377 results about "Ball screw" patented technology

This utility model relates to the field of lifting equipment, and more particularly to a hoist, comprising a rotating base, a vertically mounted lifting frame on the rotating base, a vertically mounted lifting mechanism on the lifting frame, and a vertically sliding rotating frame on the lifting frame. By setting a rotating base that can rotate as a whole and a rotating frame that can rotate independently, this utility model enables the placement frame to perform both vertical lifting and horizontal rotation and pitch angle adjustment, greatly expanding the material placement range and flexibility, and meeting the needs of complex working conditions. The lifting function is achieved through the cooperation of the lifting mechanism with the slide rails and sliders on the lifting frame. Chain drive ensures the synchronization of power transmission, ball screw pairs ensure transmission accuracy and stability, and the guide rail and slider mechanism effectively limits the swaying of moving parts, ensuring high precision and high stability of the overall lifting process.

The application provides a synchronous lifting type latex balloon forming device, which comprises a support frame, a driving mechanism, a transmission mechanism, a lifting mechanism, a latex tank and a mold. The driving mechanism comprises a driving motor and a driving wheel, the transmission mechanism comprises a synchronous belt, two driven wheels and two parallel ball screws, and the lifting mechanism comprises a synchronous plate, four vertical columns and a support. The driving motor drives the driving wheel, which is connected to the driven wheels through the synchronous belt, so that the two ball screws rotate synchronously, the synchronous plate, the vertical columns and the support are lifted, and the mold reciprocates along the axial direction of the first ball screw and the second ball screw from the initial position to the inner bottom groove of the latex tank. By controlling the operation time of the motor, stable lifting without shaking is realized, and the problems of uneven thickness and wavy lines of the balloon forming are solved.

This utility model discloses a composite device for a storage battery glass fiber separator, belonging to the technical field of separator processing equipment. It includes a frame, an extrusion roller, a coating roller, a feeding roller, a separator, a mounting plate, an automatic alignment component, and an elastic buffer component. A conveying roller driven by a first motor is rotatably mounted at one end of the frame, and a guide roller is rotatably mounted at the left side of the conveying roller at another end of the frame. The extrusion roller is positioned above the conveying roller, and one end of the extrusion roller is connected to the frame via a mounting bracket. The coating roller is rotatably mounted on the inner wall of the frame above the guide roller, and the feeding roller is rotatably mounted on the inner wall of the upper end of the frame. A composite pad is wound around the outer side of the feeding roller. A photoelectric sensor detects the position of the edges at both ends of the separator in real time. When a separator offset is detected, a signal is transmitted to the PLC control panel. A servo motor drives a ball screw to move the guide plate, automatically adjusting the separator position to ensure proper alignment with the composite pad and reduce defects such as wrinkles and offsets.

Proposed is a two-stage reduction gear comprising a housing and, arranged inside said housing, gears connected to one another so as to transmit rotational motion. Said gears are provided in the form of a planetary stage and a ballscrew stage. The planetary stage comprises an input component and an output component, and the ballscrew stage comprises an input component and an output component. The output component of the planetary stage and the input component of the ballscrew stage form a single part. Also proposed is a hinge containing the claimed two-stage reduction gear. The result is an increase in torque transmission over a wide range of transmission ratios, together with a decrease in the size and weight characteristics of the reduction gear and an increase in resistance to shock loads.

This utility model relates to the field of ball screw machining technology and discloses a double-push ball screw cyclone milling machine, including a housing. Two drive assemblies are provided on the inner walls of both sides of the housing. A cyclone milling cutter assembly is mounted on the upper drive assembly. A fixed platform is fixedly connected to the bottom inner wall of the housing. A slide is slidably connected to the upper surface of the fixed platform. A carriage is adjustablely mounted on the upper surface of the slide. A three-jaw chuck is rotatably connected to one side of the carriage via a bearing seat. A deceleration assembly is provided on one side of the carriage to slowly rotate the three-jaw chuck. This utility model uses two independent drive assemblies to move the workpiece and the cyclone milling cutter assembly respectively, allowing them to move in opposite directions to precisely control the workpiece's movement and axial feed, and to control the high-speed rotation and axial position of the cyclone milling cutter. The relative cutting motion between the two significantly improves machining efficiency.

