186results about "Conduits/junctions" patented technology

This utility model discloses a micro motor with self-lubricating function, relating to the field of micro motor technology. It includes a housing, with a bearing installed through one end and a guide pipe installed through the upper end. A semi-circular oil reservoir is located inside the housing, with a liquid level sensor fixedly installed at the bottom. A lubrication pipe is installed at the lower opening of the semi-circular oil reservoir, with multiple sets of inclined guide plates interlaced inside the lubrication pipe. A spiral oil guide hole is opened inside the lubrication pipe at its lower end. This utility model can precisely control the lubricating oil flow rate, preventing the lubricating oil from being depleted in a short time due to excessive flow, ensuring the bearing receives continuous and adequate lubrication. Furthermore, it can balance air pressure to ensure normal lubrication flow and effectively prevent dust, moisture, and other foreign matter from entering.

This application discloses a cup pressing and positioning device, including a positioning block fixedly mounted on a mounting frame. The positioning block is fixedly equipped with a feeding device and an eccentric positioning mechanism. The positioning block has a through hole for the pressing execution component to pass through. In the embodiments of this application, the above-mentioned cup pressing and positioning device is used to realize the automatic feeding of the cup and the initial positioning with the pressing execution component through the feeding device. The eccentric positioning mechanism realizes the axial offset of the cup on the pressing execution component, so that the cup can pass through the guide cavity in an approximately elliptical inclined posture during the unilateral pressing process, thereby reducing the horizontal projected area of ​​the cup and avoiding radial shrinkage deformation. At the same time, under the inclined guiding action of the eccentric guide groove, the smoothness of the posture change during the pressing process of the cup is improved, ensuring the structural accuracy of the cup after pressing.

An engine oil system includes an oil tank and an access port cover. The oil tank includes a wall forming an internal oil cavity. The wall forms an access port extending along an access port axis through the wall. The access port cover is mounted on the wall and seals the access port. The access port cover includes a cover body and a packing ring. The cover body extends between and to an inner axial end and an outer axial end. The cover body forms a cover lip at the outer axial end. The cover lip extends circumferentially about the access port axis. The cover lip extends radially outward and axially outward, relative to the access port axis, along a lip axis to the outer axial end. The packing ring forms a fluid seal between the cover body and the wall within the access port.

The utility model belongs to the technical field of submersible electric pump grease filling, especially relates to a submersible electric pump oil nozzle. In order to solve the technical problem that the existing oil nozzle cannot quickly switch the type of oil outlet joint to match the oil inlet of different types of submersible electric pump units, the utility model discloses a submersible electric pump oil nozzle, which comprises an oil inlet pipe joint, a connecting short section, a metric oil outlet joint and a British oil outlet joint. The utility model is provided with a spare oil outlet joint of another type on the oil nozzle, which can be directly sleeved on the original oil outlet joint to change the external output type of the oil outlet pipe joint, so that the type of the external output joint of the oil nozzle of the utility model can be quickly switched, the connection requirement of the oil inlet of different types of submersible electric pump units is met, the adaptability of the oil nozzle is improved, and the construction efficiency is ensured.

The utility model discloses a novel connecting joint which comprises a valve core, a valve rod, a valve rod and a valve rod. A first screwing driven part is arranged on the outer wall of the valve core or at one end far away from the connecting stud; a first liquid flowing channel is formed in the valve element; the adjusting connecting piece is rotationally connected with the valve element and is provided with a locking damper; the adjusting connecting piece is provided with a second screwing driven part, and when screwing force on the second screwing driven part is removed, the adjusting connecting piece and the valve element are relatively locked and fixed; the adjusting connecting piece is provided with a second liquid flowing channel which is correspondingly connected with a liquid inlet of the first liquid flowing channel; a liquid inlet of the second liquid flowing channel is used for being connected with an external liquid supply device; the appearance of the valve element is of a turnover body structure, and the outer wall of the connecting stud is sleeved with a sealing ring. By utilizing the novel connecting joint, the external liquid supply device is adjusted to a proper position, so that the external liquid supply device does not interfere with a corresponding passing device, and the use convenience of a user is improved.

