62results about How to "Guaranteed movement track" patented technology

The present invention discloses a cable conductor continuous stranding and drawing forming device. The structure of the device comprises a stranding main body, a box door, a window, a handle, a warning light, a console, a support leg, a heat dissipation hole and a device base. The top of the stranding main body is fixedly provided with the box door; the window is embedded on the front surface of the box door; the handle is fixedly mounted on the box door; the window is located directly above the handle; and the warning light is fixedly mounted on the top of the device base. The first end and the last end of a bare conductor are clamped by using a first fixed stranding mechanism and a tail fixed stranding mechanism, and the clamping force is increased; the first fixed stranding mechanism and the tail fixed stranding mechanism are driven by using a foot mechanism to draw the bare conductor; after drawing, the first fixed stranding mechanism and the tail fixed stranding mechanism are automatically enabled by using a touch mechanism to perform the reverse stranding operation, and the stranding speed is accelerated; and the worker can perform the cable stranding work without opening theswitch on the stranding mechanism, and the operation is more convenient.

The invention discloses blanking equipment for a wheel core of a toy wheel. The equipment structurally comprises an operation table, an operation panel, a wheel core blanking main machine, a blankinghead, a handle and a base, the operation table is arranged on the right side surface of the wheel core blanking main machine and is electrically connected with the right side surface of the wheel coreblanking main machine through a wire, a rotating shaft rotates to drive a worm to run and rotate through the transmission of a belt, at the moment, a sliding plate descends, the blanking head is driven to descend, a second fixing round block on a rotating disc drives a moving frame to run, and at the moment, a downward-pressing rod descends, the blanking head is driven to descend so that the blanking head can perform the blanking work on a material more powerfully, and proceeding of the blanking work is guaranteed; upper ends of connecting rods contract towards the two sides, push rods contract towards a blanking die plate, clamping pieces are used for fixing and clamping the blanking die plate, so that the situation that due to the fact that the material is separated in the operation process, the material is damaged is prevented; and a connecting rotating shaft rotates to enable a rotating fan blade to rotate, air is blown out from an air outlet hole to cool the material subjected toblanking, and the situation that due to overheating caused by friction, the material is damaged in the blanking process is prevented.

The invention discloses a sludge transportation supervision system and method based on an electronic map, and the system comprises: a sludge generation unit management platform which is used for drawing and managing an electronic fence of a sludge generation unit loading area; a sludge transportation management platform which is used for configuring and monitoring a running track of a sludge transportation vehicle; a sludge operation unit management platform which is used for drawing an unloading area electronic fence and acquiring sludge transport vehicle operation state information; a statistical analysis management platform which is used for analyzing and managing various data in the transportation process; and a system setting management platform which is used for system configuration, list configuration, rule tracking, message pushing and bulletin board management of system functions. According to the sludge transportation supervision system and method based on the electronic map, the management ledger of sludge transportation is effectively standardized, the sludge transportation link is comprehensively monitored, solid waste standardized management requirements are met, and an environmental protection department is assisted to timely and dynamically master sludge information.

The present invention discloses a device for connecting with a threaded fastener. The structure of the device comprises a window, a detection host, a pedestal, an operation panel, a buckle, an air inlet, a handle and a box cover. The window is inlaid at the front surface of the box cover, the box cover is inlaid at the front surface of the detection host, the lower surface of the detection host iswelded with the upper surface of the pedestal, the operation panel is fixedly installed at the middle portion of the upper end of the front surface of the pedestal and is electrically connected withthe detection host through a wire, the upper end of the buckle is hinged with the lower end of the front surface of the box cover, the lower end of the buckle is connected with the middle portion of the lower end of the front surface of the detection host, and the air inlet is installed at the surface of the right side of the detection host in an embedding mode. A power mechanism drives a mobile detection mechanism to perform mobile detection to allow the detection to be more comprehensive and allow the detection result to be more accurate, a rotation clamping mechanism is employed to performlow-speed rotation of the threaded fastener, and therefore, the detector can perform omnibearing detection for the threaded fastener, a dust collection mechanism can remove other things at the external portion of the threaded fastener so that the detection result is more accurate.

The invention discloses a continuous twisting and drawing forming device for cable conductors, the structure of which comprises a twisting host, a box door, a window, a handle, a warning light, an operating table, supporting feet, heat dissipation holes, and a device base. The top of the twisting host is fixedly installed with The box door has a window embedded in the front surface of the box door, and a handle is fixedly installed on the box door. The window is located directly above the handle, and the warning light is fixedly installed on the top of the device base. Both ends of the head and tail are clamped to increase the clamping force. At the same time, the foot-operated mechanism drives the first fixed twisting mechanism and the tail fixed twisting mechanism to pull the bare conductor. After pulling, the first fixing mechanism is automatically opened by the touch mechanism. The twisting mechanism and the tail fixed twisting mechanism perform reverse twisting work, which speeds up the twisting speed. At the same time, the staff can carry out the cable twisting work without turning on the switch on the twisting mechanism, and the operation is more convenient.

