizontal end of the I-shaped branch are respectively inserted into a concave part of the first branch and a concave part of the second branch on the first electrode, the metal pattern is provided with at least one rough adjustment welding end and at least one fine adjustment welding end, and the rough adjustment welding end is arranged in an area of the metal pattern corresponding to a convex part of the first branch and/or the second branch on the first electrode. The chip type thermistor provided by the invention can achieve the functions of rough adjustment and fine adjustment of the resistance value at the same time.

The invention discloses an adjustable auxiliary device for the installation of a cross arm, and the device comprises a locking clamping rod, a first clamping plate and a second clamping plate. One side of the first clamping plate and one side of the second clamping plate are provided with clamping arcs which are semicircular and can be matched with each other to form a circle. The locking clampingrod is provided with a connecting rod in an inclined hinged manner, and an end part of the connecting rod is hinged to a handle. The centers of the clamping arcs are respectively provide with movableclamping blocks, and the two movable clamping blocks are respectively provided with movable push frames. The interior of each movable push frame is provided with a threaded push rod in a sleeved manner, and one end of each threaded push rod is disposed on the corresponding movable clamping block. According to the invention, the device is provided with the first and second clamping plates which are matched with each other, and can form a dead point to clamp an electric rod, thereby forming a fixed placement platform, greatly reducing the labor intensity of a worker, facilitating the shorteningof the installation time, improving the work efficiency, facilitating the improvement of the installation quality, and reducing the potential safety hazard. Moreover, the device is provided with themovable clamping blocks, and the device can be suitable for electric rods with different diameters, is wide in application range, and is good in practicality.

The invention relates to the field of PDA detector, specifically relates to a PDA detector holding device. The PDA detector holding device is tubular. One end of the holding device is the fixing end connected with a spectrometer, the other end of the holding device is the holding end connected with a PDA detector. A gap portion is arranged on the tubular holding device, wherein the position of the gap portion is the connection of the fixing end and the holding end, and is distributed along a circumference of the holding device. An open slot penetrating the holding device is arranged on the holding end along an axial direction of the holding device. With the present invention, the traditional two-point locking mode is changed into a circumferential surface locking mode so as to raise the locking force; the screw press pit is no longer generated on the PDA detector; adjusting and fixing can be conveniently performed again to realize fine adjustment function of the PDA detector; the shift phenomenon of the PDA detector during operating is thoroughly solved; maintenance workload and maintenance cost are substantially reduced, stability of the device operating is improved, measurement precision of the device is raised.

The invention provides an assembling and adjusting device and method for an off-axis beam shrinking optical system. The device comprises a ZYGO interferometer, an off-axis beam shrinking assembling and adjusting subsystem, an off-axis beam shrinking optical system, an azimuth pitching table and a reference reflector, wherein the off-axis beam shrinking optical system comprises an off-axis secondary mirror chamber, an off-axis secondary mirror, a main frame, an off-axis primary mirror and an off-axis primary mirror chamber, the main frame is fixed on the azimuth pitching table, the off-axis beam shrinking assembling and adjusting subsystem comprises a side surface tool and a front surface tool, the side surface tool drives the front surface tool to do translational motion, the front surface tool drives the off-axis secondary mirror to do rotation, pitching motion and translational motion, the ZYGO interferometer is located in front of the off-axis primary mirror, the reference reflector is located in front of the off-axis secondary mirror, and emergent light of the ZYGO interferometer coincides with a light inlet in the main frame. According to the invention, the problem that it is difficult to improve the adjustment efficiency and achieve batch production on the premise that it is guaranteed that a main frame can be installed on a mirror chamber for an off-axis optical system through a traditional assembling and adjusting device and method is solved.

