Timotion Technology Co., Ltd.

Adjustme Sourcing Aps

Timotion Technology., Ltd.

Yu-Chang Lin

Bing-Sen Zhuang

John Aage Koehn

Yu-Xiang Lin

An electric cylinder () with a reminder function and a quick-release structure () thereof. The electric cylinder () includes a worm wheel (). The quick-release structure () includes a clutch (), a clutch plate (), a linkage rod component (), a position sensor (), and an alarm (). The clutch plate () is connected to the worm wheel (). The linkage rod component () includes a pullable part () disposed on one end thereof. The linkage rod component () includes a sliding block () disposed between the pullable part () and the clutch plate (). The position sensor () is disposed corresponding to the sliding block (), and configured to sense a movement of the sliding block () and generate a displacement signal. The alarm () is configured to receive the displacement signal and send a warning.

Electric cylinder with reminder function and quick-release structure thereof

A linear actuator () with the protection mechanism includes: a motor case () having a case member () with a bottom plate () on which a through hole () is formed; a drive mechanism () accommodated in the case member (); a transmission mechanism () having a machine core (), a bearing (), a base seat () with an extending plate () on which a penetrated hole () is formed, and a fasten unit () with a head part (), the machine core () is connected to the drive mechanism (), the bearing () is disposed on the base seat () and sheathes the machine core (), the fasten unit () is fastened with the bottom plate (); and a protection structure () sheathing the fasten unit () and disposed between the bottom plate () and the head part ().

Linear actuator with protection mechanism

A linear actuator includes an actuating mechanism, a telescopic structure and a hand rotary releasing structure. The hand rotary releasing structure includes a connecting seat, a clutch seat, a clutch, an adaptor sleeve and a return spring. A peripheral surface of the connecting seat is disposed with multiple clutch troughs. The clutch seat includes multiple engaging troughs. The clutch is disposed between the connecting seat and the clutch seat. The adaptor sleeve is disposed around the clutch and includes multiple spiral troughs. The return spring is disposed around the connecting seat and abuts against the clutch to reduce the activating time and steps of release.

Linear actuator and hand rotary releasing structure thereof

A an electric deck frame structure (A) includes: corner lifting vertical posts (), each having a carrying seat () and a retractable rod (), the carrying seat includes a first connection part () having a first electric connection assembly () and a second connection part () having a second electric connection assembly (); connection pipes (), connected to the corner lifting vertical posts () and having a first opening () and a second opening (); a transformer () having an electricity input port () arranged corresponding to the first opening () and an electricity output port () arranged corresponding to the second opening (), the transformer is hidden in the connection pipe, and a power and signal main cable (), connected to the electricity output port (), the first electric connection assembly () and the second electric connection assembly ().

Electric desk frame structure

A cover structure of a control box is disclosed. The control box includes a base with a limiting part, the cover structure includes a cover body, a knob and a torsion spring, the cover body is connected to the base, the knob is rotatably connected to the cover body and has a stop arm stopped at the limiting part, two ends of the torsion spring are fixed to the cover body and the knob respectively to generate a pre-torque. When the knob is rotated by an external force, the stop arm is released from the limiting part to unlock the cover structure from the base, and when the external force is removed, the knob restores to original position by the pre-torque. Therefore, the cover structure may be removed from the base quickly to facilitate an operator's use and maintenance.

Cover structure of control box

An industrial heavy load electric linear actuator includes a gearbox, an electric motor, a lead screw, an extension pipe and a load baring structure. The electric motor is connected to the gearbox. A portion of the lead screw is received inside the gearbox and driven by the electric motor, and another portion of the lead screw is extended out of the gearbox. The extension pipe is movably fastened to the lead screw. The load bearing structure includes a sleeve, a bearing, a fastening element, a fixation seat, and a rear supporting seat. The sleeve is mounted to the lead screw and holds the bearing jointly with the fastening element. The fixation seat and the rear supporting seat hold the bearing at outer perimeters of the sleeve and the fastening element.

Industrial heavy load electric linear actuator

A transmission device () includes a gearbox (), a motor set () and a braking set (). The gearbox () includes a housing () and a transmission set () arranged in the housing (), and the housing () includes a socket (). The motor set () includes a motor body () and a rotating shaft () disposed protrusively from the front side of the motor body (). The rotating shaft () is inserted in the socket () and connected to the transmission set (). The braking set () is installed on the rotating shaft () and positioned in the socket (), and the braking set () applies braking force on the rotating shaft (). Therefore, the effect of saving space at the end of the motor is achieved.

Transmission device with braking structure

An electric push rod with a dual brake mechanism includes an electric motor, a transmission device, a first brake mechanism and a second brake mechanism. The electric motor has a driving wheel. The transmission device is installed on a side of the electric motor and includes a deceleration mechanism, a lead screw, a driven wheel, and a telescopic pipe. The deceleration mechanism is disposed between the driving wheel and the driven wheel. The lead screw is sheathed with the driven wheel and the driven wheel is driven by the electric motor to rotate together with the lead screw. The telescopic pipe and the lead screw are screwed and driven. The lead screw is sheathed with the first brake mechanism formed on a side edge of the driven wheel. The lead screw is sheathed with the second brake mechanism disposed between the driven wheel and the telescopic pipe.

