55results about How to "Solve the problem of excessive length" patented technology

A workbench latch device with high locking efficiency comprises a shell (1) fixedly connected with a frame, a thread sleeve drive motor (351) mounted on the shell (1), a threaded toothed ring (35) axially fixed in a cavity (10) of the shell (1) through a bearing, a threaded sleeve (2) fitting an internal thread of the threaded toothed ring (35), an internal screw member drive motor (29) axially fixed in an inner cavity (20) of the threaded sleeve (2), an internal threaded block (24) axially fixed and rotatable under peripheral driving of the internal screw member drive motor (29), and an internal screw member (4) in threaded fit with the internal threaded block (24).

The invention discloses a safety machining device used for a plate surface. The safety machining device comprises a shell (1), a gear drive motor (351) installed on the shell (1), a threaded gear sleeve (35) which can rotate in the circumferential direction and is axially and fixedly installed in a cavity (10) in the shell (1) through a bearing, a threaded sleeve (2) matched with an inner thread of the threaded gear sleeve (35), a hollow shaft motor (29) axially and fixedly installed in an inner cavity (20) of the threaded sleeve (2), an inner threaded block (24) which can be circumferentially driven by the hollow shaft motor (29) to rotate and is axially fixed, and an inner screw part (4) in threaded fit with the inner threaded block (24). The gear drive motor (351) is engaged with the threaded gear sleeve (35) through a gear (352) which is in power connection.

The invention relates to a noise reduction machining device for panel surface treatment. The noise reduction machining device comprises a shell (1), a gear driving motor (351) installed on the shell (1), a thread gear sleeve (35) which can rotate in the circumferential direction through a bearing and is fixedly installed in a cavity (10) of the shell (1) in the axial direction, a threaded sleeve (2) matched with an internal thread of the thread gear sleeve (35), a hollow shaft motor (29) fixedly installed in an inner cavity (20) of the threaded sleeve (2) in the axial direction, an internal thread block (24) which can rotate under circumferential driving of the hollow shaft motor (29) and an internal screw rod (4) in threaded fit with the internal thread block (24); and the gear driving motor (351) is meshed with the thread gear sleeve (35) through a gear (352) in power connection.

Adjustable plate machining equipment comprises a shell (1), a gear driving motor (351), a thread gear sleeve (35), a thread sleeve (2), a hollow shaft motor (29), an inner thread block (24) and an inner screw component (4), wherein the gear driving motor (351) is mounted on the shell (1), the thread gear sleeve (35) can circumferentially rotate via a bearing and is mounted in a cavity (10) of the shell (1) in an axially-fixed manner, the thread sleeve (2) is matched with inner threads of the thread gear sleeve (35), the hollow shaft motor (29) is mounted in an inner cavity (20) of the thread sleeve (2) in an axially-fixed manner, the inner thread block (24) can be circumferentially driven by the hollow shaft motor (29) to rotate and is axially fixed, the inner screw component (4) is in thread fit with the inner thread block (24), and the gear driving motor (351) is engaged with the thread gear sleeve (35) through a gear (352) in power connection with the gear driving motor (351).

The invention discloses a durable machining device for surface treatment of a plate. The durable machining device comprises a shell (1), a gear driving motor (351) installed on the shell (1), a threaded tooth sleeve (35) which can rotate circumferentially through a bearing and is axially and fixedly installed in a cavity (10) of the shell (1), a threaded sleeve (2) matched with an inner thread of the threaded tooth sleeve (35), a hollow shaft motor (29) axially and fixedly installed in an inner cavity (20) of the threaded sleeve (2), an inner threaded block (24) which can be circumferentially driven by the hollow shaft motor (29) to rotate and is axially fixed, and an inner screw part (4) in threaded fit with the inner threaded block (24). The gear driving motor (351) is engaged with the threaded tooth sleeve (35) through a gear (352) in power linkage.

A workbench bolt lock structure for machining equipment comprises a shell (1) fixedly connected with a rack, a threaded sleeve driving motor (351) mounted on the shell (1), a threaded gear ring sleeve (35), a threaded sleeve (2), an internal screw part driving motor (29), an internal threaded block (24) and an internal screw part (4). The threaded gear ring sleeve (35) is axially and fixedly mounted in a chamber (10) of the shell (1) through a bearing. The threaded sleeve (2) is matched with an internal thread of the threaded gear ring sleeve (35). The internal screw part driving motor (29) is axially and fixedly mounted in an inner cavity (20) of the threaded sleeve (2). The internal threaded block (24) can be circumferentially driven by the internal screw part driving motor (29) to rotate and is axially fixed. The internal screw part (4) is in threaded fit with the internal threaded block (24).

