756results about "Chucks" patented technology

The invention discloses an integrated machining device suitable for a large marine propeller, which comprises a machining adjusting assembly, the machining adjusting assembly is composed of an X-axis moving mechanism, a Y-axis moving mechanism and a Z-axis moving mechanism, one side of the Z-axis moving mechanism is fixedly provided with a rotating mechanism, one end of the rotating mechanism is fixedly connected with a cutting assembly, and the other end of the rotating mechanism is fixedly connected with a cutter; according to the large marine propeller integrated machining device with the automatic machining function and the self-adaptive clamping function, through the integrated multi-axis linkage machining adjusting assembly and the three-dimensional scanner, automatic path planning can be conducted, and automatic operation is achieved; therefore, the dependence on advanced technicians is greatly reduced, the machining efficiency and the product consistency are remarkably improved, and meanwhile, through the collaborative design of the rotatable three-jaw chuck and the center supporting mechanism, simultaneous reliable supporting from the interior and the exterior of the workpiece can be automatically achieved during clamping.

The invention belongs to the technical field of inner star wheel clamps, and particularly relates to an inner star wheel quick-change high-precision clamp which comprises a clamping shell, a clamping component is arranged in the clamping shell, the clamping component comprises a quick-change clamping block, and the quick-change clamping block clamps an inner star wheel. According to the quick-change high-precision clamp for the inner star wheel, the clamping component and the driving component are arranged, a chute is in inclined sliding fit with an inclined rod, and a pushing taper sleeve drives the conical surface of a roller on an inserting rod, so that the single axial movement of a driving hydraulic cylinder is creatively changed into the single axial movement of the driving hydraulic cylinder; according to the three-jaw chuck, the three clamping jaws are synchronously decomposed and converted into the composite motion of radial shrinkage and axial compression of the three clamping jaws, and the structure enables the clamp to actively and reliably restrain the axial degree of freedom of a workpiece while clamping the outer circle of the workpiece, so that the defect that the axial constraint of a traditional three-jaw chuck is weak is overcome. The method has the following direct effects: firstly, a machine tool is allowed to process by adopting larger cutting depth and feed rate, so that the processing efficiency is obviously improved, and the service life of a cutter is prolonged;

The invention discloses rotary clamping equipment for a medium-caliber seamless steel pipe for fluid conveying and a using method, and relates to the technical field of steel pipe machining. The rotary clamping equipment for the seamless steel pipe for conveying the medium-caliber fluid comprises a rack, a steel pipe, a machine box and a supporting frame, and further comprises a chuck assembly which is coaxially and rotatably installed on the machine box and the supporting frame and used for fixing the two ends of the steel pipe. The double-row cylindrical self-aligning bearing is used for supporting the main shaft sleeve, passive self-adaptive self-aligning of the main shaft sleeve is achieved, a chuck assembly at the driving end can follow the instantaneous rotation axis of actual bending change of a steel pipe in real time, and a workpiece is not forced to conform to the theoretical axis of equipment; the problems of spiral line contact between the clamping jaw and the surface of the steel pipe, local stress concentration and periodic pulsation attenuation of clamping force caused by forced centering under traditional rigid clamping are solved, it is guaranteed from the source that the clamping jaw and the outer edge of the steel pipe always keep stable and uniform surface contact in the initial clamping stage and the rotating process, and axial movement is eliminated.

The lathe comprises a lathe body, a guide rail, a rotating chuck and a movable base, a material changing device is arranged on one side of the lathe body and comprises a containing frame, a lifting frame and a material changing frame, a material preparing station is arranged in the containing frame, and the lifting frame and the material changing frame are driven by a lifting air cylinder and a telescopic air cylinder correspondingly; a feeding groove and a discharging groove are formed in the end, close to the lathe body, of the material changing frame, an advancing groove matched with the material preparing station is formed in the top of the material changing frame, and an ejection block driven by an ejection spring is arranged in the center of the rotating chuck. Meanwhile, the machined cam shaft is ejected out of the chuck and is received by the discharging groove, and automatic exchange of new and old workpieces is achieved. Automatic and continuous feeding and discharging of camshaft machining are achieved, the waiting time of a machine tool is remarkably shortened, and the machining efficiency and the equipment utilization rate are improved.

