48results about How to "Realize automatic oiling" patented technology

The invention relates to an integral aerial steel wire rope oil removing and lubricating device. The device comprises an oil removing mechanism, a cable walking mechanism and an oil coating mechanism;the oil removing mechanism and the oil coating mechanism are positioned on two sides of the cable walking mechanism; the oil removing mechanism comprises a brush, a brush base and an oil collecting tank; the brush and the brush base are of symmetric buckling structures; the oil collecting tank is positioned at the lower part of the brush; the cable waslking mechanism comprises a shell, a first walking wheel mechanism and a second walking wheel mechanism; the shell comprises a first shell and a second shell symmetrically mounted; the first walking wheel mechanism is mounted in the first shell;the second walking wheel mechanism is mounted in the second shell; the first walking wheel mechanism and the second walking wheel mechanism tightly hold a steel wire rope, and drive the oil removingmechanism and the oil coating mechanism to walk; and the oil coating mechanism is an oil cylinder mounted in an opposite buckling manner. The device is compact in structure and less in occupied space,can realize efficient and convenient lubrication of the crane steel wire rope, and changes a traditional operation mode with low manual coating efficiency and high safety risk.

The invention relates to an oiling device, and especially a plate oiling device. The plate oiling device comprises a plate, an upper oiling roller and a lower oiling roller, an upper oil storage tank is arranged at the upper side of the upper oiling roller, a part of the upper oiling roller stretches into the upper oil storage tank, a lower oil storage tank is arranged at one side of the lower oiling roller, a part of the lower oiling roller deeps into the lower oil storage tank, the upper oil storage tank and the lower oil storage tank are respectively provided with oil inlet tubes connected with an oil barrel, every oil inlet tube is provided with a solenoid valve, every solenoid valve is connected with a controller, the upper oil storage tank and the lower oil storage tank are respectively provided with liquid level sensors, and the liquid level sensors are connected with the controller. The plate oiling device has the advantages of reasonable structure, good functionality, high automation degree, facilitation of the working intensity of workers, and improvement of the product quality.

The invention discloses a full-automatic shoe-cleaning machine, which consists of a machine shell, an upper cleaning device, a vamp cleaning device and an oiling system, wherein the upper cleaning device comprises a motor A, a worm I, a worm gear case, a worm II, a chain wheel, a chain wheel frame, a chain transmission device, a motor B, a foot support and an annular gasbag hairbrush; the vamp cleaning device comprises a motor C, a belt, a big belt pulley, a support I, a support II, a connecting rod, a rocker, a gasbag hairbrush and a spring; the oiling system comprises an oil storage box, an oil transmission pipe, a piston, an oil ejection hole, an oil ejection nozzle and a one-way valve; the chain transmission device is fixedly provided with the annular gasbag hairbrush; the oil ejection hole is formed in the gasbag hairbrush; the big belt pulley, the connecting rod and the rocker form a crank and rocker mechanism; the oil ejection hole and the oil ejection nozzle are used for ejecting oil. The automatic oiling and the omnibearing cleaning are realized for leather shoes, the degree of automation is high, and the cleaning effect is good.

The invention discloses a chain oiling system, comprising a conveying platform, a power device, an oiling slot, a subpart conveying platform and a lifting device arranged on the oiling slot, and a controller, wherein the lifting device comprises a longitudinal motor and a transverse motor, so that the subpart conveying platform can move up and down and left and right. The system achieves the automatic oiling of a chain through the automatic lifting device and the controller. A worker only needs to put the chain on the conveying platform, and subsequent machining processes can be automatically completes, so that the labor is greatly saved, the work efficiency is improved, and the oiling time and pressure of the chain can be accurately controlled, and the oiling quality is improved.(/b).

The invention discloses a candy forming machine, comprising a compression roller mechanism, a shaping mechanism and a forming pressing wheel mechanism which are arranged sequentially from an input end of a conveying table to an output end of the conveying table, wherein the compression roller mechanism comprises an upper compression roller and a lower compression roller of which the axial directions are both vertical to the conveying direction of the conveying table; a feeding end of the upper compression roller and a feeding end of the lower compression roller are respectively provided with a feeding mechanism; and the side of the upper compression roller and the side of the lower compression roller are respectively provided with an oiling mechanism. According to the candy forming machine, the oiling mechanisms are arranged at the sides of the upper compression roller and the lower compression roller, so that a uniform and thin oil layer is coated on each of the upper compression roller and the lower compression roller, so as to realize automatic oiling on the surface of massecuite; after the oiled massecuite is processed by the shaping mechanism, the required thickness of the massecuite can be realized; and then the massecuite is formed once through the forming pressing wheel mechanism, so that the massecuite is made to be small candies. The candy forming machine has high rolling speed and high rolling efficiency.