The present application relates to the technical field of motor lubrication maintenance, in particular to a motor structure for oiling without stopping, comprising a motor body, a main shaft rod and an oiling box group arranged on one side or both sides of the motor body, the oiling box group comprising a main box body, a rotating disc, an eccentric sleeve block, a paddle, a slip ring sleeve and a guide ring, the rotating disc rotates synchronously with the main shaft rod and drives the paddle to move around the eccentric sleeve block, so that the oil transfer chamber formed between adjacent paddles produces periodic oil suction and oil pressing actions, and the lubricating grease is continuously delivered to the bearing chamber and the main shaft support part through the oiling hole. The main box body is provided with an oil filling port and a detachable shaft seal, which meets the needs of oil supplementing, sealing, waste oil cleaning and maintenance. The structure can realize oil supplementing without stopping under the running state of the motor, has the effect of pressure boosting and delivery, effectively improves the bearing lubrication reliability, reduces wear and tear, and prolongs the service life of the motor.

This invention provides a piezoelectric micro-jet active oil replenishment system for space attitude control bearing assemblies, comprising: at least one piezoelectric micro-jet oil replenishment component; the piezoelectric micro-jet oil replenishment component includes an oil chamber base, a piezoelectric ejector module, and a spring piston assembly; the piezoelectric ejector module includes an ejector pin, an ejector pin piston, and a piezoelectric stack, the ejector pin piston being disposed on the oil chamber base, the piezoelectric stack and the ejector pin being disposed on the ejector pin piston, the piezoelectric stack enabling deformation of the ejector pin piston, the ejector pin piston driving the ejector pin to reciprocate through its deformation; the oil chamber base is provided with micro-oil holes, the micro-oil holes corresponding to the bearing settings of the bearing assembly, the ejector pin being sealed to the oil chamber base, the ejector pin being able to seal the micro-oil holes; the oil chamber base is provided with a second through hole communicating with the micro-oil holes, the spring piston assembly being disposed within the second through hole. This invention can control the oil supply quantity, oil supply timing, and oil supply position of active oil replenishment, improving oil supply efficiency and effective lubrication rate.

To provide various methods and systems for a liquid metal bearing assembly.SOLUTION: A liquid metal bearing assembly includes: a fill port fluidly coupled to a liquid metal reservoir of the liquid metal bearing assembly, the fill port including an inlet diameter and an outlet diameter, the outlet diameter smaller than the inlet diameter; and a pin formed to fit the inside of the fill port and prevent liquid metal from leaving the liquid metal reservoir via the fill port.SELECTED DRAWING: Figure 3

The utility model relates to chain processing technical field, concretely relates to a pretreatment lubricating device for chain processing, including machine body, body and fixed assembly, the body is installed on the machine body, and the fixed assembly includes support frame, rotates the cylinder, drive component, installation component, rotation axis and fixed gear, the support frame is fixedly connected with the machine body, and is located the side that the body is away from the machine body, rotates the cylinder and support frame rotation is connected, and is located the side that support frame is away from the machine body, drive component is installed on the support frame, and drive component drives rotating cylinder rotation, and rotation axis is connected with rotating cylinder through installation component, and installation component supports rotation axis, and fixed gear is fixedly connected with rotation axis, and is located the side that rotation axis is away from the body, obtains in the process of lubricating can make chain activity to make the gap of chain fill with lubricating liquid, and improved lubricating effect.

This application discloses a precision lubrication system for a suspended trolley used in an intelligent heat treatment production line to prevent jamming and address issues such as low lubrication precision caused by thermal deformation of the suspended trolley. The system comprises a central control unit, a power supply unit, a precision dispensing network, and a sensing spraying assembly. The control unit, based on a lubrication stepping algorithm and combined with position sensing signals, instructs a plunger pump to deliver a quantitative amount of lubricating oil to the dispensing network, which then acts on the friction pairs through atomizing nozzles. The system also integrates a jamming warning and emergency oil replenishment module. Through this solution, this application achieves efficient micro-volume lubrication, preventing the suspended chain from jamming and significantly reducing equipment maintenance costs and downtime risks.