The invention relates to the technical field of combined machining, and discloses a five-axis five-linkage turning, milling and drilling combined machining center which comprises an equipment box, a mounting frame is mounted on the rear side of the inner wall of the bottom end of the equipment box, an automatic tool changing system is arranged on the left side of the mounting frame, and a transmission system is arranged in the middle of the mounting frame. A feeding table is slidably mounted on the front side of the inner wall of the bottom of the equipment box through sliding rails. The five-axis five-linkage turning, milling and drilling combined machining center can effectively solve the problems that in the prior art, a five-axis turning, milling and drilling combined machining center mostly adopts the mode that two sets of clamps are matched, parts need to be repeatedly clamped in the machining mode, the machining period of a single piece is directly prolonged through repeated positioning operation, and machining efficiency is high. The clamping precision and the consistency of the two sets of clamps cannot be guaranteed; in the prior art, a worker needs to stretch the upper body into a closed machining area of equipment and manually righting a part to enable the part to be aligned to a clamping hole position and keep a horizontal state, and the process is tedious in operation steps and has safety risks.

The invention discloses a stable grating structure which comprises a plurality of grating plates which are arranged in parallel at equal intervals and a plurality of grating ribs which are arranged in parallel at equal intervals, and the grating plates and the grating ribs are vertically staggered to form a grid-shaped stable grating body. The staggered positions of any grating plate and any grating rib are connected in a welded mode. A plurality of rib clamping grooves are formed in the upper side of the grating plate in the length direction in an array mode. The grille ribs are clamped in the rib clamping grooves, and the grille ribs are connected with the edge contours of the lower ends of the rib clamping grooves through welding; a grating plate passage is formed between any two adjacent grating plates; automatic dynamic sequential welding is achieved, and meanwhile the assembling process and the welding process of the grating structure are synchronously implemented.

The invention relates to the technical field of turbine shaft machining, and discloses a turbocharger turbine shaft machining device which comprises a machining bin and further comprises a visual door plate installed at an open hole formed in the front face of the machining bin and used for opening and closing the visual door plate and taking and placing the turbine shaft. The machining table is fixedly connected to the interior of the machining bin and used for machining the turbine shaft; the clamping mechanism is arranged above the machining table and used for clamping the turbine shaft; and the moving mechanism is arranged above the processing table. By arranging the clamping mechanism and adopting the scheme that a conical groove pushes a plurality of sets of push rods and clamping blocks to synchronously and radially move, high-precision automatic centering of the turbine shaft is achieved, it is guaranteed that the rotation center of a workpiece and the machining center strictly coincide, the machining roundness is guaranteed from the source, meanwhile, a first spring provides uniform clamping force, and the machining precision is improved. And deformation or surface damage of the thin-wall part possibly caused by a traditional rigid clamp is avoided, and rigid-flexible precise clamping is achieved.

Provided is technology which enables suitable control of a chuck holding force. In this machine tool comprising a main shaft provided with a chuck for holding a workpiece, when an open / close mechanism has performed a closing operation on the chuck such that the chuck enters a closed state from an open state, a holding force of the chuck on the workpiece in the closed state is acquired on the basis of the magnitude of a difference between a first time taken from when a control unit emits a control signal for the closing operation to the open / close mechanism to when a first sensor detects that the chuck is no longer in the open state, and a second time taken from when the control unit emits a control signal in an open / close mechanism to when a second sensor detects that the chuck has entered the closed state.

