18 results about "Compression lock" patented technology

The utility model relates to the technical field of quick clamps, in particular to a pressing knob type self-locking quick clamp, which comprises a quick clamp, a pressing knob and a locking device, the lock seat is fixedly mounted on the quick clamp; and the self-locking mechanism is installed on the lock seat, and the self-locking mechanism is used for keeping the quick clamp in a locking state after the quick clamp is pressed and locked. Due to the arrangement of the self-locking mechanism, when the quick clamp needs to be kept in a locking state after being pressed and locked, the pressing handle of the quick clamp can be tightly abutted under the action of the self-locking mechanism, so that the pressing handle of the quick clamp cannot move, the quick clamp can clamp a product, and risks of the product in the machining process are avoided.

The utility model discloses a stepped symmetrical pressing lock which comprises a plate A, a plate B and a locking assembly between the plate A and the plate B, wherein the plate A and the plate B are symmetrically arranged. Second rotating shafts are symmetrically arranged on the two sides of the plate A; the locking assembly comprises a first lock catch arranged on the first rotating shaft in a sleeving mode and a pair of second lock catches arranged on the second rotating shaft in a sleeving mode. The plate A and the plate B are correspondingly provided with a first notch and a second notch for the guide column to insert, and the second lock catch is provided with a third notch and a first limiting column extending out of the plate B. When the guide columns are inserted oppositely, the second lock catch is pushed to rotate, so that the third notch, the first notch and the second notch form spatial cross locking, and meanwhile, the first limiting column is clamped into the fourth notch of the plate B for limiting; after the guide column is completely inserted, the first lock catch is rotated, and the second lock catches on the two sides are synchronously locked through the step-shaped clamping structures. The plate B is provided with an arc groove to limit the rotation range of a third limiting column of the first lock catch. The first and second rotating shafts are respectively provided with a torsion spring to realize automatic reset of the lock catch.

Disclosed are example embodiments of a 5-device-in-one component box including a plurality of cranking-arm-wrench storage clips respectively molded onto said undersurface of a multi-function loss-preventing storing-and-organizing lid-tray. The box includes a multi-link crank control arm wrench snap, a plurality of ground-securing-and-leveling-screws storage cavities, a plurality of Allen-wrench storage cavities; a plurality of Allen wrenches; a plurality of screws respectively stacked inside a second base-plate cover; a compartmentalized loss-preventing storing-and-organizing inner-tray, a plurality of louver end-caps, a plurality of crank-handle-coupler storage-stem molded onto said compartmentalized loss-preventing storing-and-organizing inner-tray, a crank-handle coupler snap-locked onto said crank-handle-coupler storage-stem, a plurality of compression-locking-plates storage compartments, a plurality of compression-locking plates respectively inserted and secured to said compression-locking-plates storage compartments; a plurality of drill-bit clips respectively molded onto said compartmentalized loss-preventing storing-and-organizing inner-tray; a drill bit snap-locked between said drill-bit clips; and fourth base-plate cover stacked right side up on said third base-plate cover.

A protective case for large objects including a lock housing formed from a first section and a second section, both of the sections including at least one external subsection and at least one internal subsection configured to telescope inside the external subsection; and an extension lock comprising a lock housing and a compression lock, the lock housing including a screw-threaded channel, and the compression comprising at least one screw-threaded shaft with a compressive component on the interior end and a lock handle on the exterior end, the screw-threaded shaft configured to matingly engage with the screw-threaded channel of the lock housing; the compression lock configured to descend in the lock housing and compressingly lock the internal subsection in an extended position upon locking rotation of the compression lock; and the compression lock configure to ascend in the lock housing upon unlocking rotation of the cam latch.

The utility model relates to the technical field of mechanical connection and locking, in particular to a pressing and locking mechanism. The device is used for stably pressing and locking a pair of mounting plates. Comprising a connecting rod, a limiting check block, a pressing mechanism and a triggering mechanism, the connecting rod is in pivot connection with mounting plates, the mounting plates are provided with notch parts, the connecting rod is axially connected with the mounting plates when located in the notch parts, the limiting check block is arranged between the mounting plates, accurate positioning is ensured, the pressing mechanism is composed of a pressing head and an elastic piece, and the elastic piece drives the pressing head to press the mounting plates to achieve locking. The trigger mechanism is used for controlling release of the elastic piece, and unlocking is facilitated. According to the mechanism, stable pressing and convenient unlocking of the mounting plate are achieved through connecting rod connection, limiting stop block positioning, elastic pressing and controllable release, and the mechanism has the advantages of being stable in structure, high in reliability and easy and convenient to operate.