The invention relates to the technical field of numerically-controlled machine tools, in particular to an intelligent machining control system for a numerically-controlled machine tool. The intelligent machining control system for the numerically-controlled machine tool comprises a main body device, a collecting device, an oil filling device and a chip removing device; the collecting device is fixedly connected to the lower side of the right end of the main body device; the chip removing device is fixedly connected to the inner side of the left end of the main body device; the oil filling device is fixedly connected to the back end of the inner side of the main body device; and the main body device comprises a carrying plate, a control panel, slide rails and a main shell, and the carryingplate which is horizontally arranged is fixedly connected to the inner side of the main shell. According to the intelligent machining control system for the numerically-controlled machine tool, an oiltank, a plugging block, a rolling wheel, a cam, a supporting rod and an oil outlet are arranged, the plugging block can be indirectly driven to move through the effect of the cam, and then automaticoil feeding of the slide rails is achieved; and a fixing frame, air blowing cylinders, a sliding rod and a screw are arranged, the fixing frame can drive the air blowing cylinders to do reciprocatingmotion, and then gathering and removing of chips on the surface of the carrying plate are achieved.

The invention relates to a valve core oil coating device. The device solves the problem that an existing valve core is low in manual oil coating efficiency. The device comprises an machine frame, a valve core oil coating mechanism, a valve core feeding mechanism, a valve core supplying mechanism, wherein the valve core oil coating mechanism is arranged on the machine frame and is used for coatingoil on a valve core, and the valve core feeding mechanism is used for feeding for the valve core oil coating mechanism; the valve core feeding mechanism comprises a feeding supporting plate, a valve core feeding clamping mechanism and a first rotating air cylinder, wherein the feeding supporting plate is arranged on the machine frame, the first rotating air cylinder are used for driving the valvecore feeding clamping mechanism to rotate and feed; and the valve core oil coating mechanism comprises an oil coating wheel mechanism which is used for coating oil to the valve core through rotation,an oil suction wheel which is opposite to the oil coating mechanism and is used for coating oil to the oil coating wheel mechanism, a point oil mechanism used for spraying oil to the oil suction wheel, and a scraping plate used for scraping and coating the oil on the oil suction wheel. According to the device, the valve core feeding mechanism is used for feeding and transferring the valve core, the valve core feeding mechanism is used for automatic feeding of the valve core, the valve core oil coating mechanism is used for automatically coating the valve core, so that automatic oil coating ofthe valve core is realized, the oil coating efficiency is high, and the labor cost is saved.

The invention relates to a processing oil coating device, which comprises a bottom plate, wherein a three-claw chuck is arranged at the left side of the bottom plate; a hair brush is arranged at the right side of the three-claw chuck; the hair brush is welded with a right rack; the right rack is engaged with a fan-shaped gear; the fan-shaped gear is connected with a V-shaped swinging frame; the middle part of the swinging frame is hinged to a hinging seat; a counterweight wheel is arranged at the right side of the swinging frame; the lower end of the counterweight wheel is abutted with a cam;the cam is connected with a motor. A hanging frame used for horizontally sliding and installing the right rack is fixedly arranged at the right side on the bottom plate; a hanging rod is arranged at the left side on the hanging frame; an oil barrel is fixedly arranged on the hanging frame; an oil dripping pipe is arranged at the lower end of the oil barrel. On the premise of supplying oil throughthe oil dripping pipe, the reciprocating left and right sliding of the hair brush is controlled through the swinging of the swinging frame; the hair brush oil staining and the coating are controlled to be alternately performed; the goal of realizing the automatic oil coating on the end surface of the steel rod in the processing gap can be realized; the effects of convenient use and labor saving can be achieved.

The invention discloses a steel wire rope protective greasing device which comprises an operating platform. A grease supply sleeve is arranged on the operating platform; a grease inlet connected with a grease tank is arranged on the grease supply sleeve; a plurality of grease outlet holes are formed in the inner surface of the grease supply sleeve; the inner surface of the grease supply sleeve is lined with a flexible grease coating; and a grease collecting container is arranged below the grease supply sleeve. The steel wire rope protective greasing device is simple in structure and has the advantages that grease is supplied to the grease supply sleeve through the grease tank; the flexible grease coating is uniformly coated with the grease; when a steel wire rope moves and passes through the grease supply sleeve, automatic greasing can be achieved, so that the phenomenon of non-uniform greasing caused by manual operation can be avoided; and meanwhile, the greasing mount can be controlled by controlling the movement speed of the steel wire rope and the grease supply amount.