The invention relates to the related technical field of turning machine tools, in particular to a turning machine tool and a turning method for overflow valve manufacturing, the turning machine tool comprises a cabinet body and an assembly seat fixed in the cabinet body, and further comprises a transverse moving seat movably arranged on the assembly seat, a cutter is installed on the transverse moving seat, the transverse moving seat can be driven by a linear driving module arranged on the assembly seat, and the linear driving module is used for driving the assembly seat to move. The assembling base drives the tool to move towards the workpiece, a chuck used for clamping and fixing the workpiece is arranged on the assembling base, and a rotating shaft fixed to the chuck is further rotationally installed on the assembling base. The cutting fluid pump is provided with the conduction control mechanism, on the basis that the power of the cutting fluid pump is synchronously increased, the conduction control mechanism can increase the conduction amount of the fluid outlet, it is guaranteed that the total amount of cutting fluid is sufficient, and the situation that when only the pump power is increased, although the pressure is high, the area of the fluid outlet is not changed, the flow amplification is limited, and cutting heat increased at the square level at the high rotating speed cannot be absorbed is prevented; and hole walls are easy to deform due to temperature difference.

A deburring tool includes a body including a cylinder chamber having a tool holder holding hole, and an anti-rotation body holding hole; a tool holder having an anti-rotation groove and disposed in the cylinder chamber to reciprocate in the cylinder chamber; a first elastic body disposed inside the cylinder chamber to urge the tool holder toward a distal end; a cover disposed outside the body to reciprocate between a detaching position and a processing position, the cover including, a pressing surface that covers the anti-rotation body holding hole at the processing position, and a relief portion; and an anti-rotation body accommodated in the relief portion when the cover is positioned at the detaching position and the tool holder is pulled from the tool holder holding hole.

The invention relates to the field of machining, and discloses a trailer axle head lightweight machining device which comprises a chuck rotationally mounted on the left side of the inner wall of a base, three sets of moving blocks are slidably mounted on the inner wall of the chuck, and clamping jaws are fixedly mounted on the right sides of the moving blocks; a workpiece is clamped between the multiple sets of clamping jaws, a guide groove is formed in the center of the top of the inner wall of each clamping jaw, a second spring and a connecting column are movably connected into each guide groove in a sleeved mode, and a clamping plate is elastically connected to one end of each connecting column. The transmission liquid is kept to be filled between the adaptive blocks all the time, and when the clamping plate is completely attached to the workpiece, the bolt rotates and abuts against the sealing plate, so that movement of the sealing plate is limited, deformation of the clamping plate is limited, the clamping plate can generate rigid clamping force on the workpiece with a larger contact area, and the clamping effect is improved. And rigid damage to the workpiece in the clamping process of the clamping jaw is avoided.

The invention discloses a milling machine fixture with a self-adaptive centering clamping function, and relates to the field of milling machine fixture devices. The invention relates to a self-adaptive centering clamping milling machine fixture, which comprises a mounting base and further comprises a chuck body mounted on the mounting base; the central mounting groove is formed in the chuck body; the multiple sets of first telescopic rods are installed in the center installation groove at equal intervals, and the telescopic ends of the first telescopic rods are used for jacking workpieces; the clamping jaw is connected into the chuck body in a sliding manner, and the clamping jaw is used for clamping and fixing a circular workpiece located at the telescopic end of the first telescopic rod; through the combined design of the rubber pad and the balls, the balls are used for facilitating adjustment during initial centering, the rubber pad is used for flexible contact during supporting, scratches and collisions caused by direct contact between the clamp and workpieces are avoided, and the device is particularly suitable for easily damaged workpieces such as aluminum alloy parts and polished parts; and during turn-over positioning, the groove is precisely matched with a workpiece bulge, so that the bulge is suspended in the whole course and is prevented from being collided and damaged.

