16 results about "Release - action" patented technology

This invention relates to the field of sewing machine technology, and discloses a thread-releasing and presser foot lifting mechanism for a sewing machine and a sewing machine. The mechanism includes a thread-releasing assembly for opening the thread clamp and a presser foot lifting assembly. The thread-releasing assembly includes a top plate rotatable around a pivot and a thread-releasing pin. The top plate is driven to rotate around the pivot by the presser foot lifting assembly, thereby causing the thread-releasing pin to open the thread clamp and perform a thread-releasing action. The presser foot assembly includes a presser foot rod and a presser foot. The presser foot lifting assembly includes an adjusting block fixedly mounted on the presser foot rod and a manual presser foot lifting component. A toggle block is provided on the rear side of the adjusting block. The presser foot assembly also includes an adjusting component for adjusting the presser foot lifting height and pressure. By using the top plate and the thread-releasing pin, when the presser foot is lifted by the presser foot lifting assembly, it is driven to rotate around the pivot, thereby causing the thread-releasing pin to open the thread clamp and perform a thread-releasing action. This ensures that the thread clamp automatically completes the thread-releasing action during the presser foot lifting process, thus simplifying the structure and improving working accuracy.

The application discloses a connecting device and a refrigeration equipment assembly. The connecting device comprises a connecting body, a connecting piece, a releasing piece and a pushing piece. The connecting piece is rotationally connected to the connecting body through a rotating shaft and comprises an abutting end and a releasing end. The releasing end is arranged at the other end of the rotating shaft away from the abutting end. The releasing piece is arranged on the connecting body and comprises a pushing block, a pushing rod and an engaging block connected in sequence. The pushing block is in abutment with the releasing end. The pushing piece is arranged on the connecting body and has a wedge surface for abutting with the engaging block. The pushing piece is used to drive the engaging block to move through the wedge surface, so that the releasing end is driven to move away from the connecting body through the pushing rod and the pushing block, and the abutting end is driven to move towards the connecting body. The application utilizes the structure cooperation of the wedge surface of the pushing piece and the multi-stage transmission of the releasing piece, realizes the accurate conversion from axial displacement to radial movement, and guarantees the smoothness of transmission and the synchronism of releasing action.

The application discloses an electromechanical brake, a brake system and a vehicle, which comprise an assembling shell, two motors, a speed reduction and torque increasing mechanism and a brake executing mechanism. The two motors are arranged in the assembling shell. The speed reduction and torque increasing mechanism is arranged in the assembling shell and is in transmission connection with the output ends of the two motors. The brake executing mechanism is arranged in the assembling shell and is in transmission connection with the speed reduction and torque increasing mechanism, so as to execute a brake action or a release action according to the transmission movement of the speed reduction and torque increasing mechanism. According to the application, the two motors are in transmission connection with one speed reduction and torque increasing mechanism, so that the power of the two motors only needs to be transmitted to the brake executing mechanism through one speed reduction and torque increasing mechanism to drive the brake executing mechanism to execute the brake or release action, and the speed reduction and torque increasing mechanism does not need to be arranged for the two motors respectively and individually, and a coupling mechanism for coupling the transmission movements of the two motors does not need to be additionally arranged, so that the structure of the electromechanical brake is effectively simplified, the number of parts is reduced and the assembly difficulty is reduced.

This invention relates to a mosquito coil clamping and loading mechanism, comprising a mounting plate, multiple clamping blocks disposed below the mounting plate, and a drive mechanism. The clamping blocks are mounted on the mounting plate via a guide mechanism. The drive mechanism includes at least two drive wheels rotatably mounted on the mounting plate, a drive belt sleeved on the drive wheels, and a power source capable of driving the drive wheels to rotate forward and backward. The clamping blocks are fixedly connected to the drive belt. Using the technical solution of this invention, the power source drives the drive wheels to rotate forward and backward. The rotation of the drive belt is converted into the clamping blocks synchronously moving towards the center of the mounting plate to achieve a clamping action or moving away from the center of the mounting plate to achieve a release action. Because the speed of the forward and reverse rotation of the drive wheels is easily controlled, the drive belt can rotate smoothly, thereby making the movement accuracy of the clamping blocks more controllable. Since the clamping blocks can move towards or away from each other, synchronously clamping the periphery of the product, the product can fall more neatly into the container after release, reducing the risk of product damage.

