132results about "Distribution equipment" patented technology

The utility model discloses a rapid industrial lubricating oil distribution device, which belongs to the technical field of lubricating oil and comprises a bottom plate, a protection box fixedly connected to the left side of the top of the bottom plate, a second motor fixedly mounted at the bottom of an inner cavity of the protection box, a rotating rod fixedly connected to the output end of the second motor, and a rotating disc fixedly connected to the top of the rotating rod. An L-shaped frame is fixedly connected to one side of the top of the rotary disc, an electric sliding rail is fixedly connected to one side of the L-shaped frame, a sliding table is slidably connected to the inner wall of the electric sliding rail, and a distribution cylinder is fixedly connected to one end of the sliding table. The electric push rod drives the piston plate to move downwards, in the moving process of the piston plate, the intensity of pressure in the distribution cylinder can be increased, lubricating oil can be output from the bottom of the distribution cylinder under the action of the pressure and falls on the surface of a workpiece needing to be lubricated, meanwhile, the amount of the output lubricating oil is read in real time through scales, and the lubricating oil can be accurately output. The condition that the lubricating oil is output too much or too little is prevented, and the purpose of quantitative distribution is achieved.

The invention discloses a progressive distributor which can automatically break the middle position of each plunger and eliminate the fault of'jamming 'of the plungers. The progressive distributor comprises a valve body and at least two plungers which are of an integrated structure, a plurality of sliding channels which are sequentially communicated are formed in the valve body, the plungers are installed in the sliding channels in an axial sliding mode, the valve body is further provided with a liquid inlet channel and a plurality of liquid outlet holes, the liquid inlet channel is communicated with the sliding channels, and the liquid outlet holes are communicated with the sliding channels. Each sliding channel is correspondingly communicated with the two liquid outlet holes, a first circulating channel and a second circulating channel which are used for connecting the head sliding channel and the tail sliding channel are further arranged in the valve body, a neutral position removing device is installed in the first circulating channel, and the neutral position removing device comprises a neutral position removing piece which can slide in the first circulating channel; the first circulation channel is divided into a first part and a second part through the middle contact piece, the middle removing piece is provided with a first channel and a second channel which are independent of each other, and the second channel is connected with the liquid inlet channel.

The utility model discloses a sensing type emulsion driving system which comprises a box body arranged in a mine, a driving mechanism used for forming an emulsion driving structure, a lubricating mechanism used for forming a lubricating oil distribution structure and a monitoring mechanism used for forming a combined monitoring structure, the driving mechanism is arranged on one side of the interior of the box body, the lubricating mechanism is assembled on one side, far away from the driving mechanism, of the interior of the box body, and the monitoring mechanism is arranged on the driving mechanism and the lubricating mechanism. The lubricating system is guaranteed to run stably, the use safety of the lubricating system is guaranteed, automatic lubrication on multiple devices at fixed time, fixed point and fixed quantity is achieved, a monitoring mechanism is arranged, and a pressure sensor, a weighing sensor, a grease sensor and a proximity switch are matched to detect the residual amount of lubricating grease and the working state of the lubricating system in real time, so that the working efficiency is improved. And potential safety hazards are reduced.

To provide a rotary electric machine system in which a rotor is efficiently cooled by lubricating oil.SOLUTION: A rotary electric machine system includes a rotor having a permanent magnet and a rotary shaft 40. The rotary shaft is supported by a rotary electric machine housing via a first bearing 74 and a second bearing 84. A first oil supply passage for supplying the lubricating oil to the first bearing and the second bearing is formed in the rotary electric machine housing. Further, an in-rotor oil passage is formed inside the rotor. A part of the lubricating oil is diverted from the first oil supply passage and supplied to the in-rotor oil passage.SELECTED DRAWING: Figure 12

The utility model relates to the technical field of hydraulic reversing valves, and discloses an integrated switch valve which comprises a switch valve body (1), and a main oil pipe (20) is arranged in the switch valve body (1). One end of the main oil pipe (20) is provided with a plug I (21), and the other end is an oil inlet (2); a plurality of oil outlets (3) are formed in the switch valve body (1), a plurality of piston holes (4) are formed in the switch valve body (1), each piston hole (4) is provided with an upper opening (5) and a lower opening (6), pistons (7) are installed in the piston holes (4), and the pistons (7) are matched with the respective oil outlets (3); the head of the piston (7) is connected with a square hole handle (9) through a tetragonal prism (8); a runner hole (10) is formed in the piston (7); the runner hole (10) is matched with an internal channel of the switch valve body (1); and each oil outlet (3) is provided with a plug II (11). The structure is simple, a hydraulic lubricating system does not need to be controlled by excessive ball valves, and the manufacturing cost of the switching valve is greatly reduced.