A floating power chuck comprises a chuck body, a plurality of clamping jaws are arranged on the chuck body, at least two sets of clamping jaws are arranged in pairs, the floating power chuck further comprises a rear plate arranged on the chuck body in a covering mode, sliding grooves are formed in the chuck body in the radial direction, the clamping jaws are arranged in the sliding grooves in a sliding mode, hinge grooves are formed in the rear end faces of the clamping jaws, and movable grooves for containing the L-shaped connecting arms are formed in the rear ends of the sliding grooves of the chuck body. A sliding cavity is formed in the middle of the chuck, a floating seat is arranged in the sliding cavity, a pull rod is connected to the middle of the floating seat, the floating seat can be pulled by the pull rod to move in the axial direction of the chuck, a floating bridge is embedded in the side face of the floating seat, and the middle of the floating bridge is hinged to the floating seat and can swing. The two ends of the floating bridge are in linkage with the sliding grooves of the clamping jaws through L-shaped connecting arms respectively. According to the floating design, the force transmission efficiency and the system stability are improved. The overall moving part moves in the axial direction, the layout design is reasonable, and chuck gravity center shift caused by the floating effect is reduced.

The machine tool includes: a first spindle that includes a collet chuck that grips a workpiece; a first headstock that rotatably supports the first spindle; an air cylinder that generates a driving force for changing a state of the collet chuck between a gripping state for gripping the workpiece and a release state for releasing the grip of the workpiece; a non-rotary transmitting member that transmits the driving force received from the air cylinder; a rotary transmitting member that rotates together the first spindle and transmits to the collet chuck the driving force received from the non-rotary transmitting member; strain detection means that is attached to the non-rotary transmitting member and detects a strain of the non-rotary transmitting member produced when the driving force is transmitted from the air cylinder to the collet chuck, and a deriving unit that derives the gripping force of the collet chuck based on a detection result of the strain detection means.

The invention relates to a machine tool having a machine body and a tool, wherein an ultrasonic transducer comprising a stacked arrangement of piezoelectric actuators is arranged on a tool side of the machine tool; the machine tool comprises a drive transformer for supplying the ultrasonic transducer with an energy signal, said drive transformer comprising a primary drive coil, which is arranged on the machine body side and is connected to an alternating signal supply device, and a secondary drive coil, which is arranged on the tool side, is separated from the primary drive coil by a first air gap and is connected to the ultrasonic transducer; the machine tool comprises a measuring device comprising at least one piezoelectric sensor arranged on or in a tool holder of the machine tool; wherein the measuring device is connected to a signal transmission device for contactless transmission of a measurement signal from the measuring device to a signal detection device on the machine body side, said signal transmission device comprising signal transmission elements having a second air gap located therebetween and spaced apart from the first air gap. According to the invention, the signal detection device is a voltage measuring device, wherein the at least one piezoelectric sensor is integrated in a measuring circuit comprising the signal transmission device and at least one measuring capacitor connected in parallel with the at least one piezoelectric sensor on the tool side and / or in parallel with the voltage measuring device on the machine body side.

The present invention relates to a method and a device for determining the clamping quality of a tool held in a tool holder, wherein the tool is clamped in the tool holder by means of a clamping unit and a time course of at least one system parameter is recorded during the clamping process by means of a measuring device, from which time course of the at least one system parameter the clamping quality of a tool held in a tool holder can be determined.

By providing a cooling air passage in the rotary joint housing, the amount of heat generated by the rotary joint can be suppressed, enabling an increase in the rotational speed of the air chuck, as well as miniaturization and weight reduction of the rotary joint. [Solution] A rotary joint device for supplying air to an air circulation pipe 4 connected to an air chuck 2 of a machine tool, comprising a housing 22 made of a tubular body having an air supply port connected to an air source, and a sleeve 26 fixed to the air circulation pipe 4 and fitted to the inner diameter of the housing 22 via a bearing 24. An air passage 36 is formed in the pipe wall of the housing 22 by a plurality of elongated holes extending axially and grooves connecting the ends of the elongated holes. One end of the air passage 36 is connected to an air supply port for driving the air chuck, and the other end of the air passage 36 is connected to the gap between the housing 22 and the sleeve 26.

