11results about How to "Avoid angles" patented technology

The utility model discloses a variable angle pliers, including pliers main part, pliers main part includes pliers head, pliers body and limit structure, and pliers head is connected with pliers body through limit structure, and limit structure includes limiting block, elastic part and limiting device, limiting block sets up two, and two limiting blocks are connected through elastic part, and limiting device includes limit plate, and limit plate fixedly sets up at pliers head bottom and pliers body top, is provided with the occlusion of cooperation with limiting block on limit plate, only needs simple press - rotation - loose action to complete angle switching and locking, operation is extremely convenient and efficient, need not help additional tool, and pliers head working angle can be adjusted according to the operation space and operation demand quickly, and the complex scene that traditional pliers is difficult to enter or operate is easily coped with.

This invention discloses an online monitoring device for multiple parameters of drinking water source quality, comprising a floating platform, pontoons, an attitude adjustment mechanism, a water quality detection module, and a sampling mechanism. The pontoons are located on both sides of the bottom of the floating platform. The attitude adjustment mechanism adjusts the ballast water volume within the pontoons to change the draft and center of gravity of the floating platform. A detection chamber is provided on the floating platform, and the water quality detection module is located within the detection chamber. The sampling mechanism collects water samples at different depths and transports them to the water quality detection module for testing. The attitude adjustment mechanism can adjust the ballast water volume of the pontoons to stabilize the floating platform. The sampling mechanism, in conjunction with a lifting motor and a depth sensor, enables stratified sampling. The water quality detection module, through the combination of detection sensors and an optical camera, achieves quantitative parameter detection and image-assisted analysis of water quality, thereby improving the accuracy of the detection results. The device is reliable in overall operation and can achieve long-term unattended online monitoring.

This invention discloses an underground cavity exploration and detection device and method, belonging to the field of underground cavity detection technology. The device includes a vehicle body equipped with a seismic hammer, lateral and longitudinal detection components, a support component with a geophone, and a control module. The support component is telescopically adjustable, and the geophone is pressed against the ground by a spring. The method includes road surface clearing, vehicle positioning and automatic leveling calibration, seismic hammer impact to generate seismic waves, geophone receiving the seismic waves and converting them into electrical signals, control module processing data, equipment retrieval, and multi-point repeated detection. This invention achieves automatic leveling and adjustment, improving detection accuracy; ensures stable reception of seismic wave signals, reducing attenuation interference; and automated operation reduces manpower and errors, meeting the needs of large-area rapid exploration, and is suitable for hazard investigation in urban roads and other areas.

The utility model discloses a kind of wafer non-contact detection equipment, including measuring rack, measuring platform, XY axis module, gantry crossbeam and Z axis module;Measuring platform is located on the upper end surface of measuring rack, and measuring platform is connected by the air bag being equipped between measuring rack, and measuring platform surface is equipped with a carrier, and the carrier is connected by the XY axis module being equipped between measuring platform;Gantry crossbeam is fixedly installed in measuring platform by the pillar being equipped in both sides, Z axis module is installed in one side of gantry crossbeam, and the first measuring sensor and the second measuring sensor of Z axis module lower end are installed on Z axis module by the adapter plate being equipped, and measuring sensor position and detection position on carrier correspond to each other, and the position of measuring sensor is adjusted by the cooperation of XY axis module and Z axis module, and then data acquisition is carried out to wafer surface.The utility model realizes the high-precision rapid measurement of wafer surface topography and thickness, small space occupation and reduced cost.

This invention relates to the field of agricultural machinery, specifically a hydraulic reversible plow for ultra-deep tillage in saline-alkali land. It mainly comprises a plow head, a reversing mechanism, a plow beam, and a depth-limiting wheel. The reversing mechanism is installed at the rear of the plow head and is hydraulically driven, using mechanical limit blocks and adjusting bolts to achieve rigid locking of the reversing stroke. The plow beam is composed of a main beam, an I-beam, and a main beam clamping plate. Its front end is hinged to the reversing mechanism via a main beam pivot, and a connecting rod is used to adjust and compensate for the width of the first furrow. The depth-limiting wheel assembly is fixed to the side of the plow beam via a shaft mounting seat. The plow beam assembly adopts a truss-like reinforced structure, and through a geometrically stable closed loop formed by the main beam, I-beam, and adjustable connecting rod, it achieves distributed load bearing for ultra-deep working conditions, significantly enhancing the operational stability and structural durability of the entire machine in saline-alkali land conditions.