Lubrication wheel (230) for a turbomachine speed reducer (110), comprising: - an annular oil passage cavity (238) extending around said axis (A), - an annular feed port (248) for said cavity (238), and - oil passage channels (143, 145) for centrifugal flow from the cavity (238) into the channels (143, 145), and - a frustoconical oil collection rim (300) at the level of said port (248), the wheel (230) being formed by the assembly of at least two parts.

A technique is provided to monitor the operation of a lubrication apparatus (2), which is connected to provide a pulsating flow of lubricant on a lubrication path (4) to a lubrication point (1a) of a machine (1). A monitoring system comprises a pressure sensor (10) configured to provide a pressure signal representing measured fluid pressure in the lubrication path (4), and a calculation arrangement (5) configured to process pressure data in the pressure signal for detection of pulses, and to determine an operating status of the lubrication apparatus (2) based on the detected pulses. The system may be installed with minimum modification of existing lubrication systems and is capable of detecting over- and under-lubrication based on the number of detected pulses, quantifying lubrication per unit time, estimating remaining lubricant in a lubricant supply (3), etc.

The present disclosure relates to the technical field of vehicle lubrication and cooling, and in particular, to a hydraulic system and a vehicle. The hydraulic system includes a generator, a drive motor, an electric pump, a first oil supply assembly, a mechanical pump, and a second oil supply assembly. The first oil supply assembly communicates with a first rotor through a first pressure valve and communicates with a second rotor through a second pressure valve. An output end of the second oil supply assembly communicates with an output end of the first oil supply assembly through a third pressure valve, and the one-way communication refers to communication from the output end of the second oil supply assembly to the output end of the first oil supply assembly.

The utility model relates to the technical field of distributors, and discloses an improved lubricating oil distributor which comprises a distributor body, an oil inlet, an oil outlet and an oil outlet pipe, a plurality of installation rings are fixed on the distributor body, rubber rings are fixed on the installation rings, and first positioning holes are formed in the upper wall faces and the lower wall faces of the installation rings and the rubber rings. Mounting frames are fixed to the upper side and the lower side of the mounting ring, through holes and limiting grooves are formed in the two sides of the mounting frames respectively, pull rods slide in the through holes, pull rings and limiting plates are fixed to the two ends of the pull rods, reset springs sleeve the pull rods, and limiting rods penetrate through the limiting grooves. According to the detachable distributor, the pull ring, the reset spring and the limiting plate are matched, the limiting rod is inserted into the second positioning hole and the first positioning hole, the oil outlet pipe is limited, then the distributor can be detached, and the risk that the distributor is blocked or damaged is reduced.

A dental handpiece oiling machine includes a lubricating oil delivery circuit, a gas delivery circuit, and an atomizer. The atomizer is respectively connected to the lubricating oil delivery circuit and the gas delivery circuit and includes a gas acceleration structure used for sharply accelerating gas from the gas delivery circuit to form a high-speed gas flow and an atomization structure used for atomizing lubricating oil from the lubricating oil delivery circuit under the action of the high-speed gas flow to form oil mist which is delivered to dental handpieces. Since lubricating oil is broken into mist-like particles by the high-speed gas flow, oil and gas are sufficiently mixed, sufficient lubrication can be realized merely with a small amount of oil, and environmental pollution is greatly reduced; and an oil pump is not needed, so the dental handpiece oiling machine has a simple structure and a long service life.

The present invention relates to a lubricant reservoir (1) for a lubricant dispenser, comprising a through-opening (2) for dispensing lubricant from the lubricant reservoir (1) and for receiving lubricant into the lubricant reservoir (1), and a piston (3) arranged in the lubricant reservoir (1) for forcing lubricant out of the through-opening (2) of the lubricant reservoir (1). The objective of providing a lubricant reservoir that overcomes the disadvantages of the prior art and is, in particular, cost-effective and environmentally friendly, is achieved by the lubricant reservoir (1) comprising a check valve (4) arranged such that the flow of lubricant through the through-opening (2) from the lubricant reservoir (1) can be blocked by means of the check valve (4).The present invention further relates to a lubricant dispenser (10) comprising a lubricant container (1) according to the invention and a drive unit (11) as well as a device (100) for filling a lubricant container (1) according to the invention.