The utility model relates to the field of lathe accessories, in particular to a precise lathe chuck with an automatic centering function, which comprises a lathe chuck body, and a containing groove is formed in the surface of the lathe chuck body. By means of the centering replacement assembly, when the lathe chuck body needs to be centered, a worker pushes the mounting plate to the left side, so that the upper mounting shell, the upper clamping arc-shaped plate, the lower mounting shell and the lower clamping arc-shaped plate move up and down, then the upper mounting shell and the lower mounting shell are separated, and after centering is completed, the upper clamping arc-shaped plate is replaced with the lower clamping arc-shaped plate. During machining, a worker pulls the mounting plate to the right side for resetting, the automatic centering effect is achieved, and the problems that in the machining process, due to the fact that the chuck cannot be automatically centered, the position of a workpiece in the chuck is inaccurate, the size of the machined workpiece deviates, the design requirement cannot be met, and the production efficiency is reduced are solved.

The utility model discloses drilling equipment for processing a ventilating duct, which comprises a base, the top of the base is fixedly connected with a support frame, the surface of the support frame is provided with a three-jaw chuck, and a rotating shaft of the three-jaw chuck penetrates through the support frame and is driven by a rotating motor. Through cooperation of the base, the three-jaw chuck, the sliding frame and the clamping block, the ventilation pipeline can be clamped, the ventilation pipeline can be driven to rotate automatically according to actual requirements, and then through cooperation of the movable frame, the bearing plate, the electric telescopic rod, the top plate and the drilling machine, the drilling machine can be transversely moved according to actual requirements; according to the drilling device, the surface of the ventilation pipeline can be drilled, at the moment, the drilling area can be covered through cooperation of a sliding column, a lifting block, a protection frame, a limiting groove and a limiting strip, and therefore chippings generated during drilling can be prevented from splashing everywhere, and the situation that the chippings pollute the environment can be reduced.

The invention relates to a collet chuck and a collet chuck assembly with an axially displaceable, sleeve-like collet head 1 on which clamping elements with inclined surfaces 4, inclined radially inwards to the longitudinal axis 5 of the collet head 1, are arranged. These inclined surfaces bear against a conical surface 8 of a drawbolt 7, which is inclined accordingly to the longitudinal axis 5. When the collet head 1 and drawbolt 7 move relative to each other, the clamping elements slide along the conical surface 8 against a spring force, expanding radially outwards from a relaxed position in the region of the smaller diameter of the conical surface 8 to a clamped position in the region of the larger diameter of the conical surface 8. The clamping elements are several clamping jaws 3 distributed around the circumference of the collet head 1, each of which is guided radially displaceably in radial guide openings 2 in the collet head 1 against the radially inward spring force of one or more spring elements.

The invention discloses a machining tool that produces little wear at the joint of a main drive shaft (14) and a transmission shaft (5). The machining tool comprises an upper shaft (6) attached to a main machine device, a transmission shaft (5) inserted into the upper shaft (6), a main drive shaft (14) attached to the head of the transmission shaft (5), a holder (15) inserted into the head of the main drive shaft (14) and having a cutting tool attached thereto, a spherical bearing (4) supporting the outer side of the main drive shaft (14) so that the main drive shaft (14) can be tilted, a center steel ball (7) clamped between the recess of the head of the transmission shaft (5) and the opposite recess of the rear end of the main drive shaft (14), and an axial steel ball (10) disposed in the long groove (11) of the outer surface of the head of the transmission shaft (5) and in the hole (18) of the main drive shaft (14).

This invention relates to the field of precision mechanical clamping technology, specifically to a multifunctional clamping fixture based on a four-jaw self-centering chuck, comprising an outer cover; a drive unit disposed within the outer cover; a reference plate fixedly connected to the outer cover, wherein a rotary dial rotatably disposed within the reference plate and driven to rotate by the output end of the drive unit; and at least four clamping components; the reference plate is provided with a guide mechanism for driving the radial movement of the clamping components, the guide mechanism cooperating with the rotary dial to synchronously drive the four clamping components to slide radially on the reference plate, thereby achieving clamping or support of the workpiece. This technical solution, through the drive unit driving the rotary dial and the guide mechanism to cooperate, achieves synchronous radial movement of the four clamping components, effectively broadening the adaptability range for rotating parts of different sizes, meeting the clamping requirements of multi-specification workpieces without frequent clamp changes, and improving overall clamping flexibility.