The invention discloses printing equipment for intelligent toy machining. The printing equipment for intelligent toy machining comprises an equipment main body, a storage cavity, a control panel, an installation cylinder and fixing bolts, wherein the storage cavity is arranged at the bottom of the equipment main body; a storage door cover is hinged on the inner side wall of the storage cavity; thecontrol panel is fixed on the side wall of the equipment main body above the storage cavity; an equipment frame is fixed at the top end of the equipment main body; air cylinders are fixed at two endsof the top of the equipment frame through an installation cylinder; a fine adjustment mechanism is arranged below the air cylinder; a miniature fan is arranged on the surface of a moving block; a printing groove is arranged at the top end of equipment racks below a stamping plate; and vertical columns are fixed at the top ends of the equipment racks at two sides of the printing groove. Accordingto the printing equipment for intelligent toy machining, the fine adjustment function of the printing depth of the printing equipment is achieved, the uniformity degree during printing of the printingequipment is improved, and the surface cleaning function of the printing equipment to be printed is achieved.

The invention provides a transformer substation reactive voltage control method which includes the following steps. Voltage and a reactive value of a transformer substation are obtained in real time; a reactive value of an electric reactor is uploaded; the way to adjust a triggering angle of the electric reactor is confirmed based on the voltage of the transformer substation, a preset voltage upper limit value and a preset voltage lower limit value; the reactive value of the transformer substation is received; whether a capacitor on a bus where the electric reactor exists is put or not is confirmed based on the reactive value of the transformer substation, a preset first reactive threshold value and a preset second reactive threshold value. The invention further provides a reactive voltage control system of the transformer substation so as to achieve regional reactive voltage control. Meanwhile, the function of finely tuning voltage reactive power is achieved so as to reduce operation times of the capacitor and a tapping point of a transformer to the utmost. Operational stability of the transformer substation is improved so as to effectively control reactive voltage of a grid transformer substation.

The invention relates to linkage needling forming equipment, which comprises linkage needling forming equipment, a main body frame, a vertical needling mechanism, a horizontal needling mechanism and a product mounting and adjusting platform. The product mounting and adjusting platform comprises a product mounting shaft for mounting a processed product and a two-dimensional movement driving device for driving the product mounting shaft to translate or lift; a rotating motor for driving the product mounting shaft to rotate is further arranged on the two-dimensional movement driving device; the vertical needling mechanism is arranged above the product mounting shaft; the vertical needling mechanism is used for needling the processed product in the vertical direction; and the horizontal needling mechanism is located on the side of the product mounting shaft and used for needling the processed product in the horizontal direction. The linkage needling forming equipment provided by the invention is high in automation degree and low in production cost.

The invention discloses a clamp system used for processing a high-precision eccentric shaft of a numerical-control lathe. The clamp system comprises an eccentric shaft, a three-claw chuck, a base body, a regulating body and a positioning insertion pin, wherein the eccentric shaft is provided with an axis A and an axis B; the base body is clamped and fixedly mounted on three clamping claws of the three-claw chuck; at least three positioning holes A are formed in the base body; left and right sides of the base body are symmetrically equipped with positioning pin holes A; a positive-deviation positioning pin hole assembly A and/or a negative-deviation positioning pin hole assembly A is arranged on the base body; the center position of the regulating body is equipped with a shaft hole which corresponds to a bolt through hole; at least three positioning holes B are formed in the regulating body; the left and right sides of the regulating body are symmetrically provided with positioning pinholes B; a positive-deviation positioning pin hole assembly B and/or a negative-deviation positioning pin hole assembly B is arranged on the regulating body; the regulating body is connected and fixedwith the base body through a fastening screw; and the axis A of the eccentric shaft is assembled in the shaft hole of the regulating body. The clamp system is high in eccentric shaft processing precision which can be 0.01mm, is stable in dimension, and is easy in regulation.