The utility model provides a kind of oil control module for oiling tooling to control oil. The oil control module for oiling tooling to control oil includes oiling tooling;Oiling tooling includes oppositely arranged first surface and second surface, the side surface connecting first surface and second surface, the through-hole passing through first surface and second surface and the rebate recessed from one side surface and communicated with through-hole, through-hole includes first opening located at first surface and second opening located at second surface, and the size of first opening is greater than the size of second opening;Through-hole is used to adjust the oil amount of oil absorption roller in oiling tooling, and rebate is used to drive oil absorption roller in oiling tooling to move in through-hole by connecting rod in oiling tooling.

This utility model discloses a static tension tester for mining wire ropes, relating to the field of tension detection technology. It includes a fixed support, on the surface of which a tension testing component is mounted. The tension testing component includes a support slide fixedly connected to the bottom of the fixed support, and a threaded rod rotatably mounted on the surface of the fixed support. An adjusting seat is rotatably connected to the bottom of the threaded rod, and a guide slider is fixedly mounted to the bottom of the adjusting seat. This utility model, through the tension testing component, and the cooperation of the threaded rod, adjusting seat, and pressure sensor, can accurately capture the static tension of the wire rope. The adjusting seat moves stably under the drive of the threaded rod, and the guide slider tightly engages with the sensing end of the pressure sensor, reducing external interference. A limiting roller is connected to the limiting groove of the support slide via a rotating shaft, both limiting the wire rope and reducing the influence of friction on the test results through rolling contact, thus improving data accuracy.

A lubrification system for rotating equipment is disclosed. The lubrification system comprises at least an oil circuit (10), an oil tank (20), an oil filtration system (30), an oil cooling system (40), an oil pressure control system (50), an oil circulation 5 pumping system (60) and a control system (70), wherein the oil filtration system (30), the oil cooling system (40), the oil pressure control system (50), the oil circulation pumping system (60) and the control system (70) are arranged on a shared baseplate (100) and the oil tank (20) is arranged external to the baseplate (100). 10

The present application relates to the technical field of unmanned aerial vehicle, in particular to a heavy load unmanned aerial vehicle hoisting automatic unhooking device; Including mounting seat, slide pole mechanism and lubricating mechanism, lubricating mechanism includes lifting hook, micro oil tank, micro oil pump, arc block, oil tank, spray head and delivery pipe, when the goods are hoisted to the required point by the unmanned aerial vehicle, at this time, the electric control system of the unmanned aerial vehicle first controls the micro oil pump to act, extracts and transports the lubricating oil, finally the lubricating oil is vertically downward sprayed on the surface of the slide pole through multiple spray heads, then the slide pole mechanism is controlled to act to drive the slide pole to move to open the bottom of the lifting hook Lead line can be automatically detached, finally the friction can be reduced through the action of the lubricating oil when the lead line is detached, at the same time, compared with the single side hole flow guide structure in the prior art, the multiple spray head structure of the present application reduces the friction without being affected by the position of the lead line, thereby solving the problem that the existing unhooking device has poor protection effect on reducing the friction resistance of the slide pole when in use.

The application discloses a long carbon chain polyamide material and a preparation method thereof. The long carbon chain polyamide material comprises the following components in mass fraction: 75.7-97.6 wt% of long carbon chain polyamide, 0.1-1.1 wt% of polycarbon lactam, 2-20 wt% of graft toughening agent, 0.2-1.2 wt% of antioxidant and 0-2 wt% of other processing aids. The long carbon chain polyamide can catalyze the ring-opening polymerization of polycarbon lactam under alkaline conditions during high-temperature processing, reduces the content of small molecular oligomers, obviously improves the precipitation resistance, has good continuous processing performance, and can be applied to air brake pipelines, cooling pipelines, fuel pipelines, oil and gas pipelines and lubricating oil pipelines and the like.

The utility model discloses an automatic lubricating device of electric door slide rail, and relates to the technical field of electric door slide rail; the utility model discloses a slide rail, two symmetrical chutes are seted up on the slide rail, the third connecting hole is seted up in the arbitrary one chute, the first installation slot is seted up on the slide rail, the one end of first installation slot inboard wall is close to the third connecting hole and is seted up with the connecting groove, the fixed block is installed in the third connecting hole, the utility model discloses the automatic lubrication through mechanical linkage, and the advantage is remarkable, utilizes the kinetic energy of slider to move to the top, through the force link and drives the piston, rubber bowl pressurization, makes the lubricating oil quantitative extrusion through the connecting hole, does not need manual intervention, can complete lubrication every time and moves, guarantees that the slide rail and the moving block keep good lubrication state continuously, reduces the friction wear, prolongs the life.