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.

The present application relates to an application unit (1) for a lubrication device (2) of a system (3) for lubricating lubrication points (4) of an articulated chain (5), in particular a transport chain of a double-end profiler, comprising a housing (6), a hollow piston (7) mounted on the housing (6), a spring device (8) configured to apply a spring force to the hollow piston (7), wherein the housing (6) has a fixed spring bearing (9) on which a first end (10) of the spring device (8) is mounted, wherein the hollow piston (7) is linearly movable parallel to its longitudinal axis (12) relative to the housing (6) between a position retracted into the housing and a position extended out of the housing, wherein the hollow piston (7) has a lubricant channel (13) extending parallel to its longitudinal axis (12) and penetrating the hollow piston (7) along its entire length.Lubricant can be conveyed through the hollow piston (7) from a proximal end facing the housing (6) to a distal piston tip (14) of the hollow piston (7) facing away from the housing (6), wherein the spring assembly (8) is mounted on the hollow piston (7) with its second end (11), which is opposite its first end (10), such that the spring force of the spring assembly (8) acts on the hollow piston (7) in a direction parallel to its longitudinal axis and the hollow piston (7) is held in its extended position by the action of the spring force in the absence of external forces, wherein the hollow piston (7) can be moved relative to the housing (6) by applying an axial force against the spring force and can thereby be moved into its retracted position.

Detection device (101; 601; 701; 801; 901) for a piston movement of a lubricant distributor (301; 401), comprising the following features: - a movable actuating element (111) with a magnetic device (113), wherein the magnetic device (113) of the actuating element (111) is designed as a cylindrical permanent magnet, - a movable magnetic element (137), wherein the magnetic element (137) is designed as a ring-shaped permanent magnet (137) and is arranged axially spaced from the actuating element (111), - wherein the actuating element (111) is designed such that it can be moved from an initial position to an end position by a movement of the piston (307; 407) in the direction of the actuating element (111), - wherein the magnetic device (111) and the magnetic element (137) are designed and arranged such that a repulsive magnetic force exists between them, by which, when the actuating element (111) is moved from the initial position towards the end position, the magnetic element (137) is movable from a basic position to a holding position, such that when the magnetic device (113) is in the initial position and when the magnetic element (137) is in the basic position, such a magnetic force acts between them that the magnetic element (137) is not displaceable, and such that when the actuating element (111) is moved from the initial position towards the end position, such a large repulsive magnetic force can be exerted by the magnetic device (113) on the magnetic element (137) that the magnetic element (137) is displaceable.

The utility model discloses a quantitative detectable rotary grease feeding device, which belongs to the technical field of lubricating pumps and particularly comprises a valve body, a piston cavity is arranged in the valve body, a piston rod is movably connected in the piston cavity, and a piston ring attached to the inner wall of the piston cavity is fixedly sleeved on the piston rod. The piston ring divides the piston cavity into a first oil cavity and a second oil cavity, and the first oil cavity and the second oil cavity are both provided with circulation pipelines; an oil inlet pipeline and an oil outlet pipeline corresponding to each circulation pipeline are arranged in the valve body, and one end of the oil inlet pipeline and one end of the oil outlet pipeline are connected with the circulation pipelines; a valve cavity is formed in the valve body, a valve rod is rotationally connected into the valve cavity, and radial circulation holes corresponding to the oil inlet pipeline and the oil outlet pipeline are formed in the valve rod. Compared with a traditional plunger pump mechanical driving quantitative oil feeding mode, the oil feeding device has the advantages of being simple in structure, high in oil feeding precision, low in abrasion rate and high in extreme working condition adaptability.

The utility model discloses a quantitative distribution double-line type distributor which comprises a distributor body, two inlets are formed in the side face of the distributor body, a plurality of outlets and a plurality of adjusting rods are arranged at the top of the distributor body, the adjusting rods are matched with the outlets, and the outlets are all in threaded connection with metal pipes. A quick connector is fixedly installed at the top end of the metal pipe, a metal pipe sealing piston is provided with an adapter pipe structure, an inner threaded pipe is welded to the bottom end of the metal pipe, an outer threaded pipe is welded to the top end of the outlet, the outer threaded pipe is in threaded connection with the inner threaded pipe, the adapter pipe structure comprises a hose, and the bottom end of the hose and an inner ring of the outer threaded pipe are fixedly installed. The hose and the metal pipe are sealed through the two sealing rings, normal use is not affected, when the oil outlet angle needs to be adjusted, the hose is pulled out and can be deformed and bent, then the angle and the position of the quick connector are adjusted, and connection and use at different angles can be met.