This invention discloses a simple emergency airway obstruction clearing device, relating to the technical field of airway drainage. It includes a piston cylinder with a first and second movable chamber. An air supply tube is fixedly connected to the outside of the piston cylinder, communicating with the first movable chamber and a face mask. A piston rod is slidably connected within the first movable chamber, and a sliding frame is slidably connected within the second movable chamber. A rubber ring is fixedly connected to one end of the sliding frame, and a spring is fixedly connected to the other end. This invention, through the design of a bellows and pull rod mechanism, ensures that the negative pressure in the first movable chamber compresses the bellows only when the face mask is tightly fitted to the patient's face, forming an effective seal. This triggers the latch release action, releasing the spring's stored energy. This design avoids ineffective operation due to poor sealing, ensuring that each trigger is based on effective negative pressure, thus improving the reliability of emergency treatment.

This invention provides a saw blade clamping device, relating to the field of cutting tool technology. It includes a chuck body with a saw blade mounting position for accommodating a saw blade; a rotating sleeve fitted around the outer periphery of the chuck body in a manner rotatable about the axis of the chuck body; a slider movably disposed within the chuck body along its axial and radial directions, and drivenly connected to the rotating sleeve; and a guide assembly configured to guide the slider along a guide path extending obliquely relative to the axis of the chuck body when the rotating sleeve rotates. The slider is configured to move from a first position of clamping the saw blade to a second position of releasing the saw blade, guided by the guide assembly, in response to the rotation of the rotating sleeve. By having the rotating sleeve drive the slider to move along the oblique guide path, the clamping and releasing actions of the slider can be achieved with a small operating angle or operating force, while ensuring sufficient clearance when releasing the saw blade to avoid interference and scratching with the saw blade.

This invention belongs to the technical field of remote-controlled release devices, specifically relating to a remote-controlled release device for deploying offshore equipment. A release hook is rotatably installed within the main body, with a load suspension hole formed between the release hook and the main body for suspending the load. The release hook is L-shaped with a wedge-shaped end. A stop pin is installed within the main body. A drive mechanism and a control system are installed inside the main body. The control system is connected to the drive mechanism. Based on received external commands, the control system controls the drive mechanism to retract the stop pin and disengage from the release hook. The load causes the release hook to rotate, achieving release. This invention achieves remote-controlled release by linking the control system, drive system, and release hook, and by improving the structure of the release hook. The release hook structure combines stable slinging with easy release; only a release command is needed to execute the release action, making operation simple. After release, the release hook automatically resets. The overall structure has good waterproof performance and is suitable for deployment of offshore equipment.

The application discloses a kind of fixed device safety release device, it is related to sports equipment safety device field, including pivot lever, the pivot lever has first end second end, and one or more pivot points. Preferably, first pivot point can be located between first end and second pivot point;The device can include elongated connector, which can be connected with the pivot lever between the first end and the second end;Handle can be connected with the elongated connector, so that the handle and the pivot lever are connected at both ends of the elongated connector respectively;Pivot lever can be connected with the fixer release mechanism at the first pivot point, so that the movement of the pivot lever is transmitted to the fixer release mechanism, for example, prompting the fixer release mechanism to complete the release action;The design can ensure that the user can start the release mechanism of StepON fixer and other foot fixing type sports equipment from secondary operating position in emergency, which can play a lifesaving role.

This invention provides a control suture reel, a suture hole handle, and a ligator, relating to the field of medical device technology. The control suture reel rotates in a first direction to wind up the suture and drive the working part. It has at least one locking part circumferentially, each locking part comprising a trigger locking position and a pre-tensioning locking position arranged sequentially in opposite directions: when the trigger locking position is locked, the corresponding ligature loop is released; when the pre-tensioning locking position is locked, the suture is wound up and tensioned. This dual-locking structure achieves physical separation and timing control of tensioning and triggering, eliminating redundant bending, restoring the straightness of the release suture, and avoiding obstruction of vision and tissue adhesion. The pre-tensioning stage provides disturbance-free correction of the suture posture, and the triggering stage initiates with low inertia, significantly suppressing mechanical tissue damage caused by vibration and slippage. It improves the reliability, safety, and ergonomics of multi-turn sequential release, meeting the needs of high-precision, low-invasive endoscopic interventional treatment.

The application provides a liquid-controlled automatic reset internal fishing tool and a fishing method. The fishing tool comprises a fixed connecting mechanism and a movable locking mechanism. The fixed connecting mechanism comprises an upper joint, a connecting shaft, a throttle sleeve and a mandrel. The lower part of the upper joint is sleeved with an adjusting ring. The throttle sleeve is provided with a reset piston through hole and a releasing piston through hole in the radial direction. The outer wall of the mandrel is in contact with a locking claw. The movable locking mechanism comprises a reset piston, a releasing piston, a damping ring, a spring and a locking claw. The reset piston is located on the upper outer wall of the throttle sleeve and is in sealing contact with the connecting shaft and the throttle sleeve. The releasing piston is located on the lower outer wall of the throttle sleeve and is connected with the reset piston. The damping ring is arranged between the reset piston and the releasing piston and is locked with the throttle sleeve. The spring is arranged at the lower end of the releasing piston, and the locking claw is connected with the spring. The fishing method can be realized by the tool. The tool is unlocked and reset through hydraulic control, and the releasing action is completed under the condition of no pressure operation. The method is simple and easy to operate.