The utility model relates to a glue hitting mechanism technical field, disclose a kind of glue hitting mechanism for glass curtain wall installation, including glue hitting barrel, the inside sliding joint of glue hitting barrel has push plate, and push rod is installed on the side wall of push plate, fixed ring one and fixed ring two are respectively installed on the side wall of glue hitting barrel, and guiding side plate is installed on the side wall of fixed ring two, guiding shaft is slidingly connected on guiding side plate, by driving ball screw rotation, so that driving plate can drive adjusting frame to move, so that push rod can drive push plate extrusion sealant in the inside of glue hitting barrel, so that sealant can flow from the outlet of glue hitting barrel, realize automatic continuous glue, after stopping glue, by being pulled to the one end of glue hitting barrel to limit base, so that supporting spring can drive adjusting base plate to move, so that limit baffle can pop out and cover the outlet of glue hitting barrel, so as to be favorable to avoid sealant in the inside of glue hitting barrel overflow.

The present invention relates to a drive device (100) of a brake caliper (200), comprising a recirculating ball screw-nut assembly within a cylinder chamber (140) in a caliper body (145), wherein the recirculating ball screw-nut assembly comprises a threaded shaft (150) and a nut (160) screwed externally onto the threaded shaft (150), with external teeth (165) of the nut screw,wherein the threaded shaft (150) and the nut screw (160) extend in the direction of a drive axis (170) coaxial to the threaded shaft (150), and wherein the threaded shaft (150) extends in a direction of extension from a front end thereof to a rear end thereof to a thrust plate (180),in which an axial retaining ring (110) of the nut screw (160) is interposed between the external teeth (165) and the thrust plate (180) and held in position with the use of at least one fixing screw (120) comprising at least one respective tip (125),in which the axial retaining ring (110) has an inclined surface (111) on which a tapered side (121) of at least one respective tip (125) of at least one fixing screw (120) interferes.

This invention relates to ball screws and brakes. The inner circumferential surface of the ball screw nut has a continuously spiraling outer raceway, and the outer circumferential surface of the screw has multiple circulating raceways arranged along the screw axial direction. Each circulating raceway has a first raceway section and a second raceway section. The first raceway section and the outer raceway form a transmission channel, and the second raceway section forms a separate non-transmission channel. The transmission channel and the non-transmission channel are connected end-to-end to form a circulating channel for the balls. Multiple balls are arranged in this circulating channel. When the nut rotates relative to the screw, the screw is driven by the balls located in the circulating channel. A ball located at one end of the first raceway can return to the other end of the first raceway via the second raceway. The brake described above uses the ball screw as a transmission mechanism. This invention has the advantages of convenient processing and low cost.

This invention discloses a two-dimensional material transfer device and method. The device includes a base, with a first motor-driven angle adjustment unit fixed to the right half of the base; a cantilever is horizontally arranged to the left on a first slide, and a tape roll is located above the cantilever. A second ball screw assembly is horizontally arranged on the left half of the base, and vertical fixing frames are fixed to the front and rear sides of the second slide respectively; a support frame is located in the lower half between the two vertical fixing frames; a platform is located in the upper half between the two vertical fixing frames, and a height adjustment unit is located between the support frame and the platform; the platform is located below the tape pressure roller. This invention utilizes a multi-degree-of-freedom coordinated motion system consisting of a vertical displacement axis, a horizontal displacement axis, and a rotating axis that can drive the vertical axis to achieve continuous angle adjustment, enabling precise control of angle, speed, and roller pressure during the peeling and bonding process of two-dimensional materials.

The utility model discloses a ball screw module convenient to maintain quickly, including guide rail main part, the ball maintenance structure that is equipped with on the guide rail main part, be equipped with the drive structure on the guide rail main part, drive ball maintenance structure movement to the utility model discloses belongs to ball screw module technical field, and specifically refers to a ball screw module convenient to maintain quickly, and the ball screw module ball in the inside inconveniently is oiled and maintained and needs the problem of frequently daubing lubricating oil is effectively solved.