This utility model relates to the technical field of lubricating oil injection systems, and in particular to an intelligent automatic lubricating grease injection system, comprising: an injection valve having a pilot oil chamber and a lubricating oil chamber, the lubricating oil chamber being connected to the bushing to be lubricated for lubrication, the pilot oil chamber being connected to a pilot oil pipe, the pilot oil being used to activate the injection valve to inject lubricating oil from the lubricating oil chamber into the bushing to be lubricated; a solenoid valve for receiving electrical signals from a control processor to achieve on / off switching; a pressure switch for receiving pressure signals from the working attachment and transmitting the signals to the control processor; and a control processor for counting or timing the signals from the pressure switch and converting them into voltage signals to act on the solenoid valve to achieve on / off switching of the solenoid valve. This system addresses the technical problems commonly found in existing lubrication systems, such as the inability to perform lubrication actions based on the number of working cycles and continuous working time of moving parts, as well as the complex structure and inconvenient installation and maintenance.

This invention discloses a slewing device for a tower crane, including a slewing heat dissipation mechanism installed on top of a base unblocking mechanism. The base unblocking mechanism includes a load-bearing base, and a lower flange is fixedly connected to the bottom of the load-bearing base via a fixed seat. This invention relates to the field of crane slewing technology. This tower crane slewing device, by combining the base unblocking mechanism and the slewing heat dissipation mechanism, allows the grease and lubricating oil filled between the base unblocking mechanism and the slewing heat dissipation mechanism to be introduced into the liquid storage ring groove for cooling when the two first motors drive the gear cylinder to rotate, thereby driving the slewing heat dissipation mechanism to rotate. Then, the cooled grease is re-pressed into the outer shaft ring, inner shaft gear ring, and gear cylinder through the auger blades and return pipe, ensuring smooth and stable rotation between the base unblocking mechanism and the slewing heat dissipation mechanism.

This utility model relates to the field of sealing joint technology, and in particular to a pipe packing sealing joint that is easy to disassemble. It includes a pipe joint, a seamless steel pipe, and braided packing. The lower end of the pipe joint is fixedly connected to a connecting and fixing mechanism via a flange. An oil injection mechanism is installed inside the pipe joint, and a clamping mechanism is installed inside the connecting and fixing mechanism. The connecting and fixing mechanism includes a flange joint, with a connecting fork fixedly connected to the outside of the flange joint. A rotating threaded rod is rotatably connected to the inside of the connecting fork, and a nut is helically connected to the outside of the rotating threaded rod. A magnetic cap is fixedly connected to one end of the rotating threaded rod. The oil injection mechanism includes an oil injection ring with an oil hole on its inner side. In this utility model, the device automatically releases the pure lubricating oil retained inside during disassembly. This lubricating oil provides better lubrication and cooling during the removal of the packing from the device, making the disassembly process smoother.

This application relates to the field of bearing housing technology and discloses a double-bearing fixed bearing housing, including a fixed base with bearing bases connected to both ends. Bearings are housed inside the bearing bases. Spiral oil grooves are formed on the outer walls of both bearing bases. Positioning blocks are fixed to the outer walls of the spiral oil grooves, and threaded rods adapted to the spiral oil grooves are connected inside the positioning blocks. A support base is provided at the bottom of the fixed base, and a central rod is fixed at the center inside the support base. A rubber shock-absorbing pad is fitted onto the outer wall of the central rod. The cooperation between the spiral oil grooves and the threaded rod in this application, in addition to controlling lubrication, also prevents lubricating oil leakage, ensuring continuous lubrication. The combination of the support base and the threaded rod allows for flexible adjustment of the position of the anti-collision support block according to the specifications of the bearing base, improving the targeted nature of the protection. The rubber shock-absorbing pad, fitted onto the central rod, can evenly distribute vibration energy, avoiding damage caused by excessive local stress, and further extending the service life of the device.