A cleaning device and method for lifting and lowering fins of marine scientific research ships, including a moving track, a driving device, a cleaning panel and a general controller, the driving device is driven to move by a cyclical driving motor, and the cyclical driving motor is powered by a battery Thereby driving the driving device to move, the crank connecting rod is connected with the driving device through a wire, thereby driving the crank connecting rod to drive the cleaning panel to move, the brush on the cleaning panel and the double-sided combined rotary blade move to remove the attachment on the fin plate, and The purpose of cleaning the fins of scientific research ships is finally achieved, the manpower, material and financial resources required for fin cleaning are reduced, and the convenience and safety of fin cleaning operations are realized.

The invention discloses an automatic textile processing and drying device. Its structure includes a top box, a handle, a box door, a drying host, supporting feet, and a hinge. The lower end of the top box is fixedly installed on the upper end of the drying host, and the handle is installed in front of the box door. On the surface, the box door is installed on the front surface of the drying machine through hinges. At this time, the blowing mechanism starts to work, and the linkage shaft on the blowing mechanism rotates to make the fan blades rotate to generate wind energy and initially dry the textiles; Following the movement of the chain, the frame moves, which drives the connecting rod to move. At this time, the drying lamp moves to ensure that all parts of the textile can be irradiated by the drying lamp, and the textile is fully dried; through the trajectory inside the roller, Make the swing rod start to swing, at this time the arc-shaped tooth plate starts to swing, and the rack meshed with the arc-shaped tooth plate also moves left and right, moving the textiles left and right, so as to prevent the drying lamp from irradiating the same part for a long time and causing the textiles to be damaged .

The invention belongs to the technical field of football training equipment, relates to the technical field of intelligent manufacturing, and particularly discloses an intelligent football shooting training system which comprises a shooting training system and a control system matched with the shooting training system, and is characterized in that the shooting training system comprises a collecting device and a conveying device matched with the collecting device; and multiple transmitting devices are arranged at the end, away from the collecting device, of the conveying device. The conveying device comprises a fixed-point conveyor matched with the collecting device and further comprises a first conveying channel and a second conveying channel which are matched with the fixed-point conveyor, a random conveyor is arranged at the end, away from the fixed-point conveyor, of the first conveying channel, and a third conveying channel is arranged between the random conveyor and any transmitting device. Each launching device comprises an ejection mechanism and further comprises a compression mechanism and a locking mechanism which are matched with the ejection mechanism, and a warning lamp is arranged in each launching device.

The invention discloses an unmanned aerial vehicle with an adsorption function. The structure of the unmanned aerial vehicle with the adsorption function comprises a rotation motor, a flying blade, atelescopic arm, a supporting seat and an unmanned aerial vehicle main body; the rotation motor is mounted at the front end of the telescopic arm; the flying blade is mechanically connected with the rotation motor; a spiral rod engaged with a saw tooth circular disc rotates to enable an exhaust fan blade to extract air so as to suck the atmosphere, and therefore, several dust particles are more effectively sucked; the transmission of a second belt drives a second rotating shaft to rotate; at the moment, a second rotating rod rotates to drive the fan blade to rotate so that power assistance is provided for the air to blow the air into an adsorbing carbon plate to adsorb dusts, and therefore, an air purifying effect is better; a downward moving plate moves to the right lower side; a limitingplate has a limiting effect on a moving track of the downward moving plate to guarantee the moving track of the downward moving plate; the downward moving plate pulls a fixed connecting plate to move;the fixed connecting plate pulls a slide block to run on a sliding rod; the slide block drives the telescopic arm to extend into a housing so as to have a protecting effect on the telescopic arm.

The invention provides an automobile seat. The automobile seat comprises a head cushion and a backrest which are configured in a matched manner, wherein the head cushion is connected with the backrest through a head cushion rod, and comprises a head cushion movement mechanism; the head cushion movement mechanism comprises an operation force generating assembly and a movement assembly; the movement assembly comprises a limiting buckle clamping shaft, a movable board and a pull force spring; a clamping shaft through hole is formed in the movable board; the limiting buckle clamping shaft is fixedly connected with the movable board through the clamping shaft through hole; one end of the pull force spring is connected with the movable board; the movable board is further connected with the head cushion rod; the other end of the pull force spring is connected with the backrest. According to the automobile seat, the operation force generating assembly and the movement assembly are configured in the matched manner, so that the height of the head cushion, which is relative to the backrest, is automatically and rapidly realized. Therefore, the damage that the head of a passenger is clamped in the connection of the head cushion and the backrest can be effectively avoided.