The invention discloses a processing device for a plate surface. The processing device comprises a shell (1), a gear drive motor (351) installed on the shell (1), a threaded tooth sleeve (35) which can circumferentially rotate through a bearing and is axially fixedly installed in a cavity (10) of the shell (1), a threaded sleeve (2) which is in inside threaded matching with the threaded tooth sleeve (35), a hollow shaft motor (29) fixedly installed in an inner cavity (20) of the threaded sleeve (2) axially, an inside threaded block (24) which can circumferentially rotate driven by the hollow shaft motor (29) and is axially fixed and an inside screw rod (4) which is in threaded matching with the inside threaded block (24), wherein the gear drive motor (351) is meshed with the threaded tooth sleeve (35) through a gear (352) which is linked by power.

A worktable latching device for machining comprises a housing (1) fixedly connected to a frame, a threaded sleeve driving motor (351) mounted on the housing (1), a threaded toothed ring sleeve (35) axially and fixedly mounted in a cavity (10) of the housing (1) by means of a bearing, a threaded sleeve (2) matched with internal threads of the threaded toothed ring sleeve (35), an internal screw piece driving motor (29) axially and fixedly mounted in an inner cavity (20) of the threaded sleeve (2), an internal thread block (24) which can be circumferentially driven by the internal screw piece driving motor (29) to rotate and is fixed axially, and an internal screw piece (4) which is in thread fit with the internal thread block (24).

A machining device for processing surfaces of boards comprises a shell (1), a gear drive motor (351), a threaded toothed sleeve (35), a threaded sleeve (2), a hollow shaft motor (29), an inner threaded block (24) and an inner screw part (4), wherein the gear drive motor (351) is mounted on the shell (1), the threaded toothed sleeve (35) can peripherally rotate through a bearing and is axially fixedly mounted in the cavity (10) of the shell (1), the threaded sleeve (2) is matched with the threaded toothed sleeve (35), the hollow shaft motor (29) is axially fixedly mounted in the cavity (20) of the threaded sleeve (2), the inner threaded block (24) can be driven by the hollow shaft motor (29) to rotate and is axially fixed, the inner screw part (4) is matched with the inner threaded block (24) in a threaded manner, and the gear drive motor (351) meshes with the threaded toothed sleeve (35) through a power-connection gear (352).

The invention relates to a machining device for panel surface treatment. The machining device comprises a shell (1), a gear driving motor (351) installed on the shell (1), a thread gear sleeve (35) which can rotate in the circumferential direction through a bearing and is fixedly installed in a cavity (10) of the shell (1) in the axial direction, a threaded sleeve (2) matched with an internal thread of the thread gear sleeve (35), a hollow shaft motor (29) fixedly installed in an inner cavity (20) of the threaded sleeve (2) in the axial direction, an internal thread block (24) which can rotate under circumferential driving of the hollow shaft motor (29) and an internal screw rod (4) in threaded fit with the internal thread block (24); and the gear driving motor (351) is meshed with the thread gear sleeve (35) through a gear (352) in power connection.

The invention discloses board steadiness surface working equipment. The board steadiness surface working equipment comprises a shell (1), a gear drive motor (351), a threaded gear sleeve (35), a threaded sleeve (2), a hollow shaft motor (29), an internal threaded block (24) and an internal screw rod (4), wherein the gear drive motor (351) is installed on the shell (1); the threaded gear sleeve (35) can rotate in the circumferential direction through a bearing and is fixedly installed in a cavity (10) of the shell (1) in the axial direction; the threaded sleeve (2) is matched with an internal thread of the threaded gear sleeve (35); the hollow shaft motor (29) is fixedly installed in an inner cavity (20) of the threaded sleeve (2) in the axial direction; the internal threaded block (24) is driven by the hollow shaft motor (29) in the circumferential direction to rotate and is fixed in the axial direction; the internal screw rod (4) is in screw-thread fit with the internal threaded block (24); and the gear drive motor (351) is engaged with the threaded gear sleeve (35) through a power connection gear (352).