This invention provides an automated filling device integrating extinguishing agent and high-pressure gas filling functions, relating to the field of fire extinguishing device manufacturing, and particularly to a filling device and method for extinguishing agents and high-pressure gas. The device includes a ball screw stepper motor, a liquid collection chamber, a four-way valve, an operating lever, one-way valve 1, one-way valve 2, and one-way valve 3. The filling device uses a ball screw stepper motor to drive a liquid-pushing piston, controlling the filling amount of extinguishing agent by precisely controlling the piston stroke. The "operating lever + piston groove" design of the filling device integrates the pre-installation, positioning, and final tightening of the seals within the device. The filling device integrates the three key steps of extinguishing agent filling, high-pressure gas pressurization, and bottle mouth seal installation into one device, and achieves function switching through a core component, the four-way valve.

The utility model provides a kind of waste collecting device for generator production, belong to generator production technical field, including waste collecting plate;Two side baffles symmetrically equipped at the top of waste collecting plate;And the through groove being opened at the top central position of waste collecting plate;Four electric push rods symmetrically equipped at the bottom of waste collecting plate near the outside position of through groove;Clamp mounting table fixed to four electric push rod output end;Motor one is equipped on the outer wall of one side of side baffle;Ball screw one is fixed to the output end of motor one;The utility model drops to the below of waste collecting plate by clamp mounting table, and fills through groove and recess by using equal height plug-in board, so that the top of waste collecting plate is a complete plane, waste collecting plate top waste is pushed from both sides to fall when push plate moves horizontally linear reciprocating, realize to waste collecting plate cleaning and waste collection, and waste collecting efficiency is high.

This utility model relates to the field of float glass production technology, specifically to an online float glass thickness detection device. It includes a conveyor roller, float glass, and a detection assembly. The detection assembly includes a mounting frame, a positioning plate, a sliding plate, a guide rod, a pad, a servo motor, a ball screw, a lead wire seat, and a sensor component. The sensor component includes a connecting plate and a mating component. The mating component includes a spoke-type pressure sensor and a connecting rod. The servo motor drives the sliding plate downwards, causing the spoke-type pressure sensor to move downwards. Finally, the sensor contacts the glass via the connecting rod. At this point, the pressure change detected by the spoke-type pressure sensor achieves thickness detection. The encoder and brake mechanism of the servo motor are used to achieve precise positioning control of the connecting rod and position holding when stopped. Compared to detecting the glass thickness by eye, this device improves detection accuracy within a smaller error range, thus enhancing the accuracy of glass thickness detection.

The utility model relates to cable production technical field especially is a kind of cable straightening equipment, including mounting plate, mounting plate is provided with two and is symmetrically distributed before and after, the four corners of two mounting plates are all provided with mounting hole, the opposite end of two mounting plates is all fixedly connected with slide rail, straightening mechanism is slidably connected between two mounting plates, two stands are symmetrically fixedly installed in the upper end of the mounting plate located rear part, one end of a stand is fixedly installed with one positive and negative motor, the output of one positive and negative motor is fixedly connected with ball screw, ball screw is screw-connected with the rear part of straightening mechanism. The utility model discloses a kind of cable straightening equipment, reciprocating motion is driven by ball screw straightening mechanism, realize the stable feeding of cable and continuous straightening;While using the multiple straightening wheels of annular distribution, realize automatic adaptation different diameter cable with adjusting disc cooperation, improve straightening efficiency and versatility, applicable to the efficient processing and automatic production of multiple specifications cable.

This application provides a seal, a brake caliper, and an electromechanical brake. The brake caliper includes: a housing; a ball screw mechanism housed within the housing; and a first seal disposed circumferentially in a first groove on the inner wall of the housing. The first seal has a C-shaped cross-section and includes an outer flange, an inner flange, and a body connecting the outer flange and the inner flange. The outer flange of the first seal engages in the first groove of the housing, and the inner flange of the first seal abuts against the outer surface of the nut of the ball screw mechanism. The seal, brake caliper, and electromechanical brake according to embodiments provide improved sealing performance.