The utility model relates to the technical field of heavy mechanical valves, in particular to a self-lubricating heavy mechanical valve which comprises a heavy mechanical valve body and an oil tank, a valve seat is fixedly connected to the heavy mechanical valve body, a valve rod is rotatably mounted on the valve seat, and a round seat communicated with the oil tank is fixedly connected to the lower side of the oil tank. One side of the round seat is fixedly connected with an oil outlet pipe communicated with the round seat; the oil discharging mechanism comprises a piston located in the round seat, the interior of the round seat is slidably connected with a first guide rod, and one side of the first guide rod is fixedly connected with the piston. The cam jacks up the rolling wheel to drive the piston to move, automatic conveying of lubricating oil is achieved, the annular sponge can evenly infiltrate the valve rod, surrounding type lubrication is formed, and the service life of the valve rod is prolonged. Friction and oxidation corrosion of the valve rod are effectively reduced, the lubrication process can be rapidly started and stopped through the linkage design of the operating hand wheel and the clamping rod, it is guaranteed that lubrication is precise and controllable, waste of lubricating oil is avoided, and the service life of the valve rod is prolonged.

The utility model belongs to anti -rotation device technical field for electric cylinder, and disclose a kind of anti -rotation device for electric cylinder, comprising: cylinder body, cylinder barrel and piston rod are equipped in the cylinder body, the bottom end of cylinder barrel is equipped with bearing plate, the output end of piston rod is connected with output plate, first support plate is fixedly installed with the outside circumference of cylinder barrel, second support plate is fixedly installed with the outside circumference of piston rod, the sidewall of first support plate and second support plate is evenly distributed with multiple clamping assemblies, multiple guide components are installed between first support plate and second support plate axially, the utility model cooperates when using, multiple clamping plates work, realize the firm connection of first support plate and cylinder barrel, second support plate and piston rod.First support plate and second support plate adopt hollow triangular section design, improve structural strength.Limiting plate is tightly attached to the outer wall of screwing block by spring elastic force, both buffer external impact, and prevent screwing block from autorotation.

This utility model provides a lubrication device and a cutting machine, relating to the field of mechanical equipment lubrication technology. The lubrication device includes a guide assembly, a mounting base, a movable shaft, and a lubrication pump. The guide assembly has a first injection hole and a movable channel, the first injection hole being connected to the movable channel. The mounting base is fitted onto the guide assembly and has a second injection hole. The movable shaft passes through the movable channel and can reciprocate relative to the guide assembly. The lubrication pump is fluidly connected to the movable channel through an injection pipe. This utility model allows lubricant to enter the movable channel, thereby lubricating the assembly gap between the movable shaft and the guide assembly. It precisely delivers lubricant into the assembly gap. Compared to oil cups, the lubrication pump controls the pumping volume and interval of the lubricant, facilitating control of the lubricant flow rate, reducing wear on the movable shaft, improving lubrication effect, and ensuring the relative motion accuracy of the movable shaft.

A grease filling apparatus for a manual grease includes a second valve means 600 in the cylinder 300 within the charging tank 100 through the cover 200, a first valve means 500 in the piston 400 that is tightly inserted into the cylinder 300 through the cover 200 and that moves up and down, and a conventional manual grease gun 1 detachably installed on the upper side of the piston 400, which is advantageous in terms of enabling fully filling the manual grease gun 1 in a short time with the grease from the charging tank 100 without air pocket formation using a pumping force of the piston 400, preventing grease from being smeared on the outside of the opening portion of the manual grease gun 1, thereby decreasing grease consumption, and improving cleanliness around the worksite.

This invention relates to the field of motor technology and discloses a six-phase coil and motor, comprising: a coil winding mechanism, wherein the coil winding mechanism includes silicon steel sheets, insulating bushings, toothed plates, winding slots, and six-phase winding coils. The insulating bushing is fixedly connected to the inner wall of the silicon steel sheet, the toothed plates are integrally disposed on the surface of the silicon steel sheet, the winding slots are disposed between two adjacent toothed plates, and the six-phase winding coils are wound inside the winding slots. Through the coil winding mechanism, stator support mechanism, rotor hub mechanism, lubrication pump mechanism, and lubrication seepage mechanism, torque pulsation can be reduced, torque density increased, and single-phase current pressure reduced, thereby improving the stability of the hub rotation. Simultaneously, the star-delta connection mode of the six-phase winding coils can be dynamically switched, ensuring that the motor switches between light-load start-up and high-torque, high-speed operation, thus ensuring that the output of the motor in each frequency range meets the requirements of practical applications.