The invention provides an oiling control method of oiling equipment of automobile window guide frameworks. The oiling control method comprises the following steps that the equipment receives a startupcommand, and a workbench is pushed out to the operation position from the initial position; the equipment receives an oiling operation starting command, a camera scans two-dimensional codes on the guide frameworks in the stations, the scanning effects are fed back to a background database, and registration information is generated; and the workbench is pushed back to the initial position from theoperation position, an electric control box controls an oiling mechanism to do oiling work according to the non-vacant information, detected by sensors, of the stations, the oiling condition is detected, oiling qualified information is sent to the background database, and qualified information in the registration information is generated. The invention provides the oiling equipment of the automobile window guide frameworks. By means of the oiling control method of the oiling equipment of the automobile window guide frameworks, oiling is completed automatically, production efficiency is improved, the oiling condition is detected, the qualified information of machining objects is registered one by one, and subsequent tracking is facilitated.

The invention discloses upper box body foaming equipment driven by screw rods. The upper box body foaming equipment comprises a rack, a box frame, the screw rods and a motor, wherein the motor is arranged on a top platform of the rack; the number of the screw rods is four; and the four screw rods are suspended on the top platform through screw rod bearings and are connected with the motor through a driving mechanism arranged on the top platform. Four cavity columns are arranged at four corners of the box frame and are provided with screw taps connected with the screw rods; a cavity is arranged in each cavity column, and a lubricating oil tank is arranged below each cavity column; the cavity in each cavity column communicates with the corresponding lubricating oil tank; the screw rods penetrate into the corresponding cavities and the lower ends of the screw rods can be immersed in lubricating oil of the corresponding lubricating oil tanks when the box frame ascends; and a lifting guide mechanism is arranged between the box frame and the rack.

The invention discloses a riveting machine. The riveting machine comprises a pressure welding piece, a trigger piece, an oil storage piece, an oil conveying pipe, an air conveying pipe, a driving pressure welding piece, and a pushing piece, wherein the pressing welding piece includes a main body part, a pressure head and an assembly part, the main body part is cylindric and the pressure head is columnar, the main body part forms a cavity and an oil transportation hole; the pressure head is provided with an oil outlet which runs through the pressure head and extends to the cavity and is communicated with the oil transportation hole; the oil transportation hole is connected with the oil storage piece through the oil conveying pipe; an airflow switch is arranged on an air conveying pipe and one end of the air conveying pipe is connected with the oil storage piece; pushing piece includes a rod part and a rotating shaft; the trigger piece includes a fixed end and a support end, the fixed end is fixedly connected to the rod part, one end of the assembly part far away from the main body part is fixedly connected to the rod part; the trigger piece corresponds to the airflow switch; the support end is driven by the pushing piece to trigger the airflow switch to ensure that air enters the oil storage piece so as to convey the oil in the oil storage piece to the oil outlet, and the support end of the trigger piece is separated from the airflow switch to ensure that the airflow switch is switched off to prevent the oil in the oil storage piece from flowing into the oil outlet. The riveting machine can realize automatic oil removal and has high production efficiency.

The invention discloses a portal crane gear lubricating structure and a lubricating method. The portal crane gear lubricating structure comprises a conveying device, an adjusting device installed on the conveying device and an oiling device installed on the adjusting device and used for oiling a gear needing to be lubricated; the conveying device comprises a fixing plate, a transmission assembly installed on the fixing plate and a flat plate which is installed on the transmission assembly, surrounds the outer contour of the fixing plate and is always parallel to the horizontal plane in the moving process; and the adjusting device comprises a fixing base, a first adjusting assembly, a second adjusting assembly installed on the first adjusting assembly and a third adjusting assembly installed on the second adjusting assembly. The device is driven by the adjusting device and a driving device to move, automatic oiling is achieved, the problems that grease needs to be smeared manually, and time and labor are wasted in existing portal crane exposed gear lubrication are solved, and manual high-altitude operation is not needed. and by means of the oiling device, the problem that due to different personal operation methods, the grease adding amount of an existing portal crane exposed gear is different is solved.