This invention discloses a two-stage effort-saving slingshot and its launching method, belonging to the field of compound bow technology. It solves the problems of existing slingshots, such as arduous charging, complex structure, easy performance degradation, and non-standard launching methods. The slingshot includes a bow body and left and right bow wheel assemblies symmetrically arranged on both sides of the bow body. Each bow wheel assembly includes a bow wheel and a ball screw coaxially fixed to it. A large-diameter helical groove at the end of the bow wheel's threaded groove achieves the first stage of effort saving, while the nominal diameter of the ball screw is smaller than that of the bow wheel, achieving the second stage of effort saving. It also includes a synchronous linkage mechanism, guide pulleys, and a protective cover to ensure launching stability. The launching method includes six standardized steps: projectile placement, gripping and fixing, two-stage effort-saving bow pulling and charging, synchronous calibration, projectile launching, and resetting. This invention offers significant two-stage effort saving, a simple structure, low cost, high launching stability and accuracy, and a standardized launching method that is suitable for outdoor recreation, competitive training, and other scenarios. The slingshot's core performance remains stable over a long period, resulting in a long service life.

This skin aesthetic device allows for precise adjustment of the degree to which multiple needles are inserted, ensuring sufficient skin aesthetic effects, and enables easy correction of errors in needle insertion during use. [Solution] The skin beauty device 100 has a transfer mechanism that screws onto the ball screw rotating shaft of a stepping motor (SM) and moves forward from the origin position, then moves backward to return to the origin position. The transfer mechanism moves forward by a distance corresponding to the forward signal of the SM, pushing the needle bundle, so that multiple needles fixed to the needle bundle are precisely inserted into the skin to an extent corresponding to the forward signal, and alternating current supplied via the transfer mechanism is passed through the multiple needles for a predetermined time inside the skin to promote skin regeneration by forming tiny wounds. When it senses that the transfer mechanism has moved backward by a distance corresponding to the backward signal of the SM and returned to the origin position, the transfer mechanism is moved forward again by a distance corresponding to the origin correction drive signal of the SM to correct the origin position.

This utility model discloses a papermaking machine with adjustable paper roll tension, including a processing table. A groove is formed in the middle of the upper outer surface of the processing table, and a lifting platform is slidably disposed in the groove. A lifting structure connects the lifting platform and the processing table. The lifting structure includes a transmission box, a ball screw, a motor, a guide rail, a slide groove, a mounting groove, a worm gear, a ball nut, a support cylinder, a guide rod, a limiting groove, a limiting block, a guide ring, and a worm. This papermaking machine with adjustable paper roll tension, through its lifting structure, facilitates the adjustment of the height of the tension roller, thereby adjusting the tension during paper roll conveying. The guide rail, slide groove, guide rod, and guide ring improve the stability of the tension roller during lifting.

The utility model discloses a kind of stirring friction welding main shaft structures with back-drawing function, including the rotating main shaft of hollow structure, the outer wall of rotating main shaft is equipped with external gear, external gear is equipped with driving mechanism, and external gear rotates to drive rotating main shaft to rotate, the driving mechanism is arranged at external gear, the bottom of rotating main shaft is equipped with stirring needle, the inside of rotating main shaft is equipped with the stretching mechanism for pulling stirring needle to move up and down, one end of stirring needle extends rotating main shaft, the other end is connected on stretching mechanism in rotating main shaft and can rotate relative to stretching mechanism, and the radial limit of stirring needle and rotating main shaft is positioned.The utility model in the present application drives gear by external driving assembly to drive rotating main shaft to rotate, except ball screw pair inside, no other components, heat dissipation is quite dispersed, without water cooling.

A transmission characteristic parameter identification method for a ball screw feeding system comprises the following steps: in the normal operation process of the ball screw feeding system, acquiring voltage, current, rotating speed and other signals through a servo motor and a driving system thereof, and realizing online identification of key electromagnetic parameters and mechanical parameters in stages; under the static working condition of the motor, controlled voltage excitation is applied, stator current is measured, and identification of stator winding resistance and stator inductance is completed; under the steady-state operation condition, the flux linkage amplitude of the permanent magnet is calculated based on a q-axis voltage equation; under a dynamic operation condition, a friction torque model is established through segmented constant-speed operation, a rotor motion equation is combined, a recursive least square algorithm with a forgetting factor is introduced, and online identification of the equivalent rotational inertia of the system is realized; according to the method, complete and accurate transmission characteristic parameters can be obtained in the ball screw feeding system, the identification process is stable, the calculation complexity is low, and the method is suitable for being embedded into a servo control system.