The application relates to the technical field of lubricating oil changing equipment, in particular to an integrated lubricating oil changing device for a speed reducer, which comprises a working platform, a waste oil recovery system arranged on the working platform, the waste oil recovery system comprising at least a recovery container and a recovery joint in communication with the recovery container, the recovery joint being used for connecting an oil outlet of the speed reducer, a new oil filling system arranged on the working platform, the new oil filling system comprising at least an oil storage container connected with an oil inlet of the speed reducer. The integrated lubricating oil changing device for the speed reducer integrates the oil filling system, the oil changing system and the mobile platform, recovers waste oil through the waste oil recovery system, fills new oil into the speed reducer through the new oil filling system, improves the oil changing efficiency, reduces the workload of the staff, effectively reduces the risk of pollution of the working environment caused by waste oil, and avoids incomplete oil discharge caused by manual operation errors.

The utility model relates to the field of electromagnetic wire processing equipment, concretely relates to a winding mechanism for electromagnetic wire processing, including frame, the middle place of frame front surface back surface is provided with back frame, the front surface of back frame is provided with reciprocating screw rod, the outside of reciprocating screw rod is provided with moving bearing, the front surface of moving bearing is provided with displacement frock, the both sides of displacement frock front surface are provided with push line frock, the both sides of push line frock front end are provided with top line work round area, the utility model discloses lubricating structure that utilizes moving bearing, guide rod, push piece, piston cylinder and spray pipe constitutes, can automatically lubricate electromagnetic wire, moving bearing moves and drives guide rod, makes push piece retractable in piston cylinder, press the liquid in lubricating oil tank into spray pipe, sprays to the electromagnetic wire above push line frock, reduces the friction of electromagnetic wire delivery, avoids surface damage, prolongs electromagnetic wire life, guarantees winding processing quality.

The chain of repeatable oiling sealing ring comprises outer chain plates, inner chain plates, pin shafts and sleeves, two outer chain plates are tightly assembled with two pin shafts to form outer chain links, two inner chain plates and two sleeves are combined to form inner chain links, the inner chain links are arranged between the two outer chain plates of the outer chain links, the sleeves are arranged outside the pin shafts and gaps are arranged between the sleeves and the pin shafts, rollers are arranged outside the sleeves between the two inner chain plates, oil injection channels are arranged between the sleeves and the outer chain plates for the entry of lubricating oil, sealing members for sealing the oil injection channels are arranged between the inner chain plates and the outer chain plates, and oil path openers for driving the sealing members to axially move to open or close the oil injection channels are arranged between the sealing members and the inner chain plates. The chain can switch between the sealed state and the unsealed state, so that the lubricating oil can be injected in the unsealed state, and the service life of the product is prolonged.

This utility model relates to the field of wheel hub unit technology and discloses a wheel hub unit pressing sealing ring and oil injection combination device, including a base, with first cylinders fixedly installed on both sides of the top of the base, and a top frame fixedly installed on the top of the output shaft of the first cylinders; a pressing frame, which is set below the top frame, with a lifting component installed on the outer surface of the top frame, and the pressing frame is adjusted for lifting by the lifting component; and a delivery pipe, which is set above the pressing frame, with a connecting frame installed at the bottom of the delivery pipe, and a nozzle fixedly installed at the bottom of the connecting frame. By setting up the combination of the pressing frame and the delivery pipe, lubricating oil is delivered into the wheel hub unit through the nozzle at the bottom of the delivery pipe. The delivery pipe is arranged in a ring, which can evenly inject lubricating oil. Then, the sealing ring is pressed and installed by the pressing block at the bottom of the pressing frame, which can quickly inject oil into the wheel hub unit and install the sealing ring, greatly increasing the installation efficiency.