A plate surface machining device provided with a safety protective cover comprises a shell (1), a gear drive motor (351) installed on the shell (1), a threaded tooth sleeve (35) which can rotate circumferentially through a bearing and is axially and fixedly installed in a cavity (10) of the shell (1), a threaded sleeve (2) which is matched with inner threads of the threaded tooth sleeve (35), a hollow shaft motor (29) which is axially and fixedly installed in an inner cavity (20) of the threaded sleeve (2), an internally threaded block (24) which is driven by the hollow shaft motor (29) to rotate circumferentially and is axially fixed and an inner screw piece (4) which is in screw-thread fit with the internally threaded block (24). The gear drive motor (351) is meshed with the threaded tooth sleeve (35) through a gear (352) which is in power connection with the gear drive motor (351).

The invention relates to a noise reduction machining device for panel surface treatment. The noise reduction machining device comprises a shell (1), a gear driving motor (351) installed on the shell (1), a thread gear sleeve (35) which can rotate in the circumferential direction through a bearing and is fixedly installed in a cavity (10) of the shell (1) in the axial direction, a threaded sleeve (2) matched with an internal thread of the thread gear sleeve (35), a hollow shaft motor (29) fixedly installed in an inner cavity (20) of the threaded sleeve (2) in the axial direction, an internal thread block (24) which can rotate under circumferential driving of the hollow shaft motor (29) and an internal screw rod (4) in threaded fit with the internal thread block (24); and the gear driving motor (351) is meshed with the thread gear sleeve (35) through a gear (352) in power connection.

The invention discloses an adjustable processing device for sheet surfaces. The adjustable processing device comprises a casing body (1), a gear driven motor (351) mounted on the casing body (1), a thread gear sleeve (35) circumferentially, rotationally, axially and fixedly mounted in a cavity (10) of the casing body (1) through a bearing, a screw sleeve (2) matched with the internal thread of the thread gear sleeve (35), a hollow shaft motor (29) axially and fixedly mounted in an inner cavity (20) of the screw sleeve (2), an inner screw block (24) axially fixed and capable of being rotated under circumferential driving of the hollow shaft motor (29), and an inner screw part (4) in thread fit with the inner screw block (24), wherein the gear driven motor (351) is meshed with the thread gear sleeve (35) through a gear (352) which is in power connection.

The invention discloses panel processing equipment. The panel processing equipment comprises a shell (1), a gear driving motor (351) which is installed on the shell (1), a threaded gear sleeve (35) which can rotate in the circumferential direction through a bearing and is fixedly installed in a cavity (10) of the shell (1) in the axial direction, a threaded sleeve (2) which is matched with an internal thread of the threaded gear sleeve (35), a hollow shaft motor (29) which is fixedly installed in an inner cavity (20) of the threaded sleeve (2) in the axial direction, an internal thread block (24) which can rotate through circumferential driving of the hollow shaft motor (29) and is fixed in the axial direction, and an internal threaded rod (4) which is in screw-thread fit with the internal thread block (24). The gear driving motor (351) is engaged with the threaded gear sleeve (35) through a power connection gear (352).

The invention discloses a machining device for plate surface treatment. The machining device comprises a shell (1), a gear drive motor (351) installed on the shell (1), a threaded gear sleeve (35) which can rotate in the circumferential direction and is axially and fixedly installed in a cavity (10) in the shell (1) through a bearing, a threaded sleeve (2) matched with an inner thread of the threaded gear sleeve (35), a hollow shaft motor (29) axially and fixedly installed in an inner cavity (20) of the threaded sleeve (2), an inner threaded block (24) which can be circumferentially driven by the hollow shaft motor (29) to rotate and is axially fixed, and an inner screw part (4) in threaded fit with the inner threaded block (24). The gear drive motor (351) is engaged with the threaded gear sleeve (35) through a gear (352) which is in power connection.

The invention discloses a machining device used for the surface of a plate and being capable of achieving shock absorption. The machining device comprises a shell (1), a gear driving motor (351) installed on the shell (1), a threaded tooth sleeve (35) which can rotate circumferentially through a bearing and is axially and fixedly installed in a cavity (10) of the shell (1), a threaded sleeve (2) matched with an inner thread of the threaded tooth sleeve (35), a hollow shaft motor (29) axially and fixedly installed in an inner cavity (20) of the threaded sleeve (2), an inner threaded block (24) which can be circumferentially driven by the hollow shaft motor (29) to rotate and is axially fixed, and an inner screw part (4) in threaded fit with the inner threaded block (24). The gear driving motor (351) is engaged with the threaded tooth sleeve (35) through a gear (352) in power linkage.