The utility model provides a kind of unmanned plane mounting hand grenade throwing device, it is mainly related to unmanned plane mounting throwing technical field.A kind of unmanned plane mounting hand grenade throwing device, including mounting shell, mounting shell bottom is provided with the mounting slot compatible with the outline of hand grenade, mounting shell top is provided with the connecting structure for being connected with unmanned plane, mounting shell one end is provided with rudder machine, rudder machine bottom is provided with rotating pull ring mechanism, mounting slot bottom is provided with the release mechanism compatible with mounting slot, rudder machine is used to drive rotating pull ring mechanism, release mechanism linkage.The utility model has the beneficial effects that: the utility model is realized by a rudder machine hand grenade twist pull pin and hand grenade release action, simple structure, lighter weight, the endurance loss of unmanned plane is smaller.

To provide a water purifier that can securely maintain the connection of the water purification cartridge to the water purifier while also allowing for easier removal. [Solution] A water purifier equipped with a locking mechanism to prevent the installed water purification cartridge from coming off the water passage connection, wherein the locking mechanism includes a movable piece that is positioned in the locked position when the locking mechanism is locked and can be transitioned to the unlocked state by moving to a predetermined release position, and the water purifier is equipped with a push button, a rod body that extends in mechanically linked to the pressing of the push button, and an action conversion mechanism that converts the extension of the rod body into a release action which is the movement of the movable piece from the locked position to the release position.

This invention discloses a permanent magnet brake based on the principle of like pole repulsion for braking and release. It includes a rotor flange and a magnetic housing arranged opposite each other, with an axially movable armature positioned between the magnetic housing and the rotor flange. A permanent magnet is mounted on the end face of the armature facing the magnetic housing, and an annular receiving cavity is formed on the end face of the magnetic housing facing the armature. A set of electromagnets is circumferentially evenly distributed within the receiving cavity. When the electromagnets are energized, their generated magnetic poles are arranged in a like-pole configuration with the permanent magnet poles, and the magnetic repulsion between the electromagnets and the permanent magnets is greater than the magnetic attraction between the permanent magnets and the magnetic housing. This invention relies on the principle of like pole repulsion, resulting in a fast braking and release response. It directly completes the braking and release actions using magnetic force, eliminating the need for traditional spring components, resulting in fewer parts and a more compact structure.

This invention provides a saw blade clamping device, relating to the field of cutting tool technology. It includes a chuck body with a saw blade mounting position for accommodating a saw blade; a rotating sleeve fitted around the outer periphery of the chuck body in a manner rotatable about the axis of the chuck body; a slider movably disposed within the chuck body along its axial and radial directions, and drivenly connected to the rotating sleeve; and a guide assembly configured to guide the slider along a guide path extending obliquely relative to the axis of the chuck body when the rotating sleeve rotates. The slider is configured to move from a first position of clamping the saw blade to a second position of releasing the saw blade, guided by the guide assembly, in response to the rotation of the rotating sleeve. By having the rotating sleeve drive the slider to move along the oblique guide path, the clamping and releasing actions of the slider can be achieved with a small operating angle or operating force, while ensuring sufficient clearance when releasing the saw blade to avoid interference and scratching with the saw blade.

This invention discloses a magnetically bistable electromagnetic brake and a carbon fiber cycloidal joint assembly, relating to the field of brake technology. It includes a motor rotor, a brake magnet, a splined shaft, a release magnet, a sliding block, a displacement cavity, and a drive assembly. During operation, the motor rotor drives the brake magnet and brake pads to rotate synchronously. The sliding block slides axially along the splined shaft within the displacement cavity. The drive assembly can drive the sliding block away from the brake pads to release the brake. When the sliding block moves towards the brake magnet to its endpoint, it engages with the brake pads to form a brake. Alternatively, it can be driven away from the brake magnet and attracted to the release magnet to release the brake. The device requires no power in either braking or non-braking states. Basic braking and release actions are achieved through the magnetic cooperation between the permanent magnet and the magnetically conductive sliding block, significantly reducing energy consumption. The overall structure is compact and possesses the fundamental characteristics of magnetic bistable operation.