The invention relates to a spindle assembly of a machine tool, comprising a main spindle (2) having a spindle shaft (3), a spindle housing (4) and exactly one clamping sleeve (8), a first centering interface (6) on the spindle shaft (3) and a second centering interface (7) on the spindle housing (4), wherein the first centering interface (6) is configured to provide a first centering between the spindle shaft (3) and a tool receptacle (100), wherein the clamping sleeve clamps the tool receptacle (100), and wherein the second centering interface (7) is configured to provide a second centering between the spindle housing (4) and a tool receptacle element (5), wherein the clamping sleeve (8) clamps the tool receptacle element (5) in such a way that a gap (10, 11) remains at the first centering interface.

To provide a workpiece holder capable of measuring a position and a direction of a held workpiece.SOLUTION: A workpiece holder (3) couples a workpiece (2) provided with reference surfaces (30) to a machining device for manufacturing a rotational-symmetrical tool having at least one geometrically defined cutting edge. The workpiece holder (3) comprises: a machining portion part configured to be connectable to the machining device in a releasable rotationally fixed manner; and a clamping portion configured to receive and clamp the workpiece (2) in a releasable manner. The clamping portion of the workpiece holder (3) comprises at least one slot (40) provided at a circumference thereof and configured to provide access to the reference surfaces (30) of the clamped workpiece (2) through the slot (40).SELECTED DRAWING: Figure 4

The invention relates to the technical field of machining clamping equipment, in particular to a built-in heavy-load chuck which is suitable for stable clamping in the machining process of heavy workpieces and particularly meets the precision machining requirement under the working conditions of large weight and high load. Comprising a chuck body provided with at least one T-shaped groove; each clamping jaw assembly comprises a clamping jaw and a T-shaped sliding block; the reinforcement screw rod is in transmission connection with the T-shaped sliding block; the reinforcement screw rod end cover is fixedly mounted on the chuck body, is arranged corresponding to the end part of the reinforcement screw rod, and is used for bearing reverse thrust generated when the reinforcement screw rod drives the T-shaped sliding block; and the at least four clamping jaw bolts penetrate through the clamping jaws and are in threaded connection with the T-shaped sliding blocks, and after the clamping jaw bolts are tightened, the clamping jaws and the T-shaped sliding blocks can jointly clamp the side walls of the T-shaped grooves of the chuck body to form static friction resistance so as to share the total bearing capacity of the chuck.

The utility model discloses a clamp tool for turning a scroll plate of an electric compressor, which comprises a base plate and a support plate fixed above the base plate, the support plate comprises an inner support table and an outer ring which are arranged inside and outside, the outer ring is fixedly connected to the edge of the base plate, and the inner support table is used for being supported in the scroll plate. A connecting rod is fixedly connected between the inner supporting table and the outer ring, a main shaft pull rod is fixedly connected to the center of the base plate, clamping jaws are fixedly connected to the position, located between the outer ring and the inner supporting table, of the base plate, the clamping jaws are distributed on the base plate in an annular array mode, and the clamping jaws make contact with a vortex line of the vortex plate and are used for clamping the vortex plate. And the clamping jaws contract inwards to clamp the scroll plate. When the main shaft pull rod moves upwards, the base plate slightly deforms, the distance between the upper ends of the clamping jaws is increased, the scroll plate to be machined is arranged on the inner supporting table between the clamping jaws, the main shaft pull rod moves downwards, the base plate slightly deforms, the distance between the upper ends of the clamping jaws is decreased, and at the moment, the clamping jaws contract to clamp the scroll plate.