This invention relates to the field of equipment hoisting and relocation construction technology, and particularly to a clamping device and a lifting tool. The clamping device includes a mounting base, a linkage mechanism, a transition mechanism, and a pressure block mechanism that are hinged sequentially. The linkage mechanism is hinged to a telescopic mechanism. The mounting base can be adapted to connect to a slot mechanism, which includes a slot for holding the mounting base, and the mounting base can slide along the slot. During the movement and lifting process, the pressure block mechanism can maintain its structural stability through gravity, keeping its bottom plane relatively horizontal and avoiding a large angle between it and the hoisted equipment. This allows for better contact with the hoisted equipment. Simultaneously, the mounting base can move through the slot mechanism, changing the relative position of the clamping device and the hoisted equipment, enabling the pressure block mechanism to press onto a designated area. This adapts the clamping device to the shape and structure of the hoisted equipment, and the position adjustment is convenient, improving the clamping effect and efficiency.

The utility model discloses an auxiliary device for collecting a mulching film residue sample, which relates to the technical field of soil sampling equipment and comprises a limiting frame, a horizontal rod and a range finder, the limiting frame at least comprises four sets of limiting rods, cross-shaped openings are formed in the two ends of the limiting rods, a first cover plate and a second cover plate are arranged at the cross-shaped openings, a first limiting block is arranged on the first cover plate, a second limiting block is arranged on the second cover plate, and the first limiting block is detachably connected with the second limiting block. The first limiting block and the second limiting block are matched with the cross-shaped opening after being combined. According to the auxiliary device provided by the utility model, through the scientific structural design, especially by virtue of the anti-rotation constraint effect of the cross-shaped opening and the limiting block, the adaptability and durability of the device are enhanced while the connection stability, the operation convenience and the sampling normalization are improved; efficient and reliable technical support is provided for the collection work of mulching film residue samples, and the method has important practical significance for promoting the research on mulching film pollution prevention and control.

The utility model relates to the technical field of faucet, concretely relates to a faucet valve core convenient to judge opening amplitude, including the shell body with the water outlet of side wall and the integrated rotation core from the top into the shell body, the shell body bottom still has the water inlet base that top surface and rotation core buckle connection, the shell body inner wall has the gear tooth of integrated formation, the rotation core includes the rotation core body from the top of shell body into the shell body, the rotation core body bottom side wall has embedded the gear structure that can cooperate with gear tooth.

The utility model relates to a kind of film layer strength detection equipment, comprising: support plate, support plate is vertically set and includes first installation surface and second installation surface, connecting rod assembly is installed on support plate, connecting rod assembly includes the drive mechanism being arranged at the second installation surface of support plate, drive mechanism output shaft penetrates support plate and protrudes from the second installation surface of support plate and is connected with runner, runner is connected with connecting plate by first connecting rod, connecting plate is equipped with mounting plate and positioning rod, both ends of positioning rod penetrate support plate and are slidably connected with support plate;In the utility model, positioning rod and support plate are cooperated by the drive mechanism and runner of being set, effectively convert rotary motion into linear motion, so as to effectively drive pencil to make reciprocating linear motion by mechanical structure, the sliding path of positioning rod on support plate strictly limits the swing space of mounting seat, ensure that pencil always moves along preset straight trajectory.

This utility model belongs to the field of weighing sensor technology, specifically relating to a vehicle-mounted weighing sensor device that is easy to install. It includes a sensor body and a transmission line mounted on the sensor body. Rotating rods are rotatably mounted at both ends of the sensor body, and an upper mounting plate and a lower mounting plate are respectively mounted at both ends of the sensor body via the rotating rods. It also includes a one-way rotation mechanism, which is located at both ends of the sensor body. The sensor body is connected to the upper and lower mounting plates via the rotatable rotating rods, making the installation position of the sensor body more flexible and adaptable. Simultaneously, the rotating rods connected to both ends of the sensor body via the one-way rotation mechanism allow the rotating rods to rotate only in one direction. After installation, the symmetrically arranged one-way rotation mechanisms ensure that both ends of the sensor body can only rotate in opposite directions, effectively fixing the angle of the sensor body and preventing sensor body deflection and transmission line angle changes due to vehicle vibration.

The application provides a double fastener for fixing under a beam of a disc buckle frame body, which comprises a base frame, a first pipe clamp arranged at the middle of the base frame, and a link plate arranged at each side end of the base frame, and a second pipe clamp arranged on each link plate, wherein the shaft line of the rod body clamped by the first pipe clamp is perpendicular to the shaft line of the rod body clamped by the second pipe clamp, the first pipe clamp comprises a first half clamp and a second half clamp which are combined, the first half clamp and the second half clamp are connected with the link plates respectively, and a plurality of locking screws are arranged for connecting the first half clamp and the second half clamp to clamp the rod body, so that the eccentric force problem of the vertical rod of the disc buckle frame body is solved.