The invention provides a microbiological detection device capable of realizing continuous operation detection. The microbiological detection device comprises a detection device and a culture dish moving mechanism, wherein the detection device comprises three parts: namely an eyepiece body, a lens cone and objective lenses, the eyepiece body is fixedly inserted into the top end of a culture tank body, a lower inserting cylinder is arranged at the lower end of the eyepiece body and is arranged in the culture tank body, the upper end of the lens cone is inserted into the lower inserting cylinder,four groups of the objective lenses are respectively inserted into insertion holes in an objective lens replacement mechanism, one group of the objective lenses are arranged right below the lens cone, and the lens cone is mounted on a fine adjusting mechanism; and the culture dish moving mechanism is glidingly mounted below the objective lenses. By arranging the objective lens replacement mechanism, the fine adjusting mechanism and the culture dish moving mechanism, microorganisms in culture dishes in clamping slots can be sequentially detected, and the whole operation process including replacement of the objective lenses, fine adjusting and replacement of the culture dishes can be carried out in the culture tank body, so that the detection efficiency is improved, and a detection result is relatively accurate.

The invention provides a metal processing mold having automatic feeding and discharging functions. The metal processing mold comprises a lower pressing die, a screw rod, a bearing seat, a male die, awork clamping board, a servo motor, a rotating shaft, an electric telescopic rod and an electromagnet, wherein the screw rod is arranged in the lower pressing die; the bearing seat is mounted on the screw rod; the male die is fixed to the upper end surface of the bearing seat, and is arranged on the upper end surface of the lower pressing die; the work clamping board is assembled on the upper endsurface of the male die, and through the design, a fine adjustment function is realized; the servo motor is fixed to the front end of the lower pressing die; the rotating shaft is mounted at the upperend of the servo motor; the electric telescopic rod is fixed at the right end of the rotating shaft; the electromagnet is mounted at the right end of the electric telescopic rod; and the electric telescopic rod and the electromagnet are arranged above the lower pressing die, and through the design, automatic feeding and automatic discharging can be performed. According to the metal processing mold disclosed by the invention, the fine adjustment function is realized, the automatic feeding and discharging functions are realized, and the metal processing mold is high in practicality, good in safety and high in reliability.

The invention discloses a large-stroke fine tuning faucet. The large-stroke fine tuning faucet comprises a water outlet pipe, a main pipe and a valve element. The water outlet pipe is installed on theleft side outer wall of the main pipe. The valve element is installed inside the main pipe. A press device is installed on the top of the valve element through a valve element adjustment column. A threaded installation pipe is installed at the bottom of the main pipe. A fine tuning rotary plate is rotationally installed on the front side outer wall of the main pipe. The water outlet pipe is formed by a telescopic pipe and a shaped pipe. A hot water pipe and a cold water pipe are installed at the bottom of the valve element respectively. A fixed shaft is fixedly installed inside the hot waterpipe. A first blocking piece is installed on the left side outer wall of the fixed shaft. A rotary shaft is rotationally installed on the fixed shaft through a connecting shaft. A second blocking piece is installed on the right side outer wall of the rotary shaft. According to the large-stroke fine tuning faucet, because the telescopic water outlet pipe is installed, during water outlet, the wateroutlet position of the water pipe can be adjusted in a large stroke manner as required so as to achieve water outlet at different positions.

The invention discloses a high-stability transmission device of a manual three-coordinate measuring machine. The high-stability transmission device comprises a screw rod transmission component and a clamping mechanism, wherein the screw rod transmission component comprises a transmission screw rod, and a net-shaped hand wheel is fixed at the front end of the transmission screw rod; the clamping component comprises a connecting block which is fixed on a connecting plate; left and right elastic plates are arranged on two sides of the connecting block respectively; a rigid plate is connected to one end of the right elastic plate; a thin type cylinder is fixed on the left elastic plate and between the rigid plate and the left elastic plate; a pair of clamping blocks are arranged between the rigid plate and the left elastic plate; the upper end part of the rigid plate is connected with the upper end part of the left elastic plate through a tension spring; the clamping blocks are clamped on the transmission screw rod; threads in match with the transmission screw rod are arranged on the inner sides of the clamping blocks. The high-stability transmission device can be arranged on X, Y and Z measurement axes of the three-coordinate measuring machine and is simple in structure, easy to produce, convenient to operate and good in use effect; the transmission efficiency is improved, and a transmission part has a stable transmission ratio; the fine tuning function of the hand machine is realized, the transmission precision is ensured, and the measurement is convenient.