Electric push rod with dual brake mechanism

An industrial heavy load electric linear actuator includes a gearbox (), an electric motor (), a lead screw (), an extension pipe () and a load baring structure (). The electric motor () is connected to the gearbox (). A portion of the lead screw () is received inside the gearbox () and driven by the electric motor (), and another portion of the lead screw () is extended out of the gearbox (). The extension pipe () is movably fastened to the lead screw (). The load bearing structure () includes a sleeve (), a bearing (), a fastening element (), a fixation seat () and a rear supporting seat (). The sleeve () is mounted to the lead screw () and holds the bearing () jointly with the fastening element (). The fixation seat () and the rear supporting seat () hold the bearing () at outer perimeters of the sleeve () and the fastening element ().

An actuator with a worm gear positioning mechanism, which includes: a shell casing (); a motor () having a worm rod (); a transmission assembly () having a guiding screw rod (), a worm gear () and a bearing (), the worm gear () having an annular member () having an inner circumferential surface (); an outer tube () having an outer circumferential surface () attached to the inner circumferential surface (), the worm gear () being positioned between the worm rod () and the outer tube () on a radial direction; and a telescopic tube () disposed in the outer tube () and having an inner tube () and a screw nut (), the screw nut () moveably screwed with the guiding screw rod () to make the inner tube () linearly movable relative to the outer tube ().

Actuator with worm gear positioning mechanism

A lifting table stand includes a pair of telescopic columns, a carrier, an actuation module, and a passive mechanism. Each telescopic column includes multiple tubes adapted to sheathe with each other and move telescopically relative to each other. The carrier includes a beam straddling the telescopic columns and a pair of support members perpendicularly connected to two ends of the beam. The actuation module includes a receiving member detachably installed to the beam and a driver connected to the receiving member. The passive mechanism includes a transmission shaft and a pair of gear sets installed in the tubes. The transmission shaft passes the driver and is connected to each gear set. Since the receiving member is detachably installed to beam, the actuation module may be changed to different types to control the elevation of the lifting table stand.

Lifting table stand

A lightweight beam structure includes a first and a second frame. The first frame includes an upper plate, two inner side plates downward bent and extended from two sides of the upper plate, two outer side plates upward bent and extended from two inner side plates respectively and two fixing plates bent and extended from two outer side plates respectively. Each outer side plate is formed outside each inner side plate. A groove is formed between each inner side plate and each outer side plate. The second frame is connected with the first frame and includes a top plate and two intermediate plates downward bent and extended from two sides of the top plate. Each intermediate plate is received in each groove. The top plate is formed over the upper plate. Therefore, the stability is maintained and the weight is reduced so that the material costs may be decreased.

Electric table, leg stand and lightweight beam structure thereof

The disclosure is a beam structure for a leg stand of an electric table, which includes a first frame and a second frame. The first frame includes an inner bottom plate, an inner side plate and an inner embedding plate. The inner embedding plate is formed on outside of the inner side plate. The inner embedding plate includes an exposed section. The second frame is movably connected with the first frame. The second frame includes an outer bottom plate, an outer side plate and an outer connecting plate. The inner bottom plate is formed above the outer bottom plate. The inner side plate is formed on inside of the outer side plate. The inner embedding plate is correspondingly embedded in the outer connecting plate. The exposed section is exposed from the outer connecting plate.

Beam structure for leg stand of electric table

The disclosure is a nut structure for an electric pushing rod. The electric pushing rod has a guide screw (A) with an outer thread (A). The nut structure includes a metal cylinder () and a plastic intermediate component (). The metal cylinder () has a pivot hole () being passed through by the guide screw (A). An inner wall of the pivot () is provided with an inner thread (). The plastic intermediate component () covers the inner thread () and is disposed of between the outer thread (A) and the inner thread (). The plastic intermediate component () includes a fixed side thread () mounted on the inner thread () and a driving side thread () screwed with the outer thread (A). Therefore, the strength may be enhanced to avoid both the nut structure from being broken and the driving side thread () from getting stripped.

Nut structure for electric pushing rod

A leg structure of an electric table includes a pair of support assemblies (), multiple horizontal rods () and a pair of drive assemblies (). The support assemblies () are arranged spacedly and parallelly to each other. Each support assembly () includes a connecting rod () and a pair of telescopic posts (). Each telescopic post () is connected and fixed to the connecting rod (). Each horizontal rod () is separately connected to each support assembly () and is parallel to each other. Each drive assembly () is separately received in each support assembly () for driving each telescopic post () to ascend or descend. Therefore, the leg structure of an electric table may be easily assembled and the whole structure is stable.

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Taipei, Taiwan

Yu-Chang Lin