The invention discloses a UV oven penetrating rod conveying chain. The UV oven penetrating rod conveying chain comprises a machine frame, driving sprockets are mounted at the front end of the machineframe, and a driven sprocket is mounted at the rear end of the machine frame; the driving sprockets and the driven sprocket are connected in a drive mode by a roller chain, and rotating shafts of where the driving sprockets are located are driven by a drive motor; the UV oven penetrating rod conveying chain further comprises an intermediate sprocket and an oiling device mounted on the machine frame, the oiling device comprises an oiling box and an oil tank, and the oiling box is provided with a chain inlet and a chain outlet; an inlet sprocket, an outlet sprocket and an oiling sprocket are rotatably mounted in the oiling box, and the height of the inlet sprocket and the outlet sprocket are higher than that of the oiling sprocket; and the oil tank is arranged on the machine frame through alifting device in an adjustable height mode, and the bottom of the oil tank communicates with the bottom of the oiling box through a hose. The UV oven penetrating rod conveying chain has the beneficial effects that automatic oiling and automatic tensioning can be achieved in the non-stop state.

The invention discloses a power distribution module worm connection type intelligent outgoing line cabinet, and the cabinet comprises an outgoing line cabinet body and a power distribution module; thepower distribution module is connected in a cavity of the outgoing line cabinet body, and the power distribution module is connected in the cavity of the outgoing line cabinet body through a worm structure. The problems that in the prior art, a power distribution module is difficult to disassemble and low in disassembly safety are solved.

The invention discloses a cofferdam type pipe rod conveying and discharging device. The conveying and discharging device is composed of five cofferdams and comprises a near-end auxiliary material frame, a main material frame, an auxiliary material frame and a far-end auxiliary material frame, the five cofferdams are each arranged to be a rectangular block, are sequentially arranged from left to right and are mutually fixed through rapid buckles, four stand columns with lifting adjusters are arranged at the bottoms of the four corners of the outer sides of the main material frame and the auxiliary material frame, the upper top ends of the front stand column and the rear stand column are each provided with a rectangular guide rail, the middle of the top face of each rectangular guide rail is provided with a rack, the front rectangular guide rail and the rear rectangular guide rail are each provided with a rectangular traveling mechanism matched with the guide rails to move, two output shafts of a speed reducer are respectively connected with couplings of two rolling mechanisms arranged on the two guide rails, and the rolling mechanisms are provided with drag chains which are mutually hinged with drag chain rods; grabbing manipulators consisting of manipulator support frames, hydraulic cylinders, shear fork frames and electric permanent magnets are respectively arranged below the front middle part and the rear middle part of the traveling mechanism; and a lifting machine for receiving and sending a pipe rod to a wellhead is longitudinally arranged on the right side of the near-end auxiliary material frame.

The invention discloses a stamping system for a vehicle silencing element. The invention relates to the field of machining, and particularly discloses a stamping system which comprises a stamping machine body, a workbench, a lower die and an upper die, wherein the workbench is further provided with an oil coating mechanism, and the oil coating mechanism comprises a conveying oil-coating frame and an oil coating groove; the middle section of the oil coating groove is an oil storage section in which hydraulic oil is stored, an oil coating assembly used for spraying the hydraulic oil upwards is arranged in the oil storage section, and a first slide way and a second slide way are formed in the positions, above the oil coating assembly, of the two side walls of the oil coating groove; the conveying oil-coating frame comprises a conveying frame and an oil-coating frame, the conveying frame is slidably connected into the first slide way, and the oil-coating is slidably connected into the second slide way. By the adoption of the stamping system, automatic oil-coating before workpiece stamping can be achieved, and the automation degree of workpiece stamping is improved.

The invention belongs to the technical field of medical feeding equipment, and discloses an anti-infection type critical care liquid food feeding device which comprises an injection tube, a first round block is fixedly mounted at the right end of the injection tube, a first piston is movably sleeved with the injection tube, a transverse tube is fixedly mounted at the right end of the first piston, and a second round block is fixedly mounted at the right end of the transverse tube. And the right end of the transverse pipe penetrates through the first round block and is fixedly provided with a second round block. By arranging a transverse pipe, a vertical block, a second circulating groove and a second piston, food in a food box enters an injection pipe through the vertical block due to the fact that the transverse pipe moves leftwards, and when the first piston moves rightwards, the food in the transverse pipe enters the left end of the first piston through the second circulating groove; compared with the traditional equipment, the automatic feeding device has the advantages that manual food filling is avoided, and the feeding efficiency of medical staff is improved.