34results about How to "Realize any movement" patented technology

A liftable five-freedom-degree millimeter wave detecting device testing platform comprises a three-dimensional moving guide rail device, a rotary device and a pitching mechanism. The three-dimensional moving guide rail device comprises a first moving guide rail mechanism, a second moving guide rail mechanism and a third moving guide rail mechanism which are capable of respectively simulating movement of a millimeter wave detecting device in Y-axis direction, X-axis direction and Y-axis direction of a rectangular coordinate system. A shell of the rotary mechanism is fixedly connected with the lower end of a third guide rail in the third moving guide rail mechanism. The rotary mechanism can rotate around the Z-axis. The pitching mechanism can realize vertical pitching and pitching of any angles. By the platform, whether the millimeter wave detecting device can accurately detect, identify, track and the like or not under different background conditions, different heights and different weather, and debugging and detection of the millimeter wave detecting device is facilitated greatly.

A double-support four-degree-of-freedom millimeter wave detection device test platform comprises a first movement guide rail mechanism, a second movement guide rail mechanism and a third movement guide rail mechanism, and the first movement guide rail mechanism comprises a first guide rail and a first auxiliary guide rail. Movements of a detection device in Y-axis, X-axis and Z-axis directions in a rectangular coordinate system can be simulated respectively. The third movement guide rail mechanism comprises a third guide rail. A rotating mechanism and a fixing mechanism are arranged below the third guide rail, the rotating mechanism can rotate around the vertical direction, the fixing mechanism is a connecting rod with a plurality of tested device fixing holes, and the upper end of the connecting rod is connected with a lower end of a transmission shaft of the rotating mechanism. The test platform has the advantages that implementing the test platform can test whether the millimeter wave detection device can accurately detect, identify, track and the like or not at different heights, in different weathers and under different background conditions, and debugging and detection of the millimeter wave detection device are facilitated greatly.

The invention provides a movable folding type green board house, comprising a foldable board house body, a foldable board house roof arranged at the upper end of the foldable board house body, and a solar power generation assembly is installed on the foldable board house roof. The foldable board house further comprises a plurality of adjustable trundles arranged at the lower end of the foldable board house body and used for moving the board house body, and the foldable board house body can be folded into a line shape. The board house is simple in structure and easy and convenient to install, only primary installation is needed, during subsequent transportation, the board house can be folded into a line shape for transportation, operation is convenient, and transportation and turnover are convenient. By arranging the adjustable trundles at the bottom of the board house body, the board house can be moved at will, the board house can be fixed through a supporting seat, the stability of the board house is guaranteed, and the board house is safer. A solar panel is used as a power generation assembly, so that the problem of power utilization is solved, and the board house is green, energy-saving and environment-friendly.

The invention discloses a pouring mechanical arm. The pouring mechanical arm comprises a supporting table, wherein the top of the supporting table is fixedly connected to a transverse plate; a movableplate is arranged on the transverse plate in a sliding manner; a first motor is fixedly arranged on the movable plate; a gear is arranged on an output shaft of the first motor in a sleeving manner; the top of the transverse plate is fixedly connected to a rack which is meshed with the gear; the gear is located above the rack; a pushing pipe is fixedly arranged on the top of the movable plate; a raw material box is fixedly arranged on the top of the pushing pipe; one end of the pushing pipe is fixedly connected to a conveying hose; an air cylinder and a guide pillar are fixedly arranged on thetop of the movable plate; a lifting table is horizontally arranged on the guide pillar in a sliding manner; a piston rod of the air cylinder is fixedly connected to the bottom of a lifting table; anda sliding chute is formed in one side of the lifting table. The pouring mechanical arm facilities the conveying of poured raw materials and causes pouring to be relatively convenient; meanwhile, themovement of the mechanical arm at the arbitrary position of space and the adjustment of the pouring angle enlarge the pouring range; and the multiaspect requirements on pouring are met.