The invention discloses a universal shaft for a thin oil lubrication electromagnetic silicon steel continuous mill, and relates to the technical field of couplings, the universal shaft comprises a roller end shaft sleeve, a speed reducer shaft sleeve, an oil tank, a connecting pipe and a cross shaft assembly, the roller end shaft sleeve and the speed reducer shaft sleeve are both provided with flange forks through bolts, and the flange forks are rotatably provided with the cross shaft assembly; and a connecting pipe is connected between the two cross shaft assemblies through a welding fork. By arranging an automatic thin oil lubricating system composed of the oil tank, the oil inlet ring, the circulating oil cavity, the oil pressure distributor, the circulating distributor and the like, manual oil adding operation is not needed, and the problems of roller abrasion, balance failure and the like caused by manual oil adding missing are thoroughly avoided; the hinge structure of the adjusting connecting rod can automatically adapt to the change of the center distance after the roller is ground, equipment installation and roller replacement are facilitated through the arrangement of the carrier roller position, the overall structural design gives consideration to the adaptability and maintenance convenience of the equipment, and the production efficiency of the silicon steel continuous rolling unit is improved.

The utility model discloses an intermittent lubricating system for continuous casting of a grid. The intermittent lubricating system comprises a PLC (Programmable Logic Controller), a lubricating oil tank, a pneumatic lubricating oil pump, a bracket, a pressurized quantitative distributor and an oil brushing assembly, the pressurizing type quantitative distributor and the oil brushing assembly are both installed on the support, the oil brushing assembly is located below the pressurizing type quantitative distributor, the pressurizing type quantitative distributor comprises a main oil pipe and a plurality of quantitative oil distributing ports communicated with the main oil pipe, and the quantitative oil distributing ports are formed in the lower side of the main oil pipe and arranged in the length direction of the main oil pipe. The oil brushing assembly comprises an oil groove, an upper opening of the oil groove is opposite to the quantitative oil distribution ports, and an oil brush is clamped in a lower opening of the oil groove; the PLC is used for controlling the starting frequency of the pneumatic lubricating oil pump to achieve intermittent oil supply, an oil inlet of the pneumatic lubricating oil pump is communicated with the lubricating oil tank, and an oil outlet of the pneumatic lubricating oil pump is communicated with the main oil pipe. According to the intermittent lubricating system, the blockage condition can be effectively reduced, and then the lubricating effect is improved.

The utility model discloses a kind of progressive lubricating oil distributors, it is related to lubricating oil distributor technical field, including starting sheet, termination sheet and multiple intermediate sheets, the upper surface of starting sheet, the upper surface of termination sheet and the upper surface of intermediate sheet are collectively provided with multiple groups of connecting components, and each group of connecting components includes groove, first spring, two sliding grooves, rotating plate, cavity, second spring, pressing block, support plate and two slide rods.The device can effectively assemble starting sheet, termination sheet and intermediate sheet by connecting component, and the elastic support of first spring and second spring in it can ensure that sheet body is tightly fitted, so that it can still maintain connection stable under 16MPa high pressure working condition, avoid sheet body loosening due to vibration or pressure fluctuation, and when certain intermediate sheet needs to be overhauled, it does not need to be disassembled as a whole, and by rubber gasket and internal thread, lubricating oil leakage can be effectively prevented, and internal thread structure is convenient for quick connection with external pipeline, to improve installation efficiency.

The utility model relates to a pressure relief type lubricating oil quantitative distributor which comprises an outer shell of the distributor, the outer shell is composed of a transverse cylindrical base and a plurality of vertical flow dividing pipes, pipe joints are formed at the two ends of the base respectively, and oil inlet hole channels communicated with the pipe joints at the two ends are formed in the base. An upper valve seat communicated with the upper end of the shunting pipe and the oil inlet hole channel is formed at the upper part of the base on the inner side of the shunting pipe; an umbrella-shaped valve is inserted into the upper valve seat; a limiting boss is formed at the lower part of the base on the inner side of the shunting pipe; an oil storage channel communicated with the upper end and the lower end of the shunting pipe is formed on the base on the front and rear sides of the upper valve seat and the limiting boss; the upper end of the flow dividing pipe is in threaded connection with a distribution connector, an oil outlet mouthpiece is formed at the lower end of the distribution connector, and the lower portion of the oil outlet mouthpiece abuts against the middle of the umbrella-shaped valve. According to the distributor, the structure of the piston part is optimized, rectified and modified, the structure of a sealing piece is changed, effective sealing can be guaranteed, and meanwhile assembly of components is facilitated.

