33results about How to "Achieve compact" patented technology

A part feeder for feeding at least one part having a through hole from a standby position to a predetermined position includes a holding device, a transport mechanism, and a measuring device. The holding device has a rod disposed in a horizontal position. The holding device is adapted to hold the at least one part in suspension with the rod inserted through the through hole of the at least one part. The transport mechanism is adapted to move the holding device holding the at least one part in suspension from the standby position to the predetermined position. The measuring device is adapted to measure a thickness of the at least one part held by the holding device.

The present invention discloses an insulating tape automatic winding device. The device comprises running wheels, a motor, a power wheel, a substrate, a control button, middle wheels, a rotation shaftand a controller. The running wheels are opened and annular, the power wheel and the middle wheels are gears, the outer sides of the running wheels are provided with gear teeth, the motor is installed on the substrate, the power wheel is connected with an output shaft of the motor, there are two middle wheels which are engaged with the power wheel, and the middle wheels are connected with the gear teeth at the outer sides of the running wheels; the rotation shaft is arranged on the running wheels, an insulating tape winding drum is installed on the rotation shaft, the control port of the motor is connected with the controller, and the controller is connected with the control button. The winding device can automatically complete the insulation tape winding work, is simple in structure andlow in cost, is provided with the gear teeth at the outer sides of the running wheels to minimize the volumes of the running wheels so as to achieve the small and exquisite running part of the deviceand meet the winding demand of a dense line.

The present application relates to a connector arrangement, including a first connector housing and a complementary second connector housing and a mate assist device. The mate assist device includes an actuating arm movably mountable to the first connector housing, wherein the actuating arm includes at least one cam slot and the second connector housing includes at least one corresponding cam peg to engage the cam slot, such that upon actuating of the mate assist device the cam slot can draw the cam peg towards the first connector housing to move the second connector housing towards the first connector housing. The actuating arm is provided with at least one blocking wing, which arranged movable with respect to the actuating arm and prevents from actuating the mate assist device, when the second connector housing is not at least partially mated with the first connector housing.

A lighting system comprising a plurality of controllable light emitting elements 3 is disclosed. The lighting system further comprising a spreading optical element 5 arranged in front of the plurality of light emitting elements to shape the light emitted from the lighting elements, and a controller 7 for varying a light emission angle range of light emitted from the spreading optical element 5 by controlling each of the plurality of controllable light emitting elements. This allows the light emitted from the spreading optical element to be varied without varying any physical parts of the lighting system, because the controller now controls each of the light emitting elements, by e.g. dimming one or more of the light emitting elements or by switching one or more of the light emitting elements off.

A gathering and picking device comprising a first gathering element that is arranged on a first side of a picking gap and a second gathering element that is arranged on a second side of a picking gap opposite the first gathering element. Both gathering elements are rotated about a predominantly vertical axes and are provided with carrier elements that grasp standing plants. The carrier elements introduce the standing plants into the picking gap and convey the standing plants over at least part of the length of the picking gap.

The object of the present invention is to provide a compact engine. An engine has a two-stage turbocharger provided with a high-pressure turbocharger and a low-pressure turbocharger. The high-pressure turbocharger and the low-pressure turbocharger are separately disposed on the gear case side and the flywheel side in along direction of a main body respectively. An intake pipe and an exhaust pipe connecting the high-pressure turbocharger with the low-pressure turbocharger are separately and respectively disposed on right side and left side in a transverse direction of the main body.

The invention relates to a passive residual heat discharge system for a high-temperature heat pipe stack, belonging to the technical field of nuclear power plant safety systems. Including passive waste heat removal heat exchanger, high temperature heat pipe, transverse partition and rising channel; passive waste heat removal heat exchanger is a cylindrical heat exchanger, inside the pressure vessel, on the upper part of the reactor core, it can be set on the main heat exchange The upper or lower part of the heat exchanger; a plurality of high-temperature heat pipes are arranged inside the passive waste heat discharge heat exchanger; the transverse partition divides the interior of the passive waste heat heat exchanger into upper and lower layers; the ascending channel and the top of the passive waste heat discharge heat exchanger The invention realizes the passive waste heat discharge of the high temperature heat pipe stack, uses the high temperature heat pipe as the heat transfer pipe of the passive waste heat discharge heat exchanger, and relies on the two-phase natural circulation in the high temperature heat pipe and the passive waste heat discharge exchange under accident conditions. The natural circulation of the working medium in the heater brings the decay heat of the reactor core into the environment and realizes the long-term cooling of the reactor.

The present disclosure relates to the technical field of deep hole machining, particularly to a rear-mounted deep hole machining on-line detection and deviating correction device, which provide solution to the difficulty in observing the machining site and correcting the cutter deviation in deep hole machining. The device comprises a cutter bar provided with a plurality of iron blocks mounted uniformly in a circumferential direction, wherein each of the iron blocks is provided with a heating device in the interior thereof and a wear-resistant block mounted on the top thereof, wherein mounted on an end face of the other end of the cutter bar is a pyramid prism, wherein a laser transmitter and a photosensitive sensor are mounted in a height corresponding to the height range of the pyramid prism, wherein the incident beam emitted by the laser transmitter is oriented by a laser orientating block. The advantages of the disclosure lie in that the information of the position the deep hole cutter during deep hole machining process and whether the deep hole is skewed or not can be obtained in time, thereby facilitating a solution to the difficulty in detecting the workpiece deep hole straightness and on-line deviating correction, improving the position accuracy such as straightness of the deep hole and reducing the rejection rate of the workpiece.