The invention discloses a novel workbench latch device for machining equipment. The novel workbench latch device comprises a shell body (1) fixedly connected with a rack, a threaded sleeve driving motor (351) installed on the shell body (1), a threaded gear ring sleeve (35) installed in a cavity (10) of the shell body (1) coaxially and fixedly through a bearing, a threaded sleeve (2) matched with an inner thread of the threaded gear ring sleeve (35), an inner screw piece driving motor (29) coaxially and fixedly installed in an inner cavity (20) of the threaded sleeve (2), an inner threaded block (24) which can be driven by the inner screw piece driving motor (29) to rotate in the circumferential direction and is fixed in the axial direction and an inner screw piece (4) matched with a thread of the inner threaded block (24).

A workbench latching device, comprising a housing (1) fixedly connected to a frame, a threaded sleeve drive motor (351) installed on the housing (1), axially fixedly installed on the The threaded ring sleeve (35) in the chamber (10) of the housing (1), the threaded sleeve (2) matched by the internal thread of the threaded ring sleeve (35), are axially fixedly installed on the The internal screw drive motor (29) in the inner cavity (20) of the threaded sleeve (2), and the internal screw drive motor (29) circumferentially drives the rotatable and axially fixed internal thread block ( 24) and the internal screw member (4) threaded by the internal thread block (24).

A movable plate machining device comprises a shell (1), a gear driving motor (351) mounted on the shell (1), a threaded gear sleeve (35), a threaded sleeve (2), a hollow shaft motor (29), an internal threaded block (24) and an inner screw part (4). The threaded gear sleeve (35) can circumferentially rotate through a bearing and is fixedly mounted in a chamber (10) of the shell (1) in the axial direction. The threaded sleeve (2) is matched with an internal thread of the threaded gear sleeve (35). The hollow shaft motor (29) is axially and fixedly mounted in an inner cavity (20) of the threaded sleeve (2). The internal threaded block (24) is circumferentially driven by the hollow shaft motor (29) to rotate and axially fixed. The inner screw part (4) is in threaded fit with the internal threaded block (24). The gear driving motor (351) is engaged with the threaded gear sleeve (35) through a gear (352) in power connection.

The invention discloses panel processing equipment. The panel processing equipment comprises a shell (1), a gear driving motor (351) which is installed on the shell (1), a threaded gear sleeve (35) which can rotate in the circumferential direction through a bearing and is fixedly installed in a cavity (10) of the shell (1) in the axial direction, a threaded sleeve (2) which is matched with an internal thread of the threaded gear sleeve (35), a hollow shaft motor (29) which is fixedly installed in an inner cavity (20) of the threaded sleeve (2) in the axial direction, an internal thread block (24) which can rotate through circumferential driving of the hollow shaft motor (29) and is fixed in the axial direction, and an internal threaded rod (4) which is in screw-thread fit with the internal thread block (24). The gear driving motor (351) is engaged with the threaded gear sleeve (35) through a power connection gear (352).

A surface machining device for boards comprises a shell (1), a gear drive motor (351), a threaded toothed sleeve (35), a threaded sleeve (2), a hollow shaft motor (29), an inner threaded block (24) and an inner screw part (4), wherein the gear drive motor (351) is mounted on the shell (1), the threaded toothed sleeve (35) can peripherally rotate through a bearing and is axially fixedly mounted in the cavity (10) of the shell (1), the threaded sleeve (2) is matched with the threaded toothed sleeve (35), the hollow shaft motor (29) is axially fixedly mounted in the cavity (20) of the threaded sleeve (2), the inner threaded block (24) can be driven by the hollow shaft motor (29) to rotate and is axially fixed, the inner screw part (4) is matched with the inner threaded block (24) in a threaded manner, and the gear drive motor (351) meshes with the threaded toothed sleeve (35) through a power-connection gear (352).

A heat-dissipation plate surface processing device comprising a housing (1), a gear drive motor (351) installed on the housing (1), a threaded gear sleeve (35) circumferentially rotatably and axially fixedly mounted in a cavity (10) of the housing (1) by a bearing, a threaded sleeve (2) which is fit with the internal threads of the threaded gear sleeve (35), a hollow shaft motor(29) which is axially fixedly mounted in the inner cavity(20) of the threaded sleeve (2), an internal threaded block (24) which is driven circumferentially rotatably and axially fixedly by the hollow shaft motor (29) and an internal screw piece (4) which is fit with the internal threaded block (24) in a screw thread mode. The gear drive motor (351) is meshed with the threaded gear sleeve (35) through a power linked gear (352).