The utility model provides a quantitative oil distributor of a lubricating system. The quantitative oil distributor of the lubricating system comprises a distribution box, the quantifying assembly comprises a quantifying cylinder arranged at the bottom of the distribution box, an adjusting plug capable of sliding up and down in the height direction of the quantifying cylinder is arranged on the inner wall of the quantifying cylinder, and a sealing ring is arranged on the circumferential side face of the adjusting plug and located on the inner wall of the quantifying cylinder. According to the quantitative oil distributor of the lubricating system, the bottom of the quantitative oil distributor moves downwards or upwards by rotating the screw rod, then the connecting rod and the adjusting plug are driven to move upwards or downwards, the adjusting plug is located at different height positions of the quantitative cylinders, the amount of lubricating oil in the single quantitative cylinder is adjusted, and through the arrangement of the filter screen, the quantitative oil distribution efficiency is improved. Impurities or scraps in lubricating oil can be filtered, the impurities are prevented from entering lubricating points along with the lubricating oil, the structure is simple and practical, distribution and adjustment of the lubricating oil are convenient, meanwhile, the circulating lubricating oil can be filtered, and the lubricating effect is improved.

The utility model provides a quantitative oil distributor feeding device of a lubricating system. Comprising a distributor body and a feeding device, the top of the distributor body is fixedly connected with the bottom of the feeding device, a connecting assembly is arranged on the right side of the feeding device, and an adjusting assembly is arranged on the inner side, close to the right side, of the connecting assembly. According to the feeding device for the quantitative oil distributor of the lubricating system, all parts of the feeding device are arranged in a matched mode, the valve element drives the control rod to move rightwards on the inner side of the moving groove, and after the valve element moves by a certain distance, the second elastic piece contracted on the inner side of the valve element extrudes the limiting rod upwards through counter-acting force; and the limiting rod is inserted into the inner side of the limiting hole to limit the valve element, so that lubricating oil can flow into the second connecting pipe from the first connecting pipe and then flow into the distributor body through the flow dividing pipe, operation is easy and convenient, and the problem that the device is stuck is solved.

The single-line distributor with the auxiliary pressure relief function comprises a distributor body and a pressure relief valve, the distributor body is provided with a pressure relief valve installation part, and the pressure relief valve installation part is provided with a transition cavity connected with a grease inlet channel of the distributor body; the pressure relief valve comprises a grease inlet connector and a plunger, the grease inlet connector is fixed to the end, away from the grease inlet oil channel, of the pressure relief valve mounting part, the plunger is slidably arranged in the pressure relief valve mounting part and located at the end, close to the transition cavity, of the grease inlet connector, and an elastic piece is arranged between the pressure relief valve mounting part and the plunger; the plunger is provided with a blind hole and a through hole communicated with the blind hole, the blind hole is communicated with the grease inlet connector, the blind hole extends in the axial direction of the plunger, and the through hole extends in the radial direction of the plunger; when the grease inlet connector is loaded, the grease inlet connector is communicated with the transition cavity through the through hole; when the grease inlet connector is unloaded, the elastic piece drives the plunger to move towards the grease inlet connector, and vacuum suction force is generated in the transition cavity. And quick response and reliable operation of the single-line distributor are guaranteed through the pressure relief valve.

A lubricant sheet comprises a blank of material folded along a fold line into a folded configuration to form a lubricant containment pocket; a lubricant in the lubricant containment pocket; and a primary barrier for the lubricant. The primary barrier extends around and seals the lubricant containment pocket to hold the lubricant in the lubricant containment pocket. The blank of material includes a fold of material along the fold line forming a secondary barrier for the lubricant. When the lubricant in the lubricant containment pocket is being compressed during shredding of the lubricant sheet so as to cause some of the lubricant to be released through the primary barrier, the secondary barrier is configured to deflect the released lubricant that is released towards the secondary barrier.