The utility model discloses a kind of driving distance compensation device, optical zoom assembly and camera equipment, it is related to optical equipment technical field, wherein, driving distance compensation device includes driving structure and correction structure, driving structure includes step motor and ball screw, ball screw is set along the first direction extension, step motor is driven connection with the screw rod of ball screw, to drive screw rod rotation around the axis of first direction extension, ball nut of ball screw is set along the first direction activity, and for driving connection to be driven component, correction structure includes angle sensor and magnet, one of angle sensor and magnet is located screw rod, another fixed setting, to can occur relative rotation, angle sensor is used to detect the angle of magnet relative rotation, magnet has at least one magnetic pole group, two magnetic poles in magnetic pole group are set apart around the axis of first direction extension. So set, can solve the problem of step loss, improve the driving precision and driving speed of step motor.

The application discloses a symmetrical ball screw basket actuator and an application method thereof in a hanger test. The basket actuator comprises: a moving part, which is replaceably connected between a first rod part and a second rod part through a connecting part; the moving part comprises: a moving rod and a fixing part, the moving rod is connected with the fixing part, and the moving rod is movable relative to the fixing part in the axial direction of the hanger; a driving part, which is connected with the moving rod, drives the moving rod to move, so that the first rod part and the second rod part move away from or towards each other in the axial direction of the hanger; and a measuring device, which is used for detecting the load of the support hanger. According to the basket actuator, manual participation steps can be reduced, the on-site detection process can be greatly simplified, the risk of high-altitude operation and disassembly can be reduced, the detection efficiency and the detection accuracy can be improved; in addition, the in-situ online detection of the load and the performance of the support hanger can be realized, the detection result can truly reflect the working state of the support hanger in service, and the detection accuracy and reliability can be effectively improved.

This invention provides a flat gate valve and its usage method, relating to the field of natural gas development technology. The valve includes a valve body, a valve cover, and a tail cover, all three having a longitudinal cavity at their center. The valve body has inlet and outlet ends on both sides, forming a flow channel. A flange cover is located above the valve cover, housing a valve stem and a valve plate connected within it. A large handwheel extends from the top of the valve stem to the outside of the flange cover, driving the valve plate to open and close. A valve stem cover and a ball screw cover are located inside the flange cover. The valve stem cover and the ball screw cover are fixedly connected and rotatable. A nut is fixed inside the ball screw cover, and a ball screw is fitted inside the nut. A retaining ring is connected to the top of the ball screw, matching the inner diameter of the ball screw cover. The large handwheel drives the ball screw cover to rotate, thereby causing the nut to move up and down. The valve stem is connected to the bottom of the ball screw via a pin, achieving precise adjustment and opening / closing of the valve. This invention has good operability and spatial adaptability, while also facilitating the user's observation of the opening / closing position.

This utility model relates to the field of glove box punching technology, specifically a glove box punching mold, including a first lower mold base. A limiting screw hole 1 is fixedly provided on the inner side of the top of the first lower mold base, and a first mold groove is fixedly provided on the inner side of the first lower mold base. The limiting screw hole 1, limiting screw hole 2, and limiting screw hole 3 of this utility model facilitate fixing the first lower mold base to the lower end of the second upper mold base. The first mold groove adopts a hollow design, and the second mold groove adopts a curved design in many places, which can not only effectively reduce the contamination of foreign objects, but also increase the aesthetics. After the mold punching is completed, the servo motor inside the fixing frame starts, drives the ball screw to rotate, so that the ball nut moves back and forth, and then drives the positioning frame to move back and forth. The motor starts, drives the blowing fan to rotate, and forms air, which can blow away foreign objects on the surface of the first lower mold base to prevent the glove box from having an indentation during the punching process.

The utility model relates to the technical field of milling machine, disclose a horizontal numerical control boring and milling machine, including two groups of processing frame, the processing frame lower extreme is equipped with milling machine assembly, the milling machine assembly includes the milling machine of being equipped in the processing frame lower extreme, the milling machine upper end is equipped with two groups of mutually symmetrical adjusting groove, the one side of milling machine outer wall is equipped with first motor. In the processing frame moving process, the protection board always is located on the adjusting groove upper end, the adjusting groove is sealed to the chip produced in the processing process not enter into the adjusting groove, avoid the chip to drop into the adjusting groove and cause the influence to the use of first ball screw, and the rotating groove of vertical cabinet opening faces away from the processing frame to the chip produced in the processing process not drop into the rotating groove of vertical cabinet opening, avoid the chip to influence the use of second ball screw and second ball screw cover.