The invention provides an inclined bed machine tool calender which comprises an inclined bed body and a spindle assembly, wherein a middle supporting plate is arranged on the inclined bed body, an x-axis moving assembly is arranged between the middle supporting plate and the inclined bed body, a triangular sliding table is arranged on the middle supporting plate, a y-axis moving assembly is arranged between the middle supporting plate and the triangular sliding table, and an upper supporting plate is arranged on the triangular sliding table. A z-axis moving assembly is arranged between the upper supporting plate and the triangular sliding table. The spindle assembly comprises a spindle box and a spindle motor, the spindle box is sequentially provided with a pair of spindles in the z-axis direction, and the spindles are driven by the spindle motor; the upper supporting plate is provided with an upper cutter plate and a lower cutter plate in a sliding mode, the upper cutter plate and the lower cutter plate are arranged in one-to-one correspondence with the spindles, the upper cutter plate and the lower cutter plate are respectively provided with a fine adjustment mechanism, and the fine adjustment mechanisms are used for driving the upper cutter plate or the lower cutter plate to conduct sliding adjustment. The inclined bed machine tool can machine two workpieces at the same time, fine adjustment work is achieved through the fine adjustment mechanism, tool setting installation of a tool is simplified, and the production efficiency is improved.

The invention belongs to the technical field of capacity measurement testing, and particularly relates to an automatic calibrating device for a standard metal measuring vessel; wherein an overflow device with the fine adjustment opening overflows redundant water to be parallel to the standard liquid level to achieve the fine adjustment function, and the functions of water injection, stopping and stopping after water discharging can be achieved. The device comprises a control valve arranged on a metering neck, and the lower end of a lower cone is connected with a three-way valve. A gear is fixedly connected outside the end, away from the valve port, of the valve element of the three-way valve, the gear is in engaged transmission connection with a screw, the screw is fixed to the outer wall of the three-way valve through an installation frame and can rotate relative to the installation frame, and one end of the screw is driven by a stepping motor; the control valve adopts an electric valve, the metering neck is connected with a first end of a connecting hose through the electric valve, a second end of the connecting hose is communicated with a first end of a glass tube, and a second end of the glass tube is fixed on a scale of the metering neck through a vernier scale connecting piece.

The invention relates to the technical field of data visualization, and discloses a data visualization component method implemented based on an AngularJS framework, which comprises a data visualization component and is characterized in that the data visualization component can be connected with a relational database and can select a data source and form a data model according to an actual business scene; according to the method, the Echarts chart can be packaged into a configurable visual chart, various chart components are provided for a user, and data visualization is quickly constructed; a configuration method can be provided for the customized display requirement of the chart, editing and configuration are completed through a graphical interface, the difficulty of data analysis is reduced, and the efficiency of data analysis is improved; according to the method, various visual components, such as a histogram visual component, a broken line graph visual component, a pie chart visual component, a table visual component, a scatter diagram visual component and a word cloud visual component, are realized, and the display form of data analysis is enriched.

The invention provides a frock clamp for gear grinding of a gear with a shaft and an alignment method, the frock clamp comprises a clamping tank body and at least three adjustable fastening mechanisms, the adjustable fastening mechanisms are uniformly distributed at the upper part and the lower part of the clamping tank body, and used for adjusting the coaxiality of a gear shaft and a workbench; each adjustable fastening mechanism comprises an adjustable fastening piece and a fine adjustment mechanism; the adjustable fastening piece is arranged on the upper portion and used for adjusting the overall position of the gear shaft; and the fine adjustment mechanism is arranged on the lower portion and used for conducting coaxiality fine adjustment on the upper end of the gear shaft. The technical problems of low clamping safety, unstable clamping and the like caused by a traditional ejector pin type gear grinding clamping mode are effectively solved.