An orifice component for a lubrication system may include an orifice head having an outlet orifice and one or more inlet passageways in fluid communication with the outlet orifice. The orifice component may include an orifice stem extending from the orifice head. The orifice stem may have a solid structure.

An intelligent lubricating oil liquid distributor comprises a distributor body used for distributing lubricating oil to different lubricating points and a power source used for driving the distributor body, the distributor body comprises a plurality of valve banks, pull rods, cams and a cam shaft, the valve banks are arranged between a head plate and a tail plate and are fixed in a penetrating and overlapping mode through the pull rods, and the cams are arranged on the cam shaft. Two cams are arranged corresponding to each valve group, the cams are evenly distributed in the radial direction, the cam shafts and the cams penetrate through the valve groups, the two ends of the cam shafts and the two ends of the cams are fixed to the head plate and the tail plate, and the valve groups are provided with oil inlets and oil outlets. The overall structure of the distributor is sheet type superposition, one valve bank is provided with two oil outlets, and different numbers of valve banks can be superposed as required to realize different numbers of oil outlets; the servo motor is used as a driving element, random control and timing and quantitative control can be achieved, whether oil flows out of the oil outlet or not can be monitored, and intelligent control over the lubricating system is achieved.

Lubrication impeller (230) for a turbomachine speed reducer (110), comprising: - an annular oil passage cavity (238) extending around said axis (A), - an annular feed port (248) for said cavity (238), and - oil passages (143, 145) for centrifugally conveying oil from the cavity (238) into the passages (143, 145), and - a frustoconical oil collection rim (300) at the level of said port (248), the impeller (230) being formed by the assembly of at least two parts. Figure for the abbreviation: Figure 8

The utility model relates to the technical field of hydraulic oil cylinder lubricating devices, in particular to a lubricating device for hydraulic oil cylinder production, which comprises a case, a support is fixedly connected to the upper surface of the case, a mounting plate is fixedly connected to the upper surface of the support, and a side baffle is fixedly connected to the upper surface of the mounting plate. A fixing frame is fixedly connected to the inner sides of the side baffles, a guide frame is fixedly connected to the upper surface of the machine box, an air cylinder is fixedly connected to the upper surface of the mounting plate, and a storage assembly is mounted on the inner wall of the fixing frame. Through the arrangement of the guide frame, the air cylinder, the storage assembly, the gear pump, the flow divider, the connecting hose and the coating assembly, semi-automatic machining of the guide sleeve can be achieved through equipment when a user lubricates the guide sleeve, and the number of air inflow and the use amount of a coating position are reduced when the user lubricates the guide sleeve manually; and moreover, the lubricating efficiency of the guide sleeve is further improved.

This invention belongs to the field of vehicle engineering technology, specifically relating to a vehicle engineering tie rod with a refueling tank. It includes a tie rod body, a mounting body, a clamping frame, a refueling tank body, a pump, and an oil outlet pipe. The top of the refueling tank body is connected to an oil delivery pipe, which contains a dustproof mechanism to prevent dust from entering during the oil injection process. A layered plate is fixedly connected inside the refueling tank body. The pump is installed at the bottom of the refueling tank body, and its output end is connected to the oil outlet pipe, which is located inside the tie rod body. This invention solves the problem of traditional tie rods requiring frequent lubrication.

The invention provides a movable oil-gas lubrication station which comprises an oil storage tank fixedly mounted on the inner side of a shell, and rolling wheels are arranged at the bottom end of the shell; the liquid inlet end of the pneumatic pump is communicated with the bottom end of the inner side of the oil storage tank, the liquid outlet end of the pneumatic pump is communicated with the liquid inlet end of the stacked progressive increase distributor, and a plurality of liquid outlet ends of the distributor are respectively communicated with one liquid inlet end of the oil-gas mixing block; the gas inlet pipeline communicates with the gas inlet end of the pneumatic pump and the gas inlet end of the oil-gas mixing block; the liquid outlet end of the distributor is communicated with the liquid inlet end of the oil-gas mixing block through a connecting pipe, and the connecting pipe is communicated with the one-way valve. The device has the beneficial effects that after the roller is assembled, the station is used for supplementing oil to fully guarantee the lubricating effect, meanwhile, whether air leakage exists in other places except the exhaust hole or not is checked, the installation effect of a sealing ring is determined, the service life of a bearing is prolonged, and problems existing in the sealing installation process of a bearing seat are found in time.