This application discloses a fixing device for a double-ended stud bolt used in machine tools, relating to the technical field of machine tool fixtures. It includes a machine tool body, a chuck rotatably mounted on the machine tool body, an abutment member, and a tailstock slidably mounted on the machine tool body. The chuck is perpendicular to the sliding direction of the tailstock. The abutment member is rotatably mounted on the tailstock, with an abutment hole at one end away from the mounting rod, the center of which is at the same height as the center of the chuck. The chuck clamps one end of the double-ended stud bolt, and then the tailstock slides, causing the abutment member on the tailstock to abut against the other end of the double-ended stud bolt. One end of the double-ended stud bolt is held by the chuck, while the other end directly abuts against the abutment hole. This eliminates the need for pre-drilling and cutting off the drilled portion, simplifying the processing flow and improving production efficiency. Furthermore, it eliminates the need to reserve space for cutting off the drilled portion, saving production costs.

The utility model relates to the technical field of tools for large-diameter thin-walled workpieces, in particular to a tool for machining large-diameter thin-walled workpieces, which comprises a three-jaw self-centering chuck, three fan-shaped jaws, foot cups and a gland. A lower spigot matched with the end of the large-diameter thin-wall part is formed in the outer side face of the fan-shaped claw, a supporting device used for installing and supporting a foot cup on the inner surface of the large-diameter thin-wall part is arranged between the gland and the fan-shaped claw, and an upper spigot matched with the end of the large-diameter thin-wall part is formed in the lower portion of the gland. After the large-diameter thin-wall part is placed between the fan-shaped claw and the gland, the gland is fixedly connected with the fan-shaped claw. The large-diameter thin-wall part machining tool effectively solves the problems that in the large-diameter thin-wall part machining process, clamping is difficult, deformation is prone to occurring, and the wall thickness is uneven, and has the remarkable technical effects of being simple in structure, low in cost, high in positioning precision, good in rigidity, convenient to operate and the like.

The utility model belongs to the technical field of fixing chucks, and particularly relates to a fixing chuck for a numerical control machine tool, which comprises a mounting plate, the right side of the mounting plate is in contact with a chuck, a sliding block is slidably connected in the mounting plate, one side of the sliding block close to the chuck is fixedly connected with a clamping block, a clamping groove is formed in the chuck, and the clamping block is fixedly connected with the clamping groove. A threaded rod is rotationally connected into the mounting plate, right-hand and left-hand threads are arranged on the outer side of the threaded rod, and the threaded rod is connected with the sliding block through the threads. A linkage structure of the sliding block, the clamping block and the threaded rod is innovatively designed, the threaded rod is rotated to drive the sliding block to move, the clamping block is driven to be separated from the chuck clamping state, rapid disassembly is achieved, the problem that a traditional fixed chuck is inconvenient to overhaul due to tedious disassembly steps is effectively solved, the maintenance process is simplified, and the maintenance efficiency is improved. Maintenance efficiency of the numerical control machine tool chuck is remarkably improved, and downtime of equipment is shortened.

The utility model provides a kind of chuck seat for horizontal lathe, it is related to horizontal lathe technical field technical field, including chuck shell;Chuck, the chuck is provided with three, three The chuck is respectively slidably installed in the inside surface of the three installation grooves one of chuck shell one side surface opening;Stable unit, the stable unit is set in the surface of installation groove one and chuck.The utility model is slidably installed in three installation grooves one when three chuck, chuck two sides will press the spring of the clamping block of chamfer setting to the inside of installation groove two shrink, will be clamped in the chamfer setting of clamping groove, so that chuck will not be separated from installation groove one, bevel gear rotation drives gear disc rotation, to install and disassemble three chuck, when installing, three chuck can be installed simultaneously, make installation easier and more convenient, when disassembling, ensure that three chuck will not fall off simultaneously, cause itself to fall off damage or fall off damage external equipment.