The utility model discloses a rotary adjusting cutter which comprises a blade assembly, adjusting seat assemblies are fixedly arranged on the two sides of the blade assembly, an adjusting cover assembly is arranged on the outer side of each adjusting seat assembly in a threaded connection mode, a locking assembly is installed in each adjusting cover assembly, and each adjusting seat assembly comprises a first adjusting seat component. The adjusting cover assembly is screwed to the outer sides of the first adjusting seat component and the second adjusting seat component by rotating the adjusting cover assembly, and along with screwing of the adjusting cover assembly, the arc-shaped adjusting inserting plate can be gradually squeezed into the small gap positions of the outer sides of the first arc-shaped elastic locking block and the second arc-shaped elastic locking block; an arc-shaped elastic locking block I and an arc-shaped elastic locking block II are extruded to deform inwards, so that a locking anti-skid thread I and a locking anti-skid thread II are attached to the rotating shaft, and the cutter rotating shafts with different diameters can be locked; and then a plurality of sets of press-fit locking bolts are rotated, so that locking press-fit pieces at one ends of the press-fit locking bolts press the two sets of metal locking washers to tightly press the metal locking washers on the two sides of the adjusting seat assembly, further fastening and locking can be achieved, and use is more convenient.

The utility model discloses a compression locking device based on connecting rod operation, and relates to the field of cabinet body locking devices. The compression lock catch device based on connecting rod operation comprises a fixing base, a direction block and a buckle tongue, the direction block and the buckle tongue are arranged in the fixing base, the fixing base is provided with a first logic groove, a second logic groove and a third logic groove which are through, the direction block is arranged in the fixing base in a sliding mode, and the buckle tongue is hinged to the direction block. And the buckling tongue is driven by planar motion of the direction block to realize composite motion of first vertical motion and then horizontal motion through the second logic groove and the third logic groove. According to the compression lock catch device based on the connecting rod operation, it needs to be guaranteed that the buckle tongue vertically moves to a certain height and then transversely moves in the unlocking operation process, it needs to be guaranteed that the buckle tongue transversely moves to a certain position and then vertically moves in the locking operation process, and therefore in the actual operation process, unlocking is easy, and the locking effect is good. The locking operation is simple and convenient; and the sealing effect of the cabinet door is ensured.

A handle assembly is disclosed for firmly holding a surgical tool. The handle assembly comprises a handle and a locking mechanism attached to the handle. The locking mechanism includes a locking ring, a collet, and a compressible locking pin engageable with the locking ring and collet. The locking ring is moveable between first and second positions relative to the handle. The first position is an unlocked position whereby the locking pin is in a decompressed state relative to the locking ring and the collet. In the first position, a surgical tool may be inserted and withdrawn from the collet of the locking mechanism. The second position is a locked position whereby the locking pin is in a compressed state relative to the locking ring and the collet. In the second position, a surgical tool is anchored in the collet of the locking mechanism.

A joinery article comprising a first joinery member (10), a second joinery member (20) and a third joinery member (30) which are mutually locked by a mechanical locking device comprising a dowel (31), an insertion recess (32) configured to receive the dowel (31) to inhibit displacement of the first joinery member (10) in a first direction relative to the second joinery member (20), a compressible locking element (40), a locking recess (50) configured to receive the compressible locking element (40) to inhibit displacement of the first joinery member (10) in a second direction relative to the second joinery member (20), and a locking mechanism configured to inhibit rotational displacement of the first joinery member (10) relative to the second joinery member (20).

A handle assembly is disclosed for firmly holding a surgical tool. The handle assembly comprises a handle and a locking mechanism attached to the handle. The locking mechanism includes a locking ring, a collet, and a compressible locking pin engageable with the locking ring and collet. The locking ring is moveable between first and second positions relative to the handle. The first position is an unlocked position whereby the locking pin is in a decompressed state relative to the locking ring and the collet. In the first position, a surgical tool may be inserted and withdrawn from the collet of the locking mechanism. The second position is a locked position whereby the locking pin is in a compressed state relative to the locking ring and the collet. In the second position, a surgical tool is anchored in the collet of the locking mechanism.