A heat-dissipating machining device for a surface of a board comprises a housing (1), a gear driving motor (351) mounted on the housing (1), a threaded toothed sleeve (35) mounted in a cavity (10) of the housing (1) by means of a bearing in such a manner of being rotatable circumferentially and fixed axially, a threaded sleeve (2) matched with internal threads of the threaded toothed sleeve (35), a hollow shaft motor (29) axially and fixedly mounted in an inner cavity (20) of the threaded sleeve (2), an internal thread block (24) which can be circumferentially driven by the hollow shaft motor (29) to rotate and is fixed axially, and an internal screw piece (4) which is in threaded fit with the internal thread block (24). The gear driving motor (351) is engaged with the threaded toothed sleeve (35) by means of a power connected gear (352).

A workbench latch structure for machining comprises a shell (1) fixedly connected with a frame, a threaded sleeve drive motor (351) mounted on the shell (1), a threaded tooth loop (35), a threaded sleeve (2), an internal screw part drive motor (29), an internal threaded block (24) and an internal screw part (4), wherein the threaded tooth loop (35) is mounted in a chamber (10) of the shell (1) fixedly axially through a bearing, the threaded sleeve (2) is matched with an internal thread of the threaded tooth loop (35), the internal screw part drive motor (29) is mounted in an inner cavity (20) of the threaded sleeve (2) fixedly axially and drives the internal threaded block (24) circumferentially to rotate and axially to be fixed, and the internal screw part (4) is matched with a thread of the internal threaded block (24).

The invention discloses adjustable workbench latch equipment. The adjustable workbench latch equipment comprises a shell (1) which is fixedly connected with a rack, a threaded sleeve drive motor (351) installed on the shell (1), a threaded gear ring sleeve (35) which is fixedly installed in a cavity (10) of the shell (1) in the axial direction through a bearing, a threaded sleeve (2) matched with an internal thread of the threaded gear ring sleeve (35), an internal screw rod drive motor (29) which is fixedly installed in an inner cavity (20) of the threaded sleeve (2) in the axial direction, an internal thread block (24) which is driven by the internal screw rod drive motor (29) in the circumferential direction to rotate and is fixed in the axial direction, and an internal screw rod (4) in screw-thread fit with the internal thread block (24).

A shock-absorbing processing apparatus for plates comprises a shell (1), a gear driven motor (351) mounted on the shell (1), a threaded gear sleeve (35) that is peripherally and rotationally fixed in a chamber (10) of the shell (1) through a bearing, a threaded sleeve (2) mating with an internal thread of the threaded gear sleeve (35), a hollow shaft motor (29) that is axially fixedly mounted in an inner cavity (20) of the threaded sleeve (2), an internal thread block (24) that may be peripherally driven by the hollow shaft motor (29) to rotate and that is axially fixed, and an internal thread part (4) in threaded fit with the internal thread block (24), wherein the gear driven motor (351) meshes with the threaded gear sleeve (35) through a power coupled gear (3523).

A device used for plate surface machining and locking warning comprises a shell (1), a gear driving motor (351), a thread gear sleeve (35), a thread sleeve (2), a hollow shaft motor (29), an inner thread block (24) and an inner screw component (4), wherein the gear driving motor (351) is mounted on the shell (1), the thread gear sleeve (35) can circumferentially rotate via a bearing and is mounted in a cavity (10) of the shell (1) in an axially-fixed manner, the thread sleeve (2) is matched with inner threads of the thread gear sleeve (35), the hollow shaft motor (29) is mounted in an inner cavity (20) of the thread sleeve (2) in an axially-fixed manner, the inner thread block (24) can be circumferentially driven by the hollow shaft motor (29) to rotate and is axially fixed, the inner screw component (4) is in thread fit with the inner thread block (24), and the gear driving motor (351) is engaged with the thread gear sleeve (35) through a gear (352) in power connection with the gear driving motor (351).

A device for panel surface machining comprises a shell (1), a gear drive motor (351) arranged on the shell (1), a threaded tooth sleeve (35), a threaded sleeve (2), a hollow shaft motor (29), an inner threaded block (24) and an inner threaded rod piece (4). The threaded tooth sleeve (35) is circumferentially rotationally and axially fixedly arranged in a cavity (10) of the shell (1) through a bearing. The threaded sleeve (2) is matched with an inner thread of the threaded tooth sleeve (35). The hollow shaft motor (29) is axially fixedly arranged in an inner cavity (20) of the threaded sleeve (2). The inner threaded block (24) is circumferentially driven by the hollow shaft motor (29) to be rotationally and axially fixed. The inner threaded rod piece (4) is in threaded fit with the inner threaded block (24). The gear drive motor (351) is engaged with the threaded tooth sleeve (35) through a power connection gear (352).