The invention discloses a portable laser carving machine comprising a panel trolley and a display screen. The panel trolley is composed of a horizontal trolley plate, a laser emitter, a control unit and a travelling mechanism, wherein the laser emitter, the control unit and the travelling mechanism are fixed to the lower plate face of the horizontal trolley plate. The display screen is arranged onthe upper plate face of the horizontal trolley plate, and the travelling mechanism comprises an X-direction axle, a Y-direction axle, a first gear transmission mechanism, a second gear transmission mechanism, a first stepping motor, a second stepping motor and universal wheels, wherein the X-direction axle and the Y-direction axle are horizontally arranged, and the universal wheels are mounted atthe two ends of the X-direction axle and the two ends of the Y-direction axle correspondingly. The X-direction axle and the Y-direction axle are rotatably connected with the horizontal trolley platethrough bearing bodies, the X-direction axle is in transmission connection with the first synchronous motor through the first gear transmission mechanism, and the Y-direction axle is in transmission connection with the second synchronous motor through the second gear transmission mechanism. The portable laser carving machine has the advantages that an enormous frame structure of an existing carving machine is omitted, the portable laser carving machine is small and easy to carry, and the adaptability of the portable laser carving machine is improved. Meanwhile, the portable laser carving machine can conduct caving through an existing mature carving upper computer.

The invention discloses a method for moving heavy weight by utilizing a low friction pair, which uses fewer and smaller devices to realize that a heavy works can move freely in a horizontal plane and move accurately on an inclined surface along a fixed direction. The invention is carried out according to the following steps: firstly, a low friction high pressure resistant slide block is arranged on a low friction carrier and the low friction high pressure resistant slide block consists of a square templet, a supporting armor plate and a low friction pressure resistant layer and the top surface as well as the periphery of the low friction high pressure resistant slide block are respectively fixed with a baffle; secondly, the heavy works is arranged on the low friction high pressure resistant slide block; and finally the heavy works is pulled to realize moving. The method avoids a heavy from being directly contacted with a movable medium, thus better solving the problem of blocking caused by uneven heavy when moving the heavy. By adopting the method of the invention, the move of heavy along multi-directions in plane can be realized. By utilizing a fixing device like a slideway, the move of heavy along a fixed direction on the inclined surface can be realized.

A panoramic video monitoring device includes a housing and a video monitor and a wireless transmission module mounted on the housing, As that spherical video monitor is respectively provide with two 180-degree cameras, Real-time acquisition of image data in the range of 360 DEG, and six directional driving balls at the bottom of the housing, the polarity of driving balls to drive the movement of the central rolling ball circuit, with the rolling of each ball to achieve 360 direction of arbitrary movement, so that the monitoring area is no longer bound.

A control cabinet wiring detection device for GIS comprises a detection cabinet and a mobile platform. The detection cabinet connected on the mobile platform comprises a cabinet body, a detection circuit arranged in the cabinet body, a control panel arranged on the cabinet body and a plug-in male connector connected with a GIS control cabinet and configured to control an output port of a loop. The input end of the detection circuit is connected with the plug-in male connector through a detection connection line; the control panel is provided with an air switch, a button switch and a luminous diode. The detection circuit comprise four sets of logic circuit which are associated GIS isolation switch/earthing knife-switch closing control loop wiring detection circuit and GIS isolation switch/earthing knife-switch opening indicator lamp wiring detection circuit, the associated GIS isolation switch/earthing knife-switch opening control loop wiring detection circuit and GIS isolation switch/earthing knife-switch closing indicator lamp wiring detection circuit, and a GIS breaker closing indicator lamp loop wiring detection circuit and a GIS breaker opening indication lamp loop wiring detection circuit.

The invention relates to a paid recovery device for paper boxes. The paid recovery device for the paper boxes comprises a box body, a weighing mechanism used for weighing the paper boxes, and a payment mechanism, wherein an empty cavity in the lower part in the box body is partitioned into two recovery cavities used for storing small boxes and large boxes separately by a vertically-arranged partition; a pouring port is formed in the upper part of the sidewall of the box body, and the weighing mechanism is fixedly installed in the box body, located above the partition, and located at a lower part corresponding to the pouring port, in the box body; and the payment mechanism is fixedly installed on the outer wall of the box body, and connected with the weighing mechanism through a circuit, the weighing mechanism weighs the paper boxes and sends the weight information of the paper boxes to the payment mechanism, and the payment mechanism calculates and pays. The paid recovery device for the paper boxes has the beneficial effects of realizing paid recovery for the paper boxes and saving resources.