The present invention relates to a magnet plate for use in isolating a macromolecule from a mixture in a vessel, wherein the magnet plate has a reversible compression lock. The reversible compression lock engages the top plate and the base plate, wherein when in a locked position, the top plate is fixed and cannot move up and down, along the axis of the support or corner post and when in an unlocked position, the top plate is movable up and down along the axis of the support.

The application discloses a mixed pressure locking bone connecting system and a matched screwdriver, and belongs to the technical field of medical devices. The bone connecting system comprises a bone plate, a fixing needle and a locking joint. The bone plate is provided with a locking hole. The fixing needle is provided with a needle tip part and a rod part along the axial direction. The needle tip part is in a pyramid structure. The locking joint is provided with a through hole. The locking joint is sleeved on the rod part through the through hole. The fixing needle is locked with the locking hole through the locking joint. The screwdriver is used for installing or dismounting the mixed pressure locking bone connecting system. The thinner fixing needle is locked with the bone plate through the locking joint, so that a reliable structure is formed. The bone at the fracture part can be pre-positioned. The stability of the fracture reduction can be effectively maintained. The secondary displacement of the fracture can be prevented when the screw is used to lock the bone plate and the bone. Since the damage of the thinner fixing needle to the bone is far less than that of the screw, the thinner fixing needle can be used to better adjust the setting position of the bone plate on the bone, and a larger trauma can not be left on the bone.

This invention provides a self-locking steel clamp structure for a construction platform and its usage method. The structure includes a pier column, with a self-locking steel clamp on the outside of the pier column to support the construction platform. The self-locking steel clamp includes a hollow shell with openings at both ends for the pier column to pass through. An upper compression locking mechanism and a lower compression locking mechanism are arranged opposite each other within the hollow shell. The upper compression locking mechanism is fixed to the inner top wall of the hollow shell, while the lower compression locking mechanism is movably mounted on the inner bottom wall of the hollow shell. The pier column is clamped tightly by the mutual compression of the upper and lower compression locking mechanisms. Self-locking is achieved through the interaction between the upper and lower compression locking mechanisms. Furthermore, the greater the force on the upper platform, the greater the force between the locking mechanisms, further clamping the pier column and achieving self-locking without relying on other mechanical structures.

The utility model relates to the technical field of orthopedic medical apparatus and instruments, concretely to a medial malleolus pressurization locking hook bone plate, including medial malleolus skeleton and bone plate body, the bone plate body is installed on the outer surface of medial malleolus skeleton, the inside of bone plate body is sequentially provided with locking pressurization hole, lower tibiofibular syndesmosis fixed passageway, horizontal locking hole and medial malleolus pressurization hole from top to bottom, the locking pressurization hole is provided with two groups, the locking pressurization hole and locking pressurization screw are mutually adapted. The utility model is introduced with loop steel sheet through the retrograde turning hole of lower tibiofibular syndesmosis fixed passageway, and the lower tibiofibular syndesmosis is fixed, the medial malleolus fracture in medial malleolus skeleton is stably fixed, and the whole stable effect is good, and the above-mentioned fixed design can make the medial malleolus fracture convenient for restoring the original medial malleolus anatomical form, and the design of rear hill hook and front hill hook can support the distal end of medial malleolus skeleton, and the fitting effect with medial malleolus skeleton is good.

The utility model provides a novel electric ironing machine, which relates to the technical field of electrical equipment and comprises a base and an upper shell hinged on the base, the upper shell is connected with a handle, a lower pressing plate is arranged on the base, an upper pressing plate is correspondingly arranged on the upper shell, and the handle is pulled to control the upper shell to swing up and down so that the upper pressing plate is opened and closed relative to the lower pressing plate. Therefore, the materials are ironed; a cavity is formed in the base, and a pressing and locking structure is arranged in the cavity; the pressing and locking structure comprises a fixing base, connecting plates are arranged on the two sides of the fixing base, and the lower ends of the connecting plates are rotationally connected to the fixing base. A rotating rod is rotationally arranged between the upper ends of the connecting plates on the two sides and connected to the handle. The electric ironing machine handle has the advantages that when the upper pressing plate of the electric ironing machine presses the lower pressing plate to iron materials, the handle can be locked, an operator does not need to keep pressing force on the handle to cause fatigue and ache, two hands can be liberated, and the electric ironing machine handle is convenient to use and ingenious in structure.