This utility model relates to the field of marinating and processing of braised meat, specifically an automatic spraying marinating device for color protection in braised meat products. It includes a meat spraying table, rotating nozzles, a marinating liquid tank, and an adjustable rotating mechanism. The adjustable rotating mechanism is driven by a main servo motor to rotate a rotating disk. Combined with a ball screw in a rectangular adjusting box and a servo motor controlling the radial movement of a U-shaped moving plate, this mechanism drives a connecting block, connecting rod, and nozzle base to adjust the spray radius of the rotating nozzles. Precise adjustment is achieved through scale lines, ensuring full coverage spraying of braised meat with varying areas. This device has a compact structure, high spraying efficiency, effectively improves the penetration of color-protecting agents, and reduces oxidative discoloration.

The utility model relates to a wire control brake technology field, concretely relates to a kind of electronic mechanical brake ball screw structure, comprising: caliper body, caliper body has a cylinder hole;Ball screw assembly is installed in cylinder hole, ball screw includes screw, nut, steel ball, nut is set in the outside of screw, and outside surface is equipped with rotation-stopping block, limit the circumferential movement of nut, the outer surface of screw is equipped with circulation channel, multiple steel balls are filled in circulation channel, and roll along circulation channel, to promote the linear motion of nut along cylinder hole axis, in the utility model, adopt the design of screw outer circulation channel and nut rotation-stopping block, avoid the complex structure of traditional nut slot installation reverser, simplify manufacturing process, reduce production cost, reduce stress concentration.

The present application relates to the technical field of pipe processing, in particular to a pipe bending machine head, which comprises a rotating part, a linear translation mechanism and a shaping die, the rotating part is mainly composed of a servo motor one, a planetary precision speed reducer one, a die holder and a pipe bending die; the linear translation mechanism is composed of a servo motor two, a planetary precision speed reducer two, a driving gear, a driven gear and a ball screw; the shaping die is composed of a die mounting seat and a die body. The present application adopts a direct connection structure of "servo motor + self-developed planetary speed reducer + die holder". The intermediate links such as couplings and shafts are abandoned, and the pipe interference problem is eliminated from the structure. The machine head structure is compact, high-precision and high-rigidity, the traditional synchronous belt elastic transmission is abandoned, the precise gear rigid meshing + ball screw transmission is adopted, the pain points of synchronous belt stretching, slipping, poor precision and short service life are solved from the structure, and the X-axis high-precision, high-rigidity and long-service-life feeding is realized.

The application discloses an electromagnetic riveting device based on a rotating motor and a ball screw technology and belongs to the riveting technical field. The application solves the problems of difficult joint forming and low joint strength after forming when the existing electromagnetic stamping rivetless connection device is used to perform rivetless riveting on a poor plastic connecting plate material. The application comprises a coil assembly and an electromagnetic riveting gun. The coil assembly performs softening treatment on a to-be-connected position. The electromagnetic riveting gun completes stamping rivetless connection on the softening-treated to-be-connected position. The application reduces the yield strength of the joint area of the connecting plate material only under the premise of not reducing the overall strength of the plate material, facilitates the forming of the electromagnetic stamping rivetless joint, and improves the strength of the joint.

The utility model discloses a knitted sweater texture embossing device, including processing machine. The utility model discloses the surface of processing machine is seted up with the groove, and is installed with the fixed disc in the two ends inside the groove, the fixed disc sleeve connection is in the both ends of ball screw, the surface of ball screw is installed with sliding block, the upper end surface fixed mounting of sliding block has the fixed link, one side mounting of fixed link has the support rod. The device is through setting up and is fixedly installed with the placing plate on the surface of processing machine, and one side mounting of fixed link has the support rod, and is seted up with three groups of hole grooves on the surface of support rod, and is installed with connecting rod and threaded rod in the hole groove, at this moment, and is installed with fixed extrusion plate in the contact of connecting rod and threaded rod, and the surface of knitted sweater is extruded continuously conveniently. Prevent the texture from deforming or disappearing because of the resilience when embossing, avoid long -term manual flatness of staff, improve the efficiency of work.